CN201262367Y - Lamp structure with buffer - Google Patents

Lamp structure with buffer Download PDF

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Publication number
CN201262367Y
CN201262367Y CNU2008201369259U CN200820136925U CN201262367Y CN 201262367 Y CN201262367 Y CN 201262367Y CN U2008201369259 U CNU2008201369259 U CN U2008201369259U CN 200820136925 U CN200820136925 U CN 200820136925U CN 201262367 Y CN201262367 Y CN 201262367Y
Authority
CN
China
Prior art keywords
buffer
power switch
fitting structure
box body
electric power
Prior art date
Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
Expired - Fee Related
Application number
CNU2008201369259U
Other languages
Chinese (zh)
Inventor
吴政修
李志群
Current Assignee (The listed assignees may be inaccurate. Google has not performed a legal analysis and makes no representation or warranty as to the accuracy of the list.)
YAOJIN CO Ltd
Original Assignee
YAOJIN CO Ltd
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Application filed by YAOJIN CO Ltd filed Critical YAOJIN CO Ltd
Priority to CNU2008201369259U priority Critical patent/CN201262367Y/en
Application granted granted Critical
Publication of CN201262367Y publication Critical patent/CN201262367Y/en
Anticipated expiration legal-status Critical
Expired - Fee Related legal-status Critical Current

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Abstract

The utility model relates to a lamp structure with a buffer. The structure of the lamp is as follows: the lamp is arranged in a cabinet; the opening of a door is used for leading an electrical circuit of the lamp structure to be connected; an illuminating part of the lamp structure can generate light so as to illuminate the inner part of the cabinet; and otherwise, when the door is closed, the buffer is driven to press and contact an electric switch so as to lead the electrical circuit of the lamp structure to be broken, so the illuminating part can not generate light.

Description

The fitting structure of tool buffer
Technical field
The utility model is the fitting structure about a kind of tool buffer, and the design of its buffer can press the electric power change-over switch of light fixture, so reach regulation and control light source unlatching or close, its pooling feature further can be protected overall structure.
Background technology
On the whole common on the market cabinet can satisfy basic aesthetic property and practicality all at present, yet with regard to convenience, then be very to press close to popular demand not yet, conspicuous lighting problem promptly is a ring wherein, general popular no matter be at home or company can furnish the cupboard that can put article mostly, yet most cupboard is not installed lighting apparatus, or its price of cupboard with lighting apparatus to exceed common product many, or the mechanism design of its lighting apparatus and Electric Design are bad, actual use fragile or inconvenient.
Under the inventor's observation, Duo Shuo product is difficult to reach the standard with effect really on the market, the space that still has greatly improved, so the inventor of this case has the disappearance of product on the market of reflecting, and does one's utmost in the research and development new product, to improve product now.
The utility model content
The utility model is the fitting structure of relevant a kind of tool buffer, and it makes things convenient for the user that the fitting structure of illumination can be provided when opening cupboard, and the design of buffer further can be protected user and overall structure.
The utility model is the fitting structure of relevant a kind of tool buffer, and it includes a box body, and it is the shell structure that comprises a spatial portion, and an end surfaces of this box body has a peristome, and it presents this spatial portion and is in communication with the outside; One illuminating part, it comprises a luminescence component, and this illuminating part is arranged on this box body; One buffer, it includes a trunk portion, one first elastic parts and a rod member, this trunk portion is the shell structure of a hollow columnar, and the sectional area of this trunk portion can cooperate the sectional area of this spatial portion, the two ends of this trunk portion are defined as a first end and a second end respectively, this first end is that this trunk portion is passed this peristome and is exposed to an end of this box body, this the second end is the other end of this trunk portion at this spatial portion intrinsic displacement, this first elastic parts is arranged in this trunk portion, and an end contacts at this first end bottom of this trunk portion, the other end of this first elastic parts is connected with an end of this rod member, and the other end of this rod member penetrates this second end housing of this trunk portion and touches in this box body; One supply of electric power portion, it is the source that provides of electric power; One electric loop portion, it is electrically connected this illuminating part and this supply of electric power portion; And an electric power switch unit, it is arranged in this electric loop portion, the state of changeable this electric loop portion.
Wherein this buffer can move in this spatial portion, defines a primary importance, and this moment, this buffer protruded from this box body, and the housing of this buffer can not press this electric power switch unit, and this electric loop portion is a channel status; Define a second place again, promptly in this this box body of buffer feed-in, this moment, the housing of this buffer pressed this electric power switch unit, and making this electric loop portion is off state.
Be familiar with this skill personage and understand the purpose of this utility model, feature and effect for making, now by following specific embodiment, and cooperate appended graphic, in detail explanation as after.
Description of drawings
Fig. 1 is the isometric exploded view of the fitting structure of the utility model tool buffer;
Fig. 2 is the three-dimensional assembled view of the fitting structure of the utility model tool buffer;
Fig. 3 is the assembly electric connecting relation figure of the fitting structure of the utility model tool buffer;
Fig. 4 is another assembly electric connecting relation figure of the fitting structure of the utility model tool buffer;
Fig. 5 is the primary importance state diagram of the fitting structure of the utility model tool buffer;
Fig. 6 is the second place state diagram of the fitting structure of the utility model tool buffer;
Fig. 7 is the cabinet door opening figure of the fitting structure of the utility model tool buffer;
Fig. 8 is the cabinet door closed condition figure of the fitting structure of the utility model tool buffer.
[primary clustering symbol description]
1, true 10, the spatial portion 100 of box body, first spatial portion 101, second spatial portion
12, peristome 130, turning cylinder 131, fixed axis 132, second elastic parts
14, storage tank 15, button 2, buffer 20, trunk portion
21, head 22, first elastic parts 23, rod member 3, illuminating part
30, luminescence component 4, supply of electric power portion 5, electric loop portion 50, electric power switch unit
51, first power switch 52, second power switch 53, control chip
6, fixed head 60, alar part 7, cupboard 70, door-plate
The specific embodiment
The utility model is the fitting structure of relevant a kind of tool buffer, below will describe embodiment of the present utility model in detail.
See also Fig. 1 to shown in Figure 6, Fig. 1 is the isometric exploded view of the fitting structure of the utility model tool buffer, Fig. 2 is the three-dimensional assembled view of the fitting structure of the utility model tool buffer, Fig. 3 is the assembly electric connecting relation figure of the fitting structure of the utility model tool buffer, Fig. 4 is another assembly electric connecting relation figure of the fitting structure of the utility model tool buffer, Fig. 5 is the primary importance state diagram of the fitting structure of the utility model tool buffer, and Fig. 6 is the second place state diagram of the fitting structure of the utility model tool buffer.
See also shown in Figure 1ly, the fitting structure of the utility model tool buffer includes a box body 1, a buffer 2, an illuminating part 3, a supply of electric power portion 4, an electric loop portion 5, an electric power switch unit 50 and a fixed head 6; This box body 1 is the shell structure that comprises a spatial portion 10, and an end surfaces of this box body 1 has a peristome 12, and it is in communication with the outside part for this spatial portion 10.
Please consult shown in Figure 1 again, in the fitting structure of aforementioned tool buffer, these spatial portion 10 ccontaining these buffers 2 of this box body 1, this buffer 2 includes a trunk portion 20, one first elastic parts 22 and a rod member 23, this trunk portion 20 is rendered as the hollow housing structure, and the sectional area of this trunk portion 20 can cooperate the sectional area of this spatial portion 10; The two ends of this trunk portion 20 are defined as a first end and a second end respectively, wherein, this first end is that this trunk portion 20 is passed this peristome 12 and is exposed to an end of this box body 1, and this second end is the other end of this trunk portion 20 at these spatial portion 10 intrinsic displacements; And this first elastic parts 22 is arranged in this trunk portion 20, one end of this first elastic parts 22 is to connect this rod member 23, and the other end contacts at the inner surface portion of this first end of this trunk portion 20, makes this rod member 23 be subjected to this first elastic parts 22 and is limited between a home position and the compression position.In addition, an end of this rod member 23 is limited to this trunk portion 20 inside, and the other end penetrates this second end housing of this trunk portion 20 and contacts at this box body 1.
Please consult shown in Figure 1 again, the end that aforesaid this first elastic parts 22 contacts at this trunk portion 20 can be fixed in the inside of this trunk portion 20, mainly can reach this first elastic parts 22 provides an elastic force in this trunk portion 20 and this rod member 23, make and to be subjected to external force and after producing relative motion and reaching the compression position of aforesaid rod member 23 when this trunk portion 20 and this rod member 23, if when this trunk portion 20 and this rod member 23 suffered external force discharged, this first elastic parts 22 can provide elastic force and make the home position that this trunk portion 20 and this rod member 23 produce relative motion once more and reach aforesaid rod member 23.In addition, the purpose that the end that aforementioned rod member 23 penetrates this trunk portion 20 contacts at this box body 1 provides a reaction force, produces the external force of relative motion with aforementioned this trunk portion 20 and this rod member 23 of causing of balance.Therefore, the outer end of this rod member 23 can contact at this box body 1 or be fixedly arranged on this box body 1.
Store the fluid of tool damping property in this trunk portion 20 of aforementioned this buffer 2, and this fluid can be liquid state or gaseous state.Therefore, when producing relative motion between this trunk portion 20 of this buffer 2 and this first elastic parts 22, form one and have the mechanical system of elasticity and damping characteristic, and reach the effect of slowing down impact.
Please consult shown in Figure 1ly again, aforementioned this box body 1 can further be done better enforcement with the structure of this buffer 2; This spatial portion 10 further contains one first spatial portion 100 and one second spatial portion 101, these first spatial portion, 100 front ends form this peristome 12 and the rear end is connected with this second spatial portion 101, the sectional area of this second spatial portion 101 is greater than the sectional area of this first spatial portion 100, and this second end of this trunk portion 20 further has a head 21, the sectional area of this head 21 is greater than the sectional area of this trunk portion 20 and first spatial portion 100, and this trunk portion 20 is disposed at this first spatial portion 100 and this second spatial portion 101 respectively with this head 21.
Please consult Fig. 1 and shown in Figure 2 again, in the fitting structure of aforementioned tool buffer, this illuminating part 3 is arranged on this box body 1, and this illuminating part 3 comprises one or several luminescence components 30 usefulness as illuminations, this luminescence component 30 can be LED or any light source, and can drive it via suitable electric power is provided.
Please consult shown in Figure 3 again, in the fitting structure of aforementioned tool buffer, this supply of electric power portion 4 is the sources that provide of electric power, particularly it can be for being arranged at the battery tray of this box body 1 inner space, use general battery as power source, can also be the electric power source of outside, particularly be external battery case or the transformer that can be electrically connected urban electricity system, be directed in this electric loop portion 5 by being electrically connected the electric power that this supply of electric power portion 4 is provided, promptly provide this illuminating part 3 required electric power.
Please consult shown in Figure 3ly again, in the fitting structure of aforementioned tool buffer, this electric loop portion 5 mainly is an electric loop, and is to be electrically connected this illuminating part 3 and this supply of electric power portion 4; This electric loop portion 5 further comprises an electric power switch unit 50, and it is path and the one state that opens circuit in order to the electric state that switches this electric loop portion 5.
Please consult Fig. 5 and shown in Figure 6 again, in the fitting structure of aforementioned tool buffer, this buffer 2 can move in the inner space of this box body 1, define a primary importance, it is the state that this buffer 2 is not subjected to external force, this moment, this buffer 2 protruded from this peristome 12 by the elastic-restoring force of this first elastic parts 22, and because the sectional area of this head 21 is greater than the sectional area of this first spatial portion 100, therefore a cross section end card of this head 21 touches the cross section end in this first spatial portion 100, this moment, the housing of this head 21 can not press this electric power switch unit 50, made this electric loop portion 5 be channel status; Defining a second place again, is the state that this buffer 2 is pressed by object to execute an external force, and this moment, this buffer 2 embedded these box bodys 1, and the housing of this head 21 presses this electric power switch unit 50, makes this electric loop portion 5 be off state; After external force disappeared, this buffer 2 was got back to this primary importance by the elastic-restoring force of this first elastic parts 22 again.
Please consult shown in Figure 3ly again, this electric power switch unit 50 in aforesaid this electric loop portion 5 further comprises one first power switch 51 and one second power switch 52 again.Wherein this second power switch 52 can be selected to control this electric loop portion 5 and is path and the one state that opens circuit; When this buffer 2 is positioned at this primary importance and is not subjected to the state of external force, the housing of this head 21 can not press this first power switch 51, make this electric power switch unit 50 select this electric loop portion 5 to be channel status, yet, can make this electric power switch unit 50 select this electric loop portion 5 to be off state by switching this second power switch 52.When this buffer 2 was positioned at this second place and is subjected to the state of external force, the housing of this head 21 pressed this first power switch 51, made this electric power switch unit 50 select this electric loop portion 5 to be off state.Therefore, when this head 21 of this buffer 2 discharges this first power switch 51 of this electric power switch unit 50, make this electric power switch unit 50 select this electric loop portion 5 to be channel status, if by the control of this second power switch 52, then can further control this electric power switch unit 50 again and select this electric loop portion 5 to be path or off state.
Aforesaid second power switch 52 can be a key switch, and form path or off state by operator's touching, and only when this first power switch 51 was channel status simultaneously with this second power switch 52, it was channel status that this electric power switch unit 50 could be selected this electric loop portion 5; And arbitrary when be off state in this first power switch 51 and this second power switch 52, it is off state that this electric power switch unit 50 is all selected this electric loop portion 5.
Aforesaid second power switch 52 can further be controlled by the button 15 on this box body 1, and this button 15 is the effect of this key switch of control.
Please consult shown in Figure 4 again, aforesaid electric power switch unit 50 further comprises a control chip 53, this control chip 53 is logic controllers, and can be channel status or off state for selecting this electric loop portion 5 by the state of this electric power switch unit 50 of the corresponding switching with the state of this second power switch 52 of this first power switch 51.Moreover when this first power switch 51 was subjected to the pressing of head 21 of this buffer 2, it was channel status that this control chip 53 is replied these second power switches 52.
Therefore, when the head 21 of this buffer 2 discharges this first power switch 51 of this electric power switch unit 50 and switches this second power switch 52 for off state, can make this electric power switch unit 50 select this electric loop portion 5 to be off state; This moment is after if this head 21 of this buffer 2 presses this first power switch 51 of this electric power switch unit 50 once more, after making this head 21 of this buffer 2 discharge this first power switch 51 of these electric power switch units 50 again, this second power switch 52 is replied and is channel status, and makes this electric power switch unit 50 select this electric loop portion 5 to be channel status.
Please consult shown in Figure 1 again, in the fitting structure of aforementioned tool buffer, this box body 1 can be independent individual with this illuminating part 3, the assembling of can arranging in pairs or groups is mutually also rotated mutually, demand when throwing light on to cooperate, wherein this electric loop portion 5 of these illuminating part 3 mats does electric binding with this supply of electric power portion 4, the utility model is implemented in such a way, this box body 1 further contains a rotating unit with this illuminating part 3, it comprises a turning cylinder 130, one fixed axis 131 and one second elastic parts 132, this turning cylinder 130 is arranged at this illuminating part 3, this fixed axis 131 is connected with an end of this second elastic parts 132, the other end of this second elastic parts 132 is arranged on this box body 1, and this turning cylinder 130 is gear-like structure and collocation mutually with this fixed axis 131, and this illuminating part 3 can be rotated and the angle of the demand of adjustment with respect to this box body 1; In addition, this second elastic parts 132 provides the fixed angle of stretch ﹠ recovery in order to this illuminating part 3.
Please consult Fig. 7 and shown in Figure 8 again, Fig. 7 and Fig. 8 are respectively cabinet door opening figure and the cabinet door closed condition figure that the fitting structure of the utility model tool buffer cooperates a cupboard to implement.The fitting structure of aforementioned the utility model tool buffer can be installed in the cupboard 7 and use, the utility model is to implement in such a way, these fixed head 6 main default earlier inside of being fixed in this cupboard 7, after this fixed head 6 fixedly is better than on this cupboard 7, this box body 1 is connected on this fixed head 6 in the mode of machinery assembling again, wherein this fixed head 6 respectively is extended with an alar part 60 in relative dual-side, and the relative dual-side of this box body 1 respectively has two storage tanks 14 of this both wing portions 60 of can arranging in pairs or groups.
Please consult Fig. 7 and shown in Figure 8 once more, the fitting structure of the utility model tool buffer is installed on the inside of aforesaid this cupboard 7, the non-characteristics of the present utility model in inside that the mode of its installation can use screw closure or buckle that this fixed head 6 is fixed in this cupboard 7, so no longer narrated, then the mode of mentioning as described above mainly is that this box body 1 is assembled on this fixed head 6, when it is installed on this cupboard 7, this peristome 12 of this box body 1 is towards the space outerpace of this cupboard 7, and the another side that is provided with this box body 1 of this illuminating part 3 then is the inner space towards this cupboard 7; When a door-plate 70 of this cupboard 7 makes this cupboard 7 be in closed condition, this door-plate 70 will be pushed through this buffer 2 that protrudes from this peristome 12, make this buffer 2 in this box body 1, move on this second place, this first elastic parts 22 also is compressed, this second power switch 52 also automatically reverts to channel status, and the housing of this head 21 is pressed this first power switch 51 that touches this electric power switch unit 50, make this electric power switch unit 50 select this electric loop portion 5 to be off state, this illuminating part 3 will not have light and produce; Otherwise, if open this cupboard 7, this door-plate 70 is no longer to these buffer 2 application of forces, this first elastic parts 22 discharges its elastic-restoring force, this buffer 2 is moved outside this box body 1 to be returned on this primary importance, the housing of this head 21 no longer touches this first power switch 51 of this electric power switch unit 50, then make this electric power switch unit 50 select this electric loop portion 5 to be channel status, this illuminating part 3 will produce the inner space of this cupboard 7 of light illumination, and also can switch this electric loop portion 5 by this second power switch 52 this moment certainly is off state.
The fitting structure of aforesaid tool buffer, wherein this first elastic parts 22 and this second elastic parts 132 all are the mechanism assemblies with elastic-restoring force, such as block of spring, shell fragment, elastic material etc.
Be with; the fitting structure of a kind of tool buffer provided by the utility model; the inner space that can conveniently provide the user to throw light on cupboard; its buffer can be protected the switch of cabinet door; therefore the utility model has progressive and meets the important document of applying for utility model patent; so file an application in accordance with the law, look forward to authorizing early.
Below the utility model is done one and describe in detail, only the above person only is a preferred embodiment of the present utility model, when not limiting the scope that the utility model is implemented.Be that all equalizations of doing according to the utility model application range change and modify etc., all should still belong in the patent covering scope of the present utility model.

Claims (16)

1, a kind of fitting structure of tool buffer includes:
One box body, it is the shell structure that comprises a spatial portion, and an end surfaces of this box body has a peristome, this peristome connects to extraneous from this spatial portion;
One illuminating part, it comprises a luminescence component, and this illuminating part is arranged on this box body;
One buffer, it includes a trunk portion, one first elastic parts and a rod member, this trunk portion is the shell structure of a hollow columnar, and the sectional area of this trunk portion cooperates the sectional area of this spatial portion, the two ends of this trunk portion are defined as a first end and a second end respectively, this first end is that this trunk portion is passed this peristome and is exposed to the outside of this box body, this the second end is the other end of this trunk portion at this spatial portion intrinsic displacement, this first elastic parts is arranged in this trunk portion, and an end contacts at this first end bottom of this trunk portion, the other end of this first elastic parts is connected with an end of this rod member, and the other end of this rod member penetrates this second end housing of this trunk portion and touches in this box body;
One supply of electric power portion, it is the source that provides of electric power;
One electric loop portion, it is electrically connected this illuminating part and this supply of electric power portion; And
One electric power switch unit, it is arranged in this electric loop portion, the state of changeable this electric loop portion;
Wherein this buffer can move in this spatial portion, defines a primary importance, and this moment, this buffer protruded from this box body, and the housing of this buffer can not press this electric power switch unit, and this electric loop portion is a channel status; Define a second place again, promptly in this this box body of buffer feed-in, this moment, the housing of this buffer pressed this electric power switch unit, and making this electric loop portion is off state.
2, the fitting structure of tool buffer as claimed in claim 1, this spatial portion further has one first spatial portion and one second spatial portion, this first spatial portion is connected with this second spatial portion, the sectional area of this second spatial portion is greater than the sectional area of this first spatial portion, and this second end of this trunk portion further has a head, the sectional area of this head is greater than the sectional area of this trunk portion and first spatial portion, and this trunk portion and this head are disposed at this first spatial portion and this second spatial portion respectively.
3, the fitting structure of tool buffer as claimed in claim 2, when wherein this buffer moves by the elastic-restoring force of this first elastic parts, because of the sectional area of this head greater than this trunk portion and this first spatial portion, mobile this primary importance that stops at of this buffer.
4, the fitting structure of tool buffer as claimed in claim 1, wherein this box body further contains a rotating unit, it comprises a turning cylinder, a fixed axis and one second elastic parts, this turning cylinder is arranged at this illuminating part, and this turning cylinder contacts with this fixed axis collocation, this fixed axis is connected with an end of this second elastic parts, and the other end of this second elastic parts is arranged on this box body.
5, the fitting structure of tool buffer as claimed in claim 4, wherein this turning cylinder and this fixed axis are the gear-like structure and can arrange in pairs or groups mutually.
6, the fitting structure of tool buffer as claimed in claim 4, wherein this first elastic parts and this second elastic parts all are springs.
7, the fitting structure of tool buffer as claimed in claim 1, wherein this supply of electric power portion can be following arbitrary option: a battery tray and an external power supply.
8, the fitting structure of tool buffer as claimed in claim 1, wherein this electric power switch unit further contains one first power switch and one second power switch, and this buffer presses this first power switch; It is path and the one state that opens circuit that this second power switch is independently controlled this electric loop portion, and this second power switch can be a key switch.
9, the fitting structure of tool buffer as claimed in claim 8, wherein this second power switch can be controlled by the button on this box body, and this button is the effect of this key switch of control.
10, the fitting structure of tool buffer as claimed in claim 9, wherein this buffer is positioned at this second place, and when promptly this electric power switch unit was the state that opens circuit, this second power switch automatically reverted to the setting of channel status.
11, the fitting structure of tool buffer as claimed in claim 10, wherein this electric power switch unit further has a control chip, this control chip is a logic controller, and the state of this electric power switch unit of the corresponding switching of state by this first power switch and this second power switch and to select this electric loop portion be path and the one state that opens circuit.
12, the fitting structure of tool buffer as claimed in claim 11, wherein this control chip is positioned at this second place in this buffer, when promptly this electric power switch unit is the state that opens circuit, controls the setting that this second power switch automatically reverts to channel status.
13, the fitting structure of tool buffer as claimed in claim 1, wherein this box body is further to be mechanically connected on the fixed head.
14, the fitting structure of tool buffer as claimed in claim 13, wherein this fixed head respectively is extended with an alar part in relative dual-side, and the relative dual-side of this box body respectively has two storage tanks of this both wing portions of can arranging in pairs or groups.
15, the fitting structure of tool buffer as claimed in claim 1 wherein has the fluid of tool damping property in this trunk portion of this buffer.
16, the fitting structure of tool buffer as claimed in claim 15, wherein the fluid of this tool damping property is chosen as liquid state or gaseous state.
CNU2008201369259U 2008-09-18 2008-09-18 Lamp structure with buffer Expired - Fee Related CN201262367Y (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
CNU2008201369259U CN201262367Y (en) 2008-09-18 2008-09-18 Lamp structure with buffer

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
CNU2008201369259U CN201262367Y (en) 2008-09-18 2008-09-18 Lamp structure with buffer

Publications (1)

Publication Number Publication Date
CN201262367Y true CN201262367Y (en) 2009-06-24

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CNU2008201369259U Expired - Fee Related CN201262367Y (en) 2008-09-18 2008-09-18 Lamp structure with buffer

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Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN105649457A (en) * 2015-12-28 2016-06-08 中山市晟泰金属制品有限公司 Intelligent furniture door buffering and lighting device

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN105649457A (en) * 2015-12-28 2016-06-08 中山市晟泰金属制品有限公司 Intelligent furniture door buffering and lighting device

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C14 Grant of patent or utility model
GR01 Patent grant
CF01 Termination of patent right due to non-payment of annual fee

Granted publication date: 20090624

Termination date: 20150918

EXPY Termination of patent right or utility model