CN204134157U - Special glove formula climbing pawl - Google Patents
Special glove formula climbing pawl Download PDFInfo
- Publication number
- CN204134157U CN204134157U CN201420668190.XU CN201420668190U CN204134157U CN 204134157 U CN204134157 U CN 204134157U CN 201420668190 U CN201420668190 U CN 201420668190U CN 204134157 U CN204134157 U CN 204134157U
- Authority
- CN
- China
- Prior art keywords
- sleeve pipe
- dactylus
- stay cord
- pipe
- gloves
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Withdrawn - After Issue
Links
Landscapes
- Gloves (AREA)
Abstract
The utility model discloses Special glove formula climbing pawl, comprise gloves and be packed in outside the tightening up of position near bottom running-on of gloves and buckle; Also comprise rigidity claw hook, hinged pedestal, bearing pin, return torsion spring, front dactylus sleeve pipe, the first stay cord through portion, the first rotating shaft, middle finger joint sleeve pipe, the second stay cord through portion, the second rotating shaft, rear dactylus sleeve pipe, stay cord anchoring section and wear-resistant flexible stay cord.The utility model is rational in infrastructure, and it is convenient to carry, and makes staff plus outer and stronger seeks connections with ability, possessing anti-personnel defence or attack ability simultaneously.
Description
Technical field
The utility model relates to bionical auxiliary climbing utensil, particularly Special glove formula climbing pawl.
Background technology
At present, there is not still good climbing tool in fields such as climbing edge, outdoor mountain-climbing, field exploration or army's special operations.The known climbing tool of people carries inconvenience primarily of instruments such as rope, hook, pickels, uses inflexible technology inferior position.
Utility model content
The purpose of this utility model is to provide a kind of Special glove formula to climb pawl, and it is rational in infrastructure, and it is convenient to carry, make staff plus outer and stronger seek connections with ability, possess anti-personnel defence or attack ability simultaneously.
The purpose of this utility model is achieved in that a kind of Special glove formula climbing pawl, comprise gloves and be packed in outside the tightening up of position near bottom running-on of gloves and buckle, when staff stretches into gloves and the running-on of gloves bottom is in the state of the thorny wrist of retaining ring, the running-on of gloves bottom can be fastened in wrist to be tightened up to buckle around the mode of wrist, also comprise rigidity claw hook, hinged pedestal, bearing pin, return torsion spring, front dactylus sleeve pipe, the first stay cord through portion, the first rotating shaft, middle finger joint sleeve pipe, the second stay cord through portion, the second rotating shaft, rear dactylus sleeve pipe, stay cord anchoring section and wear-resistant flexible stay cord, the forefinger that gloves self have, middle finger, nameless and little finger passes the front dactylus sleeve pipe of formation three sections of tandem dactylus sleeve pipes separately, middle finger joint sleeve pipe and rear dactylus sleeve pipe, front dactylus sleeve pipe, middle finger joint sleeve pipe and rear dactylus sleeve pipe be the corresponding forefinger fingerstall being sleeved on gloves self and having respectively, middle finger fingerstall, nameless fingerstall and little finger fingerstall are separately on the corresponding three sections of knuckles had, and the forefinger that gloves self have, middle finger, nameless and little finger finger tip is separately only to be limited in mode in front dactylus sleeve pipe near front dactylus sleeve pipe front tube mouth but not premenstrual dactylus sleeve pipe front tube mouth extend out to outside front dactylus sleeve pipe, the wall body that the downside wall of front dactylus casing pipe perisporium inside gloves the is positioned at its rear end mouth of pipe wall body that the downside wall inside gloves is positioned at its front end mouth of pipe by the first rotating shaft and middle finger joint casing pipe perisporium is hinged, the wall body that the downside wall of middle finger joint casing pipe perisporium inside gloves the is positioned at its rear end mouth of pipe wall body that the downside wall inside gloves is positioned at its front end mouth of pipe by the second rotating shaft and rear dactylus casing pipe perisporium is hinged, in front dactylus casing pipe perisporium front end, the mouth of pipe sets firmly hinged pedestal, hinged pedestal is provided with the axis hole penetrating its pedestal, the bottom of rigidity claw hook is by passing the hinge of hinged pedestal on hinged pedestal through axis hole, the bottom of rigidity claw hook is provided with can or the return torsion spring that be separated inconsistent with front dactylus sleeve pipe front tube mouth, the side wall outer surface that front dactylus casing pipe perisporium is positioned at outside gloves arranges the first stay cord through portion, first stay cord is provided with the first stay cord perforation penetrating its body through portion, the side wall outer surface that middle finger joint casing pipe perisporium is positioned at outside gloves arranges the second stay cord through portion, second stay cord is provided with the second stay cord perforation penetrating its body through portion, the side wall outer surface that rear dactylus casing pipe perisporium is positioned at outside gloves arranges stay cord anchoring section, portion also directly through second stay cord perforation through second stay cord is passed through the first stay cord through portion through the first stay cord perforation directly in the top side that wear-resistant flexible stay cord is positioned at outside gloves from three sections of tandem dactylus sleeve pipes, wear-resistant flexible stay cord and the first stay cord are bored a hole, second stay cord perforation matches in the mode of dynamic friction each other, the ran that the tail end of wear-resistant flexible stay cord is fixed in its head end contiguous of wear-resistant flexible stay cord on stay cord anchoring section walks around rigidity claw hook bottom in mode contact rigidity claw hook through the gap that indwelling between rigidity claw hook and front dactylus sleeve pipe front tube mouth has and the head end of wear-resistant flexible stay cord is fixed on the position between the sharp and bearing pin of pawl that rigidity claw hook has on its top, only when people's hand finger corresponding forefinger fingerstall extending into gloves respectively, middle finger fingerstall, rotate inside staff palm in nameless fingerstall and little finger fingerstall and bending time, front dactylus sleeve pipe is corresponding separately by Human Index Finger, middle finger, nameless to rotate respectively to the corresponding downside wall outer surface be positioned at inside gloves to middle finger joint sleeve pipe around the first rotating shaft place pin joint together with it is hinged with middle finger joint sleeve pipe of the power effect produced during lateral bend in staff palm with little finger, the end wall of front dactylus sleeve pipe rear end pipe mouth its side wall outer surface contiguous outside gloves is separated relative to each other with the end wall of the middle finger joint sleeve pipe front end mouth of pipe its side wall outer surface contiguous outside gloves, middle finger joint sleeve pipe is corresponding separately by Human Index Finger, middle finger, nameless to rotate around the second rotating shaft place pin joint downside wall outer surface that dactylus sleeve pipe is positioned at inside gloves backward together with it is hinged with rear dactylus sleeve pipe respectively to the power effect produced during lateral bend in staff palm is corresponding with little finger, the end wall of the middle finger joint sleeve pipe rear end mouth of pipe its side wall outer surface contiguous outside gloves is separated relative to each other with the end wall of rear dactylus sleeve pipe front tube mouth its side wall outer surface contiguous outside gloves, stay cord anchoring section corresponding knuckle subsequently circumference of cannon bone rotates around the downside wall outer surface that the second rotating shaft place pin joint is positioned at gloves to middle finger joint sleeve pipe, rear dactylus sleeve pipe is corresponding draws wear-resistant flexible stay cords by stay cord anchoring section to three sections of tandem dactylus sleeve pipe rears, wear-resistant flexible stay cord is corresponding to Human Index Finger, middle finger, nameless and little finger to move to three sections of tandem dactylus sleeve pipe rears respectively to the power effect produced during lateral bend in staff palm and to bore a hole with the first stay cord, second stay cord bore a hole dynamic friction each other mode tractive rigidity claw hook around axis hole forward the downside wall outer surface of dactylus casing pipe perisporium inside gloves rotate, and even return torsion spring is to conflict front dactylus sleeve pipe front tube mouth the forefinger stored when staff around the mode of axis hole synchronous axial system with rigidity claw hook, middle finger, nameless and little finger orders about rigidity claw hook around the axis hole side wall outer surface rotation of dactylus casing pipe perisporium outside gloves and restorable elastic force forward when rotating outside staff palm and stretch.
Describe according to structure of the present utility model, the utility model is the innovative super practical climbing tool be developed based on bionics, possesses the function that cats claw goes out pawl or receives pawl completely.The utility model is rational in infrastructure, and it is convenient to carry, and makes staff plus outer and stronger seeks connections with ability, possessing anti-personnel defence or attack ability simultaneously.
Accompanying drawing explanation
Below in conjunction with accompanying drawing, the utility model is described in further detail.
Fig. 1 is that the utility model rotates partial structurtes schematic diagram when keeping straight configuration at its gloves fingerstall outside staff palm;
Fig. 2 is the partial structurtes schematic diagram that the utility model three sections of tandem dactylus sleeve pipes are assembled mutually with hinged pedestal;
Fig. 3 is the partial structurtes schematic diagram that the utility model rigidity claw hook is assembled mutually with return torsion spring, wear-resistant flexible stay cord;
Fig. 4 is that the utility model rotates partial structurtes schematic diagram when keeping case of bending at its gloves fingerstall inside staff palm;
Fig. 5 is that the utility model is suitable for wearing the general structure schematic diagram in the right hand;
Fig. 6 is that the utility model is suitable for wearing the general structure schematic diagram in left hand.
Detailed description of the invention
A kind of Special glove formula climbing pawl, as shown in Figure 5, Figure 6, comprise gloves 15 and be packed in outside the tightening up of position near bottom running-on of gloves 15 and buckle 16, when staff stretches into gloves 15 and the running-on of gloves 15 bottom is in the state of the thorny wrist of retaining ring, the running-on of gloves 15 bottom can be buckled 16 and is fastened in wrist to be tightened up around the mode of wrist, as shown in Figures 1 to 4, rigidity claw hook 1, hinged pedestal 2, bearing pin 11, return torsion spring 10, front dactylus sleeve pipe 3, first stay cord is also comprised through portion 4, first rotating shaft 13, middle finger joint sleeve pipe 6, second stay cord through portion 5,7, second rotating shaft 14, rear dactylus sleeve pipe 9, stay cord anchoring section 8 and wear-resistant flexible stay cord 12, the forefinger that gloves 15 have self, middle finger, nameless and little finger passes the front dactylus sleeve pipe 3 of formation three sections of tandem dactylus sleeve pipes separately, middle finger joint sleeve pipe 6 and rear dactylus sleeve pipe 9, front dactylus sleeve pipe 3, middle finger joint sleeve pipe 6 and rear dactylus sleeve pipe 9 be the corresponding forefinger fingerstall being sleeved on gloves 15 and self having respectively, middle finger fingerstall, nameless fingerstall and little finger fingerstall are separately on the corresponding three sections of knuckles had, and the forefinger that gloves 15 have self, middle finger, nameless and little finger finger tip is separately only to be limited in mode in front dactylus sleeve pipe 3 near the front dactylus sleeve pipe 3 front end mouth of pipe but the not premenstrual dactylus sleeve pipe 3 front end mouth of pipe extend out to outside front dactylus sleeve pipe 3, the wall body that the wall body that the downside wall of front dactylus sleeve pipe 3 pipe perisporium inside gloves 15 is positioned at its rear end mouth of pipe is positioned at its front end mouth of pipe by the first rotating shaft 13 and the downside wall of middle finger joint sleeve pipe 6 pipe perisporium inside gloves 15 is hinged, the wall body that the wall body that the downside wall of middle finger joint sleeve pipe 6 pipe perisporium inside gloves 15 is positioned at its rear end mouth of pipe is positioned at its front end mouth of pipe by the second rotating shaft 14 and the downside wall of rear dactylus sleeve pipe 9 pipe perisporium inside gloves 15 is hinged, in front dactylus sleeve pipe 3 pipe perisporium front end, the mouth of pipe sets firmly hinged pedestal 2, hinged pedestal 2 is provided with the axis hole penetrating its pedestal, the bottom of rigidity claw hook 1 is hinged on hinged pedestal 2 by the bearing pin 11 passing hinged pedestal 2 through axis hole, the bottom of rigidity claw hook 1 is provided with can or the return torsion spring 10 that be separated inconsistent with the front dactylus sleeve pipe 3 front end mouth of pipe, the side wall outer surface that front dactylus sleeve pipe 3 pipe perisporium is positioned at outside gloves 15 arranges the first stay cord through portion 4, first stay cord is provided with the first stay cord perforation penetrating its body through portion 4, the side wall outer surface that middle finger joint sleeve pipe 6 pipe perisporium is positioned at outside gloves 15 arranges the second stay cord through portion 5, 7, second stay cord is through portion 5, 7 are provided with the second stay cord perforation penetrating its body, the side wall outer surface that rear dactylus sleeve pipe 9 pipe perisporium is positioned at outside gloves 15 arranges stay cord anchoring section 8, portion 5 also directly through second stay cord perforation through second stay cord is passed through the first stay cord through portion 4 through the first stay cord perforation directly in the top side that wear-resistant flexible stay cord 12 is positioned at outside gloves 15 from three sections of tandem dactylus sleeve pipes, 7, wear-resistant flexible stay cord 12 and the first stay cord are bored a hole, second stay cord perforation matches in the mode of dynamic friction each other, the ran that the tail end of wear-resistant flexible stay cord 12 is fixed in its head end contiguous of wear-resistant flexible stay cord 12 on stay cord anchoring section 8 walks around rigidity claw hook 1 bottom in mode contact rigidity claw hook 1 through the gap that indwelling between rigidity claw hook 1 and the front dactylus sleeve pipe 3 front end mouth of pipe has and the head end of wear-resistant flexible stay cord 12 is fixed on the position between the sharp and bearing pin 11 of pawl that rigidity claw hook 1 has on its top, as shown in Figure 4, only when people's hand finger corresponding forefinger fingerstall extending into gloves 15 respectively, middle finger fingerstall, rotate inside staff palm in nameless fingerstall and little finger fingerstall and bending time, front dactylus sleeve pipe 3 is corresponding separately by Human Index Finger, middle finger, nameless to rotate respectively to the corresponding downside wall outer surface be positioned at inside gloves 15 to middle finger joint sleeve pipe 6 around the first rotating shaft 13 place pin joint together with it is hinged with middle finger joint sleeve pipe 6 of the power effect produced during lateral bend in staff palm with little finger, the end wall of the front dactylus sleeve pipe 3 rear end mouth of pipe its side wall outer surface contiguous outside gloves 15 is separated relative to each other with the end wall of the middle finger joint sleeve pipe 6 front end mouth of pipe its side wall outer surface contiguous outside gloves 15, middle finger joint sleeve pipe 6 is corresponding separately by Human Index Finger, middle finger, nameless to rotate around the second rotating shaft 14 place pin joint downside wall outer surface that dactylus sleeve pipe 9 is positioned at inside gloves 15 backward together with it is hinged with rear dactylus sleeve pipe 9 respectively to the power effect produced during lateral bend in staff palm is corresponding with little finger, the end wall of the middle finger joint sleeve pipe 6 rear end mouth of pipe its side wall outer surface contiguous outside gloves 15 is separated relative to each other with the end wall of the rear dactylus sleeve pipe 9 front end mouth of pipe its side wall outer surface contiguous outside gloves 15, stay cord anchoring section 8 corresponding dactylus subsequently sleeve pipe 9 rotates around the downside wall outer surface that the second rotating shaft 14 place pin joint is positioned at gloves 15 to middle finger joint sleeve pipe 6, rear dactylus sleeve pipe 9 is corresponding draws wear-resistant flexible stay cords 12 by stay cord anchoring section 8 to three sections of tandem dactylus sleeve pipe rears, wear-resistant flexible stay cord 12 is corresponding to Human Index Finger, middle finger, nameless and little finger to move to three sections of tandem dactylus sleeve pipe rears respectively to the power effect produced during lateral bend in staff palm and to bore a hole with the first stay cord, second stay cord bore a hole dynamic friction each other mode tractive rigidity claw hook 1 around axis hole forward the downside wall outer surface of dactylus sleeve pipe 3 pipe perisporium inside gloves 15 rotate, and even return torsion spring 10 is to conflict the front dactylus sleeve pipe 3 front end mouth of pipe the forefinger stored when staff around the mode of axis hole synchronous axial system with rigidity claw hook 1, middle finger, nameless and little finger orders about rigidity claw hook 1 around the axis hole side wall outer surface rotation of dactylus sleeve pipe 3 pipe perisporium outside gloves 15 and restorable elastic force forward when rotating outside staff palm and stretch.
Claims (1)
1. a Special glove formula climbing pawl, comprise gloves (15) and be packed in outside the tightening up of position near bottom running-on of gloves (15) and buckle (16), when staff stretches into gloves (15) and the running-on of gloves (15) bottom is in the state of the thorny wrist of retaining ring, the running-on of gloves (15) bottom can be buckled (16) and is fastened in wrist to be tightened up around the mode of wrist; It is characterized in that: also comprise rigidity claw hook (1), hinged pedestal (2), bearing pin (11), return torsion spring (10), front dactylus sleeve pipe (3), the first stay cord through portion (4), the first rotating shaft (13), middle finger joint sleeve pipe (6), the second stay cord through portion (5,7), the second rotating shaft (14), rear dactylus sleeve pipe (9), stay cord anchoring section (8) and wear-resistant flexible stay cord (12); the forefinger that gloves (15) have self, middle finger, nameless and little finger passes the front dactylus sleeve pipe (3) of formation three sections of tandem dactylus sleeve pipes separately, middle finger joint sleeve pipe (6) and rear dactylus sleeve pipe (9), front dactylus sleeve pipe (3), middle finger joint sleeve pipe (6) and rear dactylus sleeve pipe (9) respectively correspondence are sleeved on the forefinger fingerstall that gloves (15) self have, middle finger fingerstall, nameless fingerstall and little finger fingerstall are separately on the corresponding three sections of knuckles had, and the forefinger that gloves (15) have self, middle finger, nameless and little finger finger tip is separately only to be limited in mode in front dactylus sleeve pipe (3) near front dactylus sleeve pipe (3) the front end mouth of pipe but not premenstrual dactylus sleeve pipe (3) the front end mouth of pipe extend out to outside front dactylus sleeve pipe (3), the wall body that front dactylus sleeve pipe (3) pipe perisporium is positioned at its rear end mouth of pipe wall body at the downside wall of gloves (15) inner side is positioned at its front end mouth of pipe by the first rotating shaft (13) and middle finger joint sleeve pipe (6) pipe perisporium at the downside wall of gloves (15) inner side is hinged, the wall body that middle finger joint sleeve pipe (6) pipe perisporium is positioned at its rear end mouth of pipe wall body at the downside wall of gloves (15) inner side is positioned at its front end mouth of pipe by the second rotating shaft (14) and rear dactylus sleeve pipe (9) pipe perisporium at the downside wall of gloves (15) inner side is hinged, in front dactylus sleeve pipe (3) pipe perisporium front end, the mouth of pipe sets firmly hinged pedestal (2), hinged pedestal (2) is provided with the axis hole penetrating its pedestal, the bottom of rigidity claw hook (1) is hinged on hinged pedestal (2) by the bearing pin (11) passing hinged pedestal (2) through axis hole, the bottom of rigidity claw hook (1) is provided with can or the return torsion spring (10) that be separated inconsistent with front dactylus sleeve pipe (3) the front end mouth of pipe, the side wall outer surface being positioned at gloves (15) outside at front dactylus sleeve pipe (3) pipe perisporium arranges the first stay cord through portion (4), first stay cord is provided with the first stay cord perforation penetrating its body through portion (4), the side wall outer surface being positioned at gloves (15) outside at middle finger joint sleeve pipe (6) pipe perisporium arranges the second stay cord through portion (5,7), second stay cord is through portion (5,7) the second stay cord perforation penetrating its body is provided with, rear dactylus sleeve pipe (9) pipe perisporium be positioned at gloves (15) outside side wall outer surface on stay cord anchoring section (8) is set, wear-resistant flexible stay cord (12) from the top side that three sections of tandem dactylus sleeve pipes are positioned at gloves (15) outside directly through the first stay cord perforation through the first stay cord through portion (4) and directly through the second stay cord perforation through the second stay cord through portion (5,7), wear-resistant flexible stay cord (12) and the first stay cord are bored a hole, second stay cord perforation matches in the mode of dynamic friction each other, the tail end of wear-resistant flexible stay cord (12) is fixed in the upper and ran of wear-resistant flexible stay cord (12) its head end contiguous of stay cord anchoring section (8) and walks around rigidity claw hook (1) bottom in mode contact rigidity claw hook (1) through the gap that indwelling between rigidity claw hook (1) and front dactylus sleeve pipe (3) the front end mouth of pipe has and the head end of wear-resistant flexible stay cord (12) is fixed on the position that rigidity claw hook (1) is positioned between the sharp and bearing pin (11) of pawl that its top has, only when people's hand finger respectively correspondence extend into the forefinger fingerstall of gloves (15), middle finger fingerstall, rotate inside staff palm in nameless fingerstall and little finger fingerstall and bending time, front dactylus sleeve pipe (3) is corresponding separately by Human Index Finger, middle finger, nameless and little finger rotates respectively to the corresponding downside wall outer surface be positioned at inside gloves (15) to middle finger joint sleeve pipe (6) around the first rotating shaft (13) the place pin joint together with it being hinged with middle finger joint sleeve pipe (6) of the power effect produced during lateral bend in staff palm, the end wall of its side wall outer surface contiguous is separated relative to each other in gloves (15) outside for end wall and middle finger joint sleeve pipe (6) the front end mouth of pipe of front dactylus sleeve pipe (3) the rear end mouth of pipe its side wall outer surface contiguous in gloves (15) outside, middle finger joint sleeve pipe (6) is corresponding separately by Human Index Finger, middle finger, nameless and little finger rotates around the second rotating shaft (14) the place pin joint downside wall outer surface that dactylus sleeve pipe (9) is positioned at inside gloves (15) backward together with it being hinged with rear dactylus sleeve pipe (9) respectively to the power effect produced during lateral bend in staff palm is corresponding, the end wall of its side wall outer surface contiguous is separated relative to each other in gloves (15) outside for end wall and rear dactylus sleeve pipe (9) the front end mouth of pipe of middle finger joint sleeve pipe (6) the rear end mouth of pipe its side wall outer surface contiguous in gloves (15) outside, stay cord anchoring section (8) corresponding dactylus subsequently sleeve pipe (9) rotates around the downside wall outer surface that the second rotating shaft (14) place pin joint is positioned at gloves (15) to middle finger joint sleeve pipe (6), rear dactylus sleeve pipe (9) is corresponding draws wear-resistant flexible stay cord (12) by stay cord anchoring section (8) to three sections of tandem dactylus sleeve pipe rears, wear-resistant flexible stay cord (12) is corresponding to Human Index Finger, middle finger, nameless and little finger to move to three sections of tandem dactylus sleeve pipe rears respectively to the power effect produced during lateral bend in staff palm and to bore a hole with the first stay cord, second stay cord bore a hole dynamic friction each other mode tractive rigidity claw hook (1) around axis hole forward dactylus sleeve pipe (3) pipe perisporium gloves (15) inner side downside wall outer surface rotate, and even return torsion spring (10) is to conflict front dactylus sleeve pipe (3) the front end mouth of pipe the forefinger stored when staff around the mode of axis hole synchronous axial system with rigidity claw hook (1), middle finger, nameless and little finger orders about rigidity claw hook (1) around the axis hole side wall outer surface rotation of dactylus sleeve pipe (3) pipe perisporium outside gloves (15) and restorable elastic force forward when rotating outside staff palm and stretch.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420668190.XU CN204134157U (en) | 2014-11-10 | 2014-11-10 | Special glove formula climbing pawl |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420668190.XU CN204134157U (en) | 2014-11-10 | 2014-11-10 | Special glove formula climbing pawl |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN204134157U true CN204134157U (en) | 2015-02-04 |
Family
ID=52410877
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201420668190.XU Withdrawn - After Issue CN204134157U (en) | 2014-11-10 | 2014-11-10 | Special glove formula climbing pawl |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN204134157U (en) |
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104353226A (en) * | 2014-11-10 | 2015-02-18 | 张光辉 | Special glove type climbing claw |
| CN105167260A (en) * | 2015-10-25 | 2015-12-23 | 唐哲敏 | Pull assisting glove |
| CN110754748A (en) * | 2019-11-14 | 2020-02-07 | 宁波玖策公关策划有限公司 | Outdoor multi-functional alpin-stock |
| CN113058236A (en) * | 2021-02-07 | 2021-07-02 | 陈汉元 | Emergency rescue device for field climbing |
-
2014
- 2014-11-10 CN CN201420668190.XU patent/CN204134157U/en not_active Withdrawn - After Issue
Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104353226A (en) * | 2014-11-10 | 2015-02-18 | 张光辉 | Special glove type climbing claw |
| CN104353226B (en) * | 2014-11-10 | 2016-08-17 | 张光辉 | Special glove formula climbing pawl |
| CN105167260A (en) * | 2015-10-25 | 2015-12-23 | 唐哲敏 | Pull assisting glove |
| CN110754748A (en) * | 2019-11-14 | 2020-02-07 | 宁波玖策公关策划有限公司 | Outdoor multi-functional alpin-stock |
| CN113058236A (en) * | 2021-02-07 | 2021-07-02 | 陈汉元 | Emergency rescue device for field climbing |
| CN113058236B (en) * | 2021-02-07 | 2022-10-28 | 国网湖北省电力有限公司孝感供电公司 | Emergency rescue device for field climbing |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN204134157U (en) | Special glove formula climbing pawl | |
| EP2989965A3 (en) | Wearable terminal | |
| TWD217667S (en) | Nasal cannula | |
| USD891589S1 (en) | Garden hose with couplers and colors | |
| TWD142159S1 (en) | Bracelet | |
| CN104353226B (en) | Special glove formula climbing pawl | |
| USD675398S1 (en) | Multi-function glove | |
| CN203762350U (en) | Retraction prevention trousers belt head | |
| CN2899494Y (en) | Trousers for orthopedic patient | |
| CN106621229A (en) | Mountaineering stick | |
| CN207506035U (en) | A kind of key chain | |
| USD625897S1 (en) | Pair of gloves | |
| CN201142950Y (en) | Adjustable gloves | |
| CN204332164U (en) | Novel portable English learning machine | |
| WO2009017349A3 (en) | Portable folding clothes | |
| CN203646557U (en) | Device for hanging and buckling glove combination with clothes | |
| JP3149428U (en) | Walking aid | |
| CN209931523U (en) | Hat-connected garment with freely rotatable hat | |
| CN208582564U (en) | A kind of multi-functional auxiliary dining device | |
| CN205848772U (en) | A kind of Multifunctional gloves for skiing | |
| CN201094304Y (en) | Metal protective gloves | |
| CN204888945U (en) | Dual fail -safe key ring structure | |
| CN107495576A (en) | A kind of hiding crawler type stair climbing luggage case | |
| JP5401100B2 (en) | gloves | |
| CN207054913U (en) | A kind of motion coat-sleeve for being easy to winter to run |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20150204 Effective date of abandoning: 20160817 |
|
| C25 | Abandonment of patent right or utility model to avoid double patenting |