CN205053424U - Chair for operating computer - Google Patents
Chair for operating computer Download PDFInfo
- Publication number
- CN205053424U CN205053424U CN201520764363.2U CN201520764363U CN205053424U CN 205053424 U CN205053424 U CN 205053424U CN 201520764363 U CN201520764363 U CN 201520764363U CN 205053424 U CN205053424 U CN 205053424U
- Authority
- CN
- China
- Prior art keywords
- gear
- operation platform
- inverted
- right handrail
- mouse operation
- 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
Links
Landscapes
- Position Input By Displaying (AREA)
Abstract
The utility model provides a chair for operating computer, it is main including the back, the cushion, a pedestal, and be located cushion both sides make progress prominent left handrail and right handrail, be equipped with opening mouse bag up in the outside of right handrail, be equipped with by lamina sinistra and the articulated mouse operation platform that forms of lamina dextra in the roof top of right handrail, right side board rotates downwards along articulated department and covers right handrail curb plate outwards, after the right board the mouse operation platform upwards rotates the mouse operation platform of piecing with left board, outwards pull out right handrail curb plate outwards, make its right board below at the mouse operation platform withstand right board, when needing operation mouse, with right board pull -up and the left board mouse operation platform of piecing, outwards draw the hexagon head, make the locking axle leave the hexagon shaft hole of gear shaft, cingulum on the type of the falling T slide of mouse operation platform diapire below becomes the interlock with gear -type, the strength of which direction no matter is bestowed the mouse operation platform, because the interlock of cingulum and gear, the mouse operation platform can not produce the removal.
Description
Technical field
With a computation seat for mouse operation platform, belong to the optimisation technique of Chair for computer desk.
Background technology
When operating computer, mouse is placed on computer desktop usually, and during operating mouse, the right hand needs to be lifted on desktop for a long time, and easily cause shoulder muscular tone, limbs ossify, serious meeting causes the diseases such as scapulohumeral periarthritis.
Therefore, need to find a kind of mouse action way can alleviating shoulder muscular tone.
Summary of the invention
The purpose of this utility model: provide a kind of not need the right hand to lift on desktop just can the chair for operating computer of operating mouse.
The technical solution of the utility model is: a kind of chair for operating computer, mainly comprise backrest, cushion, base, and be positioned at cushion both sides left handrail upwardly and right handrail, opening up Mouse bag 1 is provided with in the outside of right handrail, be provided with above the roof of right handrail by left plate and the hinged mouse operation platform 2 of right panel, right panel rotates along hinged place and covers right handrail side plate 3 outwardly, right handrail side plate 3 is outwardly provided with two groups of fixed axis towards the wall of right handrail, and accordingly, right handrail is provided with the axis hole corresponding with fixed axis, and right handrail side plate outwardly inserts by fixed axis the outside that axis hole is placed in right handrail, after the right panel of mouse operation platform is upwards rotated being combined into mouse operation platform with left plate, right handrail side plate 3 is outwardly pulled out, makes it below the right panel of mouse operation platform, withstand right panel, inverted T shape slide 4 is provided with below the diapire of left plate, right handrail roof is provided with the inverted T shape sliding tray 5 matched with inverted T shape slide to lower recess, described inverted T shape sliding tray is provided with opening at right handrail on the end face after chair, the strut rail groove 6 intersected vertically with inverted T shape sliding tray to lower recess is provided with near the upper surface of backrest at right handrail, the inverted T shape slide of mouse operation platform diapire is aimed at inverted T shape sliding tray, inverted T shape slide is made to enter inverted T shape sliding tray, mouse operation platform is shifted onto right handrail from the rear of right handrail, again stop block 7 is inserted strut rail groove, the stop block inserted prevents inverted T shape slide from rearward skidding off, described stop block 7 is provided with stop bit projection towards the end face after chair, and when stop block is inserted strut rail groove, stop bit projection is outstanding towards the opening after chair from inverted T shape sliding tray.
A cingulum is provided with along the axis below inverted T shape slide 4 diapire; Diapire in the middle part of inverted T shape sliding tray is provided with the gear grooved to lower recess, the gear 21 matched with cingulum is mounted with in gear grooved, the sidewall of gear grooved is provided with the cylindrical locating shaft outstanding towards the direction of left handrail, locating shaft inserts the right side pivot holes of gear from the side of gear, makes the tooth of gear and the tooth of cingulum form occluding relation; The left side of gear is provided with cylin-drical tooth wheel shaft outwardly, and the end wall of gear shaft is provided with the hexagon axis hole caved inward; The left side wall of gear grooved is provided with the locking shaft hole of the right handrail interior sidewall surface of arrival outwardly, the endoporus expansion formation that locking shaft hole is positioned at the port of export inside right handrail is the hexagon ring that negative and positive are mated with the outer wall of turret head, turret head 22 is placed in hexagon ring, be positioned at the handle turret head outer wall outside right handrail being provided with pendency downwards, the inwall of turret head is provided with the endoporus with lock shaft ends match, is being provided with away from the lock shaft end wall of gear the screw caved inward; Lock shaft 23 one end is inserted in hexagon axis hole, and the other end outwards enters locking shaft hole in gear grooved, then enters in the endoporus of turret head, is fixed on the screw of lock shaft with screw 24 by turret head; Lock shaft 23 outer wall is provided with a circle back-up ring, and back-up ring is positioned at gear grooved, and the diameter of back-up ring is greater than the diameter of locking shaft hole, and is greater than the hexagon axis hole of gear shaft; The length of described hexagon ring be less than or equal to the opening of locking shaft hole in gear grooved arrive gear shaft towards locking shaft hole end face between distance; Pull-up handle is pulled outwardly turret head, and turret head drives lock shaft outwards to move until back-up ring props up gear grooved inwall, and turret head leaves hexagon ring, and locking the tip of the axis is still positioned at the hexagon axis hole of gear shaft; When pushing away in turret head to the right handrail, turret head drives lock shaft to move inward, until back-up ring props up gear shaft, turret head enters hexagon ring, and locking the tip of the axis enters the hexagon axis hole of gear shaft more.
The length of described inverted T shape slide 4 is less than 2/3rds of the length of mouse operation platform 2.
Described inverted T shape slide 4 is positioned on the diapire of left plate.
The length of described inverted T shape slide 4 is less than the length of inverted T shape sliding tray.
Pillow hand platform is upwardly provided with, for holding up wrist at the roof rear portion of mouse operation platform.
Beneficial effect
1, when needing operating mouse, right panel pull-up and left plate are combined into mouse operation platform, press in turret head to the right handrail, when mouse operation platform imposes strength forward or backward, mouse operation platform will move forward or backward on gear, after moving to suitable position, handle on pull-up turret head, turret head is pulled outwardly, lock shaft is made to leave the hexagon axis hole of gear shaft, cingulum on inverted T shape slide below mouse operation platform diapire is formed with gear and is engaged, during operating mouse, no matter mouse operation platform is bestowed to the strength in which direction, due to being engaged of cingulum and gear, mouse operation platform all can not produce movement,
2, during operating mouse, the right hand is lowerd on the mouse operation platform on side, right finesse rides on the pillow hand platform of projection, because mouse operation platform is lower than desktop, certain difference in height is there is between pillow hand platform and mouse operation platform, mouse is used with the wrist raised, shoulder when effectively can alleviate operating mouse and the muscular tone of wrist between need not growing again.
Accompanying drawing explanation
Fig. 1 is the main TV structure schematic diagram of the utility model;
Fig. 2 is the schematic diagram launching mouse operation platform and pull out side plate;
Fig. 3 is the schematic diagram after mouse operation platform moves forward;
Fig. 4 is a schematic perspective view of the present utility model;
Fig. 5 is the partial enlarged drawing of Fig. 4;
Fig. 6 is popping of right handrail and partial cutaway schematic;
Fig. 7 is the partial enlarged drawing of Fig. 6;
Fig. 8 is the fragmentary sectional view of right handrail
Fig. 9 is the partial enlarged drawing of A in Fig. 8;
Figure 10 is the partial enlarged drawing of B in Fig. 8;
Figure 11 is the perspective view of mouse operation platform;
Figure 12 is the generalized section of turret head;
Figure 13 is the schematic diagram that turret head inserts hexagon ring;
Figure 14 is the partial enlarged drawing of Figure 13;
Figure 15 is the schematic diagram that turret head leaves hexagon ring;
Figure 16 is the partial enlarged drawing of Figure 15.
Detailed description of the invention
As shown in Fig. 1 to Figure 12, chair for operating computer, mainly comprise backrest, cushion, base, and be positioned at cushion both sides left handrail upwardly and right handrail, opening up Mouse bag 1 is provided with in the outside of right handrail, be provided with above the roof of right handrail by left plate and the hinged mouse operation platform 2 of right panel, right panel rotates along hinged place and covers right handrail side plate 3 outwardly, described left plate and right panel by hinge or rotating shaft hinged.
When using mouse, mouse can be taken out easily from the Mouse bag outside right handrail; During without mouse, also can easily mouse be accommodated in Mouse bag, avoid mouse to break from landing operating desk.
Right handrail side plate 3 is outwardly provided with two groups of fixed axis towards the wall of right handrail, and accordingly, right handrail is provided with the axis hole corresponding with fixed axis, and right handrail side plate outwardly inserts by fixed axis the outside that axis hole is placed in right handrail; After the right panel of mouse operation platform is upwards turned to being combined into mouse operation platform with left plate, right handrail side plate 3 is outwardly pulled out, makes it below right panel, withstand right panel.Often organize fixed axis and be generally two parallel axes be arranged above and below, when right handrail side plate is outwardly pulled outwardly, as long as can right panel be propped up, draw it can be pulled out completely from right handrail too much, at this moment, just need to preparation fixed axis, it to be rolled back again.
Described stop block 7 is provided with stop bit projection towards the end face after chair, when stop block is inserted strut rail groove, stop bit projection is outstanding towards the opening after chair from inverted T shape sliding tray, when stop block takes out from strut rail groove by needs, only need to catch stop bit projection upwards to lift, just stop block can be taken out from strut rail groove.
Inverted T shape slide 4 is provided with below left plate, right handrail roof is provided with the inverted T shape sliding tray 5 matched with inverted T shape slide to lower recess, described inverted T shape sliding tray is provided with opening at right handrail on the end face after chair, the strut rail groove 6 intersected vertically with inverted T shape sliding tray to lower recess is provided with near the upper surface of backrest at right handrail, the inverted T shape slide of mouse operation platform diapire is aimed at inverted T shape sliding tray, inverted T shape slide is made to enter inverted T shape sliding tray, mouse operation platform is shifted onto right handrail from the rear of right handrail, again stop block 7 is inserted strut rail groove, the stop block inserted prevents inverted T shape slide from rearward skidding off.
A cingulum is provided with along the axis below inverted T shape slide 4 diapire; Diapire in the middle part of inverted T shape sliding tray is provided with the gear grooved to lower recess, the gear 21 matched with cingulum is mounted with in gear grooved, the sidewall of gear grooved is provided with the cylindrical locating shaft outstanding towards the direction of left handrail, locating shaft inserts the right side pivot holes of gear from the side of gear, makes the tooth of gear and the tooth of cingulum form occluding relation; The left side of gear is provided with cylin-drical tooth wheel shaft outwardly, and the end wall of gear shaft is provided with the hexagon axis hole caved inward; The left side wall of gear grooved is provided with the locking shaft hole of the right handrail interior sidewall surface of arrival outwardly, the endoporus expansion formation that locking shaft hole is positioned at the port of export inside right handrail is the hexagonal hexagon ring that negative and positive are mated with the outer wall of turret head, turret head 22 is placed in hexagon ring, be positioned at the handle turret head outer wall outside right handrail being provided with pendency downwards, the inwall of turret head is provided with the endoporus with lock shaft ends match, is being provided with away from the lock shaft end wall of gear the screw caved inward; Lock shaft 23 one end is inserted in hexagon axis hole, and the other end outwards enters locking shaft hole in gear grooved, then enters in the endoporus of turret head 22, is fixed on the screw of lock shaft with screw 24 by turret head; Lock shaft 23 outer wall is provided with a circle back-up ring, and back-up ring is positioned at gear grooved, and the diameter of back-up ring is greater than the diameter of locking shaft hole, and is greater than the hexagon axis hole of gear shaft.
The length of described hexagon ring be less than or equal to the opening of locking shaft hole in gear grooved arrive gear shaft towards locking shaft hole end face between distance.
As shown in Figure 15 to Figure 16, pull-up handle is pulled outwardly turret head, and turret head drives lock shaft outwards to move until back-up ring props up gear grooved inwall, and turret head leaves hexagon ring, and locking the tip of the axis is still positioned at the hexagon axis hole of gear shaft; Because turret head is fixed in lock shaft by screw, therefore, turret head can not be pulled away from right handrail, turret head leaves hexagon ring, at this moment, when mouse operation platform imposes strength forward or backward, mouse operation platform will rotate by driven gear forward or backward, gear driven lock shaft, lock shaft drives screw and turret head along the axis rotation of gear, thus realizes the adjustment to mouse operation platform position.
When pushing away in turret head to the right handrail, turret head drives lock shaft to move inward, until back-up ring props up gear shaft, turret head enters hexagon ring.
As shown in Figure 13 to Figure 14, when when pushing away in turret head to the right handrail, the direction promoting locking axial gears is moved, until back-up ring arrives to the gear shaft of gear, at this moment, turret head enters hexagon ring towards the part of gear, and locking the tip of the axis enters the hexagon axis hole of gear shaft more, no matter where back-up ring is in, and locking the tip of the axis is positioned at the hexagon axis hole of gear shaft all the time.When bestowing strength forward or backward on mouse operation platform, strength transmission in lock shaft, because lock shaft and turret head are socketed, and turret head enters hexagon ring, turret head can not rotate by the restriction of hexagon ring, therefore, the lock shaft socket-connected with it can not be rotated, accordingly, gear also just can not rotate, and causes mouse operation platform to rotate, under this state, be applicable to mouse to be placed on mouse operation platform, utilize mouse to operate computer.
Therefore, after turret head is compressed into hexagon ring, just locked the position of mouse operation platform, no matter how operating mouse on mouse operation platform, mouse operation platform all can not be moved; After turret head leaves hexagon ring, mouse operation platform imposes strength forward or backward, by the gearing of lock shaft, turret head can be driven to rotate together, thus mouse operation platform is moved forward or backward, realize the adjustment to mouse operation platform position.
When needing to pull down mouse operation platform, stop block is extracted from strut rail groove, push mouse operation platform to rear from the front of right handrail, mouse operation platform can be taken off.
The length of described inverted T shape slide 4 is less than 2/3rds of the length of mouse operation platform 2, and near the rear portion of mouse operation platform, inverted T shape slide can firmly be installed into inverted T shape sliding tray, mouse operation platform is made in use to there will not be shaking phenomenon, and the right hand rides over after on pillow hand platform, and inverted T shape slide also plays strong supporting role.
Described inverted T shape slide 4 is positioned on the diapire of left plate, in alignment with the bracing frame of right handrail, and wrist pillow rides over after on mouse operation platform, transfers to downwards on right arm supports frame the pressure that mouse operation platform produces.
The length of described inverted T shape slide 4 is less than the length of inverted T shape sliding tray, inverted T shape slide can adjust position in front and back in inverted T shape sliding tray, mouse operation platform can be adjusted to applicable position by different people, enables pillow ride over the comfortable operating mouse of the right hand on mouse operation platform.
Pillow hand platform is upwardly provided with at the roof rear portion of mouse operation platform, for holding up wrist, form certain difference in height between pillow hand platform and mouse operation platform, between need not growing again, use mouse with the wrist raised, and, because armrest is lower, during operator's operating computer, the right hand can be put into operating mouse on the shorter mouse operation platform in position, because the right hand need not be raised when not needing typewriting, the tendon of shoulder also would not be nervous, effectively can reduce scapulohumeral periarthritis; Due to the effect of pillow hand platform, during operating computer, wrist need not be in vacant state more always, can reduce wrist muscular tone, effectively alleviates wrist pressure, avoids mouse hand.
When not needing typewriting just to browse, operator's health leans against on back, the right hand is operating computer on right handrail, seat can be pulled away from desktop larger distance, distance between eyes and computer display screen is widened, eyes can greatly be improved and dig-in xerophthalmia that computer may cause for a long time and alleviate bathomorphic incidence.
Above-described embodiment is only used to interpretation purposes of the present utility model; and be not to restriction of the present utility model, those skilled in the art, in essential scope of the present utility model; make a variety of changes or substitute, also should belong to protection category of the present utility model.
Claims (6)
1. a chair for operating computer, mainly comprise backrest, cushion, base, and be positioned at cushion both sides left handrail upwardly and right handrail, it is characterized in that: be provided with opening up Mouse bag (1) in the outside of right handrail, be provided with above the roof of right handrail by left plate and the hinged mouse operation platform (2) of right panel, right panel rotates along hinged place and covers right handrail side plate outwardly (3), right handrail side plate outwardly (3) is provided with two groups of fixed axis towards the wall of right handrail, and accordingly, right handrail is provided with the axis hole corresponding with fixed axis, and right handrail side plate outwardly inserts by fixed axis the outside that axis hole is placed in right handrail, after the right panel of mouse operation platform is upwards rotated being combined into mouse operation platform with left plate, right handrail side plate outwardly (3) is pulled out, makes it below the right panel of mouse operation platform, withstand right panel, inverted T shape slide (4) is provided with below the diapire of left plate, right handrail roof is provided with the inverted T shape sliding tray (5) matched with inverted T shape slide to lower recess, described inverted T shape sliding tray is provided with opening at right handrail on the end face after chair, the strut rail groove (6) intersected vertically with inverted T shape sliding tray to lower recess is provided with near the upper surface of backrest at right handrail, the inverted T shape slide of mouse operation platform diapire is aimed at inverted T shape sliding tray, inverted T shape slide is made to enter inverted T shape sliding tray, mouse operation platform is shifted onto right handrail from the rear of right handrail, again stop block (7) is inserted strut rail groove, the stop block inserted prevents inverted T shape slide from rearward skidding off, described stop block (7) is provided with stop bit projection towards the end face after chair, and when stop block is inserted strut rail groove, stop bit projection is outstanding towards the opening after chair from inverted T shape sliding tray.
2. a kind of chair for operating computer according to claim 1, is characterized in that: be provided with a cingulum along the axis below inverted T shape slide (4) diapire; Diapire in the middle part of inverted T shape sliding tray is provided with the gear grooved to lower recess, the gear (21) matched with cingulum is mounted with in gear grooved, the sidewall of gear grooved is provided with the cylindrical locating shaft outstanding towards the direction of left handrail, locating shaft inserts the right side pivot holes of gear from the side of gear, makes the tooth of gear and the tooth of cingulum form occluding relation; The left side of gear is provided with cylin-drical tooth wheel shaft outwardly, and the end wall of gear shaft is provided with the hexagon axis hole caved inward; The left side wall of gear grooved is provided with the locking shaft hole of the right handrail interior sidewall surface of arrival outwardly, the endoporus expansion formation that locking shaft hole is positioned at the port of export inside right handrail is the hexagon ring that negative and positive are mated with the outer wall of turret head, turret head (22) is placed in hexagon ring, be positioned at the handle turret head outer wall outside right handrail being provided with pendency downwards, the inwall of turret head is provided with the endoporus with lock shaft ends match, is being provided with away from the lock shaft end wall of gear the screw caved inward; Lock shaft (23) one end is inserted in hexagon axis hole, and the other end outwards enters locking shaft hole in gear grooved, then enters in the endoporus of turret head, is fixed on the screw of lock shaft with screw (24) by turret head; Lock shaft (23) outer wall is provided with a circle back-up ring, and back-up ring is positioned at gear grooved, and the diameter of back-up ring is greater than the diameter of locking shaft hole, and is greater than the hexagon axis hole of gear shaft; The length of described hexagon ring be less than or equal to the opening of locking shaft hole in gear grooved arrive gear shaft towards locking shaft hole end face between distance; Pull-up handle is pulled outwardly turret head, and turret head drives lock shaft outwards to move until back-up ring props up gear grooved inwall, and turret head leaves hexagon ring, and locking the tip of the axis is still positioned at the hexagon axis hole of gear shaft; When pushing away in turret head to the right handrail, turret head drives lock shaft to move inward, until back-up ring props up gear shaft, turret head enters hexagon ring, and locking the tip of the axis enters the hexagon axis hole of gear shaft more.
3. a kind of chair for operating computer according to claim 1, is characterized in that: the length of described inverted T shape slide (4) is less than 2/3rds of the length of mouse operation platform 2.
4. a kind of chair for operating computer according to claim 1, is characterized in that: described inverted T shape slide (4) is positioned on the diapire of left plate.
5. a kind of chair for operating computer according to claim 1, is characterized in that: the length of described inverted T shape slide (4) is less than the length of inverted T shape sliding tray.
6. a kind of chair for operating computer according to claim 1, is characterized in that: be provided with pillow hand platform upwardly at the roof rear portion of mouse operation platform, for holding up wrist.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520764363.2U CN205053424U (en) | 2014-12-08 | 2015-09-26 | Chair for operating computer |
Applications Claiming Priority (3)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420764441 | 2014-12-08 | ||
| CN2014207644414 | 2014-12-08 | ||
| CN201520764363.2U CN205053424U (en) | 2014-12-08 | 2015-09-26 | Chair for operating computer |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205053424U true CN205053424U (en) | 2016-03-02 |
Family
ID=55380051
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520764363.2U Expired - Fee Related CN205053424U (en) | 2014-12-08 | 2015-09-26 | Chair for operating computer |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205053424U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105455482A (en) * | 2016-01-06 | 2016-04-06 | 刘乐凝 | Office chair with mouse operation platform |
-
2015
- 2015-09-26 CN CN201520764363.2U patent/CN205053424U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105455482A (en) * | 2016-01-06 | 2016-04-06 | 刘乐凝 | Office chair with mouse operation platform |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN105857131B (en) | A kind of automobile children safety chair | |
| CN204908657U (en) | Chair for operating computer | |
| CN205053424U (en) | Chair for operating computer | |
| CN109124142A (en) | A kind of redwood multifunction sofa | |
| CN204105342U (en) | A kind of foot pad adjustable seat | |
| CN105725566A (en) | Computer operation chair | |
| CN102907902A (en) | Bracket device for operating notebook computer | |
| CN105455482A (en) | Office chair with mouse operation platform | |
| CN208722159U (en) | A kind of mouse pad | |
| CN204105343U (en) | A kind of interlock seat | |
| CN104436659B (en) | A kind of swing | |
| CN205022593U (en) | High -speed railway seat with adjustable | |
| CN209769656U (en) | Integral type negotiation table chair | |
| CN211403769U (en) | Business english applied writing learning device | |
| CN205882296U (en) | Plug | |
| CN208698574U (en) | A kind of bus pushing handrail | |
| CN208286720U (en) | A kind of easy-to-dismount office seating | |
| CN220577252U (en) | Train seat structure | |
| CN105752101B (en) | Seat lifting regulating mechanism | |
| CN109899644A (en) | A kind of display/panel bracket of position-adjustable | |
| CN213720629U (en) | Workstation is used in building engineering cost management | |
| CN205106938U (en) | Desk chair that teacher used | |
| CN110986862A (en) | New energy vehicle angle detection device that detection accuracy is high | |
| CN215778869U (en) | Special monkey chair for ophthalmology | |
| CN216262707U (en) | Portable cold rolling mill |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| 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: 20160302 Termination date: 20160926 |
|
| CF01 | Termination of patent right due to non-payment of annual fee |