CN205376632U - Sealed liquid machine of annotating - Google Patents
Sealed liquid machine of annotating Download PDFInfo
- Publication number
- CN205376632U CN205376632U CN201521141682.4U CN201521141682U CN205376632U CN 205376632 U CN205376632 U CN 205376632U CN 201521141682 U CN201521141682 U CN 201521141682U CN 205376632 U CN205376632 U CN 205376632U
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- China
- Prior art keywords
- battery
- battery case
- feeding
- fluid injection
- conveyer belt
- 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
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Classifications
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02E—REDUCTION OF GREENHOUSE GAS [GHG] EMISSIONS, RELATED TO ENERGY GENERATION, TRANSMISSION OR DISTRIBUTION
- Y02E60/00—Enabling technologies; Technologies with a potential or indirect contribution to GHG emissions mitigation
- Y02E60/10—Energy storage using batteries
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- Sealing Battery Cases Or Jackets (AREA)
Abstract
The utility model discloses a sealed liquid machine of annotating for annotate liquid to the battery, including shell, the detection device that weighs, conveyor, priming device and battery case, be formed with sealed notes sap cavity room in the shell, detection device, conveyor, priming device and the battery case of weighing install in the notes sap cavity is indoor, annotate the front end lateral wall of sap cavity room and seted up input channel, the lateral wall of annotating the sap cavity room seted up with weigh first transparent window that the detection device position corresponds and with the transparent window of second that the priming device position corresponds. The utility model discloses install whole notes liquid machine at sealed notes sap cavity indoor, when using the liquid machine of annotating to carry out battery filling, need not to install in sealed drying chamber annotating the liquid machine, reduce the cost, improve the suitability of annotating the liquid machine. Just offered the transparent window on the lateral wall of notes sap cavity room so that annotating the aqueous attitude of the liquid machine during operation whole notes of observation, it is indoor to need not measurement personnel entering notes sap cavity.
Description
Technical field
This utility model relates to lithium battery fluid injection, particularly relates to a kind of sealing filling machine.
Background technology
Traditional generally comprises in lithium battery fluid injection operation: is moved by battery before fluid injection and is placed on an electronic scale and weighs, use mechanical hand to be moved by battery to priming device after weighing up and carry out fluid injection, fluid injection uses mechanical hand to be placed on by battery on another electronic scale after terminating and weighs, to judge that whether lithium battery is up to standard, battery use corresponding conveyer move to the battery case of storage battery after title.But, owing to filling machine needs to operate under vacuum environment, filling machine is generally arranged on dry closed chamber by existing lithium battery fluid injection, and is operated in the drying chamber, so that the cost of lithium battery fluid injection improves and installation site is limited.
Utility model content
The purpose of this utility model is to provide a kind of sealing filling machine, has Packed shell, and shell is provided with several watch window, whole fluid injection operation is monitored in the outside sealing filling machine, without entering in filling machine, and this sealing filling machine can be placed on arbitrary site and carry out lithium battery fluid injection, use cost is low, and the suitability is wide.
In order to there be purpose on realizing, the utility model discloses a kind of sealing filling machine, for battery is carried out fluid injection, including shell, weighing detection device, conveyer device, priming device and battery case, Packed fluid injection chamber is formed in described shell, described weighing detection device, conveyer device, priming device and battery case are installed on described note chamber, described weighing detection device is located at the front end of described fluid injection chamber and detects the weight of battery, described priming device is located at the centre of described fluid injection chamber and battery is carried out fluid injection, described battery case be located at the rear end of described fluid injection chamber and collect fluid injection after battery, described conveyer device is located at described weighing detection device, between priming device and battery case and carry battery；The front end side wall of described fluid injection chamber offers input channel, and the sidewall of described fluid injection chamber offers first transparent window corresponding with described weighing detection device position and second transparent window corresponding with described priming device position.
Compared with prior art, whole filling machine is arranged on the note chamber of sealing by this utility model, when using filling machine to carry out battery liquid-filling, it is not necessary to be arranged in the hothouse of sealing by filling machine, reduces cost, improves the suitability of filling machine.On the other hand, this utility model also offers transparent window to observe whole fluid injection state when filling machine works on the sidewall of fluid injection chamber, it is not necessary to testing staff enters in the chamber of filling machine place, easy to use, it is simple to keep dry in filling machine.
Preferably, described sealing filling machine also includes feeding device, is also formed with the material extracting chamber being connected with described fluid injection chamber in described shell, and the rear wall of described material extracting chamber is provided with feeding door, described feeding device is installed in described material extracting chamber, and described battery case is delivered to described material extracting chamber rear end.Described material extracting chamber includes the cup being connected with described fluid injection chamber, the middle room adjacent with the rear end of described cup and the rear chamber adjacent with rear end, described middle room, between described cup and rear chamber, isolation is arranged, it is provided with the first isolating door between described middle room and described cup, it is provided with the second isolating door between described rear chamber and described middle room, described feeding door is located at the rear wall of described rear chamber, described feeding device includes the first material-taking rack being installed on described cup, it is installed on the blanking track of described middle room and is installed on the second material-taking rack of described rear chamber, described first material-taking rack is relative with described second material-taking rack position, and described first material-taking rack deposits described battery case and described battery case is delivered to through the first isolating door the blanking track of middle room, described second material-taking rack receives and deposits described battery case through described second isolating door.When the program makes battery case carry between the first material-taking rack and the second material-taking rack, can first open the first isolating door or the second isolating door, during so that battery case is moved to middle room, open the second isolating door or the first isolating door again, battery case therefrom room is moved to rear chamber, the cup being connected with the fluid injection chamber at filling machine place is constantly in sealing state relative to rear chamber, it is not only advantageous to and keeps drying in filling machine, and when operator exchange battery case for, only need to open rear chamber, the work in filling machine will not be destroyed, without stopping fluid injection operation.
Specifically, the sidewall of described cup is provided with the 3rd transparent window, and described feeding door is offered transparent feeding window.
nullSpecifically，Described blanking track includes the blanking track relative with the lower position of described first material-taking rack and the feeding track relative with the upper position of described first material-taking rack，Described first material-taking rack includes the first support body、It is installed on the first conveyer belt of described first support body both sides、It is installed on the first installing plate on the first conveyer belt described in two、First drive motor、First push pedal、First push pedal cylinder、First suction disc and the first suction disc cylinder，Described first installing plate has several and is located on described first conveyer belt with a determining deviation，And the first installing plate position of the first conveyer belt described in two is relatively to form the installing zone installing described battery case，Described first drive motor is connected with described first conveyer belt and drives described first conveyer belt to rotate，Described first push pedal is positioned at described first material-taking rack front end side wall and relative with described blanking orbital position，Described first push pedal cylinder drives described first push pedal action so that battery case to push to described blanking track，Described first suction disc is positioned at described first material-taking rack front end side wall and relative with described feeding orbital position，Described first suction disc cylinder drive described first suction disc action with by battery case from described feeding orbit transports to cup；nullDescribed second material-taking rack includes the second support body、It is installed on the second conveyer belt of described second support body both sides、It is installed on the second installing plate on the second conveyer belt described in two、Second drive motor、Second push pedal、Second push pedal cylinder、Second suction disc and the second suction disc cylinder，Described second installing plate has several and is located on described second conveyer belt with a determining deviation，And the first installing plate position of the second conveyer belt described in two is relatively to form the installing zone installing described battery case，Described second drive motor is connected with described second conveyer belt and drives described second conveyer belt to rotate，Described second push pedal is positioned on rear side of described second material-taking rack and relative with described feeding orbital position，Described second push pedal cylinder is connected with described second push pedal and drives described second push pedal that battery case is delivered to described feeding track，Described second suction disc is positioned on rear side of described second material-taking rack and relative with described blanking orbital position，Described second suction disc cylinder drives described second suction disc action so that battery case to be delivered to described rear chamber.
nullPreferably，Described weighing detection device includes frame、It is installed on the first electronic scale in described frame、Second electronic scale and upset gripping body，Described upset gripping body fluid injection is completed after battery be delivered on the second electronic scale and include lifting motor、Electric rotating machine、Fluctuating orbit、Slide block、Turning arm and fixture，Described fluctuating orbit is located in described frame，Described skid is installed on described fluctuating orbit，Described lifting motor is connected with described slide block and drives described slide block lifting action on described fluctuating orbit，First end of described turning arm rotates and is installed on described slide block，Second end is provided with described fixture，Described electric rotating machine is connected with described turning arm and drives described turning arm to rotate to be delivered to by battery on described second electronic scale relative to described slide block，Described battery is delivered on described first electronic scale and is delivered to described priming device from described first electronic scale by described conveyer device，Described fixture captures battery.The program makes being taken up space of described weighing detection device little.
Specifically, described turning arm is vertical plane relative to the plane of rotation that described slide block rotates, described fluctuating orbit is vertically arranged, described fixture is that sucker clamp is to capture or release battery, described turning arm rise to upper limit and be flipped up so that described sucker clamp absorption face vertically outwardly time, described sucker clamp is positioned at the feeding district of described filling machine feeding weighing device, battery is delivered to described feeding district from described priming device by described conveyer device, described turning arm drops to lower limit and downwardly turns over so that when the absorption of described sucker clamp faces down, described sucker clamp is positioned at the discharging area of described filling machine feeding weighing device and relative with described electronic scale position.The program reduces being taken up space of described weighing detection device further, and improves the space availability ratio sealing filling machine.
Specifically, described weighing detection device also includes telescopic cylinder, and described fixture is slidably mounted on the second end of described turning arm, and described telescopic cylinder is connected with described fixture and drives described fixture expanding-contracting action.
Accompanying drawing explanation
Fig. 1 is the structural representation of sealing filling machine described in the utility model.
Fig. 2 is the structural representation of sealing another angle of filling machine described in the utility model.
Fig. 3 a is the structural representation of shell described in the utility model.
Fig. 3 b is the sectional view of shell described in the utility model.
Fig. 4 is the structural representation after sealing filling machine described in the utility model removes shell.
Fig. 5 is the structural representation at the feeding device place of sealing filling machine described in the utility model.
Fig. 6 is the sectional view at the feeding device place sealing filling machine described in Fig. 5
Fig. 7 is the structural representation of the first material-taking rack described in the utility model.
Fig. 8 is the structural representation of the second material-taking rack described in the utility model.
Fig. 9 is the structural representation of weighing detection device described in the utility model.
Detailed description of the invention
By describing technology contents of the present utility model, structural feature in detail, being realized purpose and effect, below in conjunction with embodiment and coordinate accompanying drawing to be explained in detail.
nullReferring to figs. 1 to Fig. 4，The utility model discloses a kind of sealing filling machine 100，For battery is carried out fluid injection，Including shell 10、Weighing detection device 20、Conveyer device 30、Priming device 40 and battery case 60，Packed fluid injection chamber 101 is formed in described shell 10，Described weighing detection device 20、Conveyer device 30、Priming device 40 and battery case 60 are installed in described fluid injection chamber 101，Described weighing detection device 20 is located at the front end of described fluid injection chamber 101 and detects the weight of battery，Described priming device 40 is located at the centre of described fluid injection chamber 101 and battery is carried out fluid injection，Described battery case 60 be located at the rear end of described fluid injection chamber 101 and collect fluid injection after battery，Described conveyer device 30 is located at described weighing detection device 20、Between priming device 40 and battery case 60 and carry battery；The front end side wall of described fluid injection chamber offers input channel 16, and the sidewall of described fluid injection chamber 101 offers first transparent window 11 corresponding with described weighing detection device 20 position and second transparent window 12 corresponding with described priming device 40 position.
With reference to Fig. 1 and Fig. 5, described sealing filling machine 100 also includes feeding device 50, the material extracting chamber 102 being connected with described fluid injection chamber 101 it is also formed with in described shell 10, the rear wall of described material extracting chamber 102 is provided with feeding door 15, described feeding door 15 is offered transparent feeding window 14, described feeding device 50 is installed in described material extracting chamber 102, and described battery case is delivered to described material extracting chamber 102 rear end.
nullWith reference to Fig. 5 with reference to Fig. 6，Described material extracting chamber 102 includes cup 201、The middle room 202 adjacent with the rear end of described cup 201 and the rear chamber 203 adjacent with rear end, described middle room 202，Described cup 201 is positioned at the rear end of described fluid injection chamber 101 and is connected with described fluid injection chamber 101，And the sidewall of described cup 201 offers the 3rd transparent window 13，The first isolating door 301 it is provided with between described middle room 202 and described cup 201，The second isolating door 302 it is provided with between described rear chamber 203 and described middle room 202，Described feeding door 15 is located at the rear wall of described rear chamber 203，Described feeding device 50 includes the first material-taking rack 51 being installed on described cup 201，The blanking track 53 being installed on described middle room 202 and the second material-taking rack 52 being installed in described rear chamber 203，Described first material-taking rack 51 is relative with described second material-taking rack 52 position，And described first material-taking rack 51 deposits described battery case 60 and described battery case 60 is delivered to by the first isolating door 301 the blanking track 53 of middle room 202，Described second material-taking rack 52 receives and deposits described battery case 60 by described second isolating door 302.
With reference to Fig. 6 to Fig. 8, described blanking track 53 includes the blanking track relative with the upper end of described first material-taking rack 51 and the feeding track relative with the lower end position of described first material-taking rack 51.
nullWith reference to Fig. 7，Described first material-taking rack 51 includes the first support body 511、It is installed on the first conveyer belt 512 of described first support body 511 both sides、It is installed on the first installing plate 513 on the first conveyer belt 512 described in two、First drive motor 514、First push pedal 516、First push pedal cylinder 518、First suction disc 515 and the first suction disc cylinder 517，Described first installing plate 513 has several and is located on described first conveyer belt 512 with a determining deviation，And the first installing plate 513 position of the first conveyer belt 512 described in two is relatively to form the installing zone installing described battery case 60，Described first drive motor 514 is connected with described first conveyer belt 512 and drives described first conveyer belt 512 to rotate，Described first push pedal 516 is positioned at described first material-taking rack 51 front end side wall and relative with described blanking orbital position，Described first push pedal cylinder 518 drives described first push pedal 516 action so that battery case to push to described blanking track，Described first suction disc 515 is positioned at described first material-taking rack 51 front end side wall and relative with described feeding orbital position，Described first suction disc cylinder 517 drive described first suction disc 515 action with by battery case from described feeding orbit transports to cup 201.Wherein, the first suction disc 515 is connected with vacuum pump by vacuum tube, and vacuum tube is provided with electromagnetic valve, controls described first suction disc 515 by electromagnetic valve and draws release battery case.
nullWith reference to Fig. 8，Described second material-taking rack 52 includes the second support body 521、It is installed on the second conveyer belt 522 of described second support body 521 both sides、It is installed on the second installing plate 523 on the second conveyer belt 522 described in two、Second drive motor 524、Second push pedal 526、Second push pedal cylinder 528、Second suction disc 525 and the second suction disc cylinder 527，Described second installing plate 523 has several and is located on described second conveyer belt 522 with a determining deviation，And the first installing plate 513 position of the second conveyer belt 522 described in two is relatively to form the installing zone installing described battery case 60，Described second drive motor 524 is connected with described second conveyer belt 522 and drives described second conveyer belt 522 to rotate，Described second push pedal 526 is positioned on rear side of described second material-taking rack 52 and relative with described feeding orbital position，Described second push pedal cylinder 528 is connected with described second push pedal 526 and drives described second push pedal 526 that battery case is delivered to described feeding track，Described second suction disc 525 is positioned on rear side of described second material-taking rack 52 and relative with described blanking orbital position，Described second suction disc cylinder 527 drives described second suction disc 525 action so that battery case to be delivered to described rear chamber 203.Wherein, the second suction disc 525 is connected with vacuum pump by vacuum tube, and vacuum tube is provided with electromagnetic valve, controls described second suction disc 525 by electromagnetic valve and draws release battery case.
nullWith reference to Fig. 9，Described weighing detection device 20 includes frame 21、It is installed on the first electronic scale 22 in described frame 21、Second electronic scale 23 and upset gripping body 24，Described upset gripping body 24 includes lifting motor 241、Electric rotating machine 242、Fluctuating orbit 243、Slide block 244、Turning arm 245 and fixture 246，Described fluctuating orbit 243 is located in described frame 21，Described slide block 244 is slidably mounted on described fluctuating orbit 243，Described lifting motor 241 is connected with described slide block 244 and drives described slide block 244 lifting action on described fluctuating orbit 243，First end of described turning arm 245 rotates and is installed on described slide block 244，Second end is provided with described fixture 246，Described electric rotating machine 242 is connected with described turning arm 245 and drives described turning arm 245 to rotate to be delivered to by battery on described second electronic scale 23 relative to described slide block 244，Described battery is delivered on described first electronic scale 22 and is delivered to described priming device 40 from described first electronic scale 22 by described conveyer device 30，Described fixture 246 captures battery.The program makes being taken up space of described weighing detection device 20 little.
nullWith reference to Fig. 9，Described turning arm 245 is vertical plane relative to the plane of rotation that described slide block 244 rotates，Described fluctuating orbit 243 is vertically arranged，Described fixture 246 is that sucker clamp is to capture or release battery，The absorption of described sucker clamp face outwardly and along with described turning arm 245 rotation upward or lower section，The turning arm 245 of described upset gripping body 24 rises to upper limit and rotates described turning arm 245 when making described fixture 246 upward，Described fixture 246 is positioned at the feeding district of described upset gripping body 24，Battery is delivered to described feeding district from described priming device 40 by described conveyer device 30，The turning arm 245 of described upset gripping body 24 drops to lower limit and rotates described turning arm 245 when making described fixture 246 down，Described fixture 246 is positioned at the discharging area of described upset gripping body 24 and relative with described second electronic scale 23 position.The program reduces being taken up space of described weighing detection device 20 further, and improves the space availability ratio sealing filling machine 100.
With reference to Fig. 9, described weighing detection device 20 also includes telescopic cylinder 247, and described fixture 246 is slidably mounted on the second end of described turning arm 245, and described telescopic cylinder 247 is connected with described fixture 246 and drives described fixture 246 expanding-contracting action.
With reference to Fig. 9, described frame 21 includes erecting bed 211, the table top of described erecting bed 211 is provided with installing rack 212 and installing hole 213, described installing rack 212 has vertical plane, described fluctuating orbit 243 is located on the vertical plane of described installing rack 212, and described lifting motor 241 is installed under the table top of described erecting bed 211 and it drives axle to be connected through described installing hole 213 with described slide block 244.Wherein, the first vertical plane of described slide block 244 is slidably mounted on the vertical plane of described installing rack 212, and the second vertical plane and the first end of described turning arm 245 that described slide block 244 is relative with described first side are rotationally connected.
Above disclosed it is only preferred embodiment of the present utility model, certainly can not limit the interest field of this utility model, the equivalent variations therefore made according to this utility model claim with this, still belong to the scope that this utility model is contained.
Claims (7)
1. one kind seals filling machine, for battery is carried out fluid injection, including shell, weighing detection device, conveyer device, priming device and battery case, it is characterized in that: in described shell, form Packed fluid injection chamber, described weighing detection device, conveyer device, priming device and battery case are installed on described note chamber, described weighing detection device is located at the front end of described fluid injection chamber and detects the weight of battery, described priming device is located at the centre of described fluid injection chamber and battery is carried out fluid injection, described battery case be located at the rear end of described fluid injection chamber and collect fluid injection after battery, described conveyer device is located at described weighing detection device, between priming device and battery case and carry battery；The front end side wall of described fluid injection chamber offers input channel, and the sidewall of described fluid injection chamber offers first transparent window corresponding with described weighing detection device position and second transparent window corresponding with described priming device position.
null2. seal filling machine as claimed in claim 1，It is characterized in that: also include feeding device，The material extracting chamber being connected with described fluid injection chamber it is also formed with in described shell，Described material extracting chamber includes the cup being connected with described fluid injection chamber、The middle room adjacent with the rear end of described cup and the rear chamber adjacent with rear end, described middle room，Between described cup and rear chamber, isolation is arranged，It is provided with the first isolating door between described middle room and described cup，It is provided with the second isolating door between described rear chamber and described middle room，Described feeding door is located at the rear wall of described rear chamber，Described feeding device includes the first material-taking rack being installed on described cup，It is installed on the blanking track of described middle room and is installed on the second material-taking rack of described rear chamber，Described first material-taking rack is relative with described second material-taking rack position，And described first material-taking rack deposits described battery case and described battery case is delivered to through the first isolating door the blanking track of middle room，Described second material-taking rack receives and deposits described battery case through described second isolating door.
3. seal filling machine as claimed in claim 2, it is characterised in that: the sidewall of described cup is provided with the 3rd transparent window, and described feeding door is offered transparent feeding window.
null4. seal filling machine as claimed in claim 2，It is characterized in that: described blanking track includes the blanking track relative with the upper end of described first material-taking rack and the feeding track relative with described first material-taking rack lower end，Described first material-taking rack includes the first support body、It is installed on the first conveyer belt of described first support body both sides、It is installed on the first installing plate on the first conveyer belt described in two、First drive motor、First push pedal、First push pedal cylinder、First suction disc and the first suction disc cylinder，Described first installing plate has several and is located on described first conveyer belt with a determining deviation，And the first installing plate position of the first conveyer belt described in two is relatively to form the installing zone installing described battery case，Described first drive motor is connected with described first conveyer belt and drives described first conveyer belt to rotate，Described first push pedal is positioned at described first material-taking rack front end side wall and relative with described blanking orbital position，Described first push pedal cylinder drives described first push pedal action so that battery case to push to described blanking track，Described first suction disc is positioned at described first material-taking rack front end side wall and relative with described feeding orbital position，Described first suction disc cylinder drive described first suction disc action with by battery case from described feeding orbit transports to cup；nullDescribed second material-taking rack includes the second support body、It is installed on the second conveyer belt of described second support body both sides、It is installed on the second installing plate on the second conveyer belt described in two、Second drive motor、Second push pedal、Second push pedal cylinder、Second suction disc and the second suction disc cylinder，Described second installing plate has several and is located on described second conveyer belt with a determining deviation，And the first installing plate position of the second conveyer belt described in two is relatively to form the installing zone installing described battery case，Described second drive motor is connected with described second conveyer belt and drives described second conveyer belt to rotate，Described second push pedal is positioned on rear side of described second material-taking rack and relative with described feeding orbital position，Described second push pedal cylinder is connected with described second push pedal and drives described second push pedal that battery case is delivered to described feeding track，Described second suction disc is positioned on rear side of described second material-taking rack and relative with described blanking orbital position，Described second suction disc cylinder drives described second suction disc action so that battery case to be delivered to described rear chamber.
null5. seal filling machine as claimed in claim 1，It is characterized in that: described weighing detection device includes frame、It is installed on the first electronic scale in described frame、Second electronic scale and upset gripping body，Described upset gripping body fluid injection is completed after battery be delivered on the second electronic scale and include lifting motor、Electric rotating machine、Fluctuating orbit、Slide block、Turning arm and fixture，Described fluctuating orbit is located in described frame，Described skid is installed on described fluctuating orbit，Described lifting motor is connected with described slide block and drives described slide block lifting action on described fluctuating orbit，First end of described turning arm rotates and is installed on described slide block，Second end is provided with described fixture，Described electric rotating machine is connected with described turning arm and drives described turning arm to rotate to be delivered to by battery on described second electronic scale relative to described slide block，Described battery is delivered on described first electronic scale and is delivered to described priming device from described first electronic scale by described conveyer device，Described fixture captures battery.
6. seal filling machine as claimed in claim 5, it is characterized in that: described turning arm is vertical plane relative to the plane of rotation that described slide block rotates, described fluctuating orbit is vertically arranged, described fixture is that sucker clamp is to capture or release battery, described turning arm rise to upper limit and be flipped up so that described sucker clamp absorption face vertically outwardly time, described sucker clamp is positioned at the feeding district of described filling machine feeding weighing device, battery is delivered to described feeding district from described priming device by described conveyer device, described turning arm drops to lower limit and downwardly turns over so that when the absorption of described sucker clamp faces down, described sucker clamp is positioned at the discharging area of described filling machine feeding weighing device and relative with described electronic scale position.
7. seal filling machine as claimed in claim 5, it is characterised in that: described weighing detection device also includes telescopic cylinder, and described fixture is slidably mounted on the second end of described turning arm, and described telescopic cylinder is connected with described fixture and drives described fixture expanding-contracting action.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201521141682.4U CN205376632U (en) | 2015-12-31 | 2015-12-31 | Sealed liquid machine of annotating |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201521141682.4U CN205376632U (en) | 2015-12-31 | 2015-12-31 | Sealed liquid machine of annotating |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205376632U true CN205376632U (en) | 2016-07-06 |
Family
ID=56275918
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201521141682.4U Expired - Fee Related CN205376632U (en) | 2015-12-31 | 2015-12-31 | Sealed liquid machine of annotating |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205376632U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108682781A (en) * | 2018-07-27 | 2018-10-19 | 东莞市德瑞精密设备有限公司 | The full-automatic soft package lithium battery filling machine of rotating disc type |
| CN111540875A (en) * | 2020-04-30 | 2020-08-14 | 惠州市多科达科技有限公司 | Battery liquid filling machine |
-
2015
- 2015-12-31 CN CN201521141682.4U patent/CN205376632U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108682781A (en) * | 2018-07-27 | 2018-10-19 | 东莞市德瑞精密设备有限公司 | The full-automatic soft package lithium battery filling machine of rotating disc type |
| CN111540875A (en) * | 2020-04-30 | 2020-08-14 | 惠州市多科达科技有限公司 | Battery liquid filling machine |
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| 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 | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20160706 |