CN103783818B - The application of Convection heat-radiation foldable notebook computer desk - Google Patents
The application of Convection heat-radiation foldable notebook computer desk Download PDFInfo
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- CN103783818B CN103783818B CN201410045058.8A CN201410045058A CN103783818B CN 103783818 B CN103783818 B CN 103783818B CN 201410045058 A CN201410045058 A CN 201410045058A CN 103783818 B CN103783818 B CN 103783818B
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Abstract
The application of Convection heat-radiation foldable notebook computer desk relates to office furniture applied technical field, the application characteristic of Convection heat-radiation foldable notebook computer desk is: pull open steady pin rotated down Convection heat-radiation foldable notebook computer desk during use, open two folding legs, by shotpin hooking in shotpin hooking pin, can use; Finish using, open shotpin hooking pin, pack up two folding legs, by downward for desktop front end, rear end rotates up to pack up and is folded to adherent place, and note steady pin to insert in the long-armed connecting rod fixing hole on long-armed connecting rod and the galianconism connecting rod fixing hole on galianconism connecting rod, pin Convection heat-radiation foldable notebook computer desk.Convection heat-radiation foldable notebook computer desk has self heat dissipation function when nothing heat radiation peripheral hardware; User is naturally comfortable, saves space.
Description
The application of Convection heat-radiation foldable notebook computer desk, for inventing the divisional application of " Convection heat-radiation foldable notebook computer desk ".Original application day: on October 28th, 2012, application number: 2012104193447, former invention and created name: Convection heat-radiation foldable notebook computer desk.
Technical field
The application of Convection heat-radiation foldable notebook computer desk relates to the applied technical field of office furniture applied technical field, particularly Convection heat-radiation foldable notebook computer desk.
Background technology
Dormitory or room narrow, being difficult to everyone has computer desk to use, the foldable computer table of prior art has plenty of on bed puts the folding computer desk of four legs, use human action inconvenience, notebook computer often separately adds additional auxiliary electrical fan cooling pallet when summer uses, notebook is originally portable convenient, then increases peripheral hardware and also can bring certain added burden to user.
ZL200920284642.3 adopts wire side heat radiation, but grid is too large, and four supporting legs of notebook are subside, and the bottom surface of notebook is plane, and be unfavorable for forming convection current, radiating effect is had a greatly reduced quality; ZL201010117514.7 takies larger space; ZL 201120575218.1 cantilever support less stable; ZL201120106831.9 and 00208387.6 must cross one's legs and just can use, and comfort is poor, easily causes fatigue.Application number be 201010214969.0 patent application have four legs of the foldable computer table for bed of louvre, people is handicapped in use, louvre is too large, computer is put on upper four bearings of table and can subsides down, computer itself can stop the heat loss through convection of louvre, and the used time also will separately not have place to put in addition.
Summary of the invention
Defect for prior art exists:
The application of Convection heat-radiation foldable notebook computer desk adopts following technical scheme:
1, the application of Convection heat-radiation foldable notebook computer desk, it is characterized in that: during use, pull open steady pin 13-4 rotated down Convection heat-radiation foldable notebook computer desk, open two folding legs 5, shotpin is hooked 7-2 hooking in shotpin hooking pin 7-3, can use;
Finish using, open shotpin hooking pin 7-3, pack up two folding legs 5, by downward for desktop front end, rear end rotates up to pack up and is folded to adherent place, and note steady pin 13-4 to insert in the long-armed connecting rod fixing hole 13-1 on long-armed the connecting rod 9 and galianconism connecting rod fixing hole 13-2 on galianconism connecting rod 12, pin Convection heat-radiation foldable notebook computer desk.
Described Convection heat-radiation foldable notebook computer desk comprises the head of a bed 1, framework 2, side frame 2-1, end frame 2-2, heat loss through convection plate 3, louvre 3-1, countersunk head pivot pin 4, split pin 4-1, packing ring 4-2, folding leg 5, mattress 6, shotpin hooks device 7, shotpin hooks ring washer 7-1, shotpin hooks 7-2, shotpin hooking pin 7-3, shotpin hooks split pin 7-4, shotpin hooks fixed axis 7-5, connecting bolt a8, nut a 8-1, packing ring a8-2, long-armed connecting rod 9, supporting seat board 10, supporting seat board boss 10-1, connecting-rod bolts b11, nut b11-1, packing ring b11-2, galianconism connecting rod 12, fixed pin arrangement 13, long-armed connecting rod fixing hole 13-1, galianconism connecting rod fixing hole 13-2, steady pin chain 13-3, steady pin 13-4, it is characterized in that louvre 3-1 heat loss through convection plate 3 having N number of equidistant even arrangement, connecting frame 2 bottom heat loss through convection plate 3, framework 2 right side front is connected two folding legs 5 respectively with the end frame 2-2 of rear end, side frame 2-1 on the left of framework 2 front-end and back-end connects long-armed connecting rod 9 upper end and galianconism connecting rod 12 upper end respectively by countersunk head pivot pin 4, packing ring 4-2, split pin 4-1, long-armed connecting rod 9 lower end is connected with the supporting seat board boss 10-1 of supporting seat board 10 bottom by connecting bolt a8, and galianconism connecting rod 12 is connected with supporting seat board 10 left end middle and upper part by connecting-rod bolts b11, nut b11-1, packing ring b11-2, described supporting seat board 10 stage casing connects shotpin and hooks device 7, in described long-armed connecting rod 9, hypomere is equipped with shotpin hooking pin 7-3, in described long-armed connecting rod 9, epimere is equipped with fixed pin arrangement 13, steady pin 13-4 is connected with long-armed connecting rod 9 by steady pin chain 13-3, in long-armed connecting rod 9, epimere has long-armed connecting rod fixing hole 13-1, and described fixed pin arrangement 13 is characterised in that and comprises steady pin chain 13-3 and steady pin 13-4, in described galianconism connecting rod 12, epimere has galianconism connecting rod fixing hole 13-2.
2, described folding leg 5 is connected with end frame 2-2 by countersunk head pivot pin 4, packing ring 4-2, split pin 4-1.
3, described long-armed connecting rod 9 is connected (see Fig. 3) with end frame 2-2 by countersunk head pivot pin 4, packing ring 4-2, split pin 4-1.
4, described galianconism connecting rod 12 is connected (see Fig. 4) with end frame 2-2 by countersunk head pivot pin 4, packing ring 4-2, split pin 4-1.
5, described louvre 3-1 is characterized in that aperture=5mm, adjacent aperture centers distance=10mm;
6, described long-armed connecting rod 9 and galianconism connecting rod 12 are square tube.
7, described long-armed connecting rod 9 other end connects supporting seat board boss 10-1 by connecting bolt a8, nut a 8-1, packing ring a8-2.
8, described galianconism connecting rod 12 connects supporting seat board 10 by connecting bolt a8, nut a 8-1, packing ring a8-2.
9, described supporting seat board boss 10-1 is positioned at bottom on the left of supporting seat board 10 and connects supporting seat board 10; Described packing ring a8-2 and the axial gap=0.2mm supporting seat board 10.
10, described packing ring a8-2 and the axial gap=0.2mm supporting seat board boss 10-1.
Be take front view as the left and right sides of benchmark on the right side of described left side, described front and back ends is also benchmark with front view, and front end refers to head end far away, and rear end refers to nearly head end.
The installation method of Convection heat-radiation foldable notebook computer desk
1, the installation method of Convection heat-radiation foldable notebook computer desk comprises the head of a bed 1, framework 2, side frame 2-1, end frame 2-2, heat loss through convection plate 3, louvre 3-1, countersunk head pivot pin 4, split pin 4-1, packing ring 4-2, folding leg 5, mattress 6, shotpin hooks device 7, shotpin hooks ring washer 7-1, shotpin hooks 7-2, shotpin hooking pin 7-3, shotpin hooks split pin 7-4, shotpin hooks fixed axis 7-5, connecting bolt a8, nut a 8-1, packing ring a8-2, long-armed connecting rod 9, supporting seat board 10, supporting seat board boss 10-1, connecting-rod bolts b11, nut b11-1, packing ring b11-2, galianconism connecting rod 12, fixed pin arrangement 13, long-armed connecting rod fixing hole 13-1, galianconism connecting rod fixing hole 13-2, steady pin chain 13-3, steady pin 13-4, it is characterized in that being installed by following steps:
Step 1: bond together bottom prefabricated heat loss through convection plate 3 with framework 2;
Step 2: the connection of framework 2 and folding leg 5, countersunk head pivot pin 4 is overlapped upper gasket 4-2, insertion opening pin 4-1 after passing folding leg 5 with countersunk head pivot pin 4 respectively by end frame 2-2;
Step 3: supporting seat board boss 10-1 and the connection of supporting seat board 10, be welded on supporting seat board 10 by supporting seat board boss 10-1;
Step 4: long-armed connecting rod 9 and the connection of supporting seat board 10, by connecting-rod bolts b11 through long-armed connecting rod 9, supporting seat board 10, installs packing ring a8-2, pre-installation two nut a 8-1, adjustment axial gap=0.2mm, by standby for two nut a 8-1 tight; (see accompanying drawing 6)
Step 5: galianconism connecting rod 12 is identical with step 5 installation method with the connection of supporting seat board 10; (see accompanying drawing 5)
Step 6: the connection of long-armed connecting rod 9 and framework 2, long-armed connecting rod 9 inserts countersunk head pivot pin 4, and makes countersunk head pivot pin 4 install packing ring 4-2, construction opening pin 4-1 (see accompanying drawing 4) through side frame 2-1;
Step 7: galianconism connecting rod 12 is identical with the installation method of step 7 with the connection of framework 2;
2, shotpin is installed and hooks device 7, it is characterized in that shotpin being hooked fixed axis 7-5 is welded on supporting seat board 10, shotpin is hooked 7-2 and be installed on shotpin hook fixed axis 7-5, shotpin is installed and hooks ring washer 7-1, shotpin is installed and hooks split pin 7-4; Shotpin hooking pin 7-3 is welded on long-armed connecting rod 9.
3, the installation of steady pin chain 13-3 and steady pin 13-4, it is characterized in that steady pin chain 13-3 one end to be welded on long-armed connecting rod 9, the other end and steady pin 13-4 weld together.
Accompanying drawing explanation
Fig. 1; Convection heat-radiation foldable notebook computer desk front view;
Fig. 2: Convection heat-radiation foldable notebook computer desk side view;
Fig. 3: A direction view;
Fig. 4: A-A profile;
Fig. 5: I enlarged partial sectional view;
Fig. 6: II enlarged partial sectional view.
In figure: 1 head of a bed, 2 frameworks, 2-1 side frame, 2-2 holds frame, 3 heat loss through convection plates, 3-1 louvre, 4 countersunk head pivot pins, 4-1 split pin, 4-2 packing ring, 5 folding legs, 6 mattresses, 7 shotpins hook device, 7-1 shotpin hooks ring washer, 7-2 shotpin hooks, 7-3 shotpin hooking pin, 7-4 shotpin hooks split pin, 7-5 shotpin hooks fixed axis, 8 connecting bolt a, 8-1 nut a, 8-2 packing ring a, 9 long-armed connecting rods, 10 supporting seat boards, 10-1 supports seat board boss, 11 connecting-rod bolts b, 11-1 nut b, 11-2 packing ring b, 12 galianconism connecting rods, 13 fixed pin arrangement, the long-armed connecting rod fixing hole of 13-1, 13-2 galianconism connecting rod fixing hole, 13-3 steady pin chain, 13-4 steady pin.
Beneficial effect
Be attached to after rotary folding on wall, save and take up an area, and rotate due to the decentraction that have employed length arm connecting rod, make folding after folding leg, framework etc. are all hidden in by wall side, desktop does not produce mixed and disorderly sense outwardly;
When not dispelling the heat peripheral hardware, there is self heat dissipation function;
Adopt double link and twofold leg, have and support firm effect;
Put down during use, people can against the head of a bed, naturally comfortable, and two folding legs can freely fold, and do not hinder the action of people;
Rotary folding adopts fixed pin arrangement effectively can prevent the landing be given a shock after being attached at wall, guarantee use safety;
Employing countersunk pin connects, hooking fabric when can prevent from using in bed;
Also study etc. of writing can be used for after placement notebook.
Detailed description of the invention
Embodiment 1
1, the application of Convection heat-radiation foldable notebook computer desk, it is characterized in that: during use, pull open steady pin 13-4 rotated down Convection heat-radiation foldable notebook computer desk, open two folding legs 5, shotpin is hooked 7-2 hooking in shotpin hooking pin 7-3, can use;
Finish using, open shotpin hooking pin 7-3, pack up two folding legs 5, by downward for desktop front end, rear end rotates up to pack up and is folded to adherent place, and note steady pin 13-4 to insert in the long-armed connecting rod fixing hole 13-1 on long-armed the connecting rod 9 and galianconism connecting rod fixing hole 13-2 on galianconism connecting rod 12, pin Convection heat-radiation foldable notebook computer desk.
Convection heat-radiation foldable notebook computer desk comprises the head of a bed 1, framework 2, side frame 2-1, end frame 2-2, heat loss through convection plate 3, louvre 3-1, countersunk head pivot pin 4, split pin 4-1, packing ring 4-2, folding leg 5, mattress 6, shotpin hooks device 7, shotpin hooks ring washer 7-1, shotpin hooks 7-2, shotpin hooking pin 7-3, shotpin hooks split pin 7-4, shotpin hooks fixed axis 7-5, connecting bolt a8, nut a 8-1, packing ring a8-2, long-armed connecting rod 9, supporting seat board 10, supporting seat board boss 10-1, connecting-rod bolts b11, nut b11-1, packing ring b11-2, galianconism connecting rod 12, fixed pin arrangement 13, long-armed connecting rod fixing hole 13-1, galianconism connecting rod fixing hole 13-2, steady pin chain 13-3, steady pin 13-4, heat loss through convection plate 3 there is the louvre 3-1 of N number of equidistant even arrangement, connecting frame 2 bottom heat loss through convection plate 3, framework 2 right side front is connected two folding legs 5 respectively with the end frame 2-2 of rear end, side frame 2-1 on the left of framework 2 front-end and back-end connects long-armed connecting rod 9 upper end and galianconism connecting rod 12 upper end respectively by countersunk head pivot pin 4, packing ring 4-2, split pin 4-1, long-armed connecting rod 9 lower end is connected with the supporting seat board boss 10-1 of supporting seat board 10 bottom by connecting bolt a8, and galianconism connecting rod 12 is connected with supporting seat board 10 left end middle and upper part by connecting-rod bolts b11, nut b11-1, packing ring b11-2, described supporting seat board 10 stage casing connects shotpin and hooks device 7, in described long-armed connecting rod 9, hypomere is equipped with shotpin hooking pin 7-3, in described long-armed connecting rod 9, epimere is equipped with fixed pin arrangement 13, steady pin 13-4 is connected with long-armed connecting rod 9 by steady pin chain 13-3, in long-armed connecting rod 9, epimere has long-armed connecting rod fixing hole 13-1, and described fixed pin arrangement 13 comprises steady pin chain 13-3 and steady pin 13-4, in described galianconism connecting rod 12, epimere has galianconism connecting rod fixing hole 13-2.
2, described folding leg 5 is connected with end frame 2-2 by countersunk head pivot pin 4, packing ring 4-2, split pin 4-1.
3, described long-armed connecting rod 9 is connected (see Fig. 3) with end frame 2-2 by countersunk head pivot pin 4, packing ring 4-2, split pin 4-1.
4, described galianconism connecting rod 12 is connected (see Fig. 4) with end frame 2-2 by countersunk head pivot pin 4, packing ring 4-2, split pin 4-1.
5, its aperture=5mm of described louvre 3-1, adjacent aperture centers distance=10mm.
6, described long-armed connecting rod 9 and galianconism connecting rod 12 are square tube.
7, described long-armed connecting rod 9 other end connects supporting seat board boss 10-1 by connecting bolt a8, nut a 8-1, packing ring a8-2.
8, described galianconism connecting rod 12 connects supporting seat board 10 by connecting bolt a8, nut a 8-1, packing ring a8-2.
9, described supporting seat board boss 10-1 is positioned at bottom on the left of supporting seat board 10 and connects supporting seat board 10; Described packing ring a8-2 and the axial gap=0.2mm supporting seat board 10.
10, described packing ring a8-2 and the axial gap=0.2mm supporting seat board boss 10-1.
Be take front view as the left and right sides of benchmark on the right side of described left side, described front and back ends is also benchmark with front view, and front end refers to the head of a bed far away point, and rear end refers to nearly head of a bed point.
Embodiment 2
1, the installation method of Convection heat-radiation foldable notebook computer desk comprises the head of a bed 1, framework 2, side frame 2-1, end frame 2-2, heat loss through convection plate 3, louvre 3-1, countersunk head pivot pin 4, split pin 4-1, packing ring 4-2, folding leg 5, mattress 6, shotpin hooks device 7, shotpin hooks ring washer 7-1, shotpin hooks 7-2, shotpin hooking pin 7-3, shotpin hooks split pin 7-4, shotpin hooks fixed axis 7-5, connecting bolt a8, nut a 8-1, packing ring a8-2, long-armed connecting rod 9, supporting seat board 10, supporting seat board boss 10-1, connecting-rod bolts b11, nut b11-1, packing ring b11-2, galianconism connecting rod 12, fixed pin arrangement 13, long-armed connecting rod fixing hole 13-1, galianconism connecting rod fixing hole 13-2, steady pin chain 13-3, steady pin 13-4, installed by following steps:
Step 1: bond together bottom prefabricated heat loss through convection plate 3 with framework 2;
Step 2: the connection of framework 2 and folding leg 5, countersunk head pivot pin 4 is overlapped upper gasket 4-2, insertion opening pin 4-1 after passing folding leg 5 with countersunk head pivot pin 4 respectively by end frame 2-2;
Step 3: supporting seat board boss 10-1 and the connection of supporting seat board 10, be welded on supporting seat board 10 by supporting seat board boss 10-1;
Step 4: long-armed connecting rod 9 and the connection of supporting seat board 10, by connecting-rod bolts b11 through long-armed connecting rod 9, supporting seat board 10, installs packing ring a8-2, pre-installation two nut a 8-1, adjustment axial gap=0.2mm, by standby for two nut a 8-1 tight; (see accompanying drawing 6)
Step 5: galianconism connecting rod 12 is identical with step 5 installation method with the connection of supporting seat board 10; (see accompanying drawing 5)
Step 6: the connection of long-armed connecting rod 9 and framework 2, long-armed connecting rod 9 inserts countersunk head pivot pin 4, and makes countersunk head pivot pin 4 install packing ring 4-2, construction opening pin 4-1 (see accompanying drawing 4) through side frame 2-1;
Step 7: galianconism connecting rod 12 is identical with the installation method of step 7 with the connection of framework 2;
2, shotpin is installed and hooks device 7, shotpin is hooked fixed axis 7-5 and be welded on supporting seat board 10, shotpin is hooked 7-2 and be installed on shotpin hook fixed axis 7-5, shotpin is installed and hooks ring washer 7-1, shotpin is installed and hooks split pin 7-4; Shotpin hooking pin 7-3 is welded on long-armed connecting rod 9.
3, the installation of steady pin chain 13-3 and steady pin 13-4, be welded steady pin chain 13-3 one end on long-armed connecting rod 9, the other end and steady pin 13-4 weld together.
Convection heat-radiation foldable notebook computer desk: pull open steady pin 13-4 rotated down Convection heat-radiation foldable notebook computer desk during use, open two folding legs 5, hooks 7-2 hooking in shotpin hooking pin 7-3, can use by shotpin.Finish using, open shotpin hooking pin 7-3, pack up two folding legs 5, by downward for desktop front end, rear end rotates up to pack up and is folded to adherent place, and note steady pin 13-4 to insert in long-armed connecting rod fixing hole 13-1, the galianconism connecting rod fixing hole 13-2 of long-armed connecting rod 9 and galianconism connecting rod 12, pin Convection heat-radiation foldable notebook computer desk.
Claims (1)
1. the application of Convection heat-radiation foldable notebook computer desk, is characterized in that: pull open steady pin rotated down Convection heat-radiation foldable notebook computer desk during use, opens two folding legs, by shotpin hooking in shotpin hooking pin, can use;
Finish using, open shotpin hooking pin, pack up two folding legs, by downward for desktop front end, rear end rotates up to pack up and is folded to adherent place, and note steady pin to insert in the long-armed connecting rod fixing hole on long-armed connecting rod and the galianconism connecting rod fixing hole on galianconism connecting rod, pin Convection heat-radiation foldable notebook computer desk;
Described Convection heat-radiation foldable notebook computer desk comprises: the head of a bed, framework, side frame, end frame, heat loss through convection plate, louvre, countersunk head pivot pin, split pin, packing ring, folding leg, mattress, shotpin hooks device, shotpin hooks ring washer, shotpin hooks, shotpin hooking pin, shotpin hooks split pin, shotpin hooks fixed axis, connecting bolt a, nut a, packing ring a, long-armed connecting rod, supporting seat board, supporting seat board boss, connecting-rod bolts b, nut b, packing ring b, galianconism connecting rod, fixed pin arrangement, long-armed connecting rod fixing hole, galianconism connecting rod fixing hole, steady pin chain, steady pin, heat loss through convection plate there is the louvre of N number of equidistant even arrangement, connecting frame bottom heat loss through convection plate, the end frame of frame right front-end and back-end connects two folding legs respectively, frame front end is connected long-armed small end and galianconism small end with the side frame on the left of rear end respectively by countersunk head pivot pin, packing ring, split pin, long-armed connecting rod lower end is connected with the supporting seat board boss of supporting seat board bottom by connecting bolt a, and galianconism connecting rod is connected with supporting seat board left end middle and upper part by connecting-rod bolts b, nut b, packing ring b, described supporting seat board stage casing connects shotpin and hooks device, in described long-armed connecting rod, hypomere is equipped with shotpin hooking pin, in described long-armed connecting rod, epimere is equipped with fixed pin arrangement, and steady pin is connected with long-armed connecting rod by steady pin chain, and in long-armed connecting rod, epimere has long-armed connecting rod fixing hole, and described fixed pin arrangement comprises steady pin chain and steady pin, in described galianconism connecting rod, epimere has galianconism connecting rod fixing hole,
Described folding leg is connected with end frame by countersunk head pivot pin, packing ring, split pin;
Described louvre aperture=5mm, adjacent aperture centers distance=10mm;
Described long-armed connecting rod and galianconism connecting rod are square tube.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410045058.8A CN103783818B (en) | 2012-10-28 | 2012-10-28 | The application of Convection heat-radiation foldable notebook computer desk |
Applications Claiming Priority (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410045058.8A CN103783818B (en) | 2012-10-28 | 2012-10-28 | The application of Convection heat-radiation foldable notebook computer desk |
| CN201210419344.7A CN102871355B (en) | 2012-10-28 | 2012-10-28 | Convection heat-radiation foldable notebook computer desk |
Related Parent Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201210419344.7A Division CN102871355B (en) | 2012-10-28 | 2012-10-28 | Convection heat-radiation foldable notebook computer desk |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN103783818A CN103783818A (en) | 2014-05-14 |
| CN103783818B true CN103783818B (en) | 2015-08-19 |
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Family Applications (2)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201410045058.8A Expired - Fee Related CN103783818B (en) | 2012-10-28 | 2012-10-28 | The application of Convection heat-radiation foldable notebook computer desk |
| CN201210419344.7A Expired - Fee Related CN102871355B (en) | 2012-10-28 | 2012-10-28 | Convection heat-radiation foldable notebook computer desk |
Family Applications After (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201210419344.7A Expired - Fee Related CN102871355B (en) | 2012-10-28 | 2012-10-28 | Convection heat-radiation foldable notebook computer desk |
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| Country | Link |
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| CN (2) | CN103783818B (en) |
Families Citing this family (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104273934A (en) * | 2014-10-31 | 2015-01-14 | 德清利涛金属制品有限公司 | Support leg of collapsible table |
Citations (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP2000311031A (en) * | 1999-04-26 | 2000-11-07 | Koji Iizuka | Personal computer having fixing device and its table |
| KR20090007859U (en) * | 2008-01-30 | 2009-08-04 | 박정호 | Foldable table |
| CN201700667U (en) * | 2010-06-10 | 2011-01-12 | 杨天平 | Multifunctional foldable desk |
| CN201968090U (en) * | 2011-04-19 | 2011-09-14 | 成浩 | Notebook computer desk with heat dissipation function used on bed |
| CN202211360U (en) * | 2011-09-16 | 2012-05-09 | 江苏瑞特电子设备有限公司 | Foldable type bracket |
| CN102743024A (en) * | 2012-07-03 | 2012-10-24 | 苏州工业园区职业技术学院 | Computer desk capable of realizing rotating contraction |
Family Cites Families (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| GB889428A (en) * | 1959-12-04 | 1962-02-14 | Doherty Sons Ltd Edward | Improvements in and relating to tables |
| CN201528824U (en) * | 2009-12-01 | 2010-07-21 | 李加威 | Folding table used on bed in dormitory |
-
2012
- 2012-10-28 CN CN201410045058.8A patent/CN103783818B/en not_active Expired - Fee Related
- 2012-10-28 CN CN201210419344.7A patent/CN102871355B/en not_active Expired - Fee Related
Patent Citations (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP2000311031A (en) * | 1999-04-26 | 2000-11-07 | Koji Iizuka | Personal computer having fixing device and its table |
| KR20090007859U (en) * | 2008-01-30 | 2009-08-04 | 박정호 | Foldable table |
| CN201700667U (en) * | 2010-06-10 | 2011-01-12 | 杨天平 | Multifunctional foldable desk |
| CN201968090U (en) * | 2011-04-19 | 2011-09-14 | 成浩 | Notebook computer desk with heat dissipation function used on bed |
| CN202211360U (en) * | 2011-09-16 | 2012-05-09 | 江苏瑞特电子设备有限公司 | Foldable type bracket |
| CN102743024A (en) * | 2012-07-03 | 2012-10-24 | 苏州工业园区职业技术学院 | Computer desk capable of realizing rotating contraction |
Also Published As
| Publication number | Publication date |
|---|---|
| CN102871355A (en) | 2013-01-16 |
| CN102871355B (en) | 2014-06-04 |
| CN103783818A (en) | 2014-05-14 |
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