TWI790163B - Muscle and smart training equipment - Google Patents

Abstract

A kind of muscle and intelligence training equipment, comprising at least one end cover unit, and several modular units which can be selectively connected. Each module unit can be selectively connected with the end cover unit, each module unit includes two detachably interconnected module blocks, each module block includes a module body, and an engaging device, the The module body has an inner surface, a body outer surface opposite to the body inner surface, two connecting side surfaces connected between the body inner surface and the body outer surface and oppositely arranged in a first direction, and two connected to the Between the inner surface of the main body and the outer surface of the main body and oppositely disposed in a second direction intersecting with the first direction, the joint end surface has a number of first joint parts arranged on one of the joint side surfaces, and a number of first joint parts arranged on one of the joint sides. The second connecting part of the other connecting side, the third connecting part arranged on one of the connecting end faces, and the fourth connecting part arranged on the other connecting end face, the first connecting part of the connecting device of each module block The second connecting portion is in a male-female shape, and the third connecting portion and the fourth connecting portion of the connecting device of each module block are in a male-female shape.

Description

Muscle and smart training equipment

The invention relates to a training device, in particular to a muscle and intelligence training device.

A known building block that can be assembled into a variety of different playing fields (Taiwan New Patent No. M530684) includes triangular components, rectangular components, wave components, connecting components, concave components, filling blocks, cross blocks, ㄇ-shaped blocks, boat blocks and Storage components ... and other components of different shapes are provided for children with developmental delays to stack and combine into square objects or various lifting walkways. A first wave block 2, the ㄇ-shaped block 3 and the first corner block 4 of the triangular assembly are connected to each other to form a walkway with ups and downs, so that children with developmental delays can walk on the walkway, training movements and stretching activities Although this kind of building blocks can provide a variety of combination changes, so that the limb movements of children with developmental delays can be practiced, most of the functions of this kind of building blocks are only to train the large muscles of children with developmental delays, and the volume of such building blocks is very large. Large, it takes up a lot of space in use. In addition, the shapes of the components of this kind of building blocks are changeable and inconsistent, and it is quite troublesome to store. Moreover, the market price of this kind of building blocks is Price is not cheap either.

It is therefore an object of the present invention to provide a muscle and intelligence training device which overcomes at least one of the disadvantages of the prior art.

Therefore, the muscle and intelligence training equipment of the present invention includes at least one module block and at least one material sheet.

The module block includes a module body and an engaging device. The module body has an inner surface, a body outer surface opposite to the body inner surface, and two connected between the body inner surface and the body outer surface. The connecting side faces arranged oppositely in a first direction, and two connecting end faces connected between the inner surface of the body and the outer surface of the body and arranged oppositely in a second direction intersecting the first direction, the connecting device has At least one first connecting portion arranged on one of the connecting side surfaces, at least one second connecting portion arranged on the other connecting side surface, at least one third connecting portion arranged on one of the connecting end faces, and at least one connecting portion arranged on the other connecting side For the fourth connecting portion on the end surface, the first connecting portion and the second connecting portion are in a male-female fit shape, and the third connecting portion and the fourth connecting portion are in a male-female fit shape.

The material sheet is detachably arranged on the module body and covers at least a part of the outside of the body.

The muscle and intelligence training equipment of the present invention comprises at least one end cap unit, and digital module unit.

These modular units can be selectively connected, and each modular unit can be selectively connected with the end cover unit, and each modular unit includes two detachably interconnected modular blocks, and each modular block includes A module body, and a connecting device, the module body has an inner surface, a body outer surface opposite to the body inner surface, two connected between the body inner surface and the body outer surface in a first direction The connecting side faces arranged opposite upward, and two connecting end faces connected between the inner surface of the body and the outer surface of the body and arranged oppositely in a second direction intersecting the first direction, the connecting device has a number arranged on one of them The first connecting portion connected to the side surface, the second connecting portion arranged on the other connecting side surface, the third connecting portion arranged on one of the connecting end surfaces, and the fourth connecting portion arranged on the other connecting end surface, each The first connecting part and the second connecting part of the connecting device of the module blocks are in a male-female fit shape, and the third connecting part and the fourth connecting part of the connecting device of each module block are in a male-female fit shape.

The effect of the present invention is that the end cap unit and the module unit of the present invention can be used alone or selectively form a variety of different combined structures. Various usage patterns can effectively train the muscles and balance ability of different parts of the patient, and assist the development of intelligence. At the same time, the sensory integration ability of the patient can be enhanced through the material sheet, and different sensory stimuli can be given. Moreover, the modular design of the end cap unit and the module unit of the present invention can facilitate production, manufacture, and care for storage.

100: training equipment

10: End cover unit

11: Half arc end cap

12: Cover body

121: Docking surface

122: connection surface

123: Inner curved surface

124: outer arc surface

125: the first cover fixing groove

126: second cover fixing groove

13: Connection device

131: the first connecting part

132: the second connection part

20:Modular unit

21: Module block

22:Module body

221: inside the body

222: outside the body

223: Connection side

224: Connection end face

225: slotting

226: body fixing slot

23: Coupling device

231: The first link

232: The second connecting part

233: The third link

234: The fourth link

30: Material unit

31: Material sheet

32: Outer base wall

321: Sensory Integration Patterns

33: side wall

331: side perforation

34: end wall

341: end piercing

40: Game unit

41: Game device

42: Shell

421: Internal activity space

422: activity area

43: Ball

50: fixed unit

51: First Fixer

52:Second fixer

53: The third fixer

54: Fourth fixer

60: spherical outer contour

T: Thickness

W: maximum width

Z: Axial

X: first direction

Y: the second direction

1: Connection block

2: First wave of blocks

3: ㄇ-shaped block

4: First corner block 4

Other features and functions of the present invention will be clearly presented in the implementation manner with reference to the drawings, wherein: Fig. 1 is a diagram of a usage state of a conventional building block that can be assembled into a variety of different playgrounds; Fig. 2 is a diagram of the present invention A combined perspective view of an embodiment of muscle and intelligent training equipment; Fig. 3 is an exploded perspective view of this embodiment; Fig. 4 is a partial exploded perspective view of two end cap units and a digital module unit of this embodiment; Fig. 5 is An exploded plan view of the two half-arc end caps of one of the end cap units; Fig. 6 is an exploded plan view of the two module units, illustrating that each module unit has upper and lower module blocks; Fig. 7 is the module Figure 8 is an exploded perspective view of the module block, a material sheet and a game device; Figure 9 is a combined perspective view of Figure 8; Figure 10 is a plan view, illustrating that the outer surface of the material sheet can form Different geometric figures; Figure 11 is a sectional view of the game device; Figure 12 is a combined sectional view of this embodiment; Fig. 13 is a schematic view of a state of use of this embodiment; Fig. 14 is a schematic view of a state of use of this embodiment; Fig. 15 is a schematic view of a state of use of this embodiment; Fig. 16 is a schematic view of a state of use of this embodiment; Fig. 17 Figure 18 is a schematic view of the embodiment in use; Figure 19 is a schematic view of the embodiment in use; and Figure 20 is a perspective view illustrating the storage state of the embodiment.

Referring to Fig. 2, 3, 4, it is an embodiment of muscle and intelligent training equipment 100 of the present invention, and this training equipment 100 comprises two end cap units 10, eight module units 20, a material unit 30, a game unit 40, and A fixed unit 50 . It can be understood that, in other variations of this embodiment, the number of the module units 20 can also be two or four.

As shown in FIGS. 3 , 4 , and 5 , each end cap unit 10 includes two detachably connected half-arc end caps 11 , and each half-arc end cap 11 includes a cover body 12 and a connecting device 13 .

The cover 12 has a mating surface 121, a connecting surface 122 facing the module units 20, an inner portion connected between the mating surface 121 and the connecting surface 122. Arc surface 123, and an outer arc surface 124 opposite to the inner arc surface 123, the inner arc surface 123 is formed with two first cover fixing grooves 125 located at the dome, and the second one adjacent to the connecting surface 122 Cover fixing groove 126 .

The connecting device 13 has eight first connecting parts 131 arranged on the mating surface 121, and twelve second connecting parts 132 arranged on the connecting surface 122. The first connecting device 13 of the semi-arc end caps 11 The connecting parts 131 engage with each other and form a male-female mating shape. In this embodiment, half of the first connecting parts 131 are in the shape of a convex column, and the other half is in the shape of a groove. Similarly, half of the second connecting parts 132 are also in the shape of a convex column, and the other half is in the shape of a groove. Half of them are also in the shape of grooves, but the second connecting portions 132 are arranged alternately in the shape of three protrusions and three grooves along the connecting surface 122 . It can be understood that, in other variations of this embodiment, the number of the first connecting parts 131 can also be less than eight or more than eight, and the number of the second connecting parts 132 can also be less than ten. two or more than twelve.

As shown in Figures 3, 4, and 6, the module units 20 are detachably connected between the end cover units 10, so that the end cover units 10 are spaced apart from each other, and the module units 20 rotate around an axial direction. Z are detachably connected to each other, the modular units 20 can be selectively connected (see FIG. 18 ), and each modular unit 20 can be selectively connected to the end cap unit 10 (see FIG. 14 ).

Each modular unit 20 includes two detachably interconnected modular blocks 21, each modular block 21 includes a modular body 22, and an engaging device 23, in this embodiment In an embodiment, the material of the module block 21 is ABS.

As shown in Figures 6 and 7, the module body 22 has an inner surface 221, a body outer surface 222 opposite to the body inner surface 221, two connected between the body inner surface 221 and the body outer surface 222 and between the body inner surface 221 and the body outer surface 222. A connecting side surface 223 oppositely arranged in the first direction X, and two connecting end surfaces connected between the body inner surface 221 and the body outer surface 222 and oppositely arranged in a second direction Y intersecting the first direction X 224. In this embodiment, the inner surface 221 of the module body 22 is formed with a slot 225 and four body fixing grooves 226 at the corners. In addition, the inner surface 221 and the outer surface 222 of the module body are arc-shaped. , the connecting side surfaces 223 and the connecting end surfaces 224 are inclined to the inner surface 221 and the outer surface 222 of the body.

In this embodiment, a thickness T of the module body 22 is not less than 5 cm, and a maximum width W of the module body 22 between the connecting end faces 224 is not less than 38 cm, so as to meet the ergonomic design of children .

The connecting device 23 has three first connecting parts 231 arranged on one connecting side 223 (longer side), three second connecting parts 232 arranged on the other connecting side 223 (shorter side), and three second connecting parts 232 arranged on the other connecting side 223 (shorter side). A third connecting portion 233 connected to the end surface 224, and three fourth connecting portions 234 provided on the other connecting end surface 224, the first connecting portion 231 and the second connecting portion 232 of the connecting device 23 of each module block 21 are The male-female mating shape of convex column and groove shape, the third joint part 233 and the fourth joint part 234 of the joint device 23 of each module block 21 are male-female mating shape of convex column shape and groove shape . It can be understood that, in other variants of this embodiment, the numbers of the first joints 231 , the second joints 232 , the third joints 233 and the fourth joints 234 can also be changed. less than three or more than three.

As shown in FIG. 6 , one of the connecting side surfaces 223 of the module body 22 of one of the module blocks 21 of each module unit 20 faces one of the connecting side surfaces 223 of the module body 22 of the other module block 21 , each The first connecting portion 231 of the connecting device 23 of one of the module blocks 21 of a module unit 20 is connected with the first connecting part 231 of the connecting device 23 of the other module block 21 and is in the shape of a convex column and a groove. The male and female fit shapes.

As shown in FIG. 6 , the male-female mating relationship of the first connecting portion 231 where the module blocks 21 of one of the two adjacent module units 20 on the left and right are connected to each other is the same as that of any two adjacent module units 20 . The male-female mating relationship between the convex column shape and the groove shape of the first connecting part 231 of the other module blocks 21 is in the opposite configuration, and the first two module blocks 21 on the left are connected to each other. The connecting portion 231 is configured as a protrusion and a groove from top to bottom, and the first connecting portion 231 where the two module blocks 21 on the right are connected to each other is configured as a groove and a protrusion from top to bottom.

For example, as shown in FIG. 6 , one of the connecting end surfaces 224 of the module body 22 of one of the module blocks 21 of any two adjacent module units 20 faces the other side of any two adjacent module units 20 . The other joint end surface 224 of the module body 22 of one of the module blocks 21, one of any two adjacent module units 20, one of which is located at the first joint device 23 of the module block 21 on the upper left Three joints 233 and any two adjacent modules The fourth engaging portion 234 of the engaging device 23 of one of the upper right module blocks 21 of the other unit 20 engages with each other and has a male-female mating shape of a convex column and a groove.

As shown in FIG. 6 , the fourth connecting portion 234 of any two adjacent module units 20 of any two adjacent module units 20 is connected to the fourth connecting portion 234 of the connecting device 23 of the module block 21 on the lower left. The third engaging portion 233 of the engaging device 23 of the other module block 21 located at the lower right of the other one engages with each other and is in the shape of a groove-like male-female mating with a protruding column-like male and female.

As shown in Figures 4 and 5, the second connection portion 132 of the connecting device 13 of the semi-arc end cover 11 of one of the upper end cover units 10 is connected to one of the upper module blocks of the module units 20 The second connecting part 232 of the connecting device 23 of 21 is connected with each other and has a male-female matching shape of a convex column and a groove. The second connecting portion 132 is connected with the second connecting portion 232 of the connecting device 23 of the other module block 21 of the module units 20 and is in a male-female mating shape of a convex column and a groove. The end cap unit 10 and the module units 20 can cooperate to form a spherical outer contour 60 (see 2).

As shown in Figure 3, the material unit 30 includes a digital material sheet 31, and these material sheets 31 are detachably arranged on the module body 22 of the module block 21 of the corresponding module unit 20, and cover the corresponding The body outer surface 222 of the module body 22 of the module block 21 of the module unit 20 . In this embodiment, the material of these material sheets 31 is silicone rubber. Preferably, the material of these material sheets 31 is food-grade silicone rubber. In addition, the number of these material sheets 31 The purpose is the same as the number of the module blocks 21 of the module units 20, but the number of the material sheets 31 can also be less than the number of the module blocks 21 of the module units 20.

As shown in Figures 8 and 9, the material sheet 31 includes an outer base wall 32, two side walls 33 connected to the outer base wall 32 and oppositely disposed in the first direction X, and two side walls connected to the outer base wall 32. Between the side walls 33 and the end wall 34 opposite to the second direction Y, the outer base wall 32 corresponds to the body outer surface 222 of the module body 22 of the module block 21, and the material sheet 31 The side walls 33 respectively correspond to the connecting side surfaces 223 of the module body 22 of the module block 21, and the end walls 34 of the material sheet 31 respectively correspond to the connecting sides 223 of the module body 22 of the module block 21. The end surface 224, the outer base wall 32, the side walls 33 cooperate with the end walls 34 to define an accommodating space 35, and each side wall 33 of the material sheet 31 is formed with three connecting devices 23 corresponding to the module block 21 Each end wall 34 of the material sheet 31 is formed with three third engaging portions 233 or fourth engaging portions corresponding to the engaging device 23 of the module block 21 234 through the hole 341, when the material sheet 31 is set on the module body 22 of the module block 21, the module body 22 is located in the accommodating space 35, and the outer base wall 32 completely covers the body outside 222 . It can be understood that, in other variations of this embodiment, the number of the side through holes 331 and the number of the end through holes 341 may also be less than three or more than three.

As shown in Figure 10, in this embodiment, a sensory integration pattern 321 is formed on the outer surface of the outer base wall 32 of each material sheet 31, the sensory integration pattern 321 of these material sheets 31 Case 321 can systematically integrate geometric shapes such as circles, triangles, squares, and lines, and use various changes in basic geometric shapes, changes in size, or changes in concave and convex to train patients' sensory stimulation.

As shown in Figure 3, this game unit 40 comprises several game devices 41, and these game devices 41 are detachably arranged on the slot 225 of the module body 22 of the module block 21 of the corresponding module unit 20 (see Fig. 8). In this embodiment, the number of the game devices 41 is the same as the number of the modular blocks 21 of the modular units 20, but the number of the game devices 41 can also be less than the number of the modular units 20. The number of chunks 21.

As shown in Figures 8, 9, and 11, each game device 41 includes a housing 42, and counting balls 43, the housing 42 defines an internal activity space 421, and these balls 43 are located in the internal activity space 421, The internal activity space 421 is divided into several activity areas 422, and any two adjacent activity areas 422 communicate with each other. The game device 41 is arranged in the slot 225 of the module body 22 of the module block 21, so that the patient can hold the module. The block 21 shakes the game device 41 . In this embodiment, the number of these activity areas 422 is three, and the balls 43 can be divided into several colors or lines. The balls 43 of the same pattern move into the same active area 422 . In addition, it can be understood that, in other variations of this embodiment, in order to change the degree of difficulty of the game device 41, the number of the activity areas 422 can also be two or more than three, or the activities can Area 422 is arranged in a labyrinth.

As shown in Figures 3 and 12, the fixing unit 50 includes two first fixers 51, Eight second fixers 52, eight third fixers 53, and eight fourth fixers 54, each first fixer 51 is detachably embedded in the semi-arc end cover 11 of the respective end cover unit 10 The first cover fixing groove 125 of the cover 12, the second fixers 52 are detachably embedded in the second cover of the cover 12 of the semi-arc end cover 11 of one of the upper end cover units 10 The fixing groove 126 and the module body 22 of one of the upper module blocks 21 of the module units 20 correspond to the body fixing groove 226 (see FIG. 8 ) of the second cover fixing grooves 126 . The three retainers 53 are detachably embedded in the second cover fixing groove 126 of the cover 12 of the semi-arc end cover 11 of the other end cover unit 10 located below and the other of the module units 20 located below. The module body 22 of the module block 21 corresponds to the body fixing groove 226 (see FIG. 8 ) of the second cover body fixing groove 126, and the fourth holders 54 are detachably embedded in the module units. The adjacent body fixing grooves 226 of the module body 22 of any four adjacent module blocks 21 of 20 (see FIG. 8 ). It should be noted that, in this embodiment, the shapes and sizes of the first holders 51, the second holders 52, the third holders 53 and the fourth holder 54 are the same, and they can be mutually Used interchangeably, the purpose of grouping into four categories is simply to clarify where they fit in.

13 to 19 will briefly introduce some of the ways in which the patient uses the trainer 100 for training: as shown in FIG. It can train the patient's upper/lower limbs, movement coordination, large muscle development and vestibular balance stimulation to help improve the patient's balance ability, upper/lower limb movement, waist Movement and vestibular sensation.

As shown in Figure 14, select wherein one end cap unit 10 and wherein four module units 20 to form a game booth, can climb or drill a hole for the patient, like this, also can train the patient's upper/lower limbs, movement coordination, Gross muscle development and vestibular balance stimulation. It can be understood that in this mode, the fixing unit 50 (see FIG. 3 ) can be optionally used to increase the stability of the combination.

As shown in Figure 15, use one of the first fixers 51 to firmly combine the semi-arc-shaped end caps 11 of one of the end cap units 10, and turn it upside down to form a patient who can sit and shake alone or interact with multiple people. Shaking the cup can promote the development of vestibular balance and coordination of limb movements. In this way, the patient's balance ability, waist muscles, abdominal muscles and vestibular balance stimulation can be trained to help improve the patient's balance ability and response ability.

As shown in Figure 16, the modular units 20 are selected to form a roller that can be pushed by the patient, so that the patient's large limb movements can be fully developed, and the coordination and flexible movement ability can be improved. In this way, the patient's large limbs can be trained. Muscles, hands and feet are used together to help improve the patient's balance, movement coordination and gross muscle development. It can be understood that, in this mode, the fourth fixer 54 of the fixing unit 50 can be optionally used to increase the stability of the combination.

As shown in Figure 17, choose to place the module blocks 21 of one of the module units 20 or a plurality of module units 20 on the ground arbitrarily, let the patient jump on it, use these modules The different changes of the arc of block 21 are for the patient to train the balance control ability of the center of gravity of the body, and strengthen the reaction and kinetic energy development of the limbs, so that the patient's balance ability, arm muscles, and sensory stimulation can be trained to help improve the patient's feet , calf muscles, balance and plantar fascia.

As shown in FIG. 18 , use one of the fourth fixers 54 to firmly combine the modular blocks 21 of the two modular units 20 together, and turn them upside down to form a rocking boat that the patient can stand and shake to promote vestibular balance. Development, in this way, can train the patient's balance ability, waist muscles, abdominal muscles and vestibular balance stimulation to help improve the patient's balance ability and response ability.

As shown in Figure 19, using the first fixers 51, the second fixers 52, the third fixers 53 and the fourth fixers 54, the patient is allowed to play Jenga to effectively improve the patient's Concentration, judgment and hand-eye coordination.

As shown in Figure 20, when the caregiver wants to accommodate the training equipment 100, the module blocks 21 of the module units 20 can be disassembled and then stacked in layers, or the module units 20 can be assembled together , and the end cover units 10 are assembled on the top and bottom ends of the module units 20 in an inverted manner opposite to that of FIG. 2 , and become a simple small side table with a storage function.

Through the above description, the advantages of the present invention can be summarized as follows:

1. The end cap unit 10, the module unit 20 and the fixing unit 50 of the new type of training equipment 100 can be used alone or selectively form a variety of different combined structures. The use pattern can effectively train the upper/lower limbs, waist movement, movement coordination, vestibular sensation, balance ability, large muscle development, waist muscles, abdominal muscles, calf muscles, and soles of Down's syndrome patients or children with developmental delays. Fascia, combined use of hands and feet, arm muscles, sensory stimulation, etc. At the same time, through the game device 41 of the game unit 40 and the material sheets 31 of the material units 30, the sensory integration of Down's syndrome patients or children with developmental delays can be enhanced. Ability, intelligence training, concentration, etc., practiced repeatedly during the golden period of children's growth, the new training equipment 100 can effectively help Down's syndrome patients or children with developmental delays to improve congenital defects, enhance muscle strength and intellectual development.

2. The sensory integration pattern 321 of the material sheet 31 of the material unit 30 of the new type of training equipment 100 can be systematically integrated with geometric shapes such as circles, triangles, squares, lines, etc., and utilize various changes and sizes of basic geometric shapes. Changes in size or bumps are used to strengthen the sensory integration ability of Down's syndrome patients or children with developmental delays, and to give different sensory stimuli.

3. The game device 41 of the game unit 40 of the new training equipment 100 can provide different stages of difficulty. When used by Down's syndrome patients or children with developmental delays, it can not only train the small muscles of the hands, but also train the accuracy and direction. Correspondence between sex and color.

Four, the new type of training equipment 100 can selectively use the first fixer 51, the second fixer 52, the third fixer 53, and the fourth fixer 54 of the fixing unit 50, which can not only increase the number of end cap units 10 The combination stability of the semi-arc end cap 11, the combination stability of the module blocks 21 of the module units 20 or the semi-arc shape of the end cover units 10 The combination of the end cap 11 and the modular block 21 of the isomodular unit 20 is stable, and at the same time, when assembled, it can also be used to train the small muscles of the hands of patients with Down's syndrome or children with developmental delay.

5. The end cap units 10 and the module units 20 of the new training equipment 100 can cooperate to form a spherical outer contour 60 (see 2), that is to say, the new training equipment 100 uses a three-dimensional spherical shape Concept, the cover body 12 of the semi-arc end cap 11 of the end cap unit 10 and the module body 22 of the module block 21 of the module unit 20 are carried out "2 pieces-8 pieces-8 pieces-2 pieces "Equivalent and isomorphic division, so that the shape and size of the cover body 12 of each semi-arc end cap 11 of these end cap units 10 are the same, and make the module of each module block 21 of these module units 20 The shape and size of the group bodies 22 are the same. Compared with the conventional technology, the end cap units 10 and the module units 20 can be designed in a modular manner, which is convenient for production and manufacture.

6. At present, there is generally no effective treatment for Down's syndrome patients. However, physical therapy, occupational therapy and speech therapy can be used to improve their living ability. The most important problems for Down's syndrome patients are muscle hypotonia, developmental Slowness and lack of intelligence, the design of the new training equipment 100 allows Down's syndrome patients to not only go to the hospital for rehabilitation at a fixed time, but can do training at any time in life, through various forms of free assembly, The usage rate can be increased to increase the growth rate through repeated operation exercises, and the systematic and progressive game training can assist the intellectual growth of patients with Down's syndrome in a stable way, so as to reduce the burden on family members. In addition, the new training equipment 100 The modular design can produce a variety of usage modes, which is not only convenient for caregivers to store, but also improves The treatment willingness of patients with Down syndrome is high, and caregivers can interact and assemble together to develop the possibility of more assembly methods, so that patients with Down syndrome and caregivers can have a good interactive experience.

To sum up, the muscle and intelligent training equipment of the present invention can not only selectively form various combination structures of the end cap units and the module units, so as to train the muscles and balance ability of different parts of the patient. The game device of the game unit can also provide intelligent games of different stages of difficulty, which is helpful for the positive growth of the patient's intelligence. The material sheet of the material unit can strengthen the patient's sensory integration ability. In addition, the modular design can also facilitate The caregiver takes in, so the purpose of the present invention can really be achieved.

But what is described above is only an embodiment of the present invention, and should not limit the scope of the present invention. All simple equivalent changes and modifications made according to the patent scope of the present invention and the content of the patent specification are still within the scope of the present invention. Within the scope covered by the patent of the present invention.

100: training equipment

10: End cover unit

11: Half arc end cap

12: Cover body

20:Modular unit

21: Module block

30: Material unit

31: Material sheet

40: Game unit

41: Game device

50: fixed unit

51: First Fixer

52:Second fixer

53: The third fixer

54: Fourth fixer

Z: Axial

Claims (10)

A kind of muscle and intelligent training equipment, comprising: at least one module block, including a module body, and a connecting device, the module body has an inner surface, a body outer surface opposite to the body inner surface, and two connected to Between the inner surface of the main body and the outer surface of the main body and oppositely arranged in a first direction, and two connecting sides connected between the inner surface of the main body and the outer surface of the main body and in a second direction intersecting the first direction The connecting end surface is oppositely arranged on the top, and the connecting device has at least one first connecting part arranged on one of the connecting side surfaces, at least one second connecting part arranged on the other connecting side surface, and at least one third connecting part arranged on one of the connecting end surfaces. The connecting part, and at least one fourth connecting part arranged on the other connecting end surface, the first connecting part and the second connecting part are in the shape of a male-female fit, the third connecting part and the fourth connecting part are in the form of A male-female mating shape; and at least one material sheet, which is detachably arranged on the module body and covers at least a part of the outside of the body. The muscle and intelligent training equipment as described in claim 1, wherein the material sheet includes an outer base wall, two side walls connected to the outer base wall and oppositely arranged in the first direction, and two side walls connected to the outer base wall The end walls between the wall and the side walls and oppositely arranged in the second direction, the outer base wall corresponds to the outside of the body, the side walls respectively correspond to the connecting sides, and the end walls respectively correspond to the Connecting the end surface, the outer base wall, the side walls cooperate with the end walls to define an accommodating space, and each side wall is formed with at least one side corresponding to one of the first connecting portion and the second connecting portion wear Each end wall is formed with at least one end through hole corresponding to one of the third connecting portion and the fourth connecting portion. When the material sheet is arranged on the module body, the module body is located In the space, the outer base wall completely covers the outside of the main body. The muscle and intelligence training equipment as described in claim 2, wherein the material of the module block is ABS, and the material of the material sheet is silicone. The muscle and intelligent training equipment as described in claim 1, further comprising at least one game device, a slot is formed on the inner surface of the module body, and the game device is detachably arranged in the slot, and the game device includes a The housing and the balls define an internal activity space, the balls are located in the internal activity space, the internal activity space is divided into several activity areas, and any two adjacent activity areas are connected to each other. The muscle and intelligent training equipment as claimed in claim 1, wherein a thickness of the module body is not less than 5 cm, and a maximum width of the module body between the connecting end faces is not less than 38 cm. A kind of muscle and intelligence training equipment, comprising: at least one end cover unit; The group unit includes two detachably interconnected module blocks, each module block includes a module body, and an engaging device, the module body has an inner surface, a body outer surface opposite to the body inner surface , two connecting side surfaces connected between the inner surface of the body and the outer surface of the body and oppositely arranged in a first direction, and two connecting sides connected between the inner surface of the body and the outer surface of the body in a phase The connecting end faces oppositely arranged in the second direction intersecting with the first direction, the connecting device has several first connecting parts arranged on one connecting side, several second connecting parts arranged on the other connecting side, and several arranged on Wherein the third connecting part of one connecting end face, and the fourth connecting part arranged on the other connecting end face, the first connecting part and the second connecting part of the connecting device of each module block are in the shape of a male-female fit, The third connecting portion and the fourth connecting portion of the connecting device of each module block are in a male-female mating shape. Muscle and intelligent training equipment as described in claim 6, comprising two end cap units, and eight module units, these module units are detachably connected between the end cap units, so that the end cap units are mutually interval, the module units are detachably connected to each other around an axial direction, and one of the connecting sides of the module body of one of the module blocks of each module unit faces one of the module bodies of the other module block Connecting the side, the first connecting part of the connecting device of one of the module blocks of each module unit and the first connecting part of the connecting device of the other module block are connected to each other and form a male-female mating shape, and any two adjacent The male-female mating relationship of the first connecting part where the module blocks of one of the module units are connected to each other is the male-female matching relationship of the first connecting part where the module blocks of the other of any two adjacent module units are connected to each other. The female mating relationship is the opposite configuration, one of the connecting end faces of the module body of one of the module blocks of any two adjacent module units faces the other of any two adjacent module units The other connecting end surface of the module body of one of the module blocks, the third connecting part of the connecting device of one of the module blocks of any two adjacent module units and any two adjacent module units The fourth connecting part of the connecting device of one of the modules of the other one is connected with each other and has a male-female fit shape, The fourth connecting part of the connecting device of the other module block of one of any two adjacent module units is connected with the fourth connecting part of the connecting device of the other module block of the other of any two adjacent module units. The three joints are connected with each other and form a male-female fit. Each end cover unit includes two detachably connected half-arc end covers. Each half-arc end cover includes a cover body and a connecting device. The cover body It has a pair of mating surfaces, and a connecting surface facing the module units, the connecting device has a number of first connecting parts arranged on the mating surface, and a number of second connecting parts arranged on the connecting surface, the The first connecting parts of the connecting device of the semi-arc end caps are engaged with each other and form a male-female mating shape, and the second connecting part of the connecting device of the semi-arc end cap of one end cap unit is connected to one of the module units. The second connecting part of the connecting device of the module block is connected with each other and has a male-female fit shape, and the second connecting part of the connecting device of the semi-arc end cover of the other end cover unit is connected with the other module of the module unit. The second connecting parts of the connecting device of the block are connected with each other and have a male-female fit shape, and the end cover units and the module units can cooperate to form a spherical outer contour. The muscle and intelligence training equipment as described in any one of claims 6 to 7, further comprising a material unit, the material unit includes several material sheets, and the material sheets are detachably arranged on the module of the corresponding module unit. the module body of the module block, and cover at least a part of the body outside of the module body of the module block of the corresponding module unit. The muscle and intelligence training equipment described in any one of claim items 6 to 7 also includes a game unit, and a slot is formed inside the body of the module body of the module block of each module unit, and the game unit Contains several game devices, These game devices are detachably arranged in the slot of the module body of the module block of the corresponding module unit, each game device includes a shell, and counting balls, and the shell defines an internal activity space, The balls are located in the inner activity space, and the inner activity space is divided into several activity areas, and any two adjacent activity areas are connected to each other. Muscle and intelligent training equipment as described in claim item 7, further comprising a fixing unit, the fixing unit includes two first fixers, eight second fixers, eight third fixers, and eight fourth fixers, each The first fixer is detachably arranged on the inside of the cover body of the semi-arc end cap of each end cap unit, and the second fixers are detachably arranged on the cover of the semi-arc end cap of one of the end cap units Body and the inner side of the module body of one of the module blocks of the module units, the third fixers are detachably arranged on the cover body of the semi-arc end cover of the other end cover unit and the module units The inner side of the module body of the other module block, the fourth holders are detachably arranged on the inner side of the module body of any four adjacent module blocks of the module units.

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