KR100954093B1

KR100954093B1 - Safety cover of the hinge

Info

Publication number: KR100954093B1
Application number: KR1020070096049A
Authority: KR
Inventors: 황경주
Original assignee: 코스코주식회사
Priority date: 2007-09-20
Filing date: 2007-09-20
Publication date: 2010-04-23
Also published as: KR20090030631A

Abstract

The present invention is to prevent the hinge installed in the opening and closing doors, such as sinks, cupboards, etc. used for furniture or kitchen to expose the clothing or bedding or hangers in the gap of the hinge to damage the clothing or bedding or damage the hinge It is related to the safety cover of the hinge that can prevent the accident, and in advance to prevent the safety accidents that may be caused by part of the body, such as a person's fingers through the gap of the hinge, the body curved in an arc-shaped front surface (C shape) 210, an upper housing portion 220 having a plurality of upper fixing grooves 221 formed at an inner edge at an upper end thereof is formed, and a lower storing portion having a plurality of lower fixing grooves 231 formed at an inner edge thereof at the lower end of the body 210. 230 is formed, the fixing cover 200 is formed with a hinge insertion groove 240, the hinge 100 is inserted between the body 210; A plurality of fixing protrusions 320 coupled to the upper fixing groove 221 at a position corresponding to the upper fixing groove 221 of the upper housing 220 along the lower edge of the upper lid body 310 protrudes from the lower portion. The hinge cap 340 is formed on the upper side of the upper lid body 310 and protrudes upward, and the locking projection 350 protrudes downward from the rear end integrally with the upper lid body 310, and the hinge protrusion ( 340 The spring support protrusion 360 is formed at the radial position with respect to the hinge protrusion 340 on one side protrudes to the upper portion in the L-shape, the stop projection 370 on the upper one side of the upper lid body 310 An upper lid 300 protruding from the upper lid 300 to close the upper housing 220 of the fixing cover 200; A plurality of fixing protrusions 420 coupled to the lower fixing groove 231 at a position corresponding to the lower fixing groove 231 of the lower housing 230 along the upper edge of the lower lid body 410 is formed to protrude a plurality of upper portions. The hinge cap 440 is protruded downward from one side of the lower lid body 410, and the locking jaw 450 protrudes upward from the lower lid body 410 integrally with the lower lid body 410. 440 The spring support protrusion 460 is formed to protrude upward in the L-shape at the radial position around the hinge protrusion 440 on one side, the stop projection 470 on the lower side of the lower lid body 410 is lower A lower lid 400 protruding from the lower lid 400 to seal the lower portion of the lower housing 230 of the fixed cover 200; An upper protrusion plate 500 accommodated in the upper housing part 220 of the fixing cover 200 and protruding to the rear of the upper housing part 220; A lower protruding plate 600 which is accommodated in the lower housing 230 of the fixing cover 200 and protrudes to the rear of the lower housing 230; The upper protrusion part 500 and the lower protrusion part 600 which are accommodated in the upper housing part 220 and the lower housing part 230 of the fixing cover 200 are the upper housing part 220 and the lower housing part 230. A support spring 700 supporting the protrusion to the rear of the support spring; The front surface of the body 810 is curved in an arc shape, the upper rotating plate 820 and the lower rotating plate 830 of the fan-shaped on the top and bottom integrally with the body 810 protrudes to the rear of the body 810 in the U-shape One side of the upper rotating plate 820 and the lower rotating plate 830 is formed with a door insertion groove 840 is inserted into the corner of the opening and closing door 120, between the upper rotating plate 820 and the lower rotating plate 830 The body insertion groove 850 into which the fixing cover 200 is inserted is formed in the body 810, and the upper lid 300 and the lower lid at the upper and lower ends of the upper rotating plate 820 and the lower rotating plate 830. A rotating cover 800 having a hinge groove 860 to which the hinge protrusions 340 and 440 of the 400 are coupled; Coupled to the hinge protrusions 340 and 440 of the upper lid 300 and the lower lid 400, respectively, one end portion is supported by the spring support protrusions 360 and 460, respectively, and the other end portion rotates the cover 800 body ( It is composed of a rotating spring 900 to rotate the rotating cover 800 is caught by the spring engaging projection 870 of 810.

Hinge, safety cover, fixed cover, rotary cover, protrusion plate, spring.

Description

Safety cover of the hinge}

The present invention relates to a safety cover of the hinge, more specifically, the hinges installed in the opening and closing doors, such as sinks, cupboards, etc. used in the furniture or kitchen is not exposed to the outside to the clothing or bedding or hangers, etc. The present invention relates to a safety cover of a hinge that prevents clothing or bedding from being damaged or the hinge is damaged, and prevents a safety accident that may be caused by a part of a body such as a human finger being caught by a gap of the hinge.

In general, the hinge is used to install the opening and closing doors, such as cupboards and sinks used in the furniture or kitchen, such as a cabinet for clothes or bedding.

Such a hinge is fixed to the opening and closing doors and the inner wall and the upper and lower sides of the opening and closing doors to which the two hinged plates are hinged in the center respectively to open and close the opening and closing doors, hinges fixed to the opening and closing doors and walls by the fixing plate as described above. When the door is opened, the door is rotated so that the edge of the door and the wall of the hinge door is opened while the door is completely opened, the gap between the door and the wall is narrowed again.

As described above, there is an opening and closing problem in which the door or door is not opened or closed due to clothing or bedding, such as clothes or bedding, stored inside the gap between the opening and closing edges of the door and the wall. .

In addition, there is an opening and closing problem in which a safety accident occurs because the opening and closing door is injured while a human body, especially a finger, is caught in the gap between the opening and closing door and the wall surface.

In particular, young children had the problem of opening and closing the door and the door is injured significantly when the door is opened by inadvertently inserting the finger.

Recently, in order to solve the opening and closing problems as described above, when the opening and closing door is opened and used to install the hinge so that the edges of the opening and closing door and the wall does not become narrow. This hinge is composed of a plurality of hinges and levers as shown in Figure 1 combined.

As described above, the hinge 1 has a plurality of levers overlapping the hinges when the opening / closing door is closed, but when the opening door is opened, a gap is formed between the levers and the levers while the lever is opened around the hinge of the hinge 1. do.

As described above, the clothing stored in the closet or the inside of the furniture in the gap formed between the lever and the lever of the hinge (1) when the opening and closing door opening and closing the door is not open or close, there is a problem that the clothing is damaged.

In addition, clothing made of thin materials such as blouse or shirt among the garments had a problem of opening and closing, which could not be used as clothing if it was damaged due to a gap.

In addition, when the hanger made of a material such as synthetic resin or metal other than clothing or bedding is caught in the gap of the hinge 1, the opening and closing door of the hinge does not open and close, and the hinge is severely damaged. .

In addition, when bedding is stored as well as clothes, such as a dresser, there is an opening and closing problem in which bedding is damaged by being caught in a gap of a hinge like the clothes.

On the other hand, as described above, the body of a person other than clothing or bedding, in particular, the finger is inadvertently placed in the gap of the hinge (1) when the door is opened and closed, the skin of the hand is damaged or severely the bone of the body caught in the gap of the hinge There was an opening and closing problem that caused a safety accident such as a fracture.

As described above, the hinge was exposed to the inside from the door and the wall, so there was an aesthetic problem of opening and closing.

Therefore, in recent years, there is an urgent need for a method of preventing clothing, bedding, or a part of the body from being caught in the gap of the hinge.

The present invention is to solve the opening and closing problems as described above so that the hinges installed in the opening and closing doors, such as sinks, cupboards, etc. used in the furniture or the kitchen is not exposed to the outside, the clothing or bedding or hangers are caught in the gap of the hinge The purpose of the present invention is to provide a safety cover for the hinge that prevents the bedding from being damaged or the hinge is damaged, and prevents a safety accident that may be caused by a part of the body such as a human finger being caught by the gap of the hinge. .

And the present invention has a fixed cover which is fixed to the hinge, and the fan-shaped rotary cover is coupled to the fixed cover to rotate to rotate according to the various angles of the opening and closing door that is rotated when the opening and closing door to rotate and operate with the opening and closing door Another object of the present invention is to provide a safety cover of a hinge that can cover the hinge and prevent clothing or bedding from being caught when the door is opened and closed.

In order to achieve the above object, the present invention is the upper housing portion 220 is formed with a plurality of upper fixing grooves 221 on the inner edge of the upper end of the body 210 is curved in the shape of the U-shaped, A lower insertion portion 230 having a plurality of lower fixing grooves 231 formed on an inner edge of the lower portion of the body 210 is formed, and a hinge insertion groove 240 into which the hinge 100 is inserted between the bodies 210. A fixed cover 200 formed thereon;

A plurality of fixing protrusions 320 coupled to the upper fixing groove 221 at a position corresponding to the upper fixing groove 221 of the upper housing 220 along the lower edge of the upper lid body 310 protrudes from the lower portion. The hinge cap 340 is formed on the upper side of the upper lid body 310 and protrudes upward, and the locking projection 350 protrudes downward from the rear end integrally with the upper lid body 310, and the hinge protrusion ( 340 The spring support protrusion 360 is formed at the radial position with respect to the hinge protrusion 340 on one side protrudes to the upper portion in the L-shape, the stop projection 370 on the upper one side of the upper lid body 310 An upper lid 300 protruding from the upper lid 300 to close the upper housing 220 of the fixing cover 200;

A plurality of fixing protrusions 420 coupled to the lower fixing groove 231 at a position corresponding to the lower fixing groove 231 of the lower housing 230 along the upper edge of the lower lid body 410 is formed to protrude a plurality of upper portions. The hinge cap 440 is protruded downward from one side of the lower lid body 410, and the locking jaw 450 protrudes upward from the lower lid body 410 integrally with the lower lid body 410. 440 The spring support protrusion 460 is formed to protrude upward in the L-shape at the radial position around the hinge protrusion 440 on one side, the stop projection 470 on the lower side of the lower lid body 410 is lower A lower lid 400 protruding from the lower lid 400 to seal the lower portion of the lower housing 230 of the fixed cover 200;

An upper protrusion plate 500 accommodated in the upper housing part 220 of the fixing cover 200 and protruding to the rear of the upper housing part 220;

A lower protruding plate 600 which is accommodated in the lower housing 230 of the fixing cover 200 and protrudes to the rear of the lower housing 230;

The upper protruding plate 500 and the lower protruding plate 600 accommodated in the upper housing part 220 and the lower housing part 230 of the fixing cover 200 are the upper housing part 220 and the lower housing part 230. A support spring 700 supporting the protrusion to the rear of the support spring;

The front surface of the body 810 is curved in an arc shape, the upper rotating plate 820 and the lower rotating plate 830 of the fan-shaped on the top and bottom integrally with the body 810 protrudes to the rear of the body 810 in the U-shape One side of the upper rotary plate 820 and the lower rotary plate 830 is formed with a door insertion groove 840 is inserted into the corner of the opening and closing door 120, the body between the upper rotary plate 820 and the lower rotary plate 830 810, a body insertion groove 850 into which the fixing cover 200 is inserted is formed, and the upper lid 300 and the lower lid (at the lower end and the upper end of the upper rotating plate 820 and the lower rotating plate 830). A rotating cover 800 having a hinge groove 860 to which the hinge protrusions 340 and 440 of the 400 are coupled;

Coupled to the hinge protrusions 340 and 440 of the upper lid 300 and the lower lid 400, respectively, one end portion is supported by the spring support protrusions 360 and 460, respectively, and the other end portion rotates the cover 800 body ( It is composed of a rotating spring 900 to rotate the rotating cover 800 is caught by the spring engaging projection 870 of 810.

In addition, the fixing cover 200 protrudes to the upper and lower portions of the support wall 250 in which one side of the support spring 700 is supported at the center of the upper housing 220 and the lower housing 230 of the body 210. A plurality of fixing plates 260 are formed and accommodated in the upper housing portion 220 and the lower storage portion 230 to fix the support spring 700, one side of which is supported by the support wall 250, to be inserted into the center and not to be transferred. ) Are projected, respectively, and fixing protrusions 270 fixed to the hinge 100 at both rear ends of the upper housing part 220 and rear ends of the lower housing part 230 of the body 210 to the lower and upper parts thereof. The hinge fixing jaw is formed to protrude, the one side of the hinge 100 is inserted into the hinge insertion groove 240 on the upper side of the upper housing portion 220 and one side of the lower housing portion 230 of the body 210 is fixed. 280 is formed to protrude, and supports the hinge 100 at regular intervals up and down on the inner front of the hinge insertion groove 280 of the body 210 A plurality of hinge support projections 290 are formed projecting to the back.

In addition, the upper protrusion plate 500 has a plurality of spring coupling protrusions 520, one side of which is coupled to one side of the support spring 700 to the front surface of the plate-shaped body 510 is protruded, the body 510 and the spring coupling Between the protrusions 520, the locking projections 530 that are caught on the locking jaw 350 of the upper lid 300 is formed to protrude upward, the lower projection plate 600 is supported in front of the front of the body 610 of the plate-shaped A plurality of spring coupling protrusions 620, one side of which is coupled to one side of the spring 700, is formed to protrude and is caught by the locking jaw 450 of the lower lid 400 between the body 610 and the spring coupling protrusion 620. The group 630 protrudes downward.

In addition, the rotation cover 800 has a spring locking protrusion 870 protruding into the door insertion groove 840 of the upper rotating plate 820 and the lower rotating plate 830, and the door insertion groove 840 is formed at one side. Stopping protrusions 370 and 470 formed on the upper lid 300 and the lower lid 400 body 310 and 410, respectively, when the body 810 rotates on the other edge of the rotary plate 820 and the lower rotary plate 830. Hanging on each of the stop projections 880 to stop the rotation of the body 810 are projected to the lower and upper, respectively.

The present invention is such that the hinges installed in the opening and closing doors, such as sinks, cupboards, etc. used in the furniture or kitchen is not exposed to the outside, the clothing or bedding or hangers are caught in the gap of the hinge is damaged or the clothes or bedding This is prevented from being damaged, and there is an effect that can prevent in advance a safety accident that may be caused by a part of the body, such as a human finger through the gap of the hinge.

And the present invention has a fixed cover which is fixed to the hinge, and the fan-shaped rotary cover is coupled to the fixed cover to rotate to rotate according to the various angles of the opening and closing door that is rotated when the opening and closing door to rotate and operate with the opening and closing door Covering the hinge to open and close the door has the effect of preventing the hinged clothing or bedding.

Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings.

Figure 2 is an exemplary view showing a safety cover of the hinge according to the invention, Figure 3 is an exemplary view showing the back of the safety cover of the hinge according to the invention, Figure 4 is an illustration showing the safety cover side of the hinge according to the invention Figure 5 is an illustration showing the upper and lower inside of the safety cover according to the present invention, Figure 6 is a cross-sectional view showing the inside of the center of the safety cover according to the present invention, Figure 7 is a rotating cover of the safety cover according to the present invention is separated 8 is an exemplary view showing a disassembled state of the safety cover of the hinge according to the present invention.

In the drawings, reference numeral 100 denotes a wall of a furniture on which hinges are installed, 120 denotes a door, 380 and 480 are through holes, and 390 and 490 are fixed bolts.

First, the safety cover of the present invention, as shown in Figures 2 to 8, the upper and lower receiving portion 220 and the lower receiving portion 230 is formed in the upper and lower portion in the c-shape, the upper receiving portion 220 and the lower A fixing cover 200 having a hinge inserting groove 240 into which the hinge 100 is inserted between the accommodating portions 230, and an upper storing portion 220 and a lower storing portion 230 of the fixing cover 200. Upper and lower lids 300 and 400 for sealing the upper and lower portions, upper and lower protrusion plates 500 and 600 that are stored in the upper and lower storage portions 220 and 230 and protrude rearwards, and the upper and lower lids 300 and 400 respectively. A support spring 700 supporting the lower protrusion plates 500 and 600, a rotating cover 800 hinged to the upper and lower lids 300 and 400 to rotate left and right, and the rotation It is composed of a rotating spring 900 for rotating the cover (800).

As shown in FIG. 8, the upper protrusion plate 500 accommodated in the upper housing part 220 formed at the upper portion of the fixing cover 200 first has a spring coupling protrusion 520 in front of the front surface of the plate-shaped body 510. Is formed protruding, the upper end between the body 510 and the spring coupling protrusion 520, the locking jaw 530 is formed to protrude to form the upper body 220 of the fixing cover 200 Is housed in.

In this case, as shown in FIG. 5, one side of the support spring 700 is coupled to the spring coupling protrusion 520 formed on the front surface of the body 510 of the upper protrusion plate 500, and the other side of the support spring 700 is fixed. A plurality of fixing plates are integrally formed with the wall 250 so as to be supported by the upper wall 220 of the cover 200 so as to be supported by the support wall 250 protruding upward, and the support spring 700 is not transported from side to side. The upper protrusion plate 250 is received after being positioned between the 260.

And the upper lid body 310 of the upper lid 300 to seal the upper housing 220 after receiving the upper protrusion plate 500 in the upper housing 220 of the fixing cover 200 as described above. It is transported downward from the upper body 210 of the fixing cover 200 to seal the upper housing portion 220.

At this time, while the upper lid 300 is transported downward from the top of the body 210 of the fixing cover 200, the fixing protrusion 320 protruding from the bottom of the upper lid body 310 of the upper lid 300 The body 210 of the fixing cover 200 is coupled to the upper fixing groove 221 formed in a plurality of positions corresponding to the fixing protrusion 320 on the inner edge of the upper housing 220.

As described above, a plurality of fixing protrusions 320 protruding downward along the lower edge of the upper lid body 310 of the upper lid 300 are formed on the inner edge of the upper housing 220 of the fixing cover 200. The upper lid body 310 of the upper lid 300 is firmly fixed without being separated from the body 210 of the fixing cover 200 by being fixed to the 221 to seal the upper housing 220.

Meanwhile, the upper protrusion plate 300 accommodated in the upper housing part 220 formed on the body 210 of the fixing cover 200 as described above is the body 210 of the fixing cover 200 by the support spring 700. Rear protrusion but protrudes to the upper portion in the center of the body 510 of the upper protrusion plate 500, the locking protrusion 530 integrally with the upper lid body 310 of the upper lid 300, the rear end of the upper lid body 310 The body 510 of the upper protrusion plate 500 is fixed to the hooking protrusion 350 formed to protrude downward in a state in which it protrudes to the rear of the body 210 of the fixing cover 200.

Meanwhile, as shown in FIG. 8, the spring coupling protrusion 620 is protruded to the front of the plate-shaped body 610 in front of the lower housing 230 formed at the lower portion of the fixing cover 200. In the center between the body 610 and the spring coupling protrusion 620, a lower protrusion plate 600 having a lower protrusion plate 600 having a protrusion protrusion 630 formed at a lower portion thereof is formed at a lower portion of the body 210 of the fixing cover 200. Stored in the 230, but coupled to one side of the support spring 700 to a plurality of spring coupling projections 620 formed on the front surface of the body 610 of the lower protrusion plate 600, the other side of the support spring 700 While being supported by the support wall 250 protruding downward from the lower housing 230 of the fixed cover 200, the lower protrusion plate is positioned between the support wall 250 and the plurality of fixing plates 260 integrally formed. 600 is stored.

And the lower lid body 410 of the lower lid 400 for sealing the lower portion of the lower housing 230 after receiving the lower protrusion plate 600 in the lower housing 230 of the fixing cover 200 as described above. While conveying upward from the lower portion of the body 210 of the fixing cover 200 to seal the lower housing 230, while transferring the lower lid 400 upward from the lower body 210 of the fixing cover 200 The fixing protrusions 420 protruded upward along the upper edge of the lower lid body 410 of the lower lid 400 are fixed to the inner edge of the body 210 of the lower cover 230 of the fixing cover 200. It is to be coupled to the lower fixing groove 231 formed in a number corresponding to the 420.

As described above, a plurality of fixing protrusions 420 protruding upward from the lower lid body 410 of the lower lid body 410 is formed at the inner edge of the lower housing 230 of the fixing cover 200. The lower lid body 410 of the lower lid 400 is firmly fixed without being separated from the body 210 of the fixing cover 200 by being fixed to the 231 to seal the lower housing 230.

At this time, the lower protrusion plate 600 accommodated in the lower housing 230 formed below the body 210 of the fixed cover 200 is fixed by the support spring 700 similarly to the upper protrusion plate 500. The body 210 of the 200 is protruded to the rear but the locking projection 630 protruding downward in the center of the body 610 of the lower protrusion plate 600 integrally with the lower lid body 410 of the lower lid 400 The body 610 of the lower protruding plate 600 is caught by the locking projection 350 protruding upward from the rear end of the lower lid body 410 and is transferred to the rear of the body 210 of the fixing cover 200 to protrude. It is fixed.

When the lower protrusion plate 600 is accommodated in the lower housing 230 of the fixing cover 200 and the lower lid 400 is fixed as described above, the upper portion fixed to the upper portion of the body 210 of the fixing cover 200 is first fixed. It is preferable to invert the body 210 so that the lid 300 is located at the bottom.

Meanwhile, the upper and lower protrusion plates 500 and 600 are respectively accommodated in the upper and lower housing parts 220 and the lower housing part 230 formed at the upper and lower parts of the body 210 of the fixing cover 200, respectively, and are shown in FIG. 8. As shown, the upper and lower lids 300 and 400 are fixed to the fixing bolts 320 and 420, respectively, and then the upper and lower lid bodies 310 and 410 of the upper lid 300 and the lower lid 400, respectively. The rotating springs 900 are coupled to the hinge protrusions 340 and 440 respectively formed to protrude upward and downward on one side of the lower side, respectively.

At this time, the rotary spring 900 is coupled to the hinge protrusions 340 and 440 of the upper and lower lids 300 and 400, respectively, and one end of the rotary spring 900 is upper and lower lids 300 and 300. Inserted into the spring support protrusions 360 and 460 so as to be supported by the spring support protrusions 360 and 460 protruding to the upper and lower portions in a L-shape at a radial position with respect to the hinge protrusions 340 and 440 of the 400, respectively. Coupling to the hinge protrusions (340, 440) as possible.

Coupling the rotary springs 900 to the hinge protrusions 340 and 440 of the upper and lower lids 300 and 400, respectively, and the upper rotating plate protruding backward in the U shape from the body 810 of the rotating cover 800 ( 820 and the rotating cover 800 so that the hinge protrusions 340 and 440 of the upper and lower lids 300 and 400 are coupled to the hinge grooves 860 respectively formed at the lower and upper center rear ends of the lower rotating plate 830. The body 210 of the fixing cover 200 is inserted into the body insertion groove 850 formed at the center of the body 810 to be coupled.

At this time, the rotating springs 900 coupled to the hinge protrusions 340 and 440 of the upper and lower lids 300 and 400 are supported by the spring support protrusions 360 and 460 of the upper and lower lids 300 and 400, respectively. The other side is caught by a spring engaging protrusion 870 protruding into the lower and upper portions respectively into the door insertion groove 840 formed at one side edge of the upper rotating plate 820 and the lower rotating plate 830 of the rotary cover 800. Coupling the rotary cover 800 so as to.

The rotary cover 800 coupled to the hinge protrusions 340 and 440 of the upper and lower lids 300 and 400 as described above is coupled to the hinge protrusions 340 and 440 of the upper and lower lids 300 and 400, respectively. As shown in FIG. 9 by the rotating spring 900, one side of the body 210 of the fixing cover 200, that is, the rotating cover, is formed around the hinge protrusions 340 and 440 of the upper and lower lids 300 and 400. Is rotated in the direction of the door insertion groove 840 formed on one side edge of the upper rotating plate 820 and the lower rotating plate 830 of the 800, the rotating cover 800 is rotated as described above is the door insertion groove 840 The upper and lower lid bodies 310 and 410 of the upper lid 300 and the lower lid 400 are formed with stop protrusions 880 protruding from the upper and lower edges of the upper and lower rotary plates 820 and 830, respectively. ) Is fixed in a state in which the rotation of the body 810 is stopped by the stop protrusions 370 and 470 protruding upward and downward, respectively.

In this way, the upper and lower protrusion plates 500 and 600 are stored in the upper and lower storage parts 220 and 230 formed on the upper and lower parts of the body 210 of the fixing cover 200, and the upper and lower storing parts 220 are provided. , The upper and lower portions of the 230 and the upper and lower lids (300, 400) and then the upper and lower lids (300, 400) of the hinge cover (340, 440) of the safety cover coupled to the rotary cover An embodiment is described with reference to the accompanying drawings as follows.

10 is an exemplary view showing a state in which the safety cover according to the present invention is installed on the hinge, Figure 11 is an exemplary view showing one side of the safety cover according to the present invention installed on the hinge, Figure 12 is a safety cover according to the present invention Is an exemplary view showing a rotating cover installed in the hinge state, Figure 13 is an exemplary view showing a state in which the hinge is installed with a safety cover according to the present invention, Figure 14 is rotated in a state where the safety cover according to the present invention is installed on the hinge It is an exemplary view showing a state in which the cover is rotated.

First, as shown in FIGS. 10 and 11, a hinge insert fixed to the wall surface 110 and the door 120 of the furniture is formed in the hinge cover groove formed in the body 210 of the fixing cover 200 of the safety cover. Is coupled to be inserted into the 240, the hinge on the hinge fixing jaw 280 protruding formed on one side of the lower side and the upper side of the lower housing 220 formed on the upper portion of the fixing cover 200, the body 210 The door 120 in the interior of the wall 110 of the furniture so that the hinge 100 is inserted into the hinge insertion groove 240 of the body 210 is not formed, the hinge fixing jaw 280 is fixed to one side of the (100) Combine while moving the body 210 of the fixing cover 200 toward).

And while moving the hinge 100 is inserted into the hinge insertion groove 280 of the fixing cover body 210 as described above is inserted so that one side of the hinge 100 is fixed to the hinge fixing jaw 280 is shown in Figure 11 As described above, the front surface of the hinge 100 is coupled to the hinge support protrusion 290 protruded to the rear at regular intervals up and down on the inner front of the hinge insertion groove 240 formed on the body 210 of the fixing cover 200. do.

In addition, when the hinge 100 is coupled so as to be inserted into the hinge insertion groove 240 of the fixing cover 200, both sides and the lower end of the rear end of the body 210 of the upper cover 220 of the fixing cover 200 The plurality of fixing protrusions 270 protruding to the lower and upper portions at both rear ends thereof are fixed to upper and lower edges of the hinge 100.

As described above, the hinge fixing jaw 280 of the fixing cover 200 is fixed to one side of the hinge 100, and the hinge support protrusion 290 is supported on the front surface of the hinge 100, and the upper side of the hinge 100. A plurality of fixing protrusions 270 are fixed to the lower rim so that the body 210 of the fixing cover 200 into which the hinge 100 is inserted into the hinge insertion groove 240 is firmly fixed to the hinge 100.

At this time, by applying an adhesive (not shown) or the like to the hinge support grooves 290 protruding to the rear of the body 210, the hinge insertion groove 240 inside the fixing cover 200, the hinge support protrusion ( 290 is preferably bonded to the front surface of the hinge 100 so that the body 210 of the fixing cover 200 is firmly fixed so as not to be separated from the hinge 100.

When the fixing cover 200 is fixed to the hinge 100 as described above, the upper protrusion plate 500 and the lower protrusion plate 600 accommodated in the upper housing 220 and the lower housing 230 of the body 210. The rear end of the body (510, 610) is in close contact with the wall surface 110 is transferred into the upper housing 230 and the lower housing 240 of the fixed cover 200 and only a portion of the rear end of the body (510, 610) The outside, that is, protrudes to the rear of the body 210 of the fixing cover 200.

7 and 10, the upper parts fixed to the fixing bolts 320 and 420 to seal the upper and lower portions of the upper and second storage parts 220 and 230, respectively, of the fixing cover 200. The upper rotating plate 820 and the lower rotating plate protruding to the rear in a U-shape from the body 810 so as to be rotatable to the hinge protrusions 340 and 440 protruding from the upper and lower portions of the lid 300 and the lower lid 400, respectively. One side of the body 810 of the rotating cover 800 coupled to the hinge grooves 860 respectively formed on the lower and upper portions of the 830 is in close contact with the door 120, and the fixing cover 200 body 210 as described above. The safety cover fixed to the hinge 100 so that the hinge 100 is inserted into the hinge insertion groove 240 of the hinge cover 100 so as not to be exposed to the outside.

That is, the rotating cover 800 of the safety cover is supported on the spring support protrusion 360 on one side of the rotating spring 900 coupled to the hinge protrusion 340 of the upper lid 300 as shown in FIG. The other end portion is caught by the spring engaging protrusion 870 of the rotating cover 800 and the body 810 to rotate the rotating cover 800 toward the door 120 so that one side of the body 810 is always at the door 120. Keep in close contact.

In addition, although not shown in the drawings, the rotary spring 900 coupled to the hinge protrusion 440 of the lower lid 400 is also the same as the rotary spring 900 coupled to the hinge protrusion 340 of the upper lid 300. One end is supported by the spring support protrusion 460 of the lower lid 400, the other end is caught by the spring engaging projection 870 of the body 810 of the rotary cover 800 to rotate the rotary cover 800 toward the door One side of the body 810 of the rotary cover 800 to keep in close contact with the door 120 at all times.

As described above, the safety cover fixed to the hinge 100 installed on the wall surface 110 and the door 120 of the furniture, as shown in FIG. 13, the fixing cover 200 of the safety cover fixed to the hinge 100 as shown in FIG. 13. The body 210 is spaced apart from the wall surface 110 with the hinge 100 is spaced apart from the wall surface 110 by the door 120 is rotated.

As the door 120 is opened and rotated as described above, the upper part accommodated in the upper cover part 220 of the fixing cover 220 of the safety cover falling from the wall surface 110 together with the hinge 100 spaced apart from the wall surface 110. As shown in FIG. 5, one side of the protrusion plate 500 is supported by the support wall 250 formed at the center of the upper housing part 220, and is coupled between the fixing plates 260 so as not to be transferred to the left and right sides. The side is a wall (110) in the direction of the wall surface 110, that is, the body 210 of the fixed cover 200 by the elasticity of the support spring 700 coupled to the spring coupling protrusion 520 protruding on the front of the plate-shaped body (510) The cover 510 is moved to protrude so that the upper portion of the hinge 100 is not exposed to the outside.

In addition, the lower protrusion plate 600 accommodated in the lower housing 230 of the fixed cover 200 in the same way as the upper protrusion plate 500, the body 210 of the fixed cover 200 by the support spring 700 The lower portion of the hinge 100 is not exposed to the outside by moving backward and protruding.

In addition, the upper protrusion plate 500 and the lower protrusion plate 600 which are moved to the rear of the body 210 of the fixing cover 200 by the support spring 700 as described above are the body 510, 610 and the spring coupling protrusion ( The locking protrusions 530 and 630 which protrude upward and downward, respectively, between 520 and 620 are lower and upper portions at the rear ends of the upper and lower lid bodies 310 and 410 of the upper lid 300 and the lower lid 400. The hooking protrusions 350 and 450 are protruded, respectively, and are fixed without being moved to the rear of the body 210 of the fixing cover 200.

At this time, the rotating cover 800 in which one side of the body 810 is in close contact by the rotating spring 900 to the door 120 rotated as described above, the fixing bolts 320 and 420 at the upper and lower portions of the fixing cover 200. The upper rotary plate 820 and the lower rotary plate 830 to which the hinge grooves 860 are coupled to the hinge protrusions 340 and 440 of the upper lid 300 and the lower lid 400 respectively fixed to the hinge protrusions 340. , 440 is rotated with the door 120 and the body 810 one side of the body is kept in close contact with the door 120, the link and the lever of the hinge 100 fixed to the door 120 (not shown in the drawing) The upper and lower parts are prevented from being exposed to the outside.

The hinge cover 340 and 440 of the upper cover 300 and the lower cover 400 of the upper cover 300 and the front cover body 810 of the body 210 and the front cover of the rotating cover 800 of the fixed cover 200 It is preferable to carry out in an arc shape so that it can rotate about.

Meanwhile, when the door 120 is opened by 180 ° or more around the wall 110, one side edge of the door 120 rotated as shown in FIG. 14 is the upper rotating plate 820 of the rotating cover 800. The body is inserted into the door insertion groove 850 formed at one side edge of the lower rotating plate 830, and the body 810, the upper rotating plate 820, and the lower rotating plate 830 of the rotating cover 800 are rotated.

At this time, when the door 120 is opened by more than 180 ° around the wall 110 as described above, the rotating cover 800 that rotates together with the door 120 by the rotating spring 900 is a door 120 at a predetermined angle or more. The upper rotary plate 820 of the rotary cover 800 is rotated to the stop projections (370, 470) protruding to the upper and lower sides of the upper lid 300 and the lower lid 400, respectively, when the upper cover 300 and the lower lid 400 are opened. The stop cover 880 protruding into the lower and upper portions of the door insertion groove 840 of the lower rotating plate 830, respectively, is caught, and the rotation cover 800 is no longer rotated and stopped.

When the door 120 is opened as described above, the body 210 of the fixing cover 200 is in close contact with the wall surface 110 again and the bodies 510 and 610 of the upper protrusion plate 500 and the lower protrusion plate 600. Is in close contact with the wall surface 110 again.

Meanwhile, as described above, the door insertion groove 840 into which one side and the edge of the door 120 are inserted may be formed to form an angle of 90 °.

As described above, the fixing cover 200 is fixed to the hinge 100 to prevent the upper and lower portions of the hinge 100 from being exposed to the outside, and the hinge cover 100 is fixed to the door 120. Part of the body, such as clothing or bedding, or a person's fingers are damaged by the gap of the hinge 100 when opening and closing the door 120 to prevent the portion of the door 120 is exposed to the outside Safety accidents can be prevented in advance.

In addition, as described above, the hinge 100 may be prevented from being exposed to the outside, thereby preventing the hinge 100 from being damaged against external impact.

Meanwhile, when the door 120 is closed as described above, the upper protrusion plate 500 and the lower protrusion plate 600 are transferred to the upper housing 220 and the lower housing 230 of the fixing cover 200. The body 810, the upper rotary plate 820, the lower rotary plate 830 of the rotary cover 800 is rotated in the opposite direction of the door 120 and the position before opening the door 120, that is, the state shown in FIG. Will be maintained.

And when the door 120 is closed as described above, the fixing cover 200 and the rotating cover 800 will prevent the hinge 100 from being exposed to the outside.

Meanwhile, as another embodiment of the present invention, the upper lid 300 and the lower lid 400 which seal the upper housing 220 and the lower housing 230 of the fixing cover 200, respectively, the body of the fixing cover 200. In fixing the upper and lower portions, respectively, as shown in FIG. 15, the upper protrusion plate 500 is accommodated in the upper storing portion 220 of the fixing cover 200, and then the upper portion of the upper storing portion 220. Through holes 380 are formed on both sides of the lid body 310 of the upper lid 300 to seal the upper lid 300, and the fixing bolt 390 is inserted into the through holes 380 to accommodate the upper housing 220 of the fixed cover 200. Sealing and forming the through hole 480 on both sides of the lid body 410 of the lower lid 400 in the same way as the upper lid 300 by the fixing bolt 490, the lower housing 230 of the fixing cover 200 ) Can be sealed.

At this time, the fixing bolts (390, 490) is preferably carried out to be screwed to the body 210 through the upper housing 220 and the lower housing 230 of the fixing cover 200.

In the present invention, as described above, the upper cover 300 and the lower cover 400 of the hinge cover (340, 440) coupled to the upper and lower portions of the fixed cover 200, the body 210 of the safety cover (rotation cover ( Although the rotary spring 900 for rotating the 800 has been described as an embodiment, respectively, but one of the upper lid 300 and the lower lid 400, the hinge springs 340, 440 of the rotary spring 900 Even in combination, the same functions and effects as the present invention can be expected.

In addition, in the practice of the present invention, the fixing cover 200 body 210 of the safety cover varies in size so that the hinge can be inserted into the interior according to the hinge 100 installed on the wall 110 and the door 120. The body 810 of the rotating cover 800 may also be implemented in various sizes according to the size of the body 210 of the fixing cover 200.

As such, it will be apparent that the present invention can be practiced in various ways within the scope of the claims of the present invention by those skilled in the art.

1 is an exemplary view showing a hinge according to the prior art

Figure 2 is an exemplary view showing a safety cover of the hinge according to the invention

Figure 3 is an exemplary view showing the back of the safety cover of the hinge according to the invention

Figure 4 is an exemplary view showing the safety cover side of the hinge according to the invention

5 is an exemplary view showing the inside up and down of the safety cover according to the present invention.

Figure 6 is a cross-sectional view showing the inside of the center of the safety cover according to the present invention

7 is an exemplary view showing a state in which the rotary cover of the safety cover is separated according to the present invention;

8 is an exemplary view showing a disassembled safety cover of the hinge according to the invention

9 is an exemplary view showing a state in which the rotary cover of the safety cover is rotated according to the present invention.

10 is an exemplary view showing a state in which the safety cover according to the invention installed on the hinge

11 is an exemplary view showing one side of the safety cover according to the present invention installed on the hinge

12 is an exemplary view showing a rotating cover in a state where the safety cover according to the present invention is installed on the hinge;

Figure 13 is an exemplary view showing a state in which the hinge is installed safety cover according to the invention

14 is an exemplary view showing a rotating cover rotated state in a state where the safety cover according to the present invention is installed on the hinge;

15 is an exemplary view showing another embodiment of a safety cover according to the present invention

Explanation of symbols on the main parts of the drawings

100: hinge

200: fixed cover

210: body 220: upper housing

221: upper fixing groove 230: lower housing

231: lower fixing groove 240: hinge insertion groove

250: support wall 260: fixing plate

270: fixing protrusion 280: hinge fixing jaw

290: hinge support protrusion

300: upper lid

310: upper lid body 320: fixing protrusion

340: hinge protrusion 350: locking jaw

360: spring support protrusion 370: stop protrusion

400: lower lid

410: lower lid body 420: fixing protrusion

440: hinge protrusion 450: locking jaw

460: spring support projection 470: stop projection

500: upper protrusion plate

510: body 520: spring engaging projection

530: jamming

600: lower protrusion plate

610: body 620: spring engaging projection

630: jamming projection

700: support spring

800: rotating cover

810: body 820: upper rotating plate

830: lower rotating plate 840: door insertion groove

850: Body insertion groove 860: Hinge groove

870: spring stopping projection 880: stopping projection

900: rotating spring

Claims

The upper receiving portion 220 is formed with a plurality of upper fixing grooves 221 formed on the inner edge of the upper portion of the body 210 curved in an arc shape in a U shape, and a plurality of inner portions of the lower portion of the lower portion of the body 210. A lower cover portion 230 having a lower fixing groove 231 formed thereon, and a hinge cover groove 240 in which a hinge 100 is inserted between the bodies 210;

The upper protrusion part 500 and the lower protrusion part 600 which are accommodated in the upper housing part 220 and the lower housing part 230 of the fixing cover 200 are the upper housing part 220 and the lower housing part 230. A support spring 700 supporting the protrusion to the rear of the support spring;

Coupled to the hinge protrusions 340 and 440 of the upper lid 300 and the lower lid 400, respectively, one end portion is supported by the spring support protrusions 360 and 460, respectively, and the other end portion rotates the cover 800 body ( Safety cover of the hinge, characterized in that consisting of a rotating spring (900) for rotating the rotating cover 800 is caught on the spring engaging projection (870) of 810.

According to claim 1, The fixing cover 200 has a support wall 250, the one side of the support spring 700 is supported in the center of the upper housing 220 and the lower housing 230 of the body 210 is upper And protruded into the lower and lower portions, respectively, and are accommodated in the upper storage portion 220 and the lower storage portion 230 so that one side of the support spring 700 supported by the support wall 250 is inserted into the center and fixed so as not to be transported. A plurality of fixing plates 260 are protruded, respectively, and fixing protrusions 270 fixed to the hinges 100 at both rear ends of the upper housing part 220 and rear ends of the lower housing part 230 of the body 210. Is protruded into the lower and upper, respectively, one side of the hinge 100 is inserted into the hinge insertion groove 240 on one side of the upper and lower receiving portion 220 of one side of the upper and lower receiving portion 230 of the body 210 is The hinge fixing jaw 280 to be fixed is formed to protrude, and hinges 100 at regular intervals up and down on the inner front of the hinge insertion groove 280 of the body 210 Safety hinge for the hinge, characterized in that the plurality of hinge supporting protrusions 290 protruding toward the rear.

According to claim 1, The upper protrusion plate 500 has a plurality of spring coupling protrusions 520, one side of which is coupled to one side of the support spring 700 in front of the plate-shaped body 510 is protruded, the body ( Safety cover for a hinge, characterized in that the engaging projection 530 is formed between the 510 and the spring engaging projection 520, the engaging projection 530 is caught to the upper projection of the upper lid 300.

According to claim 1, The lower protruding plate 600 has a plurality of spring coupling projections 620 is coupled to one side of the support spring 700 in front of the plate-shaped body 610 is formed in front, the body ( Safety cover for a hinge, characterized in that the locking projection 630 is formed between the 610 and the spring engaging projection 620 is caught by the locking projection 450 of the lower lid 400 protruding downward.

According to claim 1, The rotary cover 800 has a spring engaging projection 870 protruding into the door insertion groove 840 of the upper rotary plate 820 and the lower rotary plate 830, the door insertion groove ( Stopping protrusions formed on the upper lid 300 and the lower lid 400, the body 310 and 410, respectively, when the body 810 is rotated on the other edge of the upper rotating plate 820 and the lower rotating plate 830 is formed; Safety cover for the hinge, characterized in that the stop projections 880 hanging on the 370, 470 respectively to stop the rotation of the body 810 protruded to the lower and upper, respectively.