CN203753975U - Full-function horizontal connection type tabletop station - Google Patents
Full-function horizontal connection type tabletop station Download PDFInfo
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- CN203753975U CN203753975U CN201420068558.9U CN201420068558U CN203753975U CN 203753975 U CN203753975 U CN 203753975U CN 201420068558 U CN201420068558 U CN 201420068558U CN 203753975 U CN203753975 U CN 203753975U
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- 210000004907 gland Anatomy 0.000 claims description 5
- 239000004973 liquid crystal related substance Substances 0.000 claims description 5
- 238000007789 sealing Methods 0.000 claims description 5
- 241000973497 Siphonognathus argyrophanes Species 0.000 claims description 2
- 230000006698 induction Effects 0.000 claims description 2
- 238000009434 installation Methods 0.000 abstract description 14
- 238000012423 maintenance Methods 0.000 abstract 1
- XAGFODPZIPBFFR-UHFFFAOYSA-N aluminium Chemical compound [Al] XAGFODPZIPBFFR-UHFFFAOYSA-N 0.000 description 8
- 229910052782 aluminium Inorganic materials 0.000 description 8
- 239000004411 aluminium Substances 0.000 description 8
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- 238000012856 packing Methods 0.000 description 5
- 239000003292 glue Substances 0.000 description 3
- 230000008859 change Effects 0.000 description 2
- 239000004744 fabric Substances 0.000 description 2
- 238000000034 method Methods 0.000 description 2
- 230000035939 shock Effects 0.000 description 2
- 238000011144 upstream manufacturing Methods 0.000 description 2
- 230000000712 assembly Effects 0.000 description 1
- 238000000429 assembly Methods 0.000 description 1
- 230000006399 behavior Effects 0.000 description 1
- 230000015572 biosynthetic process Effects 0.000 description 1
- 238000005034 decoration Methods 0.000 description 1
- 230000000694 effects Effects 0.000 description 1
- 238000003032 molecular docking Methods 0.000 description 1
- 230000008569 process Effects 0.000 description 1
- 239000007787 solid Substances 0.000 description 1
- 230000009466 transformation Effects 0.000 description 1
- 230000007704 transition Effects 0.000 description 1
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Abstract
The utility model discloses a full-function horizontal connection type desktop station which is a work station with receiving, transmitting and passing functions. The full-function horizontal connection type tabletop station is characterized in that an outlet orifice and an inlet orifice are formed in two ends of the station, a transmitting and receiving cabin opening is formed in a position above the station, the station is provided with a door cabin cover, and the door cabin cover of the work station is locked by a cover locking mechanism when the work station is in a standby state; a door cabin cover opening key needs to be pushed during transmitting, so that the door cabin cover can be unlocked; a double-orifice pipeline slide valve is arranged at an end of the station, a main orifice controls a transmission channel, an auxiliary orifice controls a bleeder channel, the bleeder channel is in an open state when a main pipeline is closed, a transmission bottle is sucked into a transmitting and receiving cabin pipeline by the aid of a negative pressure during receiving, collision is prevented owing to the bleeder pipe channel when the transmission bottle is fed into the station, air is prevented from being exhausted to the outside of the station, the door cabin cover can be automatically unlocked after the transmission bottle is fed into the station, an infrared sensor is arranged in the station, and transmission bottle available, unavailable and passing states of the inside of a cabin can be identified. The full-function horizontal connection type desktop station has the advantages that a horizontal connection mode is adopted, so that the application amount of three-dimensional transfer machines can be reduced, the full-function horizontal connection type desktop station brings convenience for installation and maintenance, and the transmission efficiency can be improved.
Description
Technical field
There is the structure about the transmitting-receiving workstation in a pneumatic pipeline material flow transmission system equipment at the utility model global function level connection joint formula desktop station.
Technical background
Workstation in pneumatic pipeline material flow transmission system has many types, application is also more and more extensive, in some industries, need to meet some specific requirements, make it give play to better the using value of this product, the station outstanding behaviours of utility model global function level connection joint formula desktop is in reasonable in design, the difficulty that has reduced system pipe quantity and stringing, has also facilitated I&M work.This product has kept the feature simple in structure of original pneumatic pipeline material flow transmission system desktop tubular type workstation, greatly promote again his practicality and ease of use, become the essential product of pneumatic pipeline material flow transmission equipment application in some special industries.
Existing desktop station product 10 as shown in Figure 1, is made up of upper mounting plate 11, lower installation board 12, open type T-R tube 13, door-plate 14, guidance panel installation door-plate 15, casing 16, operation keyboard panel 17, strut bar 19, positioning support strut 131,132.
Our station main body is that the pvc pipe of prosopyle open type and two blocks, mouth of pipe both sides side plate and upper and lower location and installation plate combine, by many strut bars, station owner's body pvc pipe is fixed in the middle of upper lower installation board, form basic workstation outling of truss structure, it is characterized in that, the transmitting-receiving window of open type pvc pipe composition is provided with self-locking device up and down, door leaf reverse side one circle is equipped with sealing band and snap close, and the pvc pipe end opening of open type is designed with an one-way air valve on lower installation board.The pvc pipe of open type is the main body transmitting-receiving window at this station, and open ports is entirely flat square and docks with door leaf.Main body transmitting-receiving window outerplanar is provided with hermatic door, and mechanical self-locking device is contained on lower installation board doorframe.The one-way air valve designing on the pvc pipe end opening adapter plate of open type, not to outdoor exhaust, is that air enters the passage in arriving at a station when transmission when reception.
This station, because structure design is enterprising upper departures mode, is installed this station and is needed station one vertical pipe, and installation need to have at right angle setting position, and some special places cannot be installed, and it is very large again that its installation difficulty that can install and exterior decoration are processed investment cost.In addition, due to a station one pipe docking, need in system, increase three-dimensional switching machine and do pipeline distribution, the one, increase cost of investment, the 2nd, transmission efficiency reduces, and is not suitable in some special sector applications.
The utility model global function level connection joint formula desktop station adopts level connection joint mode cloth station, can reduce the input quantity of three-dimensional switching machine, reduce the consumption of pipeline and the attached material of installation, reduce the work capacity of installing, due to without three-dimensional switching machine distribution circuit, reduced the input cost of system, improved the transmission efficiency of system, simultaneous faults rate is also minimized.
Summary of the invention
The utility model global function level connection joint formula desktop station 20 as shown in Figure 2, be provided with the pipeline slide-valve of a double tube mouth at one, this station, the transmitting-receiving storekeeper road of a pipeline slide-valve supervisor mouthful tape splicing door Cang Gai, other end connects the left shrouding of this station fairlead, pipeline between this left shrouding and pipeline slide-valve is provided with second row pore, after deflation hole outer closure, form second row gas area, pipeline slide-valve top is provided with a looped pipeline mouth, connecting bleeder pipe joins to first row gas area and the first row pore of the transmitting-receiving storekeeper road other end of band door Cang Gai, manage in the footpath of drawing that is connected one section of complete same diameter between the transmitting-receiving storekeeper road of band door Cang Gai and slide-valve, this station is provided with the Cang Gai mechanism of upspringing, locked position door mechanism, control panel and position switch and infrared pickoff.
The transmitting-receiving storekeeper road of band door Cang Gai is one section of pipeline of open type upward, and door storehouse covers in the rear transmitting-receiving storekeeper road of being with door Cang Gai and just forms complete Nei garden.
The top, transmitting-receiving storekeeper road of band door Cang Gai is provided with a Cang Gai, and door storehouse lid inner panel is provided with sealing band, and locked position door mechanism is automatically by door Cang Gaisuogai or release.
Locked position door mechanism is implemented by a spiral gland handle, drives spiral gland handle lock a door Cang Gai or release by DC speed-reducing positive and negative rotation.
Supervisor's mouth of pipeline slide-valve design is that connection transmission pipeline is used, and looped pipeline mouth is the passage that connects shunt valve, and in the time that supervisor's mouth is opened, looped pipeline mouth is in closed condition, and in the time that supervisor's mouth is closed, looped pipeline mouth is in open mode.
On the valve plate of pipeline slide-valve, be provided with one with valve plate with the plane tooth bar of length, what drive valve plate moved up and down is the DC speed-reducing with gear on an axle, on the outer shrouding of pipeline slide-valve, two position switchs is housed, induction magnetic head is fixed on valve plate.
The pipeline at this two, station is provided with first row pore and second row pore, and sealing is two exhaust areas, and in two exhaust areas and this station, other region or station are outer completely in isolated condition, is communicated with and forms exhausting loop through pipeline slide-valve looped pipeline mouth by bleeder pipe.
When this station is receiving condition, pipeline slide-valve supervisor mouthful closure, looped pipeline mouth is in open mode, and the wind of first row pore enters second row gas area through first row gas area by bleeder Guan Zaijing slide-valve looped pipeline mouth, sucks into system main pipeline from second row pore.
Control panel is accepted this station action of system host order control, and control panel is provided with operation keyboard and liquid crystal, and infrared pickoff is arranged on the transmitting-receiving storekeeper road of band door Cang Gai, detected transmission bottle information out of the station.
Brief description of the drawings
, for the embodiment at clearer explanation the utility model global function level connection joint formula desktop station and the technical scheme of existing installation; set forth by reference to the accompanying drawings the technical scheme in the specific embodiment of the utility model global function level connection joint formula desktop station is carried out to clear, complete description; obviously described embodiment is only a part of the present utility model; be not whole embodiment, other the embodiment that those of ordinary skill in the art obtain under inscribing before not making creative work belongs to protection domain of the present utility model.
Fig. 1 is existing tubular type desktop tubular type transmitting-receiving station constructional drawing
Fig. 2 is the utility model global function level connection joint formula desktop station sectional structure chart
Fig. 3 is the left shrouding plane structure chart in exhaust zone, No. two, station of the utility model global function level connection joint formula desktop
Fig. 4 is the left shrouding sectional structure chart in exhaust zone, No. two, station of the utility model global function level connection joint formula desktop
Fig. 5 is the left board plane constructional drawing of the utility model global function level connection joint formula desktop station pipeline slide-valve
Fig. 6 is the left plate sectional structure chart of the utility model global function level connection joint formula desktop station pipeline slide-valve
Fig. 7 is the utility model global function level connection joint formula desktop station pipeline slide-valve valve plate plane structure chart
Fig. 8 is the utility model global function level connection joint formula desktop station pipeline slide-valve valve plate sectional structure chart
Fig. 9 is the utility model global function level connection joint formula desktop station pipeline slide-valve right panel plane structure chart
Figure 10 is the utility model global function level connection joint formula desktop station pipeline slide-valve right panel sectional structure chart
Figure 11 is control area, air channel, the utility model global function level connection joint formula desktop station right panel plane structure chart
Figure 12 is control area, air channel, the utility model global function level connection joint formula desktop station right panel sectional structure chart
Figure 13 is the left shrouding plane structure chart in transmitting-receiving storekeeper road of the utility model global function level connection joint formula desktop station band door Cang Gai
Figure 14 is the left shrouding sectional structure chart in transmitting-receiving storekeeper road of the utility model global function level connection joint formula desktop station band door Cang Gai
Figure 15 is the right shrouding plane structure chart in transmitting-receiving storekeeper road of the utility model global function level connection joint formula desktop station band door Cang Gai
Figure 16 is the right shrouding sectional structure chart in transmitting-receiving storekeeper road of the utility model global function level connection joint formula desktop station band door Cang Gai
Figure 17 is the left board plane constructional drawing in exhaust zone, No. one, station of the utility model global function level connection joint formula desktop
Figure 18 is the left plate sectional structure chart in exhaust zone, No. one, station of the utility model global function level connection joint formula desktop
Figure 19 is No. one, the utility model global function level connection joint formula desktop station exhaust zone right panel plane structure chart
Figure 20 is No. one, the utility model global function level connection joint formula desktop station exhaust zone right panel sectional structure chart
Figure 21 is the utility model global function level connection joint formula desktop station door Hatch Board plane structure chart
Figure 22 is the utility model global function level connection joint formula desktop station door Hatch Board sectional structure chart
Figure 23 is the utility model global function level connection joint formula desktop station locked position door mechanism motor mounting plate plane structure chart
Figure 24 is the utility model global function level connection joint formula desktop station locked position door mechanism motor mounting plate sectional structure chart
Figure 25 is the transmitting-receiving storekeeper road plane structure chart of the utility model global function level connection joint formula desktop station band door Cang Gai
Figure 26 is the transmitting-receiving storekeeper road sectional structure chart of the utility model global function level connection joint formula desktop station band door Cang Gai
Specific implementation method:
Set forth the technical scheme in the utility model specific embodiment is carried out to clear, complete description below in conjunction with the utility model global function level connection joint formula desktop station accompanying drawing; obviously described embodiment is only a part of the present utility model; be not whole embodiment, other the embodiment that those of ordinary skill in the art obtain under inscribing before not making creative work belongs to protection domain of the present utility model.
The utility model global function level connection joint formula desktop station (seeing Fig. 2) comprises 4 districts: the pipe line area, transmitting-receiving storehouse 21 of band door Cang Gai, control area, air channel 23, exhaust zone 24, No. two exhaust zone 22, infrared pickoff 25, door storehouse lid position switch 26, guidance panel 27, workstation shell 28.
The pipe line area, transmitting-receiving storehouse of assembling band door Cang Gai:
The transmitting-receiving storekeeper road (seeing Figure 25, Figure 26) that position switch 26, band door Cang Gai are covered by left and right, transmitting-receiving storekeeper road shrouding (seeing Figure 13, Figure 14, Figure 15, Figure 16), door Hatch Board (seeing Figure 21, Figure 22), locked position door mechanism motor mounting plate (seeing Figure 23, Figure 24), infrared pickoff 25, the door storehouse of band door Cang Gai in the pipe line area, transmitting-receiving storehouse 21 of a band Cang Gai forms.
The first step is by the transmitting-receiving storekeeper road 21 of band door Cang Gai, locked position door mechanism motor mounting plate 214, 237 and 4 aluminium strut bars 219 of bleeder pipe (straight tube) are inserted into respectively left and right, the transmitting-receiving storekeeper road shrouding 211 of band door Cang Gai, in 213 groove separately, be inserted into 8 Luo bolts in 2491 holes on left and right, the transmitting-receiving storekeeper road shrouding of being with door Cang Gai, by tightening up of 4 aluminium strut bars 219, by the transmitting-receiving storekeeper road 21 of band door Cang Gai, locked position door mechanism motor mounting plate 214, bleeder pipe (straight tube) 237 is solidified as a whole, load onto infrared pickoff 25 to the transmitting-receiving storekeeper road of band door Cang Gai, next step starts the door Hatch Board 211 assembling to be put into transmitting-receiving storekeeper road suitable for reading of band door Cang Gai, the latch 2111 at door Hatch Board 211 two is inserted in lid arm plate 2131 hole, storehouse, again door storehouse lid arm plate 2131 is fixed on the outer position, hole 2110 of left and right, transmitting-receiving storekeeper road shrouding of band door Cang Gai, tightens with Luo bolt, DC speed-reducing 215 is installed on locked position door mechanism motor mounting plate 214, spiral gland handle 216 is installed on the axle of DC speed-reducing 215 again, and door storehouse lid position switch 26 is installed on locked position door mechanism motor mounting plate 214.
Assemble No. one exhaust zone:
Exhaust zone 24 forms (seeing Fig. 2) by left and right, exhaust zone plate 241,242 (seeing Figure 17, Figure 18, Figure 19, Figure 20), first row pore pipeline 243, mouth piece 245, exhaust zone packing plate 246, an aluminium strut bar 249.
The first step is inserted into left and right, exhaust zone plate 241,242 separately in groove by first row pore pipeline 243, mouth piece 245, exhaust zone packing plate 246, an aluminium strut bar 249, be inserted into 8 Luo bolts in the mounting hole of the aluminium strut bar 249 on left and right, exhaust zone plate 241,242 and tighten and be solidified as a whole, mouth piece 245 is encased on the collar extension of an exhaust zone right panel 242 with glue.
Assembling control area, air channel and No. two exhaust zone:
Control area, air channel 23 and No. two exhaust zone 22 are by pipeline slide-valve left and right plate 231, 232 (see Fig. 5, Fig. 6, Fig. 9, Figure 10), pipeline slide-valve valve plate 238, plane tooth bar 234 (is shown in Fig. 7, Fig. 8), No. two the left shrouding 221 in exhaust zone (is shown in Fig. 3, Fig. 4), control area, air channel right panel 222 (is shown in Figure 11, Figure 12), DC speed-reducing 235 with gear, 236, second row pore pipeline 223, draw footpath pipe 225, No. two exhaust zone packing plates 226, aluminium strut bar 229 forms (seeing Fig. 2).
First step assembled conduit slide-valve: plane tooth bar 234 is fixed on valve plate 238, the valve plate combining is placed to pipeline slide-valve left and right plate 231,232 centres, is inserted in 2310 holes and tightens with Luo bolt, on pipeline slide-valve right panel 232, in motor mounting hole site 2360, insert DC speed-reducing 235 with gear also, tighten with Luo bolt, second step is assembled into one the pipeline slide-valve of control area, air channel and No. two exhaust zone: first No. two left shroudings 221 in exhaust zone (are shown in to Fig. 3, second row pore pipeline 223 Fig. 4) and between the left plate of pipeline slide-valve and 4 blocks of packing plates 226 of No. two exhaust zone are inserted in No. two line of rabbet joint separately on the left shrouding 221 in exhaust zone, be inserted into 4 Luo bolts in the mounting hole of No. two aluminium strut bars 229 on the left shrouding 221 in exhaust zone and tighten and be solidified as a whole, be encased on the collar extension 2230 of No. two left plates 221 in exhaust zone drawing footpath pipe 225 with glue, the seam of 4 blocks of packing plates 226 is secured solid with glue,
The 3rd step is by as a whole to control area, air channel right panel 222 and No. two exhaust zone and the assembling of pipeline slide-valve:
The bleeder pipe 237 of transition conduit 233, control area, air channel (comprising three elbows and four sections of straight tubes assembled formation in advance) is inserted into respectively in 2300,2370 hole slots on the left plate 232 of pipeline slide-valve, the right is inserted into respectively in 2300,2370 hole slots on control area, air channel right panel 222, then is inserted in 2291 holes on control area, air channel right panel 222 4 aluminium strut bars 229 are tightened and are solidified as a whole with 4 Luo bolts.
The three part general assemblies of global function level connection joint formula desktop station:
The first step is close to left plate 241 of exhaust zone parts the right shrouding 213 of pipe line area, the transmitting-receiving storehouse parts of band door Cang Gai, from 2101 holes of the right shrouding 213 of pipe line area, the transmitting-receiving storehouse parts to band door Cang Gai, inserts a left plate 241 of exhaust zone parts is tightened with 6 Luo bolts, as a whole with pipe line area, the transmitting-receiving storehouse assembling parts of a band Cang Gai.
Second step is close to control area, the air channel right panel 222 of control area, air channel and No. two exhaust zone assembly bodies the left shrouding 211 of pipe line area, the transmitting-receiving storehouse parts of band door Cang Gai, from 2101 holes of the left shrouding 211 of pipe line area, the transmitting-receiving storehouse parts to band door Cang Gai, inserts control area, the air channel right panel 222 of control area, air channel and No. two exhaust zone assembly bodies is tightened with 6 Luo bolts, pipe line area, the transmitting-receiving storehouse assembling parts of a Cang Gai is as a whole with being with.
The 3rd step packs global function level connection joint formula desktop station three part general assembly bodies in casing 28 into, control panel 27
Be installed to the outer casing frontispiece between control area, air channel and No. two exhaust zone.
Send explanation:
In specific time, complete transmit operation on control panel, door storehouse lid automatic unlocking, liquid crystal prompting " please put into transfer bottle ", the Cang Gai that opens the door puts into transfer bottle and closes the door after Cang Gai, door storehouse lid position switch detects a storehouse lid, and oneself closes, and the motor of locking a door is automatically by door storehouse cover locking.Blower fan starts to start, and transfer bottle blows or sucking-off our station by the positive/negative-pressure of blower fan, completes transmission work, and acception station receives after transfer bottle, and system is got back to again readiness for action.
Receiving course explanation:
When acception station receives the transfer bottle that blower fan direction despatching station sends, pipeline slide-valve is failure to actuate, transfer bottle is blown over this station, infrared pickoff in standing is examined the information of transfer bottle process, the action of pipeline slide-valve, main pipeline shutoff, bleeder passage is opened, blower fan changes suction state, wind is by bleeder pipe return fan, wind is discharged and is entered the first exhaust zone from the first vent, by bleeder tube passage, send in system upstream line to the second vent of the second exhaust zone through secondary mouthful of pipeline slide-valve, transfer bottle enter station in time without shock, infrared pickoff in standing detects the transfer bottle information that enters the station, blower fan stops air draught, after transfer bottle enters the station, liquid crystal prompting " having transfer bottle to arrive ", arriving signal acousto-optic is reminded and is got bottle, door storehouse cover lock automatic unlocking.The Cang Gai that opens the door gets the Cang Gai that closes the door after bottle, and a door storehouse lid position switch detects that a Cang Gai closes, and the motor of locking a door is immediately by door storehouse cover locking, and reception work completes, and system enters readiness for action.
When acception station receives the transfer bottle that the reciprocal downstream of blower fan workstation sends, blower fan adopts negative pressure by the transfer bottle inspiration station of despatching station, before fan starting, slide-valve in acception station cuts out in advance, main pipeline shutoff, bleeder passage is opened, wind is by bleeder pipe return fan, wind is discharged and is entered the first exhaust zone from the first vent, send in system upstream line to the second vent of the second exhaust zone through secondary mouthful of pipeline slide-valve by bleeder passage, transfer bottle enter station in time without shock, infrared pickoff in standing detects the transfer bottle information that enters the station, blower fan stops air draught, after transfer bottle enters the station, liquid crystal prompting " having transfer bottle to arrive " arriving signal acousto-optic is reminded and is got bottle, door storehouse cover lock automatic unlocking.The Cang Gai that opens the door gets the Cang Gai that closes the door after bottle, and a door storehouse lid position switch detects that a Cang Gai closes, and the motor of locking a door is immediately by door storehouse cover locking, and reception work completes, and system enters readiness for action.
Adopt the horizontal desktop of the utility model global function station, for the situation design of not setting up post between open type counter window and window, change the trend of pipeline, change horizontal stringing into from original vertical stringing, actv. has solved a stringing difficult problem, this station has sending and receiving and by function, in the system at full window erection work station, has shortest path, the highest feature of operation effect, when system is in the time sending, all workstation is all in locking states, cannot open Door by Hand, and safety performance is very high.This stands in installation in one line after open shape sales counter, is adapted at decorating front installation, is also adapted at that this system is installed additional in bank after finishing and without doing large transformation.
The utility model global function level connection joint formula desktop station adopts level connection joint mode cloth station, can reduce the input quantity of three-dimensional switching machine, reduce the consumption of pipeline and the attached material of installation, reduce the work capacity of installing, due to without three-dimensional switching machine distribution circuit, reduced the input cost of system, improved the transmission efficiency of system, simultaneous faults rate is also minimized.
Claims (9)
1. global function level connection joint formula desktop station, it is characterized in that, be provided with the pipeline slide-valve of a double tube mouth at one, this station, the transmitting-receiving storekeeper road of a pipeline slide-valve supervisor mouthful tape splicing door Cang Gai, other end connects the left shrouding of this station fairlead, pipeline between this left shrouding and slide-valve is provided with second row pore, after deflation hole outer closure, form second row gas area, slide-valve top is provided with a looped pipeline mouth, connecting shunt valve joins to first row gas area and the first row pore of the transmitting-receiving storekeeper road other end of band door Cang Gai, manage in the footpath of drawing that is connected one section of complete same diameter between the transmitting-receiving storekeeper road of band door Cang Gai and slide-valve, this station is provided with locked position door mechanism, control panel and position switch and infrared pickoff.
2. global function level connection joint formula desktop station according to claim 1, is characterized in that, the transmitting-receiving storekeeper road of band door Cang Gai is one section of pipeline of open type upward, and door storehouse covers in the transmitting-receiving storekeeper road of rear band door Cang Gai and just forms complete Nei garden.
3. according to global function level connection joint formula desktop station described in claim 1 or 2, it is characterized in that, the door storehouse lid inner panel of the top, transmitting-receiving storekeeper road of band door Cang Gai is provided with sealing band.
4. global function level connection joint formula desktop station according to claim 1, is characterized in that, locked position door mechanism is implemented by a spiral gland handle, drives spiral gland handle lock a door Cang Gai or release by DC speed-reducing positive and negative rotation.
5. global function level connection joint formula desktop station according to claim 1, it is characterized in that, supervisor's mouth of pipeline slide-valve design is to connect transfer tube passage, looped pipeline mouth is the passage that connects shunt valve, in the time that supervisor's mouth is opened, looped pipeline mouth is in closed condition, and in the time that supervisor's mouth is closed, looped pipeline mouth is in open mode.
6. according to global function level connection joint formula desktop station described in claim 1 or 5, it is characterized in that, on the valve plate of pipeline slide-valve, be provided with one with valve plate with the plane tooth bar of length, what drive valve plate moved up and down is the DC speed-reducing with gear on an axle, two position switchs are housed on pipeline slide-valve right panel, and induction magnetic head is fixed on valve plate.
7. global function level connection joint formula desktop station according to claim 1, it is characterized in that, the pipeline at this two, station is provided with first row pore and second row pore, sealing is two exhaust areas, in two exhaust areas and this station, other region or station are outer completely in isolated condition, are communicated with and form exhausting loop through pipeline slide-valve looped pipeline mouth by shunt valve.
8. according to global function level connection joint formula desktop station described in claim 1 or 5 or 7, it is characterized in that, when receiving condition, pipeline slide-valve supervisor mouthful closure, looped pipeline mouth is in open mode, the wind of first row pore enters second row gas area through pipeline slide-valve looped pipeline mouth through first row gas area again by shunt valve, sucks into system main pipeline from second row pore.
9. global function level connection joint formula desktop station according to claim 1, it is characterized in that, control panel is accepted this station action of system host order control, and control panel is provided with operation keyboard and liquid crystal, infrared pickoff is arranged on the transmitting-receiving storekeeper road of band door Cang Gai, detected transmission bottle information out of the station.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420068558.9U CN203753975U (en) | 2014-02-18 | 2014-02-18 | Full-function horizontal connection type tabletop station |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420068558.9U CN203753975U (en) | 2014-02-18 | 2014-02-18 | Full-function horizontal connection type tabletop station |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN203753975U true CN203753975U (en) | 2014-08-06 |
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ID=51249277
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201420068558.9U Expired - Lifetime CN203753975U (en) | 2014-02-18 | 2014-02-18 | Full-function horizontal connection type tabletop station |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN203753975U (en) |
-
2014
- 2014-02-18 CN CN201420068558.9U patent/CN203753975U/en not_active Expired - Lifetime
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| Date | Code | Title | Description |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CX01 | Expiry of patent term |
Granted publication date: 20140806 |
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| CX01 | Expiry of patent term |