KR20230129954A

KR20230129954A - Inversion ski cane (pole)

Info

Publication number: KR20230129954A
Application number: KR1020230107612A
Authority: KR
Inventors: 정중근
Original assignee: 정중근
Priority date: 2023-08-16
Filing date: 2023-08-16
Publication date: 2023-09-11
Anticipated expiration: 2043-08-16
Also published as: KR102623408B1

Abstract

본 발명의 일 실시예는
눈 위와 빙판위를 지치는 데 있어 좁고 긴 판상의 기구인 스키 및 썰매는 나무나 금속, 플라스틱으로 만들어 신발에 부착되는 스키와.
썰매위에서 사람이 2개의 지팡이를 짚으며 달리는 기구인 막대기 형상을, 획기적 기능 인장력 작용을 사용하여 단순한 막대기 형상 지팡이를 인장력으로 전진 기능을 향상 구성하여 사용인에게 종전에 비하여 상상할 수 없던 새로운 속도감 및 작은 힘으로 스키 및 썰매를 지치도록 하며 기존에 없는 추진력과 외관 및 기능에 확연한 차별성을 부여한 반전 스키 지팡이는 새로운 지팡이 관념과 이미지를 창출하면서 추진력 및 속도감을 향상하는 인장스프링 및 착지 능력에 안정감과 추진력의 이동힘을 집중시키는 지면판을 포함한다.One embodiment of the present invention is
Skis and sleds are narrow, long board-shaped devices used for riding on snow and ice, and skis are made of wood, metal, or plastic and are attached to shoes.
A stick-shaped sled, which is a device in which a person runs while holding two canes, uses an innovative function of tensile force to improve the forward function of a simple stick-shaped cane with tensile force, giving the user a new sense of speed and small force that was unimaginable compared to before. The inverted ski cane, which provides unprecedented propulsion and a distinct difference in appearance and function, makes skiing and sledding tiring and creates a new concept and image of a cane, while providing stability and driving force in the landing ability and tension spring that improves propulsion and speed. It contains a ground plate that concentrates the force.

Description

Inversion ski pole (pole){omitted}

본 발명의 일 실시예는One embodiment of the present invention is

눈 위와 빙판위를 지치는 데 있어 좁고 긴 판상의 기구인 스키 및 썰매는 나무나 금속, 플라스틱으로 만들어 신발에 부착되는 스키와.Skis and sleds are narrow, long board-shaped devices used for riding on snow and ice, and skis are made of wood, metal, or plastic and are attached to shoes.

썰매위에서 사람이 2개의 지팡이를 짚으며 달리는 기구인 막대기 형상을, 획기적 기능 인장력 작용을 사용하여 단순한 막대기 형상 지팡이를 인장력으로 전진 기능을 향상 구성하여 사용인에게 종전에 비하여 상상할 수 없던 새로운 속도감 및 작은 힘으로 스키 및 썰매를 지치도록 하며 기존에 없는 추진력과 외관 및 기능에 확연한 차별성을 부여한 반전 스키 지팡이는 새로운 지팡이 관념과 이미지를 창출하면서 추진력 및 속도감을 향상하는 인장스프링 및 착지 능력에 안정감과 추진력의 이동힘을 집중시키는 지면판을 부가 하였음.A stick-shaped sled, which is a device in which a person runs while holding two canes, uses an innovative function of tensile force to improve the forward function of a simple stick-shaped cane with tensile force, giving the user a new sense of speed and small force that was unimaginable compared to before. The inverted ski cane, which provides unprecedented propulsion and a distinct difference in appearance and function, makes skiing and sledding tiring and creates a new concept and image of a cane, while providing stability and driving force in the landing ability and tension spring that improves propulsion and speed. A ground plate was added to concentrate the force.

우회적인 기술로서, 약재 절단기의 약재 투입장치 출원번호 : 20-1992-0025345 출원 1992년12월14일As a roundabout technology, medicine input device for medicine cutter Application number: 20-1992-0025345 Application filed December 14, 1992

중력권에서 물체를 상승시키면 반작용으로 하강하면서 일을 하는 기능의 실용신안 기술이 있다 등록번호 20-0093854-0000There is a utility model technology that works by lowering an object as a reaction when it rises in the gravitational field. Registration number 20-0093854-0000.

본 발명의 일시예의 목적은The purpose of an embodiment of the present invention is

종전 지팡이와 지면과 힘의 작용 관계는 지면은 지팡이를 받쳐주고 지팡이는 사용자를 받쳐주는 단순 구조에서 제3의 이동력 힘 공간을 형성할 수 있는 인장스프링을 설치하여 받쳐만주는 힘들을 이동 능력으로 형성하여Previously, the relationship between the cane, the ground, and force was a simple structure in which the ground supported the cane and the cane supported the user, but by installing a tension spring that could form a third movement force space, the supporting forces were transformed into the ability to move. By forming

지팡이 사용인 사용힘을 이동의 힘 일부로 활용하며The power of using a cane is used as part of the power of movement.

지팡이를 전진 방향과 후진 방향 사용시 지팡이가 좌측이나 우측 방향으로 흔들리며 힘의 소진현상을 안정적으로 하여주면서 지팡이 하단이, 지면의 경사면 및 고르지 못하여도 지팡이 하단 일부인 지면판이 미끌림 현상을 줄여주며 지면에 안정적으로 착지하면서 후차 반작용인 반전 스키 지팡이 이동 힘을 향상시킬 수 있도록하는데 그 목적이 있다When using the cane in the forward or backward direction, the cane swings to the left or right, stabilizing the loss of power, and even if the bottom of the cane is slanted or uneven, the ground plate, which is part of the bottom of the cane, reduces slipping and remains stable on the ground. The purpose is to improve the force of reversal ski stick movement, which is a subsequent reaction while landing.

상기와 같은 목적을 달성하기 위하여 본 발명에서는In order to achieve the above object, the present invention

과거와 현재에 이르기까지 일반적으로 지팡이는 단순기능인 짚는 막대기에 기계적 추진력 인장스프링(106) 부가 설치로,From the past to the present, walking sticks are generally made by adding a mechanical propulsion tension spring (106) to a simple walking stick.

실시예는 중공 형상이며 상부에 손잡이(101) 손잡이 내부에 안착하는 상봉(102)과 상봉 내부속에서 이동되면서 위치 정하게 되는 위치봉(105)에 내부속 안착기능 부품인 제어면(131)이,The embodiment has a hollow shape and a control surface 131, which is an internal seating function part, on the upper bar 102, which is seated inside the handle 101 at the top, and the positioning bar 105, which is positioned while moving inside the upper bar,

상봉과 중봉 및 하봉이 교차 이동후 변경된 위치를 제어기능 갗추는 제어면(131)A control surface (131) for controlling the changed position after the upper, middle, and lower bars cross each other.

또한also

위치봉은 하부 일단으로 인장스프링과 하봉들을 매달고, 중봉의 관통구(158, 159, 160, 161, 162)에 제어면으로 중봉에 위치되며 본 발명의 반전 스키 지팡이 전체 길이를 늘리고 줄이는 역활하면서The position rod hangs a tension spring and lower rods at the lower end, is located on the middle rod as a control surface at the through hole (158, 159, 160, 161, 162) of the middle rod, and plays the role of increasing or decreasing the overall length of the inversion ski stick of the present invention.

또한편으로Also, on the other hand

중봉 상부 외부로 위치한 상봉 내부 방향에서 제어면으로 관통구(151, 152, 153, 154, 155, 156, 157,) 사이를 교차 이동되어 고정되는 중봉(103),과 제어면은 반전 스키 지팡이 전체 길이를 늘리고 줄이는 중봉에 위치하여 상봉을 이동 고정과 하봉을 이동 고정과 두종류 기능을 형성하며The middle rod (103) is moved and fixed between the through holes (151, 152, 153, 154, 155, 156, 157) from the inner direction of the upper rod located outside the upper middle rod to the control surface, and the control surface is the entire inverted ski stick. It is located in the middle bar to increase and decrease the length, and has two functions: the upper bar is movable and fixed, and the lower bar is movable and fixed.

또한also

일반적인 제어면 사용은 두면을 주로 고정 작용에 이용되나 본발명의 제어면은 상봉, 위치봉, 하봉 고정 기능으로 3면을 고정하여 중봉에 고정력을 안정화하고 제어면 설치 수량 줄이며 작동편리성과 외관을 간소화 기능을 형성한다The general control surface is mainly used for fixing two sides, but the control surface of the present invention fixes three sides with the upper, position, and lower pole fixing functions to stabilize the fixing force on the middle bar, reduce the number of control surface installations, and simplify operation convenience and appearance. form function

또한편으로Also, on the other hand

하봉(104)은 인장스프링(106)에 매달리어 중봉(103) 내부 상측과 하측으로 이동되면서 추진력 형성하여 발산하는 기능으로 되며 하봉은 외부 일단에 지면판 고정봉(108) 설치 지면판 고정봉 하단 외부로 지면판 인장스프링(168) 상측이 고정되며,The lower rod (104) is suspended from the tension spring (106) and moves to the upper and lower sides of the middle rod (103) to form and dissipate thrust. The lower rod has a ground plate fixing rod (108) installed at the outer end of the bottom of the ground plate fixing rod. The upper side of the ground plate tension spring (168) is fixed to the outside,

인장스프링(168) 하측은 내부속으로 유동적인 매달리는 지면판 이동봉(109) 하측과 결속되며 지면판 이동봉 외부 위치한 인장스프링(168)은 확장과 수축기능 형성된다The lower side of the tension spring (168) is connected to the lower side of the ground plate moving rod (109) that hangs fluidly inside, and the tension spring (168) located outside the ground plate moving rod has expansion and contraction functions.

또한also

부착된 이동봉(109) 하단 한쌍으로 마주하여 형성하는, 이동봉 각도 변경대(121, 123)와 내부방향 양단으로 마주하는 우측.좌측 지면판 각도 변경대(124, 122)와 볼트와 너트로 유동적인 조립되며The moving rod angle changer (121, 123), which is formed by facing each other at the bottom of the attached moving rod (109), and the right and left ground plate angle changer (124, 122) facing both ends in the inner direction, are flexible with bolts and nuts. Assembled

지면판 각도 변경대(122, 124)는 지면판(125) 상단방향 우측과 좌측 형성되며The ground plate angle change zones 122 and 124 are formed on the right and left sides of the top of the ground plate 125.

지면판(125) 하면 바닥이 지면의 면들 방향으로 이동되면서 우측과 좌측으로 반전 스키 지팡이 이동 및 흔들림을 줄이고,When the ground plate 125 is used, the bottom moves in the direction of the planes of the ground and reverses to the right and left, reducing ski pole movement and shaking.

지면판(125)은 지면의 면들 방향으로 전방과 후방이 교차 기능으로 바닥이 상승과 하강 동작으로 연속적으로 이동하면서 지면에 안정적인 착지할 수 있으며The ground plate 125 has a front and rear cross function in the direction of the planes of the ground, allowing the floor to land stably on the ground while continuously moving in an upward and downward motion.

또한편으로Also, on the other hand

지면을 짚는 본 발명의 반전 스키 지팡이는 지면 안착봉(128) 지면 도달후 탄성을 가진 지면판(125)이 하방향 눌려 지면으로 이동하게 되면서 지면판 인장스프링이 눌리면서 지면판, 지면에 도착하며In the inverted ski cane of the present invention that touches the ground, after reaching the ground with the ground seating bar 128, the elastic ground plate 125 is pressed downward and moves to the ground, and the ground plate tension spring is pressed to reach the ground plate and the ground.

탄성을 가진 지면판은 지면 안착봉과 지면에 착지되면서 순간적인 착지 시간에 하양 탄성의 인장력 작동이 지면에 흡수되어 안정적인 착지 작동과,As the elastic ground plate lands on the ground landing bar and the ground, the tensile force of the white elastic is absorbed into the ground during the instantaneous landing time, resulting in a stable landing operation,

상부의 인장스프링(106)은 지면작용에 반작용 힘으로 추진력을 갖을수 있는 전진힘 형성 기능으로 지면에 이원화된 지면 고정 추진력 일부를 제3의 이동력인 힘 인장스프링(106) 수축된 힘이 후차 전진추진력 일부로 형성하며 발산, 이동힘 추진력 일부가 되며The tension spring 106 at the top has the function of forming a forward force that can have a propulsion force as a reaction force to the ground action, and the contracted force of the tension spring 106, which is a third moving force, is used to transfer part of the ground fixed propulsion dual to the ground to the rear. It forms part of the forward propulsion force and becomes part of the divergence and movement force propulsion force.

또한also

정지제어판(126, 127)은 이동봉(109) 하측 방향 전,후진 방향에 양단으로 형성하며 정지제어판(126, 127)은 이동봉 하부위치 지면판 전진 쪽과 후진 쪽의 지면판 이동을 상승위치를 양단을 교차로 제어 기능을 하여 지면위에서 반전 스키 지팡이를 안정적인 작동하게 하며 상봉과 중봉 외부 연결 부위에 원형바킹(170) 안착 외부에 밀림방지 바킹(171) 덧씨우고 겉면에 둘래로 조리개(169) 설치후 길이 조정 볼트(172) 나사산을 조여 고정하여 상봉(102)과 중봉(103)을 안정적 연결하여 형성되어 구성되는 것을 특징으로 하는 반전 스키 지팡이를 제공한다.The stop control panels (126, 127) are formed at both ends in the forward and backward directions toward the lower side of the moving rod (109), and the stop control panels (126, 127) control the movement of the ground plate on the forward and backward sides of the lower position of the moving rod at both ends at the upward position. The intersection control function allows the inverted ski stick to operate stably on the ground. Circular barking (170) is placed on the external connection part of the upper and middle poles. Anti-slip barking (171) is placed on the outside and an aperture (169) is installed around the outside to lengthen the length. An inverted ski cane is provided, which is formed by stably connecting the upper pole 102 and the middle pole 103 by tightening and fixing the thread of the adjustment bolt 172.

이상에서 설명한 바와 같이 본 발명의 실시예에 의하면,As described above, according to an embodiment of the present invention,

스키를 타기 위하여 사용하는 사용자의 추진력을 보다 효율적인 상승 능력으로 인장력이 작용되며Tensile force is applied to the user's propulsion for skiing for a more efficient climbing ability.

반전 스키 지팡이는 지면에 안착시 충격완화로 지면판 인장스프링(168) 작용과 더블어 전진 방향과 후진 방향으로 추진력 집중하도록 사용인 좌측과 우측의로 흔들림을 줄여 분산 감소되는 추진력을 상승시키며 추진력이 보다 안정적으로 작동을 하며The inverted ski cane acts as a ground plate tension spring (168) to cushion the impact when landing on the ground, and reduces shaking to the user's left and right sides to concentrate the thrust in the forward and backward directions, increasing the distributed momentum and increasing the thrust. It works stably

상봉, 중봉, 하봉 길이 변경 고정제인 제어면(131)을 중봉에 집중하여 힘의 안정화에 효율을 상승시키며The control surface (131), which is a fixer for changing the length of the upper, middle, and lower rods, is concentrated on the middle rod to increase efficiency in stabilizing force.

상봉과 중봉의 연결부위에 조리개(169)의 나사산으로 조여 고정하여 연결부위를 보다 견고히 할 수 있는 효과가 있다By tightening and fixing the connection area between the upper and middle rods with the screw thread of the aperture (169), there is an effect of making the connection area more solid.

도1은 본 발명의 기술이 적용된 반전 스키 지팡이를 축소 도시한 사시도 및 분해사시도
도2는 본 발명의 반전 스키 지팡이를 축소 도시한 사시도 및 분해사시도
도3은 본 발명의 반전 스키 지팡이 부품들 분해사시도
Figure 1 is a miniature perspective and exploded perspective view of an inverted ski cane to which the technology of the present invention is applied.
Figure 2 is a miniature perspective and exploded perspective view of the inverted ski cane of the present invention.
Figure 3 is an exploded perspective view of the inverted ski cane parts of the present invention

이하, 본 발명의 실시예들을 예시적인 도면을 통해 상세하게 설명한다.Hereinafter, embodiments of the present invention will be described in detail through illustrative drawings.

도1은 본 발명의 기술이 적용된 반전 스키 지팡이를 축소 도시한 사시도 및 분해사시도Figure 1 is a miniature perspective and exploded perspective view of an inverted ski cane to which the technology of the present invention is applied.

도2는 본 발명의 반전 스키 지팡이를 도시한 사시도 및 분해사시도Figure 2 is a perspective and exploded perspective view showing the inverted ski cane of the present invention.

도3은 본 발명의 반전 스키 지팡이 부품들 분해사시도Figure 3 is an exploded perspective view of the inverted ski cane parts of the present invention

이들 도면들에 도시된 바와 같이, 본 발명의 일실시예에 도1에 따른 반전 스키 지팡이(100)는 중공 형상이며 상부에 손잡이(101)가 형성되며 손잡이 일단에 걸이끈(164) 안착하여 걸이끈에 장석(165) 부착되며 손잡이(101)는 상부 끝단면에 평평한 면과 끝단면 둘래로 돌기가 형성 사용인 손에 안착강도를 높이고 하단부로 굴곡을 형성 사용인 손에서 밀리는 자리변경을 줄일수 있으며As shown in these drawings, in one embodiment of the present invention, the inverted ski cane 100 according to Figure 1 has a hollow shape, a handle 101 is formed at the top, and a hanging strap 164 is mounted on one end of the handle to hang it. A feldspar (165) is attached to the lead, and the handle (101) has a flat surface on the upper end surface and a protrusion around the end surface to increase seating strength in the user's hand and to form a curve at the lower end to reduce position changes that are pushed from the user's hand. and

상기 상봉(102) 상부에 손잡이(101) 위치하여 상봉 하단 방향으로 관통구(151, 152, 153, 154, 155, 156, 157) 형성되어 상봉 내부속 안착기능인 중봉(103)과, 중봉 내부속 안착한 위치봉(105)과 엇갈리며 하봉(104) 위치를 줄이고 늘리도록 변경, 형성 돌출한 제어면(131)은The handle 101 is located on the upper part of the upper bar 102, and through holes 151, 152, 153, 154, 155, 156, 157 are formed toward the bottom of the upper bar, so that the middle bar 103, which serves as a seating function for the inner part of the upper bar, and the inner part of the middle bar The protruding control surface (131) is changed and formed to intersect with the seated position rod (105) to reduce and increase the position of the lower rod (104).

중봉과 위치봉을 결속시키고 동시 이동하게 하며The middle rod and the position rod are tied together and moved simultaneously.

제어면(131)은 상봉(102) 관통구(151, 152, 153, 154, 155, 156, 157)에서 빗글리며 상측과 하측으로 이동토록 사용인이, 돌출한 제어면(131) 눌르면 이동되어 상봉 내부에서 중봉의 길이를 하단으로부터 줄이고 늘리는 기능으로, 관통구들에서 엇갈리며 관통구들에서 돌출한 제어면(131) 눌름을 해제하면 상봉 관통구들에 제어면 걸어지면서 제어면(131)은 상봉과 중봉 및 중봉에 매달린 하봉을 이동을 제어하는 제어면 위치하며The control surface 131 is deviated from the through holes 151, 152, 153, 154, 155, 156, and 157 of the upper bar 102 and is moved when the user presses the protruding control surface 131 to move upward and downward. It is a function to shorten and increase the length of the middle bar from the bottom. When the control surface (131) that crosses the through holes and protrudes from the through hole is released, the control surface is hung on the upper bar through hole and the control surface (131) is connected to the upper bar, middle bar, and It is located on the control surface that controls the movement of the lower rod hanging from the middle rod.

상기 상봉과 중봉 내부에 설치된 위치봉(105) 내부, 상측 제어면 형성후 하측 일단에 원형상의 조립부제(129)는 위치봉(105) 하단 내부로 삽입고정되며, 타단에 원형상 돌출부위(176)는 위치봉 하단 고정후, 원형상 돌출부위(176) 형성후 하단면으로 중심부에 인장스프링 고정제(175) 돌출하여, 일단의 인장스프링(106) 상측이 고정되며Inside the location rod 105 installed inside the upper and middle rods, after forming the upper control surface, the circular assembly member 129 at the lower end is inserted and fixed into the lower end of the location rod 105, and the circular protrusion 176 is at the other end. ) is fixed at the bottom of the location rod, and then a circular protrusion 176 is formed, and then the tension spring fixer 175 is protruded from the center of the bottom surface, and the upper side of the tension spring 106 is fixed.

타단은 중봉(103) 내부와 하봉(104)들 내부 공간에 위치되며 연장되어 하양하여The other end is located in the space inside the middle rod (103) and the lower rod (104) and is extended and lowered.

상기 하봉(104) 중간지점 형성 고정된 고정봉(107) 윗면 중간지점 원기둥형상 돌출부위 외부로 인장스프링(106) 말단이 덧씨워 고정되며 형성하는 하봉은The lower rod is formed by attaching the end of the tension spring 106 to the outside of the cylindrical protrusion at the midpoint of the upper surface of the fixed rod 107, which is formed at the midpoint of the lower rod 104.

상봉과 중봉에 매달리는 형상이 되며It has the shape of hanging on the upper and middle peaks.

상기 설치된 하봉(104)에 지면에 착지 기능으로 부착된 하단 지면 안착봉(128)은 원뿔형상, 상측부위가 축소된 원기둥 형상 일단의 상측이 상기 하봉 하단 내부속으로 하측부위에 삽입고정되며 원뿔형상에서 축소된 하측은 지면과 안착기능 형성되면The lower ground landing bar 128, which is attached to the installed lower bar 104 with a landing function on the ground, has a cone shape, a cylindrical shape with a reduced upper part, and the upper end is inserted and fixed to the lower part inside the lower bar lower part, and has a conical shape. The reduced lower side forms a seating function with the ground.

상기 사용인은 스키나 썰매위에서 지면(눈, 얼음) 위를 반전 스키 지팡이를 짚으면서 지면에 가하여지는 힘에 반작용으로 전진 추진력을 얻고자할시 제3의 공간인 반전 스키 지팡이 내부 설치된 인장스프링(106)이 선차적으로 사용인의 지면에 가하는 이동 추진력을 인장스프링(106)이 수축되면서 흡수하게 되며 연장된 후차적인 사용인 추진력으로 반전 스키 지팡이 하단 지면 안착봉(128) 통하여 지면에 도달한 추진력은, 지면이 사용자를 밀어줄수 없고,When the user wants to obtain forward propulsion by reacting to the force applied to the ground while holding the inverted ski cane on the ground (snow, ice) on a ski or sled, the tension spring (106) installed inside the inverted ski cane, which is a third space, is used. ) absorbs the moving propulsion force applied to the user's ground first by contracting the tension spring (106), and the propulsion force that reaches the ground through the ground seating bar (128) at the bottom of the ski cane, which is reversed to the extended propulsion force of the subsequent use, The ground cannot push the user,

사용인 반작용의 추진력으로 전진 방향의 경사각인 추진력을 형성하는데 인장력보다 강한 사용인 추진력은,The driving force of the user's reaction forms a driving force, which is an inclination angle in the forward direction, and the driving force that is stronger than the tensile force is,

사용인 방향의 경사각 전진 방향 추진력이 선차적 작용후 사용인 추진력이 인장력보다 약하게 될시,When the user's driving force becomes weaker than the tensile force after the forward driving force at the inclination angle in the user's direction takes precedence,

후차적으로 인장스프링의 수축하였던 인장력이 확장인장력으로 배출되면서 사용인에게 후차적인 추가적으로 경사각 전진 추진력을 제공하게 되는 인장스프링(106)의 확장인장력을 구성하여,Subsequently, the contracted tensile force of the tensile spring is discharged as expanded tensile force, thereby forming an expansion tensile force of the tension spring 106, which provides additional inclination angle forward propulsion to the user,

사용자의 방향에 따라 경사각 전진 추진력을 수행하게 되며 인장스프링(106)과 인장력을 포함하는 반전 스키 지팡이An inverted ski cane that performs an inclination forward propulsion according to the user's direction and includes a tension spring 106 and a tension force.

도2는 본 발명의 다른 실시예에 따른 반전 스키 지팡이를 설명하기 위하여 도시한 도면이다.Figure 2 is a diagram illustrating an inverted ski cane according to another embodiment of the present invention.

도2를 참조하면 본 발명의 다른 실시예에 따른 반전 스키 지팡이(100)는 손잡이(101), 상봉(102), 중봉(103), 위치봉(105), 인장스프링(106), 지면판 인장스프링(168), 고정봉(107), 지면판 이동봉(109), 이동봉 각도 변경대(121, 123), 지면판 각도 변경대(122, 124), 지면판(125), 정지제어판(125), 지면 안착봉(128), 및 부품들인 제어면(131), 스프링(130), 조리개(169), 밀림방지 바킹(171), 다수의 관통구들을 포함한다.Referring to Figure 2, the inverted ski stick 100 according to another embodiment of the present invention includes a handle 101, an upper pole 102, a middle pole 103, a position pole 105, a tension spring 106, and a ground plate tensioner. Spring (168), fixed rod (107), ground plate moving rod (109), moving rod angle changer (121, 123), ground plate angle changer (122, 124), ground plate (125), stop control panel (125) , a ground seating rod 128, and parts such as a control surface 131, a spring 130, an aperture 169, an anti-slip barking 171, and a plurality of through holes.

본 실시예에서는 앞에서 설명한 손잡이 상봉 중봉 하봉 고정봉 및 부품들에 대한 설명은 생략한다.In this embodiment, the description of the upper handle, middle rod, lower rod, and parts described above will be omitted.

지면판 고정봉(108)은 하봉 하부 하단에 원형상 둘래로(외부) 위치고정되며The ground plate fixing bar 108 is fixed in a circular position (externally) at the bottom of the lower bar.

외부 일단에 지면판 고정봉(108) 설치 지면판 고정봉 하단 외부로 지면판 인장스프링(168) 상측이 고정되며,The ground plate fixing rod (108) is installed at one end of the outside. The upper side of the ground plate tension spring (168) is fixed to the outside of the bottom of the ground plate fixing rod,

또한also

부착된 이동봉(109) 하단 한쌍으로 마주하여 형성하는 이동봉, 각도 변경대(121, 123)와 내부방향 양단으로 마주하는 우측.좌측 지면판 각도 변경대(124, 122)와 볼트와 너트로 유동적인 조립되며A pair of moving rods formed by facing each other at the bottom of the attached moving rod (109), an angle changing table (121, 123), right and left ground plate angle changing sections (124, 122) facing both ends in the inner direction, and a flexible structure made of bolts and nuts. Assembled

또한편으로Also, on the other hand

지면을 짚는 본 발명의 반전 스키 지팡이는 지면 안착봉(128) 지면 도달후 탄성을 가진 지면판(125)이 하방향 지면으로 이동하게 되면서 지면판 인장스프링이 눌리면서 지면판, 지면에 도착하며The inverted ski cane of the present invention, which touches the ground, reaches the ground plate 128, and then the elastic ground plate 125 moves downward to the ground, and the ground plate tension spring is pressed, reaching the ground plate and the ground.

또한also

정지제어판(126, 127)은 이동봉(109) 하측 방향 전,후진 방향에 양단으로 형성하며 정지제어판(126, 127)은 이동봉 하부위치 지면판 전진 쪽과 후진 쪽의 지면판 이동을 상승위치를 양단을 교차로 제어 기능을 하여 지면위에서 반전 스키 지팡이를 안정적인 작동하게 하며The stop control panels (126, 127) are formed at both ends in the forward and backward directions toward the lower side of the moving rod (109), and the stop control panels (126, 127) control the movement of the ground plate on the forward and backward sides of the lower position of the moving rod at both ends at the upward position. The intersection control function ensures stable operation of the inverted ski stick on the ground.

상봉과 중봉의 연결부위에 조리개(169)의 나사산으로 조여 고정하여 연결부위, 상봉과 중봉 외부 연결부위에 원형바킹(170) 안착 외부에 밀림방지 바킹(171) 덧씨우고 겉면에 둘래로 조리개(169) 설치후 길이 조정 볼트(172) 나사산을 조여 고정하여 상봉(102)과 중봉(103)을 안정적 연결하여 형성되어 구성되며 특징으로 하는 반전 스키 지팡이를 제공한다.Secure by tightening the screw thread of the aperture (169) to the connection area between the upper and middle rods and place a circular baring (170) on the connection area and the external connection area between the upper and middle rods. Put anti-slip barging (171) on the outside and surround the aperture (169) on the outside. ) After installation, it is formed by stably connecting the upper pole (102) and the middle pole (103) by tightening and fixing the thread of the length adjustment bolt (172), and provides a characteristic inverted ski stick.

100; 반전 스키 지팡이
101; 손잡이
102; 상봉
103; 중봉
104; 하봉
105; 위치봉
106; 인장스프링
107; 고정봉
108; 지면판 고정봉
109; 지면판 이동봉
121; 이동봉 각도 변경대
122; 지면판 각도 변경대
123; 이동봉 각도 변경대
124; 지면판 각도 변경대
125; 지면판
126; 정지제어판
127; 정지제어판
128; 지면 안착봉
129; 조립부제
130; 스프링
131; 제어면
151; 152; 153; 154; 155; 156; 157; 제어면 이동 관통구(상봉)
158; 159; 160; 161; 162; 중봉 이동 관통구
163; 위치봉 관통구
164; 걸이끈
165; 장석
166; 관통구
167; 고정봉
168; 지면판 인장스프링
169; 조리개
170; 원형링 바킹
171; 밀림방지 바킹(원형)
172; 길이 조정 볼트(조리개)
173; 동력부제 연결구
174; 제어면 관통구
175; 인장스프링(106) 고정제
176; 원형상 돌출부위
100; inversion ski cane
101; handle
102; reunion
103; Jungbong
104; Habong
105; location pole
106; Tension spring
107; fixed rod
108; ground plate fixing rod
109; Ground plate moving rod
121; Moving rod angle changer
122; ground plate angle changer
123; Moving rod angle changer
124; ground plate angle changer
125; ground plate
126; stop control panel
127; stop control panel
128; ground landing pole
129; Assembly instructions
130; spring
131; control surface
151; 152; 153; 154; 155; 156; 157; Control surface movement through-hole (single-shaped)
158; 159; 160; 161; 162; Middle pole moving through hole
163; Location rod through hole
164; hanging string
165; feldspar
166; through hole
167; fixed rod
168; Ground plate tension spring
169; iris
170; Circular ring barking
171; Anti-slip barking (circular)
172; Length adjustment bolt (aperture)
173; Power auxiliary connector
174; Control surface through hole
175; Tension spring (106) fixative
176; Circular protruding part

Claims

The inverted ski cane (100) has a hollow shape and a handle (101) is formed at the top. A hanging strap (164) is seated on one end of the handle, and a feldspar (165) is attached to the hanging strap. The handle (101) has a flat surface on the upper end surface. Protrusions are formed around the end surface to increase seating strength in the user's hand and a curve is formed at the bottom to reduce position changes that are pushed away from the user's hand.
The handle 101 is located on the upper part of the upper bar 102, and through holes 151, 152, 153, 154, 155, 156, 157 are formed toward the bottom of the upper bar, so that the middle bar 103, which serves as a seating function for the inner part of the upper bar, and the inner part of the middle bar The protruding control surface (131) is changed and formed to intersect with the seated position rod (105) to reduce and increase the position of the lower rod (104).
The middle rod and the position rod are tied together and moved simultaneously.
The control surface 131 is deviated from the through holes 151, 152, 153, 154, 155, 156, and 157 of the upper bar 102 and is moved when the user presses the protruding control surface 131 to move upward and downward. It is a function to shorten and increase the length of the middle bar from the bottom inside, and when the control surface (131) that protrudes from the through hole and crosses the through hole is released, the control surface is hung on the upper bar through hole and the control surface (131) is connected to the upper bar and the upper bar. It is located on the control surface that controls the movement of the middle rod and the lower rod hanging from the middle rod.
Inside the location rod 105 installed inside the upper and middle rods, after forming the upper control surface, the circular assembly member 129 at the lower end is inserted and fixed into the lower end of the location rod 105, and the circular protrusion 176 is at the other end. ) is fixed at the bottom of the location rod, and then a circular protrusion 176 is formed, and then the tension spring fixer 175 is protruded from the center of the bottom surface, and the upper side of the tension spring 106 is fixed.
The other end is located inside the middle rod (103) and the inner space of the lower rods (104) and is extended and white.
The lower rod is formed by attaching the end of the tension spring 106 to the outside of the cylindrical protrusion at the midpoint of the upper surface of the fixed rod 107, which is formed at the midpoint of the lower rod 104.
It has the shape of hanging on the upper and middle peaks.
The lower ground landing bar 128, which is attached to the installed lower bar 104 with a landing function on the ground, has a cone shape, a cylindrical shape with a reduced upper part, and the upper end is inserted and fixed to the lower part inside the lower bar lower part, and has a conical shape. The reduced lower side forms a seating function with the ground.
When the user wants to obtain forward propulsion by reacting to the force applied to the ground while holding the inverted ski cane on the ground (snow, ice) on a ski or sled, the tension spring (106) installed inside the inverted ski cane, which is a third space, is used. ) absorbs the moving propulsion force applied to the user's ground first by contracting the tension spring (106), and the propulsion force that reaches the ground through the ground seating bar (128) at the bottom of the ski cane, which is reversed to the extended propulsion force of the subsequent use, The ground cannot push the user,
The driving force of the user's reaction forms a driving force, which is an inclination angle in the forward direction. The driving force is stronger than the tensile force,
When the user's driving force becomes weaker than the tensile force after the inclination angle forward driving force in the user's direction takes precedence,
Subsequently, the contracted tensile force of the tensile spring is discharged as expanded tensile force, thereby forming an expansion tensile force of the tension spring 106, which provides additional inclination angle forward propulsion to the user,
An inverted ski cane that performs an inclination forward propulsion according to the user's direction and includes a tension spring 106 and a tension force.

In paragraph 1
The ground plate fixing bar 108 is fixed in a circular position (externally) at the bottom of the lower bar.
The ground plate fixing rod (108) is installed at one end of the outside. The upper side of the ground plate tension spring (168) is fixed to the outside of the bottom of the ground plate fixing rod,
The lower side of the tension spring (168) is connected to the lower side of the ground plate moving rod (109) that hangs fluidly inside, and the tension spring (168) located outside the ground plate moving rod has expansion and contraction functions.
also
The moving rods formed by facing each other at the bottom of the attached moving rods (109), the angle changing tables (121, 123), the right and left ground plate angle changing zones (124, 122) facing both ends in the inner direction, and the flexible movement with bolts and nuts. Assembled
The ground plate angle change zones 122 and 124 are formed on the right and left sides of the top of the ground plate 125.
When the ground plate 125 is used, the bottom moves in the direction of the planes of the ground and reverses to the right and left, reducing ski pole movement and shaking.
The ground plate 125 has a front and rear cross function in the direction of the planes of the ground, allowing the floor to land stably on the ground while continuously moving in an upward and downward motion.
Also, on the other hand
The inverted ski cane of the present invention, which touches the ground, reaches the ground plate (128), and after reaching the ground, the elastic ground plate (125) moves downward to the ground, and the ground plate tension spring is pressed, reaching the ground plate and the ground.
As the elastic ground plate lands on the ground landing bar and the ground, the tensile force of the white elastic is absorbed into the ground during the instantaneous landing time, resulting in a stable landing operation,
The tension spring 106 at the top has the function of forming a forward force that can have a propulsion force as a reaction force to the ground action, and the contracted force of the tension spring 106, which is a third moving force, is used to transfer part of the ground fixed propulsion dual to the ground to the rear. It forms part of the forward propulsion force and becomes part of the divergence and movement force propulsion force.
The stop control panels (126, 127) are formed at both ends in the forward and backward directions toward the lower side of the moving rod (109), and the stop control panels (126, 127) control the movement of the ground plate on the forward and backward sides of the lower position of the moving rod at both ends at the upward position. The intersection control function ensures stable operation of the inverted ski stick on the ground.
The inverted ski cane acts as a ground plate tension spring (168) to cushion the impact when landing on the ground, and reduces shaking to the user's left and right sides to concentrate the thrust in the forward and backward directions, increasing the distributed momentum and increasing the thrust. It works stably
The control surface (131), which is a fixer for changing the length of the upper, middle, and lower rods, is concentrated on the middle rod to increase efficiency in stabilizing force.
Secure by tightening the screw thread of the aperture (169) to the connection area between the upper and middle rods, and place a circular baring (170) on the outer connection area of the upper and middle rods. Put anti-slip baring (171) on the outside and surround the aperture (169) on the outside. After installation, the inverted ski cane is formed by stably connecting the upper pole (102) and the middle pole (103) by tightening and fixing the thread of the length adjustment bolt (172).