CN205206656U - Cabinet body and door body structure thereof - Google Patents
Cabinet body and door body structure thereof Download PDFInfo
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- CN205206656U CN205206656U CN201520916681.6U CN201520916681U CN205206656U CN 205206656 U CN205206656 U CN 205206656U CN 201520916681 U CN201520916681 U CN 201520916681U CN 205206656 U CN205206656 U CN 205206656U
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Abstract
The utility model provides a cabinet body and door body structure thereof. This body structure includes: the door frame subassembly, install in the box is structural, the door frame subassembly includes door plant and door frame, the door frame is fixed in the box is structural, the door plant install in on the door frame, two at least hinges, install respectively in the both sides of door frame, be provided with the pivot on the hinge, and two at least axle sleeve subassemblies, install respectively in the both sides of door plant, just the axle sleeve subassembly with the position of hinge is corresponding, the axle sleeve subassembly with hinged joint the door frame with the door plant, the axle sleeve subassembly includes first axle sleeve and second axle sleeve, first axle sleeve with the second axle sleeve all set up in on the door plant, just, first axle sleeve with the second axle sleeve sets up relatively and encloses into the slide jointly, the pivot in rotate in the slide and slide, through the mesh of axle sleeve subassembly with the cooperation realization door plant two direction switch door of hinge.
Description
Technical field
The utility model relates to case equipment field, particularly relates to a kind of cabinet and door body structure thereof.
Background technology
At present, red wine cabinet product many uses simple gate structure.Simple gate on door open/close structure more uses single sided switched door mode, as left side or right side, cannot realize two-way, at left-side switch door, also can close the door at right side opening, door-opening mode novelty is not enough, specific as follows: only at side switch gate, novelty and the novelty of product to be lacked; Only can cannot meet special population handedness by side switch gate, as left-side switch door is inconvenient for dexterous crowd, right side opening is closed the door then inconvenient for left-handed crowd; Meanwhile, two-way switch door structurally has its complexity, implements more difficult, is not easy to user and uses.
Utility model content
Based on this, be necessary, for traditional red wine cabinet problem using single sided switched door mode on door open/close structure more, a kind of door body structure that can realize bi-directional door to be provided, to additionally provide a kind of cabinet containing above-mentioned door header structure simultaneously.
Above-mentioned purpose is achieved through the following technical solutions:
A kind of door body structure, is applicable to be installed on body structure, to realize the switch of described door body structure, comprises:
Frame members, is installed on described body structure; Described frame members comprises door-plate and doorframe, and described doorframe is fixed on described body structure, and described door-plate is installed on described doorframe;
At least two hinges, are installed on the both sides of described doorframe respectively; Described hinge is provided with rotating shaft; And
At least two sleeve assemblies, are installed on the both sides of described door-plate respectively, and described sleeve assembly is corresponding with the position of described hinge, doorframe and described door-plate described in described sleeve assembly and described chain connection; Described sleeve assembly comprises the first axle sleeve and the second axle sleeve, described first axle sleeve and described second axle sleeve are all arranged on described door-plate, and described first axle sleeve and described second axle sleeve are oppositely arranged and jointly surround slideway, described rotating shaft is rotated and is slided in described slideway;
Described door-plate is opened from side, and the described rotating shaft of described door-plate side is slided along described slideway, and skids off described slideway; Described door-plate is from a side closure, and the described rotating shaft of described door-plate side slips into described slideway, and slides along described slideway;
The described rotating shaft of described door-plate opposite side is rotated in described slideway, to support described door-plate.
Wherein in an embodiment, described first axle sleeve is provided with the first groove, described second axle sleeve is provided with the second groove;
Described first axle sleeve and described second axle sleeve are by described first groove and described second groove to synthesizing through hole, and described through hole is arranged in described slideway;
Described rotating shaft slips into described through hole along described slideway or described rotating shaft skids off and slides along described slideway in described through hole.
Wherein in an embodiment, the internal diameter of described through hole is greater than the width of described slideway;
The internal diameter of described through hole and the diameter of described rotating shaft suitable.
Wherein in an embodiment, described through hole is 1/5 ~ 5/6 of the length of described slideway to the distance of described slideway edges.
Wherein in an embodiment, described sleeve assembly also comprises the first spring and the second spring, and described first spring fitting is between described first axle sleeve and described door-plate, and described second spring fitting is between described second axle sleeve and doorframe;
Described first spring and described second spring are all in extended configuration, and the distance between described first axle sleeve and described second axle sleeve reduces, and described rotating shaft departs from described slideway or described rotating shaft is rotated in described slideway;
Described first spring and described second spring are all in compressive state, and the distance between described first axle sleeve and described second axle sleeve increases, and described rotating shaft is slided in described slideway.
Wherein in an embodiment, described sleeve assembly also comprises limit rib, and described limit rib is arranged between described first axle sleeve and described second axle sleeve, and, one end of described limit rib contacts with described first axle sleeve, and one end of described limit rib contacts with described second axle sleeve.
Wherein in an embodiment, described sleeve assembly also comprises installing plate, described installing plate is fixed on described door-plate, described installing plate is provided with slide rail, described first axle sleeve and described second axle sleeve are installed on described slide rail, and driven by described first spring and described second spring respectively and move along described slide rail, described limit rib is fixedly installed on described installing plate.
Wherein in an embodiment, described sleeve assembly also comprises block, and described block is fixed on described installing plate, and described first spring is between described block and described first axle sleeve, and described first spring is fixed on described door-plate by described block.
Wherein in an embodiment, the quantity of described sleeve assembly is four, the quantity of described hinge is four, and four described sleeve assemblies and four described hinges are arranged at the both sides of described frame members respectively, and lay respectively at the top and bottom of described frame members.
Wherein in an embodiment, the quantity of described first spring and described second spring is two or more, and plural described first spring is in column is arranged between described block and described first axle sleeve, plural described second spring is in column to be arranged between described second axle sleeve and described doorframe.
Also relate to a kind of cabinet, comprise body structure and the door body structure as described in above-mentioned arbitrary technical characteristic, described door body structure is installed on described body structure, and the doorframe of described door body structure is fixed on described body structure.
Wherein in an embodiment, described doorframe and described body structure are structure as a whole.
The beneficial effects of the utility model are:
Cabinet of the present utility model and door body structure thereof, structure design advantages of simple, realizing door body structure by least two sleeve assemblies can carry out switch from both sides.When door-plate is from side switch, the rotating shaft of hinge is slided in slideway, and skids off and slip into, and realizes the switch of door body structure, rotates, to support door-plate in the rotating shaft slideway of the hinge on the opposite side of door-plate meanwhile; Door-plate from during opposite side switch in like manner.Realizing door-plate by the sleeve assembly on door body structure can two-way switch, and its Stability Analysis of Structures is reliable, durable in use, facilitates user from both sides switch.
Accompanying drawing explanation
Fig. 1 is the explosive view of the cabinet of the utility model one embodiment;
Fig. 2 is the stereogram of the sleeve assembly of door body structure in the cabinet shown in Fig. 1;
Fig. 3 is the top view of the sleeve assembly shown in Fig. 2;
Fig. 4 is the sectional view at the A-A place shown in Fig. 3;
Fig. 5 is the explosive view of the sleeve assembly shown in Fig. 3;
Fig. 6 is the front sectional view of the cabinet shown in Fig. 1;
Wherein:
100-door body structure;
110-door-plate;
120-hinge;
121-rotating shaft;
130-sleeve assembly;
131-first axle sleeve;
132-second axle sleeve;
133-slideway;
134-first spring;
135-second spring;
136-through hole;
137-limit rib;
138-installing plate; 1381-slide rail;
139-block;
200-body structure.
Detailed description of the invention
In order to make the purpose of this utility model, technical scheme and advantage clearly understand, by the following examples, and by reference to the accompanying drawings, cabinet of the present utility model and door body structure thereof are further elaborated.Should be appreciated that specific embodiment described herein only in order to explain the utility model, and be not used in restriction the utility model.
See Fig. 1 and Fig. 2, the utility model provides a kind of door body structure 100, and door body structure 100 is applicable to be installed on body structure 200, with the two-way switch of door body structure 100.Door body structure 100 comprises frame members, at least two hinges 120 and at least two sleeve assemblies 130, frame members is installed on body structure 200, at least two hinges 120 are installed on the both sides of frame members respectively with at least two sleeve assemblies 130, and the position of hinge 120 is corresponding with the position of sleeve assembly 130, realize bi-directional door by hinge 120 with coordinating of sleeve assembly 130.
In the utility model, frame members comprises door-plate 110 and doorframe, and doorframe is fixed on body structure 200, and door-plate 110 is installed on doorframe, connects doorframe and door-plate 110 by sleeve assembly 130.Sleeve assembly 130 lays respectively at the both sides of frame members, makes door-plate 110 from side switch, also from opposite side switch, thus can realize the two-way switch of door body structure 100, facilitates user to carry out switching manipulation from both sides end of door plate 110, user-friendly.
Hinge 120 is arranged on doorframe, and sleeve assembly 130 is arranged on door-plate 110, be connected doorframe and door-plate 110, and then the two-way opened realizing door-plate 110 is closed the door by hinge 120 with sleeve assembly 130.Hinge 120 is provided with rotating shaft 121, hinge 120 is connected with sleeve assembly 130 by rotating shaft 121, and the two-way opened realizing door-plate 110 is closed the door.
Sleeve assembly 130 comprises the first axle sleeve 131 and the second axle sleeve 132, first axle sleeve 131 and the second axle sleeve 132 are all arranged on door-plate 110, and the first axle sleeve 131 and the second axle sleeve 132 are oppositely arranged and jointly surround slideway 133, rotating shaft 121 is rotated and is slided in slideway 133; Door-plate 110 is opened from side, and the rotating shaft 121 of door-plate 110 side is slided along slideway 133, and skids off slideway 133; Door-plate 110 is from a side closure, and the rotating shaft 121 of door-plate 110 side slips into slideway 133, and slides along slideway 133; The rotating shaft 121 of door-plate 110 opposite side is rotated in slideway 133, to support door-plate 110.
Hinge 120 is fixedly installed on doorframe, and the rotating shaft 121 on hinge 120 protrudes from hinge 120 and arranges, and the direction that rotating shaft 121 is protruded is towards door-plate 110, is convenient to hinge 120 and connects doorframe and door-plate 110 by rotating shaft 121.Rotating shaft 121 is installed in the slideway 133 that the first axle sleeve 131 and the second axle sleeve 132 be enclosed to form.Hinge 120 is fixed on doorframe, and door-plate 110 is when switch, and hinge 120 transfixion, door-plate 110 drives the first axle sleeve 131 and the second axle sleeve 132 to move relative to hinge 120.When opening door-plate 110 from side, door-plate 110 drives the first axle sleeve 131 on this side and the second axle sleeve 132 to move, and the rotating shaft 121 on hinge 120 is skidded off from slideway 133, realizes the unlatching of door-plate 110; When from a side closure door-plate 110, door-plate 110 drives the first axle sleeve 131 on this side and the second axle sleeve 132 to move, and the rotating shaft 121 on hinge 120 is slided in slideway 133, realizes the closedown of door-plate 110; At door-plate 110 from side unlatching or when closing, the door-plate 110 of opposite side still contacts with doorframe, door-plate 110 drives the first axle sleeve 131 of this side and the second axle sleeve 132 to rotate relative to doorframe, now, the first axle sleeve 131 and the second axle sleeve 132, make to rotate in rotating shaft 121 slideway 133 for benchmark rotates with rotating shaft 121, be convenient to the switch of door-plate 110, meanwhile, the sleeve assembly 130 on this side door body structure 100 can play the effect supporting door-plate 110, prevents door-plate 110 from dropping when switch.
In the present embodiment, doorframe and body structure 200 are structure as a whole.That is, hinge 120 is fixed on body structure 200, like this, the assembling of door body structure 100 can be convenient to, can also ensure simultaneously hinge 120 firm be fixed on body structure 200, and then fixing of ensureing that door-plate 110 can be firm when being connected with hinge 120 by sleeve assembly 130, prevent door-plate 110 from shaking.
At present, red wine cabinet product many uses simple gate structure.Simple gate on door open/close structure more uses single sided switched door mode, as left side or right side, cannot realize two-way opened and close the door.Door body structure 100 of the present utility model realizes door body structure 100 by least two sleeve assemblies 130 and can carry out switch from both sides.When door-plate 110 is from side switch, the rotating shaft 121 of hinge 120 is slided in slideway 133, and skids off and slip into, and realizes the switch of door body structure 100, rotates, to support door-plate 110 in rotating shaft 121 slideway 133 of the hinge 120 on the opposite side of door-plate 110 meanwhile; Door-plate 110 from during opposite side switch in like manner.Realizing door-plate 110 by the sleeve assembly 130 on door body structure 100 can two-way switch, and its Stability Analysis of Structures is reliable, durable in use, facilitates user from both sides switch.
See Fig. 2 to Fig. 4, as a kind of embodiment, the first axle sleeve 131 is provided with the first groove, the second axle sleeve 132 is provided with the second groove; First axle sleeve 131 and the second axle sleeve 132 are by the first groove and the second groove to synthesizing through hole 136, and through hole 136 is arranged in slideway 133; The rotating shaft 121 that the rotating shaft 121 of hinge 120 slips into through hole 136 or hinge 120 along slideway 133 skids off and slides along slideway 133 in through hole 136.The involutory rear formation through hole 136 of the second groove on the first groove on first axle sleeve 131 and the second axle sleeve 132, door-plate 110 is after cut out, and rotating shaft 121 is arranged in through hole 136, ensures that door-plate 110 can not play.Meanwhile, door-plate 110, when opening, with the rotating shaft 121 on the hinge 120 of wherein side for benchmark rotates, when rotating shaft 121 is rotated in through hole 136, can ensure that door-plate 110 can not misplace.
Further, the internal diameter of through hole 136 is greater than the width of slideway 133; The internal diameter of through hole 136 and the diameter of rotating shaft 121 suitable.The internal diameter of through hole 136 is greater than the width of slideway 133, makes through hole 136 can be fastened on rotating shaft 121, and make door-plate 110 when closed, rotating shaft 121 not easily skids off from through hole 136, is convenient to sleeve assembly 130 lock door panel 110, prevents door-plate 110 from rocking.The internal diameter of through hole 136 and the diameter of rotating shaft 121 adapt, and like this, door-plate 110 is when rotating for benchmark with rotating shaft 121, rotating shaft 121 coordinates with through hole 136 closely, prevent the position of rotating shaft 121 when rotating from play occurring, and then door-plate 110 can not be rocked when switch, user-friendly.Again further, through hole 136 is 1/5 ~ 5/6 of the length of slideway 133 to the distance at slideway 133 edge, to ensure that sleeve assembly 130 can lock door panel 110, door-plate 110 is made not easily not make rotating shaft 121 depart from through hole 136, to ensure reliability when door body structure 100 is closed by under external force.
As a kind of embodiment, sleeve assembly 130 also comprises the first spring 134 and the second spring 135, first spring 134 is installed between the first axle sleeve 131 and door-plate 110, and the second spring 135 is installed between the second axle sleeve 132 and doorframe; First spring 134 and the second spring 135 are all in extended configuration, and the distance between the first axle sleeve 131 and the second axle sleeve 132 reduces, and rotating shaft 121 departs from slideway 133 or rotating shaft 121 is rotated in slideway 133; First spring 134 and the second spring 135 are all in compressive state, and the distance between the first axle sleeve 131 and the second axle sleeve 132 increases, and rotating shaft 121 is slided in slideway 133.Drive the first axle sleeve 131 and the second axle sleeve 132 to move by the first spring 134 and the second spring 135, and then the width realizing slideway 133 increase or reduce.Door-plate 110 is when cutting out, and rotating shaft 121 is arranged in through hole 136, and the first spring 134 and the second spring 135 are all in extended configuration; Door-plate 110 is in the process opened and closed, and rotating shaft 121 is arranged in slideway 133, and the first spring 134 and the second spring 135 are all in compressive state; Door-plate 110 is after unlatching, and rotating shaft 121 and slideway 133 are separated, and the first spring 134 and the second spring 135 are all in extended configuration.
First spring 134 and the second spring 135 can lock rotating shaft 121 when being in extended configuration, rotating shaft 121 is not easily skidded off from through hole 136, to pin door-plate 110, prevent door-plate 110 from rocking, ensure that door-plate 110 not easily deviates from through hole 136 under not by the effect of external force, improve reliability when door-plate 110 closes., can also automatically reset under the effect of the elastic force of spring when the first spring 134 and the second spring 135 compress meanwhile, and then drive the first axle sleeve 131 and the second axle sleeve 132 to reset, make door body structure 100 of the present utility model reliable and stable, durable in use.Because doorframe and body structure 200 are integrated, second 135, spring is between body structure 200 and the second axle sleeve 132, body structure 200 supports the second spring 135, and the second spring 135 1 body structure 200 is benchmark, realizes compression and the stretching, extension of the second spring 135.
As a kind of embodiment, sleeve assembly 130 also comprises limit rib 137, and limit rib 137 is arranged between the first axle sleeve 131 and the second axle sleeve 132, and, one end of limit rib 137 contacts with the first axle sleeve 131, and one end of limit rib 137 contacts with the second axle sleeve 132.Limit rib 137 can play stop effect, limit rib 137 can stop that the first axle sleeve 131 and the second axle sleeve 132 continue to move, the position of the first axle sleeve 131 and the second axle sleeve 132 is limited by limit rib 137, prevent the first axle sleeve 131 and the second axle sleeve 132 too close, cause the width of slideway 133 to reduce, be not easy to slipping into and skidding off of rotating shaft 121.
Further, sleeve assembly 130 also comprises installing plate 138, and installing plate 138 is fixed on door-plate 110, and the first axle sleeve 131, second axle sleeve 132 is all installed on installing plate 138 with limit rib 137.Installing plate 138 is provided with slide rail 1381, first axle sleeve 131 and the second axle sleeve 132 are installed on slide rail 1381, and driven by the first spring 134 and the second spring 135 respectively and move along slide rail 1381, first axle sleeve 131 and the second axle sleeve 132 can only be moved along slide rail 1381, prevent the first axle sleeve 131 and the second axle sleeve 132 from misplacing.First the first axle sleeve 131, second axle sleeve 132 and limit rib 137 and the first spring 134 are pre-installed with the second spring 135 by installing plate 138, after having pre-installed, more directly on installation door-plate 110.Like this, can reach quick for installation by sleeve assembly 130, object easily, meanwhile, make sleeve assembly 130 have good interchangeability, facilitate user to change.
Again further, sleeve assembly 130 also comprises block 139, and block 139 is fixed on installing plate 138, and the first spring 134 is between block 139 and the first axle sleeve 131, and the first spring 134 is fixed on door-plate 110 by block 139.First spring 134 carries out stretching and compress for benchmark with block 139, limits the position of the first spring 134 and the position of the first axle sleeve 131 by block 139, makes the width of slideway 133 can not be excessive, in order to avoid affect the locking of door-plate 110 when closed.
Sleeve assembly 130 comprises installing plate 138, block 139, first spring 134, first axle sleeve 131, second axle sleeve 132 and the second spring 135, these parts first can be arranged on installing plate 138 and form package, the installation of sleeve assembly 130 can be facilitated like this, convenient and swift; Meanwhile, be convenient to the replacing of sleeve assembly 130, make sleeve assembly 130 have good interchangeability.
See Fig. 1, Fig. 2 and Fig. 5, as a kind of embodiment, in the present embodiment, the quantity of sleeve assembly 130 is four, the quantity of hinge 120 is also four, four sleeve assemblies 130 and four hinges 120 are arranged at the both sides of frame members respectively, and lay respectively at the top and bottom of frame members.Because doorframe and body structure 200 are integrated, hinge 120 is fixedly installed on body structure 200.When door-plate 110 uses side switch gate, rotating shaft 121 on the top hinge 120 of opposite side will as rotation benchmark, rotating shaft 121 on the base plate hinge 120 of opposite side, as the braced structures of door-plate 110, supports door-plate 110, prevents door-plate 110 from dropping when rotating.
When opening the door toward side, sleeve assembly 130 is subject to External Force Acting, first spring 134 and the second spring 135 are compressed, stretch between first axle sleeve 131 and the second axle sleeve 132 and magnify, the width of slideway 133 increases, and door-plate 110 is broken away from the top hinge 120 of side and the restraint forces of bottom hinge 120 and departs from this side hinge 120, realizes freely swinging action, after door body departs from this side hinge 120, sleeve assembly 130 resets.Toward side at closing time, sleeve assembly 130 is subject to the effect of door closing force, first spring 134 and the second spring 135 are compressed, again stretch between first axle sleeve 131 and the second axle sleeve 132 and magnify, rotating shaft 121 on the hinge 120 of side enters in the slideway 133 between the first axle sleeve 131 and the second axle sleeve 132 smoothly, when rotating shaft 121 enters in through hole 136, first axle sleeve 131 and the second axle sleeve 132 again reset under the spring-force driven dual of the first spring 134 and the second spring 135, realize hole axle with the rotating shaft 121 on the hinge 120 of side to coordinate, pin door-plate 110 simultaneously, prevent door-plate 110 from rocking, rotating shaft 121 is made not easily not deviate from through hole 136 by under external force.When using opposite side switch gate, its structural principle is consistent with side, at this no longer enumeration.
Further, the quantity of the first spring 134 and the second spring 135 is two or more, and plural first spring 134 is in column is arranged between block 139 and the first axle sleeve 131, plural second spring 135 is in column to be arranged between the second axle sleeve 132 and doorframe.Because doorframe and body structure 200 are integrated, therefore, plural second spring 135 is in column is arranged between the second axle sleeve 132 and body structure 200.In the present embodiment, the quantity of the first spring 134 and the second spring 135 is two, improves door-plate 110 experiencing when locking by two the first springs 134 and two the second springs 135, improves reliability when door-plate 110 is locked.
The work of door-plate 110 when switch of door body structure 100 of the present utility model is as follows, illustrates to use side switch gate:
When closing door state, the first axle sleeve 131 and the second axle sleeve 132 are subject to the compressive force of the first spring 134 and the second spring 135, are subject to the backstop action of the reset muscle on installing plate 138 simultaneously, are positioned on reset position.When opening-door plate 110, rotating shaft 121 on hinge 120 enters slideway 133 from through hole 136 gradually, first spring 134 and the second spring 135 are subject to the compressive force toward outside, and, first spring 134 is the first spring 134 with baffle plate, second 135, spring is using body structure 200 as support member, so the first axle sleeve 131 and the second axle sleeve 132 open, the width of slideway 133 increases, the rotating shaft 121 of hinge 120 is slided in slideway 133, until rotating shaft 121 and slideway 133 are separated, thus realize door opening action, rotating shaft 121 and the first axle sleeve 131, after second axle sleeve 132 is separated, first axle sleeve 131, the compressive force that second axle sleeve 132 is subject to the first spring 134 and the second spring 135 respectively gets back to reset.At that time, rotating shaft 121 is introduced in slideway 133, now the first spring 134 and the second spring 135 are subject to compressive force at closing time, first axle sleeve 131, second axle sleeve 132 opens, thus rotating shaft 121 can be slided in the through hole 136 on slideway 133 smoothly, when rotating shaft 121 slides into the Kong Weihou of through hole 136, the first axle sleeve 131, second axle sleeve 132 is subject to the reset force of the first spring 134 and the second spring 135 again respectively, get back to not by the reset position under external force, thus realize closing the door action.Simultaneously because the first axle sleeve 131 and the second axle sleeve 132 to be subject to the compressive force of the first spring 134 and the second spring 135 all the time at reset position place, therefore, first axle sleeve 131 and the second axle sleeve 132 serve the coupling mechanism force effect of door-plate 110, make a body under not being subject to external force, rotating shaft 121 not easily departs from through hole 136.The switch gate principle of opposite side is consistent with side, need not enumeration at this.
The utility model provides a kind of cabinet, comprises the door body structure 100 in body structure 200 and above-described embodiment, and door body structure 100 is installed on body structure 200, and the doorframe of door body structure 100 is fixed on body structure 200.Cabinet can refer to the cabinet that storage cabinet, refrigerator, red wine cabinet etc. are closed, and the cabinet realizing closing by door body structure 100 can realize two-way opened and close the door.In the present embodiment, only be described for red wine cabinet, door body structure 100 is arranged on body structure 200, to realize closing of body structure 200, simultaneously, door body structure 100 can move relative to body structure 200, is closed the door with the two-way opened realizing door body structure 100 that coordinates of hinge 120 by sleeve assembly 130.
The above embodiment only have expressed several embodiment of the present utility model, and it describes comparatively concrete and detailed, but therefore can not be interpreted as the restriction to the utility model the scope of the claims.It should be pointed out that for the person of ordinary skill of the art, without departing from the concept of the premise utility, can also make some distortion and improvement, these all belong to protection domain of the present utility model.Therefore, the protection domain of the utility model patent should be as the criterion with claims.
Claims (12)
1. a door body structure, is applicable to be installed on body structure (200), to realize the switch of described door body structure (100), it is characterized in that, comprising:
Frame members, is installed on described body structure (200); Described frame members comprises door-plate (110) and doorframe, and described doorframe is fixed on described body structure (200), and described door-plate (110) is installed on described doorframe;
At least two hinges (120), are installed on the both sides of described doorframe respectively; Described hinge (120) is provided with rotating shaft (121); And
At least two sleeve assemblies (130), be installed on the both sides of described door-plate (110) respectively, and described sleeve assembly (130) is corresponding with the position of described hinge (120), described sleeve assembly (130) is connected described doorframe and described door-plate (110) with described hinge (120); Described sleeve assembly (130) comprises the first axle sleeve (131) and the second axle sleeve (132), described first axle sleeve (131) and described second axle sleeve (132) are all arranged on described door-plate (110), and, described first axle sleeve (131) and described second axle sleeve (132) are oppositely arranged and jointly surround slideway (133), and described rotating shaft (121) is rotated and slided in described slideway (133);
Described door-plate (110) is opened from side, and the described rotating shaft (121) of described door-plate (110) side is slided along described slideway (133), and skids off described slideway (133); Described door-plate (110) is from a side closure, and the described rotating shaft (121) of described door-plate (110) side slips into described slideway (133), and slides along described slideway (133);
The described rotating shaft (121) of described door-plate (110) opposite side is rotated, to support described door-plate in described slideway (133).
2. door body structure according to claim 1, is characterized in that, described first axle sleeve (131) is provided with the first groove, and described second axle sleeve (132) is provided with the second groove;
Described first axle sleeve (131) and described second axle sleeve (132) are by described first groove and described second groove to synthesizing through hole (136), and described through hole (136) is arranged in described slideway (133);
Described rotating shaft (121) slips into described through hole (136) along described slideway (133) or described rotating shaft (121) skids off and slides along described slideway (133) in described through hole (136).
3. door body structure according to claim 2, is characterized in that, the internal diameter of described through hole (136) is greater than the width of described slideway (133);
The internal diameter of described through hole (136) and the diameter of described rotating shaft (121) suitable.
4. door body structure according to claim 2, is characterized in that, described through hole (136) is 1/5 ~ 5/6 of the length of described slideway (133) to the distance at described slideway (133) edge.
5. door body structure according to claim 2, it is characterized in that, described sleeve assembly (130) also comprises the first spring (134) and the second spring (135), described first spring (134) is installed between described first axle sleeve (131) and described door-plate (110), and described second spring (135) is installed between described second axle sleeve (132) and doorframe;
Described first spring (134) and described second spring (135) are all in extended configuration, distance between described first axle sleeve (131) and described second axle sleeve (132) reduces, and described rotating shaft (121) departs from described slideway (133) or described rotating shaft (121) is rotated in described slideway (133);
Described first spring (134) and described second spring (135) are all in compressive state, distance between described first axle sleeve (131) and described second axle sleeve (132) increases, and described rotating shaft (121) is slided in described slideway (133).
6. door body structure according to claim 5, it is characterized in that, described sleeve assembly (130) also comprises limit rib (137), described limit rib (137) is arranged between described first axle sleeve (131) and described second axle sleeve (132), and, one end of described limit rib (137) contacts with described first axle sleeve (131), and the other end of described limit rib (137) contacts with described second axle sleeve (132).
7. door body structure according to claim 6, it is characterized in that, described sleeve assembly (130) also comprises installing plate (138), described installing plate (138) is fixed on described door-plate (110), described installing plate (138) is provided with slide rail (1381), described first axle sleeve (131) and described second axle sleeve (132) are installed on described slide rail (1381), and driven by described first spring (134) and described second spring (135) respectively and move along described slide rail (1381), described limit rib (137) is fixedly installed on described installing plate (138).
8. door body structure according to claim 7, it is characterized in that, described sleeve assembly (130) also comprises block (139), described block (139) is fixed on described installing plate (138), described first spring (134) is positioned between described block (139) and described first axle sleeve (131), and described first spring (134) is fixed on described door-plate (110) by described block (139).
9. the door body structure according to any one of claim 5 to 8, it is characterized in that, the quantity of described sleeve assembly (130) is four, the quantity of described hinge (120) is four, four described sleeve assemblies (130) are arranged at the both sides of described frame members respectively with four described hinges (120), and lay respectively at the top and bottom of described frame members.
10. door body structure according to claim 9, it is characterized in that, described first spring (134) is two or more with the quantity of described second spring (135), and plural described first spring (134) is in column is arranged between described block (139) and described first axle sleeve (131), plural described second spring (135) is in column to be arranged between described second axle sleeve (132) and described doorframe.
11. 1 kinds of cabinets, it is characterized in that, comprise body structure (200) and the door body structure as described in any one of claim 1 to 10 (100), described door body structure (100) is installed on described body structure (200), and the doorframe of described door body structure (100) is fixed on described body structure (200).
12. cabinets according to claim 11, is characterized in that, described doorframe and described body structure (200) are structure as a whole.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520916681.6U CN205206656U (en) | 2015-11-16 | 2015-11-16 | Cabinet body and door body structure thereof |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520916681.6U CN205206656U (en) | 2015-11-16 | 2015-11-16 | Cabinet body and door body structure thereof |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205206656U true CN205206656U (en) | 2016-05-04 |
Family
ID=55844381
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520916681.6U Active CN205206656U (en) | 2015-11-16 | 2015-11-16 | Cabinet body and door body structure thereof |
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| Country | Link |
|---|---|
| CN (1) | CN205206656U (en) |
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2015
- 2015-11-16 CN CN201520916681.6U patent/CN205206656U/en active Active
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