KR200387129Y1 - Device for protecting a finger including a push frame - Google Patents

Abstract

Hand protection comprising a push frame is disclosed. The hand guard is formed with a frame body that can accommodate the door and the push frame. The push frame reciprocating along the guide member protruding toward the entrance from the bottom of the frame receiving portion is elastically supported by the elastic member, and the door is fixed by a fixing piece formed toward the entrance from the bottom of the door receiving portion. In addition, the hand protector may further include a protective cover on the outer wall to complement the strength of the hand protector and obtain an aesthetic effect. The hand protector can be firmly mounted to the door without damaging the door, can easily install and remove the hand protector, and can significantly reduce manufacturing and installation costs, which is economically advantageous.

Description

Hand protection with push frame {DEVICE FOR PROTECTING A FINGER INCLUDING A PUSH FRAME}

The present invention relates to a hand protector for protecting the hand is mounted on the door.

Buildings or other structures include at least one door, and the doors generally include a sliding door, a sliding door and a rotary door. People or objects enter and exit the building through the door, and the door is closed to separate the interior and exterior of the building.

However, in the process of opening and closing the door, a part of the body can be accidentally caught in the door gap, and often the object is caught, causing damage to the object. In recent years, it is common to use doors made of tempered glass on the porch of a large building, such as a building. Since such a large tempered glass is heavy and hard, once a person's hand or part of the body gets caught in a large glass door, It may cause injury.

Several designs and devises have been disclosed to prevent injuries of fingers, hands, etc. by the door bodies, such as large glass doors. Among them, Utility Model No. 0180795, "Door with Hand Protection Structure" (hereinafter referred to as "Door") (May 15, 2000) has a simple structure and is firmly attached to the door without using adhesive. It relates to a door having a hand protection structure that can be.

1 is an exploded perspective view of the "door", Figure 2 is an exploded cross-sectional view for showing the engagement state of the "door".

1 and 2, the door 100 includes a door body 110, an elastic member 120 assembled to a front end of the door body 110, and an elastic member 120. It includes a bracket 130 for assembling.

A recess 114 is formed at the front end of the door body 110 to provide an installation space of the elastic member 120 and the bracket 130. The bracket 130 has an H-beam shape including two sidewalls 131 and a partition wall 132 integrally connected to the center of the sidewalls 131. The rear end of both side walls 131 is formed with a fastening protrusion 133 protruding inward, the fastening protrusion 133 is bound to the bracket groove 112 formed in the door body 110, so that the bracket 130 is the door body It is fixed to 110. Two ring portions 134 are formed to be respectively bent inward from the front ends of both side walls 131 to face the fastening protrusion 133. The front groove, the partition wall 132 and the two ring portions 134 of the two side walls 131 is provided with a receiving groove 139, the central portion of the front open.

The elastic member 120 is a rod-shaped head (122) having a rectangular cross section, a neck (124) formed integrally protruding in the center of the back of the head 122, and integrally at the rear end of the neck (124) A shoulder 126 formed.

The shoulder 126 and the neck 124 of the elastic member 120 are inserted into the receiving groove 139 of the bracket 130, thereby fixing the elastic member 120 to the bracket 130.

The door has a hand protection structure that can be coupled to the door without adhesive. However, in order to fix the bracket 130 to the door body 110, a groove should be formed in the door body 110 to form a bracket groove 112. Once the groove is formed, the door body 110 cannot be restored to its original state, resulting in the expensive glass door body being permanently damaged.

In addition, when the position of the fastening protrusion 133 of the bracket 130 and the bracket groove 112 of the door main body 110 do not exactly match, the bracket 130 does not come into close contact with the door main body 110 and is unnecessary. A gap may be formed, and in particular, because of the inexperienced, the fastening protrusion 133 and the bracket groove 112 are not precisely matched, and thus, a fatal mistake is likely to occur. At this time, expensive materials such as large glass bodies may be damaged to the extent that they cannot be recycled.

In addition, the shoulder 126 and the neck 124 has a cross section of the same size as the receiving groove 139. Since the elastic member 120 is made of an elastic material such as rubber, the shoulder 126 and the neck The elastic member 120 may not be easily inserted into the receiving groove 139 by the frictional force of 124. In view of this, if the cross-sections of the shoulder 126 and the neck 124 are smaller than the receiving groove 139. The elastic member 120 is loosely fixed to the bracket 130 after insertion of the elastic member 120. The loosely fixed elastic member 120 may be detached from the bracket 130 during use, and thus may be difficult to maintain and repair.

One object of the present invention for solving the above problems is to be firmly fixed to the door body without damaging the door body, to facilitate the installation and removal of the hand protection, easy to insert the shock absorbing member, It is to provide a hand protection that can securely secure the shock absorbing member after mounting.

Another object of the present invention is to provide a hand protector which can prevent the escape of the hand protector by an external impact by using a fixing member that can avoid direct contact between the buffer space and the door and the hand protector.

According to a preferred embodiment of the present invention for achieving the above objects of the present invention, the hand protector has a protector body, a guide member, a push frame, an elastic member, a fixing member and a protective cover.

The protective body includes a door receiving portion for receiving a door and a frame receiving portion formed to face the door receiving portion. The door accommodating part may be formed from the bottom of the door accommodating part toward the entrance and may fix the door to the hand protector by two fixing pieces facing each other. Since the fixing piece of the fixing member is formed to be spaced apart from the protective body by a predetermined distance, external shock is not transmitted to the fixing member, and the fixing piece can be prevented from being deformed or loosened by the impact. In addition, the anti-slip protrusion may be further provided on the inner side of the fixing member directly contacting the door to further solidify the binding between the door and the hand protection section.

A space in which the push frame can be reciprocated is formed in the frame accommodating part, and a guide member serving as a movement path of the push frame may be formed. The guide member may include a guide portion protruding from the bottom of the frame receiving portion toward the inlet and a first catching portion formed outwardly from both ends of the guide portion. Here, the guide portion may be composed of two plates, and the first locking portion may be formed toward the outside at each plate end. In addition, the guide portion may be composed of a single plate, wherein the first catching portion may be formed from both sides of the end of the plate toward the outside.

The push frame can prevent injuries of fingers, hands, etc. from occurring by door bodies such as large glass doors. In addition, an elastic member is inserted and supported inside the push frame to reciprocate along the guide member. In addition, a second locking portion that can determine the protruding distance is formed inside the push frame to prevent the push frame from being detached from the hand guard by the elastic member. The second locking portions are formed to engage with the first locking portions at both inner ends of the push frame.

Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings, but the present invention is not limited or limited by the embodiments.

Example 1

3 is a perspective view illustrating a hand protector according to a first embodiment of the present invention, and FIGS. 4 and 5 are cross-sectional views of the hand protector.

3 to 5, the hand protector 200 according to the present invention is coupled to the door 205. The hand protector 200 forms a protector body 210 together with a door receiver 214 for accommodating the door 205 and a frame receiver 212 for accommodating the push frame 230, and the door receiver 214. It has a fixing member formed of two fixing pieces 250 from the bottom of the toward the inlet. The fixing member made of the fixing pieces 250 spaced apart from the inner wall of the door receiving portion 214 by a predetermined distance to face each other is provided with a slip preventing protrusion to further solidify the binding with the door 205.

The door accommodating part 214 may be divided into door engaging parts I, II, and III according to the part engaged with the door 205. The door binding parts I and III are parts which are bound to the door accommodating part 214 and the cover 207 which encloses the door 205 at the upper and lower halves of the door 205, and the door binding part II is the door accommodating part 214. And the door 205 is the portion where the direct binding.

The door binding parts I and III are parts in which the door receiving part 214 is engaged with the cover 207 which surrounds the upper and lower ends of the door 205 and directly fits with the cover 207 which is generally thicker than the thickness of the door 205. A part of the door receiving portion 214 is cut because it is to be touched and bound, and the hand protector is secured by a fastener such as a screw 216 passing from the bottom of the frame receiving portion 212 through the bottom of the door receiving portion 214. 200 is engaged with the cover 207 at both ends provided above and below the door 205 so that the hand protector 200 is bound to the door 205.

The door binding unit II is a portion where the door pieces 205 are directly engaged with the fixing pieces 250 formed toward the entrance from the bottom of the door accommodation portion 214. The center portion of the door 205 where the cover 207 is not formed cannot be connected by using a fastener such as a screw 216 in the binding between the hand protector 200 and the door 205. Therefore, the binding between the door 205 and the hand protection 200 is insufficient. However, the hand protector 200 according to the present invention firmly binds the center portion of the door 205 that cannot be connected with the screw 216 by supplementing the fastening of the center portion of the door 205 with the fixing pieces 250. can do.

In addition to bonding means between the hand protector 200 and the door 205 using the fastening members of the door binding parts I and III and the door binding part II, an adhesive means using silicon or the like between the hand protector 200 and the door 205. Through this, solidarity can be strengthened.

The binding between the door 205 and the hand protection 200 using the fixing piece 250 formed on the bottom surface of the door receiving portion 214 is relatively poor because the fastener such as the screw 216 cannot be used. In addition to being able to solidify the binding of the central portion of the 205, it is possible to prevent the hand protector 200 from being loose or spaced from the door 205 against external impact. This is because the door 205 is not affected by the fixing piece 250 which is in direct contact with the door 205 even when the outer shape of the hand protection device 200 is deformed by an external impact.

Referring to FIG. 3 again, the push frame 230 accommodated in the frame receiving portion 212 of the hand protector 200 is elastically supported by an elastic member 240 such as a spring provided therein. The elastic member 240 is formed between the guide member 220 formed toward the inlet from the bottom of the frame receiving portion 212. However, according to other preferred embodiments of the present invention, the position of the elastic member 240 may vary. The elastic member 240 contacts the inner surface of the push frame 230 and the bottom of the frame receiving portion 212 to elastically support the push frame 230. Located between the guide member 220, the width is determined to be less than the separation distance of the guide member 220, either end of the elastic member 240 having a gentle radius of curvature along the longitudinal direction of the door 205 It is fixed by fasteners such as screws 216. In the embodiments of the present invention, the elastic member has been described as described above, but the shape of the elastic member may be provided in various forms within the scope of performing the function since the purpose of elastically supporting the push frame.

The push frame 230 supported by the elastic member 240 performs a slide motion along the guide member 220 formed on the bottom of the frame receiving portion 212. The second locking portion 232 formed inside the push frame 230 is engaged with the first locking portion 224 formed outwardly from both ends of the guide portion 222 to limit the reciprocating distance of the push frame 230.

In order to prevent the case of part of the body in the process of opening and closing the door 205, the object is caught in the door and the object is damaged and the damage of the object is caused when the reciprocating push frame 230 is exposed to the outside when A part of the push frame 230 is curved. Through the curved surface treatment of the push frame 230, the reciprocating motion of the push frame 230 can be made more smoothly, and when the hand is caught, it can slide on an incline.

Referring to FIG. 4, the hand protector 200 includes a push frame 230 that reciprocates in the frame receiving unit 212, a guide member 220 that provides a movement path of the push frame 230, and a guide part ( It includes an elastic member 240 positioned between the first engaging portion 224 and the guide member 220 formed to the outside from both sides of the end of the 222 and elastically supporting the push frame 230.

The push frame 230 reciprocates by the elastic member 240. At this time, the push frame 230 slides along the guide member 220. The guide member 220 is formed toward the inlet from the bottom of the push frame 230, the guide member 220 formed to face each other is the first locking portion 224 formed from both sides of the end of the guide portion 222 to the outside By including the second engaging portion 232 of the push frame 230 to limit the reciprocating distance of the push frame 230.

The elastic member 240 positioned between the guide members 220 abuts against the inner upper portion of the push frame 230 and the bottom of the frame receiving portion 212 to elastically support the push frame 230. Located between the guide member 220, the width may be determined to be less than the separation distance of the guide member 220, either end of the elastic member 240 having a gentle radius of curvature along the longitudinal direction of the door 205 Is fixed by fasteners such as screws 216.

Referring again to FIGS. 4 and 5, FIG. 4 is a state in which the push frame 230 is completely accommodated in the frame receiving unit 212 by an external force. 5 is a general usual state of the door, the push frame 230 in the absence of external force or other impact, regardless of opening and closing always maintains the form of FIG.

As shown in FIGS. 4 and 5, the hand protector 200 may have meaning only with the guide member 220, regardless of the fixing pieces 250 of the door receiving part 214.

The first locking portion 224 of the guide member 220 is formed to face outward from the inside, and the second locking portion 232 of the push frame 230 corresponding thereto is formed on the inner side to face inward. Therefore, both sides of the push frame 230 can be kept flat. Since both sides of the push frame 230 are formed in a plane, the push frame 230 can be reliably moved by the guide of the frame receiving portion 212, the frame receiving portion (from the beginning to the end of the slide movement) Since it adheres to the inner wall of 212, the shake of the push frame 230 can be prevented.

In addition, by minimizing the space between the push frame 230 and the frame receiving portion 212, it is possible to effectively block the inflow of foreign matter from the outside.

Example 2

6 and 7 are cross-sectional views illustrating a hand protection device according to a second embodiment of the present invention.

Referring to FIG. 6, the hand protector 300 reciprocates in the door accommodating part 314 accommodating the door, the frame accommodating part 312 accommodating the push frame 330, and the frame accommodating part 312. Between the push frame 330, the guide member 320 which provides a movement path of the push frame 330, the first locking portion 324 and the guide member 320 formed outward from both ends of the guide portion 322. It is positioned and includes an elastic member 340 to elastically support the push frame 330.

In the hand protector 300 according to the second embodiment, the door receiving portion 314, the frame receiving portion 312, the push frame 330, and the elastic member 340 may include the door receiving portion 214 of the first embodiment, It is substantially the same as the frame receiving portion 212, the push frame 230 and the elastic member 240. Accordingly, reference may be made to the descriptions and drawings of the protective device body 210, the push frame 230, and the elastic member 240 of the first embodiment of the description of the components, and the repeated content may be omitted. .

However, in the second embodiment of the present invention, in the reciprocating motion of the push frame 330 that slides along the guide member 320 in the frame receiving portion 312, the path of the reciprocating motion of the push frame 330 is The determining guide member 320 is formed of one guide portion 322.

In order to provide a moving path of the push frame 330 to one guide portion 322, the cross section of the guide portion 322 is engaged with the second locking portion 332 provided at both ends of the push frame 330. The first locking portion 324 is formed outwardly from both ends.

Referring again to FIGS. 6 and 7, in the frame receiving portion 312, the push frame 330 reciprocates along the guide member 320 provided as one plate and is formed at the end of the guide portion 322. The second locking portion 332 formed at both ends of the push frame 330 is engaged with the locking portion 324 to be fixed. At this time, the elastic member 340 is placed above the end of the first locking portion 324, it is provided in a shape that can elastically support the push frame 330. In addition, an accommodating part 327 capable of accommodating a part of the elastic member 340 may be formed on the upper end of the first locking part 324 to securely fix the elastic member 340. At this time, a part of the elastic member 340 may be formed of a wire rod and a plate fixed to the receiving portion 327 formed on the upper end of the first engaging portion 324 and the other portion is in contact with the inside of the push frame 330 It is refracted to bend easily.

Example 3

8 is a cross-sectional view for explaining a door receiving portion of the hand protection according to the third embodiment of the present invention. For reference, the description of the hand protection device of the present embodiment may refer to the description and the drawings of the second embodiment, and repeated content may be omitted.

Referring to FIG. 8, at the bottom of the door receiving portion 314 opposite to the frame receiving portion 312, two fixing pieces 350 that directly contact the door 305 to bind the hand protection 300 may be provided. It is formed to face toward. The fixing piece 350 may be inclined at an angle of about 2 ° to 10 ° to narrow the inlet. In addition, as another method for further solidifying the binding of the door 305, the inner surface of the fixing piece 350 is provided with a slip preventing projection 352 for preventing the door 305 from slipping on the fixing piece 350; Is formed. After the door 305 is bound to the door receiving portion 314, the door 305 is fixed by a force that the fixing piece 350 is to bend inward.

9 is a sectional view of a hand protector for explaining the function of the fixing piece according to the third embodiment.

Referring to FIG. 9, an external force is acting on the hand protector 300. In this case, a part of the protective body 310 may be deformed, but since the fixing piece 350 to which the door 305 is fixed is separated from the inner wall of the door accommodating part 314, the door 305 may not be deformed. Can remain bound. That is, even when the hand protector 300 is shocked from the outside or the excessive force is deformed the body body 310 is deformed by the fixing piece 350 has a relatively small impact on the binding between the door 305 and the hand protector 300 Can be crazy

As shown in FIG. 3, since the door binding portion II in which the hand protector 300 and the tempered glass are fixed can be fixed by the fixing piece 350, the hand protector 300 binds to the entire door. Relationship can be maintained, and the installation of the hand protection device 300 can be completed by a simple operation of pushing and inserting it.

In addition, since the hand protection device 300 can be sufficiently fixed even by the binding force of the fixing piece 350, the work of reinforcing the connection part with silicon or the like can be omitted as in the prior art.

Example 4

10 is a cross-sectional view of the hand protection according to the fourth embodiment of the present invention.

Referring to FIG. 10, the hand protector 400 reciprocates in the door accommodating part 414 for accommodating the door 405, the frame accommodating part 412 for accommodating the push frame 430, and the frame accommodating part 412. The push frame 430 to exercise, the guide member 420 to provide a movement path of the push frame 430, the first locking portion 424 and the guide member 420 formed outward from both ends of the guide portion 422 And an elastic member 440 positioned between the elastic members to elastically support the push frame 430.

The components of the hand protector 400 according to the present embodiment have substantially the same functions as the door receiver 314, the frame receiver 312, the push frame 330 and the elastic member 340 of the second embodiment. Accordingly, reference may be made to the descriptions and drawings of the protective body 310, the push frame 330, and the elastic member 340 of the second embodiment of the description of the above components, and the repeated content may be omitted. .

However, in general, since the protective body 410 is manufactured by extrusion molding using aluminum or the like has a relatively low durability. Therefore, in the present embodiment, a protective cover 460 which is made of a material such as stainless steel and protects the hand protector 400 is further provided.

In the present exemplary embodiment, a fixing end formed in the same thickness as the protective cover 460 is formed on the side of the frame receiving portion 412 in the hand protection 400, and one end of the frame receiving portion 412 is engaged with the fixing end. The cover is placed on the same line as the other end is further provided with a protective cover 460 is provided as a plate formed to the entrance of the door receiving portion 414.

In addition, the second locking portion 432 formed inside the push frame 430 is further provided with a buffer member 471 such as a mohair and a soft PVC with a plurality of hairs formed so that the push frame 430 may provide the guide portion 422. Therefore, it is possible to prevent noise caused by friction or impact that may occur when the slide is moved. When providing the buffer member 471 to the second locking portion 432 of the push frame 430 may be adhered using an adhesive, the buffer member 471 is further provided from the outside to the second locking portion 432. It is possible to more securely bind the shock absorbing member 471 to the second locking portion 432 by providing a receiving groove that can accommodate the.

In addition, a plurality of hairs with mohair, soft PVC, and the like may further be provided in the protruding direction of the push frame 430. In this case, although the adhesive may be used for bonding, the buffer member 472 may be more firmly bound by providing an accommodation groove for accommodating the buffer member 472.

In addition, an empty space is formed outside the frame accommodating portion 412 as a method for further solidifying the binding between the hand protector 400 and the door 405. This is because the shock absorbing space 413 prevents damage and deformation of the protective body, which may adversely affect the reciprocation of the push frame 430 by absorbing external shocks.

Example 5

11 is a cross-sectional view of the hand protection according to the fifth embodiment of the present invention.

Referring to FIG. 11, the hand protector 500 reciprocates in the door accommodating part 514 for accommodating the door 505, the frame accommodating part 512 for accommodating the push frame 530, and the frame accommodating part 512. The push frame 530 to exercise, the guide member 520 to provide a movement path of the push frame 530, the first locking portion 524 and the guide member 520 formed outward from both sides of the end of the guide portion 522 And an elastic member 540 positioned between the elastic members to elastically support the push frame 530.

The components of the hand protector 500 according to the present embodiment have substantially the same functions as the door receiver 214, the frame receiver 212, the push frame 230 and the elastic member 240 of the first embodiment. Accordingly, reference may be made to the descriptions and drawings of the protective body, the push frame 212 and the elastic member 240 of the first embodiment of the description of the above components, and the repeated content may be omitted.

However, in the present embodiment, one end of the hand protector 500 is engaged with the fixed end and is placed along the side of the frame receiving part 512, and the other end is provided with a plate formed to the inlet of the door receiving part 514. 560 is further provided.

One end of the protective cover 560 extending to the inner side of the frame accommodating portion 512 when the second locking portion 532 of the push frame 530 abuts on the first locking portion 524 to limit the protruding distance In this case, the protrusion distance of the push frame 530 together with the first fixing piece 524 may be determined to extend to contact the second locking part 532.

The second locking portion 532 formed inside the push frame 530 is further provided with a buffer member 571 such as a mohair and soft PVC formed with a plurality of hairs so that the push frame 530 slides along the guide portion 522. It is possible to prevent noise caused by friction or impact that may occur when moving. When providing the buffer member 571 to the second locking portion 532 of the push frame 530 may be bonded using an adhesive, but the buffer member 571 is further provided from the outside to the second locking portion 532. It is possible to more securely bind the shock absorbing member 571 to the second catching portion 532 by providing an accommodating groove that can accommodate the.

In addition, a buffer member 572 may be further provided in the protruding direction of the push frame 530 such as a plurality of hairy mohair and soft PVC. In this case, although the adhesive may be bonded, the buffer member 572 may be more firmly bound by providing a receiving groove capable of accommodating the buffer member 572.

In addition, an empty space is formed outside the frame accommodating part 512 as a method for further solidifying the binding between the hand protector 500 and the door 505. This is because the shock absorbing space 513 prevents damage and deformation of the protective body 510 that may adversely affect the reciprocating motion of the push frame 530 by absorbing an external shock.

The hand guard according to the present invention can be firmly fixed to the door body without damaging the door body, can facilitate the installation and detachment of the hand protector, the insertion of the cushioning member is easy, and the shock absorbing member can be secured after installation. You can get the effect that can be fixed.

In addition, by providing a protective cover made of metal such as stainless steel on the outside of the hand protector, the strength can be compensated for, and an excellent effect can be obtained even in aesthetic appearance.

As described above, the present invention has been described with reference to a preferred embodiment of the present invention, but those skilled in the art various modifications and changes of the present invention without departing from the spirit and scope of the present invention described in the claims below I can understand that you can.

1 is an exploded perspective view of a door having a conventional hand protection.

FIG. 2 is an exploded cross-sectional view for describing the door engagement state of FIG. 1.

3 is a perspective view for explaining a hand protection device according to a first embodiment of the present invention.

4 and 5 are cross-sectional views illustrating a hand protection device according to a first embodiment.

6 and 7 are cross-sectional views illustrating a hand protection device according to a second embodiment of the present invention.

8 is a cross-sectional view for explaining a door receiving portion of the hand protector according to the third embodiment of the present invention.

9 is a sectional view of a hand protector for explaining the function of the fixing piece according to the third embodiment.

10 is a cross-sectional view of the hand protection according to the fourth embodiment of the present invention.

11 is a cross-sectional view of the hand protection according to the fifth embodiment of the present invention.

<Explanation of symbols for the main parts of the drawings>

210: protection body 220: guide member

230: Push frame 350: Fixed member

460: Protective cover 471: Shock absorbing member

Claims (18)

A protective body including a door receiving part for receiving a door and a frame receiving part formed to face the door receiving part; A guide member including a guide part protruding from the bottom of the frame accommodating part toward the entrance and a first locking part formed outwardly from both ends of the end of the guide part; A push frame partially receiving the guide member to slide along the guide member in the frame receiving portion, the push frame including a second locking portion formed inwardly corresponding to the first locking portion; And An elastic member partially accommodated in the push frame to elastically support the push frame relative to the frame receiving portion; Hand protection provided with. The method of claim 1, Hand protection device, characterized in that the shock absorbing member is coupled to the second locking portion in the direction of the guide member. The method of claim 1, Hand protection, characterized in that the cushioning member is coupled in the protruding direction of the push frame. The method of claim 1, Hand protector, characterized in that the outer surface of the push frame projecting from the frame receiving portion forms a curved surface. A protective body including a door receiving part for receiving a door and a frame receiving part formed to face the door receiving part; A guide member including a guide portion formed to face each other at a predetermined interval protruding toward an entrance from a bottom surface of the frame receiving portion, and a first locking portion formed outwardly from each end of the guide portion; A push frame partially receiving the guide member to slide along the guide member in the frame receiving portion, the push frame including a second locking portion formed inwardly corresponding to the first locking portion; And An elastic member partially accommodated in the push frame to elastically support the push frame relative to the frame receiving portion; Hand protection provided with. The method of claim 5, wherein And the elastic member is located between the guide parts. The method of claim 5, wherein The width of the elastic member is determined by the spaced distance of the guide portion, provided with a moderate radius of curvature in the longitudinal direction of the door so that one end of the elastic member abuts the inside of the push frame, the other end is fixed Hand protection characterized in that. The method of claim 5, wherein One side of the elastic member is a hand protector, characterized in that fixed by a coupler such as a screw. A protective body including a door receiving part for receiving a door and a frame receiving part formed to face the door receiving part; A guide member including a guide part formed of a plate protruding toward an entrance from a bottom of the frame receiving part and a first locking part formed outwardly from both ends of the end of the guide part; A push frame partially receiving the guide member to slide along the guide member in the frame receiving portion, the push frame including a second locking portion formed inwardly corresponding to the first locking portion; And An elastic member partially accommodated in the push frame to elastically support the push frame relative to the frame receiving portion; Hand protection provided with. The method of claim 9, The elastic member is a hand protector, characterized in that located on the upper end surface of the guide member. The method of claim 9, The elastic member is formed of a plate or wire, hand end is characterized in that the one end is located on the upper end surface of the guide member and the other end is bent. The method of claim 9, The guide member is a hand protection, characterized in that the receiving groove is formed to be coupled to the elastic member. A protective body including a door receiving part for receiving a door and a frame receiving part formed to face the door receiving part; A fixing member formed from a bottom surface of the door receiving portion toward an inlet and spaced apart from an inner wall of the door receiving portion by a predetermined interval to face each other; A push frame that slides in the frame receiving portion; And An elastic member partially accommodated in the push frame to elastically support the push frame relative to the frame receiving portion; Hand protection provided with. The method of claim 13, Hand end of the fixing piece is characterized in that inclined inward. The method of claim 13, Hand protection device characterized in that the anti-slip projections are formed in the fixing pieces to secure the engagement with the door. A protective body including a door receiving part for receiving a door and a frame receiving part formed to face the door receiving part; A guide member including a guide part protruding from the bottom of the frame accommodating part toward the entrance and a first locking part formed outwardly from both ends of the end of the guide part; A push frame partially receiving the guide member to slide along the guide member in the frame receiving portion, the push frame including a second locking portion formed inwardly corresponding to the first locking portion; An elastic member partially accommodated in the push frame to elastically support the push frame relative to the frame receiving portion; And A fixing member formed from a bottom surface of the door receiving portion toward an inlet and spaced apart from an inner wall of the door receiving portion by a predetermined interval to face each other; Hand protection provided with. The method of claim 16, One end is extended along the side of the frame receiving portion, it is possible to adjust the degree of protrusion of the push frame in contact with the second locking portion, the other end comprises a protective cover formed to the inlet of the door receiving groove Hand protection. The method of claim 16, A fixing end is formed on the side of the frame receiving part, one end of the protective cover is engaged with the fixing end and lies on the same line as the side of the frame receiving part, and the other end includes a protective cover which is formed up to the entrance of the door receiving groove. Hand protection characterized in that.