CN207561913U - UC arm X-ray machines - Google Patents
UC arm X-ray machines Download PDFInfo
- Publication number
- CN207561913U CN207561913U CN201720207808.6U CN201720207808U CN207561913U CN 207561913 U CN207561913 U CN 207561913U CN 201720207808 U CN201720207808 U CN 201720207808U CN 207561913 U CN207561913 U CN 207561913U
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- CN
- China
- Prior art keywords
- arms
- bulb
- control panel
- rack
- button
- 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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- Apparatus For Radiation Diagnosis (AREA)
Abstract
A kind of UC arms X-ray machine, including UC arm racks, the UC arms rack is slidably connected with mainframe, it is connected above UC arms rack with bulb, bulb front end is connected with mill stand control panel, bulb bottom setting beam-defining clipper, it is connected below UC arms rack with flat panel detector, setting radiography bed, mill stand control panel are connected by electric wire with host above flat panel detector, and host is connected by electric wire with high pressure generator.UC arms X-ray machine provided by the utility model, UC arms can move up and down, it can also rotate left and right, it can also be moved left and right between mill stand control panel and bulb, solves the problems, such as X-ray machine malfunction in the prior art, and mill stand control panel is arranged on UC arms, host is connected with mill stand control panel, the floor space and volume of equipment are substantially reduced, is conducive to use in facet product space.
Description
Technical field
The utility model is related to X medical treatment of ray instrument field more particularly to a kind of UC arms X-ray machines.
Background technology
In present medical diagnosis, many audit reports are generally required to the diagnosis of patient and are supported.And it existing sweeps
Equipment is retouched in order to check comprehensively, therefore the activity that equipment needs is big.Also some patients cannot stand up, can only be by lying down
Mode carry out the scanning of X rays, in order to adapt to this fluoroscopic examination requirement, a specially designed stent is needed
Into.
To roentgen roentgen (W.C.R＆Ouml in 1895；Ntgen since) finding X ray, X rays are just
Various aspects are widely used in, medical X X-ray machine X also comes into being.Medical X X-ray machine X is divided into diagnostic X-ray apparatus and controls
Two major class of X X-ray machine Xs is treated, diagnostic X-ray apparatus includes UC arm X-ray production apparatus.Existing UC arms X-ray production apparatus, what is substantially used is straight
Line guide rail or square steel guide rail are all exposed structures, and switch board and rack are separation designs, then connect switch board with bellows
Cabling between rack.More traditional in this design outline, structure is not more open compact.
Utility model content
To solve the above-mentioned problems, the utility model provides a kind of UC arms X-ray machine.
The technical solution adopted in the utility model is：
A kind of UC arms X-ray machine, including UC arm racks, the UC arms rack is slidably connected with mainframe, UC arms
It is connected above rack with bulb, bulb front end is connected with mill stand control panel, bulb bottom setting beam-defining clipper, UC arm racks
Lower section is connected with flat panel detector, and setting radiography bed, mill stand control panel pass through electric wire and host phase above flat panel detector
Connection, host are connected by electric wire with high pressure generator.
The UC arm racks first half is straight-bar, and lower half is C-shaped rod, and flat panel detector is connected with the lower end of C-shaped rod
It connects.
The bulb is arranged on the straight-bar position of UC arm racks, and bulb is slidably connected with mill stand control panel.
The host is arranged on the rear side of mainframe, and high pressure generator is arranged on the rear of complete machine by conducting wire.
The radiography bed is not connected to UC arm racks, is placed on above flat panel detector, and radiography bed bottom sets four
Universal wheel.
Handle is set around the mill stand control panel, and the shell of handle and mill stand control panel is integrally formed.
It is slidably connected between the UC arms rack and mainframe by sliding block, passes through shaft between UC arms rack and sliding block
It is connected.
Be provided on the mill stand control panel rack power supplies open button, rack power supplies close button, bulb move to left button,
Bulb moves to right button, UC arms rise button, UC arms decline button, UC arm rack dextrorotation button, the left-handed button of UC arms and three from
Dynamic position button.
The beneficial effects of the utility model are：UC arms X-ray machine provided by the utility model, UC arms can on move down
It is dynamic, it can also rotate left and right, can also be moved left and right between mill stand control panel and bulb, solve X ray in the prior art
The problem of video camera malfunction, and mill stand control panel is arranged on UC arms, and host is connected with mill stand control panel,
The floor space and volume of equipment are substantially reduced, is conducive to use in facet product space.
Description of the drawings
Fig. 1 is the structure diagram of the utility model.
Fig. 2 is the structure diagram of the utility model beam-defining clipper.
In figure, 1, UC arm racks, 2, bulb, 3, mainframe, 4, handle, 5, mill stand control panel, 6, beam-defining clipper, 7, high pressure
Generator, 8, flat panel detector, 9, radiography bed, 10, host, 11, locking rod, 12, rotation button, 13, light field indicator light button,
14th, card slot, 15, sliding block, 16, shaft.
Specific embodiment
As shown in Fig. 1~Fig. 2, a kind of UC arms X-ray machine, including UC arms rack 1, the UC arms rack 1 and master
Rack 3 is slidably connected, and 1 top of UC arms rack is connected with bulb 2, and 2 front end of bulb is connected with mill stand control panel 5, bulb 2
Bottom sets beam-defining clipper 6, and 1 lower section of UC arms rack is connected with flat panel detector 8,8 top setting radiography bed 9 of flat panel detector,
Mill stand control panel 5 is connected by electric wire with host 10, and host 10 is connected by electric wire with high pressure generator 7.
1 first half of UC arms rack is straight-bar, and lower half is C-shaped rod, flat panel detector 8 and the lower end phase of C-shaped rod
Connection.
The bulb 2 is arranged on the straight-bar position of UC arms rack 1, and bulb 2 is slidably connected with mill stand control panel 5.
The host 10 is arranged on the rear side of mainframe 3, and high pressure generator 7 is arranged on the rear of complete machine by conducting wire.
The radiography bed 9 and UC arms rack 1 is not connected to, and is placed on 8 top of flat panel detector, the setting of 9 bottom of radiography bed
Four universal wheels.
5 surrounding of the mill stand control panel setting handle 4, handle 4 and the shell of mill stand control panel 5 are integrally formed.
It is slidably connected between the UC arms rack 1 and mainframe 3 by sliding block 15, between UC arms rack 1 and sliding block 15
It is connected by shaft 16.
Be provided on the mill stand control panel 5 rack power supplies open button, rack power supplies close button, bulb move to left by
Key, bulb move to right button, UC arms rise button, UC arms decline button, UC arm rack dextrorotation button, the left-handed button of UC arms and three
Automated location button.
It is slidably connected between bulb 2 and mill stand control panel 5 and refers to that control panel can be with corresponding 2 or so shifting of bulb
It is dynamic.Bulb refers to X-ray tube.
It is slided up and down between UC arms rack 1 and mainframe 3 by sliding block 15, UC arms rack 1 can also pass through 16 phase of shaft
Sliding block 15 is rotated clockwise or is rotated counterclockwise.
Emergency stop switch is provided on host 10, presses rear 1 stop motion of UC arms rack, power supply is closed.
Two rotation buttons 12 of beam-defining clipper 6 are used to control the size of ray open country；Light field indicator button 13 is used to control
The light on and off of indicator light, after pressing the key, then the bright 30s of indicator light extinguishes；Locking rod 11：When locking rod unclamps, beam-defining clipper can
To rotate ± 90 ° along vertical axes；When locking rod 11 is tightened, beam-defining clipper is immovable；Card slot is attachment card slot.
Rack power supplies are opened：After pushing button, power supply electrifying, display panel is bright, and rack can move, but high pressure generator
And image acquisition workstation（Hereinafter referred to as work station）It is not actuated.After pressing rack power supplies pass, rack power supplies are closed.
Rack dextrorotation：After pushing button, rack UC arms rotate clockwise.
Rack is left-handed：After pushing button, rack UC arms rotate counterclockwise.
Bulb moves to left：After pushing button, control panel is moved to the left.
Bulb moves to right：After pushing button, control panel moves right.
UC arms rise：After pushing button, UC arms rise.
UC arms decline：After pushing button, UC arms decline.
Automated location 1：After pushing button 3 seconds, rack is automatically rotated to 1 meter of shooting distance of erect-position.
Automated location 2：After pushing button 3 seconds, rack is automatically rotated to clinostatism.
Automated location 3：After pushing button 3 seconds, rack is automatically rotated to 1.8 meters of shooting distances of erect-position.
High pressure generator power supply is opened：After lower switch, start high pressure generator.High pressure generator control panel and indicator light
It is bright.Press high pressure generator close button, high pressure generator shutdown.
Image acquisition workstation switchs：Press computer and display power supply button, computer starting, into system after it is double
It hits into DROC image acquisition workstation systems.
Host is connected with mill stand control panel, high pressure generator, beam-defining clipper, flat panel detector, image acquisition workstation.
The function of image acquisition workstation includes：Use patient's login of DICOM standards and case management；Use number
Detector carries out Image Acquisition；Picture browsing is shown；Using DICOM standards by image transmitting to image workstation；By image
It is burnt to DVD CDs；Output image to film printer；Carry out system configuration and image calibration.
The angular adjustment of flat panel detector：± 45 °, there are 3 automatic angle screens：0 ° ,+45 ° and -45 °, to meet not
Same clinical examination position needs.Bulb benchmark shaft position is constant.
Rack operation has double protection functions, first, software sets position limitation protection, second is that limit switch is protected.If there is
Akinesia, motor operation do not stop, and should check whether relay contact bonds or whether software setting malfunctions.
The utility model mainframe inner hollow, inside are equipped with the elevator for the slide cartridge to be controlled to move up and down
Structure；Hoisting mechanism is with reference to the structure of the hoisting mechanism of the UC arm X-ray production apparatus of Patent No. 2015203908634.Hoisting mechanism packet
It includes two sprocket wheels, two whole chains of the described two sprocket wheels of connection, the motor of drive sprocket and moves up and down for slide cartridge
Straight guide；Two sprocket wheels are respectively and fixedly installed to the upper and lower part inside the mainframe, and on same vertical line；
Motor is fixedly mounted on the mainframe inside top；Straight guide is fixedly mounted on the inside of the mainframe, positioned at described two
The outside of root chain；In the inside of the mainframe, also there are two electric limiting switchs for fixed installation；Described two electric limitings
Switch is located between two sprocket wheels；In the upper and lower part of the inside of the mainframe, there are one the hard limitings of machinery for also each installation
Device, and positioned at the homonymy of two sprocket wheels；On the side of mainframe, if there are one the control lines for being used to install the pivoted arm
Line outlet and a coil holder for being used for dragging high-voltage cable.
This UC arm X X-ray machine Xs, hoisting mechanism uses chain structure, and every chain is all a whole chain, real
Show the synchronous tension of two chains, avoid happening for two chain unbalance stress；Meanwhile the hoisting mechanism eliminates
Ratchet protection mechanism simplifies design so that complete machine effect more simplicity generosity；Also this device structure is simple, floor space
It is small, small space room can be used.
Claims (5)
1. a kind of UC arms X-ray machine, including UC arm racks（1）, it is characterised in that：The UC arm racks（1）With host
Frame（3）It is slidably connected, UC arm racks（1）Top and bulb（2）It is connected, bulb（2）Front end and mill stand control panel（5）It is connected
It connects, bulb（2）Bottom sets beam-defining clipper（6）, UC arm racks（1）Lower section and flat panel detector（8）It is connected, flat panel detector
（8）Top sets radiography bed（9）, mill stand control panel（5）Pass through electric wire and host（10）It is connected, host（10）Pass through electric wire
With high pressure generator（7）It is connected, the UC arm racks（1）The first half is straight-bar, and lower half is C-shaped rod, flat panel detector
（8）It is connected with the lower end of C-shaped rod, the bulb（2）It is arranged on UC arm racks（1）Straight-bar position, bulb（2）With rack
Control panel（5）It is slidably connected, the UC arm racks（1）With mainframe（3）Between pass through sliding block（15）It is slidably connected, UC arms
Rack（1）With sliding block（15）Between pass through shaft（16）It is connected.
2. UC arms X-ray machine according to claim 1, it is characterised in that：The host（10）It is arranged on host
Frame（3）Rear side.
3. UC arms X-ray machine according to claim 1, it is characterised in that：The radiography bed（9）With UC arm racks
（1）It is not connected to, is placed on flat panel detector（8）Top, radiography bed（9）Bottom sets four universal wheels.
4. UC arms X-ray machine according to claim 1, it is characterised in that：The mill stand control panel（5）Around
Handle is set（4）, handle（4）With mill stand control panel（5）Shell be integrally formed.
5. UC arms X-ray machine according to claim 1, it is characterised in that：The mill stand control panel（5）On set
Be equipped with rack power supplies open button, rack power supplies close button, bulb move to left button, bulb moves to right button, UC arms rise button, UC arms
Decline button, UC arm rack dextrorotation button, the left-handed button of UC arms and three automated location buttons.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720207808.6U CN207561913U (en) | 2017-03-06 | 2017-03-06 | UC arm X-ray machines |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720207808.6U CN207561913U (en) | 2017-03-06 | 2017-03-06 | UC arm X-ray machines |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207561913U true CN207561913U (en) | 2018-07-03 |
Family
ID=62697442
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201720207808.6U Expired - Fee Related CN207561913U (en) | 2017-03-06 | 2017-03-06 | UC arm X-ray machines |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN207561913U (en) |
-
2017
- 2017-03-06 CN CN201720207808.6U patent/CN207561913U/en not_active Expired - Fee Related
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| 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: 20180703 Termination date: 20200306 |