CN207912699U - A kind of medical image system - Google Patents
A kind of medical image system Download PDFInfo
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- CN207912699U CN207912699U CN201720717234.7U CN201720717234U CN207912699U CN 207912699 U CN207912699 U CN 207912699U CN 201720717234 U CN201720717234 U CN 201720717234U CN 207912699 U CN207912699 U CN 207912699U
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Abstract
The utility model discloses a kind of medical image systems, including scanning device, main control computer and detection bed, it further include a remote control equipment, the scanning device is communicated with main control computer, the scan instruction sent out for responding main control computer, carry out raw data acquisition, and the initial data acquired is sent to main control computer, the remote control equipment is communicated by way of wireless control with detection bed, movement for when the scanning device carries out raw data acquisition, controlling the detection bed.The wireless control avoids the not convenient of operation detection bed and/shelf position, greatly improves operation convenience degree, quickly adjustment detection bed and/or rack also can preferably serve remote diagnosis to suitable test position when being more advantageous to emergency treatment.
Description
Technical field
The utility model is related to medical imaging system field, more particularly to a kind of medical imaging system including remote control equipment
System.
Background technology
In the clinical application of CT (Computed Tomography) scanning device, need frequently mobile detection bed with
Different positions take multiple scan patient.For example, a patient needs to detect head and leg, in order to by tested position just
The true region that is placed on X-ray beam and can be radiated, detection bed need on two different positions.In a scan, it is also possible to need
It adjusts the angle of inclination of rack and is required with meeting scanning.It blocks, optimize for example, bone can be evaded by adjusting frame angle
Puncture path etc..
Usually in the operation of CT scan equipment, the adjusting that detects bed and/or rack is by operating personnel by being mounted on
What the control box of button and/or operation room in rack carried out.But the problem of being operated by button and/or control box exists
In：
1. be not easy to the movement of control detection bed and/or rack, when being especially detrimental to emergency treatment quickly adjustment detection bed and/
Or rack is to suitable test position；
2. operating personnel must before CT scan equipment operation and control detection bed and/or rack adjusting.
Utility model content
For above-mentioned conventional CT scans equipment there are the problem of, the purpose of this utility model is that detection bed and/or machine
Flexibly control is realized in the adjusting of frame, is solved detection bed and/or rack in prior art CT equipment and is adjusted dumb, not convenient ask
Topic.
To achieve the purpose that above-mentioned utility model, the technical scheme that the utility model is provided is as follows：
A kind of medical image system, including scanning device, main control computer and detection bed, which is characterized in that further include one
A remote control equipment, the scanning device are communicated with main control computer, and the scan instruction sent out for responding main control computer carries out
Raw data acquisition, and the initial data acquired is sent to main control computer, the remote control equipment passes through wireless control
Mode is communicated with detection bed, the movement for when the scanning device carries out raw data acquisition, controlling the detection bed.
In the present invention, the scanning device includes rack, and the remote control equipment is communicated with the scanning device, is used
In the position for controlling the rack.
In the present invention, the remote control equipment is used to control the position of the rack, the position of the rack and institute
The movement for stating detection bed is related.
In the present invention, the remote control equipment includes：
First input end inputs directly on the remote control equipment for user or obtains first letter by network
Number；
First processor, for handling first signal obtained to obtain second signal；And
First signal projector, for sending the second signal to the detection bed or rack.
In the present invention, the scanning device includes：
First communication device, for receiving the second signal from the remote control equipment；And
First driving means, the movement for controlling the rack according to the second signal.
In the present invention, the detection bed includes：
Second communication device, for receiving the second signal from the remote control equipment；And
Second driving device, the movement for controlling the detection bed according to the second signal.
In the present invention, the remote control equipment is used to control the position of the rack, and the position of the rack includes
Angle of inclination of the rack relative to ground.
In the present invention, the remote control equipment is used to control the movement of the detection bed, including the control detection
The target location of bed and the movement velocity that target location is reached from current location.
In the present invention, it is described detection bed target location include detection the axially extending line of bed on position,
Detect the height of position, detection bed relative to ground in bed radially extending line.
In the present invention, the remote control equipment is communicated with the main control computer, for obtaining sweep parameter, and base
The movement of the detection bed and the rack is determined in the sweep parameter.
Compared with prior art, the beneficial effects of the utility model performance is as follows：
One, the movement of detection bed and/or rack can be more easily manipulated by remote control equipment；
Two, operating personnel can be adjusted the position of detection bed and/or rack in the indoor any position of detection；
Three, can remote control detection bed and/or rack movement.
Description of the drawings
Fig. 1 is according to a kind of schematic diagram of the network environment comprising tele-control system provided by the utility model；
Fig. 2 is according to a kind of schematic diagram of medical image system provided by the utility model；
Fig. 3 is according to a kind of schematic diagram of medical image system provided by the utility model；
Fig. 4 is according to a kind of flow diagram of medical image system provided by the utility model.
Fig. 1 is marked：110 be medical image system, and 111 be scanning device, and 112 be detection bed, and 113 be remote control equipment, 114
It is remote control terminal equipment for main control computer, 120,130 be network, and 140 be memory；
Fig. 2 is marked：210 be rack, and 220 be emitter, and 230 be detector, and 112 be detection bed.
Fig. 3 is marked：111 be scanning device, and 112 be detection bed, and 113 be remote control equipment, and 114 be main control computer, and 310 are
First communication device, 320 be first driving means, and 330 be the second communication device, and 340 be the second driving device, and 350 be first
Input terminal, 360 be the first signal projector, and 370 be first processor, and 380 be the second input terminal, and 390 emit for second signal
Device, 3100 be second processor.
Specific implementation mode
It is described further below by specific embodiment and in conjunction with attached drawing to the utility model.
Shown in FIG. 1 is according to a kind of signal of the network environment comprising tele-control system provided by the utility model
Figure.The tele-control system may include a medical image system 110, one or more remote control terminal equipment 120, one
A network 130 and a memory 140.
Medical image system 110 is used to execute the diagnostic scan work for patient.Medical image system 110 further wraps
Include a scanning device 111, a detection bed 112, one or more remote control equipments 113, a main control computer 114.Medicine
Imaging system 110 can include but is not limited to the combination of one or more of CT scan equipment, nuclear magnetic resonance diagnosis equipment etc..
In some embodiments, medical image system 110 may include CT scan equipment.
In some embodiments, scanning device 111 and detection bed 112 can pass through signal receiver and remote control equipment 113
It is connected.Scanning device 111 and detection bed 112 and the connection of remote control equipment 113 can be realized by way of wireless connection
, for example, one or more of radio connections such as bluetooth, WLAN, Wi-Fi combination.
In some embodiments, remote control equipment 113 can be used for controlling scanning device 111 and/or detect the movement of bed 112
It adjusts.Remote control equipment 113 can be according to the control signal for arising directly from the input signal of user, main control computer 114 is sent out
And/or carrys out the control signal control scanning device 111 of automatic network 130 and/or detect the adjusting of bed 112.Remote control equipment 113 can be with
Including but not limited in any equipment with receiving and transmitting signal function such as computer, mobile communication equipment, wearable communication apparatus
One or more of combinations.Remote control equipment 113 can be in any equipment including input unit such as press key equipment, touch-screen equipment
One or more of combinations.For example, remote control equipment 113 can be the button remote controller with receiving and transmitting signal function.Remote control is set
Standby 113 can by signal projector in remote control equipment 113 and/or input terminal (not marked in figure) and scanning device 111,
Detection bed 112, main control computer 114 and/or network 130 are connected.The connection side of remote control equipment 113 and main control computer 114
Formula can be it is wireless, such as one or more of radio connections such as tooth, WLAN, Wi-Fi combination.Remote control equipment
113 can be wireless, such as one kind in the radio connections such as bluetooth, WLAN, Wi-Fi with the connection type of network 130
Or several combination.The connection type of remote control equipment 113 and network 130 can also be wired, such as plain conductor, optical fiber etc.
One or more of combination.Remote control equipment 113 can be fixed in scanning device 111 by fixing device, for example, scanning
Groove, catch mechanism in equipment 111 etc..Remote control equipment 113 can also be separated with scanning device 111.
In some embodiments, main control computer 114 is for receiving the input signal for coming from user and/or coming from net
The control signal of network 130, and remote control equipment 113 is sent the signal to, to control scanning device 111 by remote control equipment 113
And/or the motor adjustment of detection bed 112.Main control computer 114 can include but is not limited to desktop computer, laptop computer, service
One or several combination in any equipment with data processing function such as device, processor.For example, main control computer 114
It can be a desktop computer.User can directly input signal on main control computer 114, including text signal, sound
Frequency signal, vision signal, picture signal etc..Main control computer 114 handles the user input signal received, is counted
Word signal and/or analog signal, and the control signal is sent to remote control equipment 113.The control signal can also be referred to as sweeping
Retouch parameter.The connection type of main control computer 114 and remote control equipment 113 can be wireless, such as basket tooth, WLAN, Wi-Fi etc.
The combination of one or more of radio connection.
In some embodiments, main control computer 114 can also receive the control signal for carrying out automatic network 130, and by the control
Signal processed is sent to remote control equipment 113.The connection type of main control computer 114 and grid 130 can be wireless, such as basket
The combination of one or more of the radio connections such as tooth, WLAN, Wi-Fi.The connection of main control computer 114 and network 130
Mode can also be it is wired, such as one or more of plain conductor, optical fiber etc. combination.
In some embodiments, main control computer 114 can also receive the initial data of the acquisition of scanning device 111.Scanning
Equipment 111 can acquire the initial data about detection object during Scanning Detction object.Scanning device 111 will acquire
To initial data be sent to main control computer 114.Main control computer 114 and the connection type of scanning device 111 can be nothings
Line, for example, one or more of radio connections such as basket tooth, WLAN, Wi-Fi combination.Main control computer 114 with sweep
The connection type for retouching equipment 111 can also be it is wired, such as one or more of plain conductor, optical fiber etc. combination.
In some embodiments, remote control terminal equipment 120 can be used for receiving the input signal of user and this is defeated
Enter signal and is sent to network 130.Remote control terminal equipment 120 can include but is not limited to computer, mobile communication equipment, can wear
Wear the combination of one or more of any equipment with receiving and transmitting signal function such as communication apparatus.Remote control terminal equipment
120 can be the combination of one or more of any equipment including input unit such as press key equipment, touch-screen equipment.For example,
Remote control terminal equipment 120 can be touch-screen mobile phone.Remote control terminal equipment 120 can pass through signal projector therein
(not marked in figure) is connected with network 130.Remote control terminal equipment 120 and the connection type of network 130 can be nothings
Line, for example, one or more of radio connections such as bluetooth, WLAN, Wi-Fi combination.Remote control terminal equipment
120 with the connection type of network 130 can also be it is wired, such as one or more of plain conductor, optical fiber etc. combination.
In some embodiments, network 130 can be used for connecting medical image system 110, remote control terminal equipment 120
With memory 140, to carry out data transmission between above-mentioned component.Network 130 can be single network, can also be a variety of nets
The combination of network.Network 130 can include but is not limited to LAN, wide area network, common network, dedicated network, WLAN, void
The combination of one or more of quasi- network, city Metropolitan Area Network (MAN), public switch telephone network.Network 130 may include a variety of nets
Network access point, such as wired or wireless access point, base station or network exchange point make data source connect net by the above access point
Network 130 and information is sent by network.
In some embodiments, memory 140 can be used for storing whole from medical image system 110 and/or remote control
The data for holding server 120 to collect.The data include detect object number, detection object detection when detection bed 112 and/or
Initial data of detection object that the movement of rack 210, medical image system 110 collect etc. and the detection relevant number of object
According to.Memory 140 can refer to the equipment with store function, such as various memories, random access memory (Random
Access Memory (RAM)), one such or several group such as read-only memory (Read Only Memory (ROM))
It closes.Memory 140 can be local, can also be long-range.The connection of memory 140 and network 130 can be it is wireless,
Such as the combination of one or more of radio connections such as bluetooth, WLAN, Wi-Fi.The company of memory 140 and network 130
The mode of connecing can also be it is wired, such as one or more of plain conductor, optical fiber etc. combination.
In some embodiments, remote control terminal equipment 120 can be concurrent in the input signal post-processing for receiving user
It is sent to network 130.The user input signal of the reception can include but is not limited to letter signal, audio signal, vision signal,
One or more combination in picture signal, figure signal etc..Remote control terminal equipment 120 can be according to the user received
Input signal is analyzed and captures and control the relevant information in one or more parts in medical image system 110, then
Digital controlled signal and/or analog control signal are converted to, and sends control signals to network 130.Then, network 130 can
The control signal is sent to medical image system 110 and memory 140.Memory 140 can store the control signal.Doctor
Learning after imaging system 110 receives the control signal can control according to the control signal corresponding one in medical image system 110
A or multiple portions adjustings.In some embodiments, medical image system 110 can control detection bed according to the control signal
112 and/or scanning device 111 motor adjustment.
Shown in Fig. 2 is the schematic diagram according to a kind of medical image system 110 provided by the utility model.Medical imaging system
System 110 may include a scanning device 111 and a detection bed 112.Wherein, scanning device 111 includes a rack
210, an emitter 220 and a detector 230.Rack 210 can be used for supporting one or more in scanning device 111
A component.In some embodiments, the inspection chamber that is surrounded by outer housing can be equipped among the rack, the inspection chamber can be with
For circle.The inspection chamber extends along longitudinally, i.e. Z-direction.The shell of rack 210 is equipped with fixing device, for example, recessed
Slot, catch mechanism etc..The fixing device is for fixing remote control equipment 113.The ruler of the size and remote control equipment 113 of the fixed equipment
It is very little to match.Emitter 220 can be used for divergent-ray or signal to detector 230, the ray may include X-ray,
The combination of one or more of gamma-rays etc..Detector 230 can be used for receiving the ray after the detection object.
Wherein, the detector 230 can be oppositely disposed with the emitter 220 in rack 210.Detection bed 112 can be used
Object is detected in placing, the detection object may include people or object.Particularly, in medical image system 110, detection pair
As that can be lain in along Z axis on detection bed 112.It includes bed board and supporting mechanism to detect bed 112.Bed board extends along longitudinally, i.e. Z axis
Direction.Supporting mechanism is for carrying bed board.
In some embodiments, when checking detection object, detection object lies in detection bed along Z-direction
On 112.Detection object is pushed into along Z-direction in the inspection chamber on detection bed 112.Wherein, the Z-direction can
Think the direction that detection bed 112 moves.Further, emitter 120 can rotate and launch beam of x-rays about the z axis.It visits
Device 230 is surveyed to be oppositely arranged and can be rotated synchronously together with emitter 220.During rotation, detector 230 can be same
When acquire raw scanning data, the scan data can be X-ray after detecting object by detector 230 receive can
For the initial data of imaging.Further, after the completion of detection, collected data can be sent to by detector 230
Main control computer 114.Main control computer 114 can be imaged according to the collected data, to assist user (to cure
Give birth to) detect the object state of an illness to diagnose.Main control computer 114 can also generate control letter by analyzing the collected data
Number and be sent to remote control equipment 113 with adjust scanning device 111 and/or detect bed 112 movement.
In some embodiments, detection bed 112 needs to move with certain speed in checking chamber, not based on detection object
The movement velocity of same situation, detection bed 112 can be adjusted.The movement velocity includes the movement for detecting bed 112 in Z-direction
Speed (also referred to as detection the axially extending line of bed on movement velocity), X-direction movement velocity (also referred to as detection bed
Movement velocity in radially extending line), Y direction movement velocity (also referred to as relative to the fortune on ground level direction
Dynamic speed) or self-defined direction one or more of movement velocity etc. combination.For example, fortune of the detection bed 112 on Z axis
Dynamic can accelerate, and can also be deceleration, can also be at the uniform velocity.
In some embodiments, the different situations based on detection object, it is also necessary to adjust detection bed 112 and/or rack 210
Position with carry out for detection object difference body position scanning.The position of the detection bed 112 and/or rack 210 is
The starting of movement and/or the fixed point of termination.It is described detection bed 112 and/or rack 210 position refer to detection bed 112 and/or
Position of the rack 210 relative to medical image system 110.The difference of position includes detecting the difference of the position on Z axis of bed 112
(difference of the position also referred to as on the detection axially extending line of bed), the difference of detection bed 112 position in X-axis (also referred to as exist
Detect the difference of the position in bed radially extending line), the difference of detection bed 112 position in Y-axis is (also referred to as relative to ground
Difference in height), one or more the combination in difference of the rack 210 relative to the inclination angle on ground etc..For example, sweeping
In the case of retouching detection object header and Scanning Detction object leg, the position for detecting bed 112 and/or rack 210 differs.Its
In, when Scanning Detction object header and leg, position of the detection bed 112 on Z axis is different, and rack 210 can according to detection demand
It can be identical or different.
Fig. 3 is according to a kind of schematic diagram of medical image system provided by the utility model.Medical image system 110 can be with
Including 111, detection 112, remote control equipments 113 of bed of a scanning device and a main control computer 114.Remote control equipment
113 can be used for sending out control signal to control scanning device 111 and/or detect the motor adjustment of bed 112.Main control computer
114 can be used for sending a control signal to remote control equipment 113.Rack 210 and detection bed 112 can be set according to the remote control received
Control signal after the completion of standby 113 processing carries out motor adjustment.
Remote control equipment 113 may include 350, first signal projectors 360 of a first input end and one first
Processor 370.In some embodiments, remote control equipment 113 further includes a display screen.Input terminal 350 can be used for reception
One signal.In some embodiments, first input end 350 can be used for receiving and directly be inputted by remote control equipment 113 by user
Control signal (also referred to as " the first signal ") and send control signals to first processor 370.First signal can be with
Including but not limited to combination one or more in letter signal, audio signal, vision signal, picture signal, figure signal etc..
First input end 350, which may include keyboard, touch screen, microphone etc., can acquire one or several in the equipment of user input signal
A combination.For example, user can pass through the first signal of key-press input on remote control equipment 113.In another example user can pass through
The first signal of microphone input on remote control equipment 113.For another example user can pass through the touch-screen input on remote control equipment 113
Figure is as the first signal.First input end 350 can handle the signal in advance after receiving the first signal input by user
After be sent to first processor 370, the first signal can not also be handled and be transmitted directly to first processor 370.The processing
It may include the first letter for showing as letter signal, audio signal, vision signal, picture signal, figure signal etc. that will be obtained
Number be converted to the electric signals such as digital signal, analog signal.In some embodiments, first input end 350 can be used for receiving
Control signal (also referred to as " the first signal ") from main control computer 114.The control signal is digital signal and/or simulation letter
Number.After receiving the control signal, which can be sent directly to the first signal projector 360 by first input end 350.It connects
After receiving the control signal, which can also be sent to first processor 370 by first input end 350.In some realities
It applies in example, first input end 350 can be used for receiving the control signal for carrying out automatic network 130 (also referred to as " the first signal ").It should
It can be digital signal and/or analog signal to control signal.
In some embodiments, the first signal projector 360 can be used for the after the completion of the processing of first processor 370
One signal (also referred to as " second signal ") is sent to scanning device 111 and/or detection bed 112.The second signal can be several
The combination of one or more of word signal, analog signal etc..
In some embodiments, first processor 370 can be used for handling the first letter for coming from first input end 350
Number, and the second signal obtained based on the first signal is sent to the first signal projector 370.
Main control computer 114 may include 380, second signal transmitters 390 of second input terminal and one
Two processors 3100.In some embodiments, the second input terminal 380 can be used for receiving directly passes through main control computer by user
The control signal of 114 inputs, and send control signals to second processor 3100.The control signal may include but unlimited
One or more combination in letter signal, audio signal, vision signal, picture signal, figure signal etc..Second input terminal
380, which may include keyboard, touch screen, microphone etc., can acquire one or several combinations in the equipment of user input signal.
For example, user can control signal by the key-press input on main control computer 114.In another example user can pass through master control meter
Microphone input on calculation machine 114 controls signal.For another example user can pass through the touch-screen input figure on main control computer 114
Shape is as control signal.Second input terminal 380 after receiving control signal input by user after it can handle the signal in advance
It is sent to second processor 3100, control signal can not also be handled and be transmitted directly to second processor 3100.The processing
It may include the control letter for showing as letter signal, audio signal, vision signal, picture signal, figure signal etc. that will be obtained
Number be converted to the electric signals such as digital signal, analog signal.In further embodiments, the second input terminal 380 can be used for connecing
Receive the control signal for carrying out automatic network 130.The control signal can be digital signal and/or analog signal.
In some embodiments, the second input terminal 380 can also obtain Scanning Detction Object Process from scanning device 111
The initial data of middle acquisition.The initial data is related with detected object.Second input terminal 380 can be by the initial data of acquisition
It is sent to second processor 3100.
In some embodiments, the control that can obtain that treated from second processor 3100 of second signal transmitter 390
Signal processed, and the control signal is sent to remote control equipment 113.The second signal can be digital signal, analog signal
Deng one or more of combination.
In some embodiments, second processor 3100 can be used for handling the control letter for coming from the second input terminal 380
Number, and by obtaining that treated based on control signal, control signal is sent to second signal transmitter 390.In some implementations
In example, second processor 3100 can be used for the initial data that processing comes from the second input terminal 380.
Scanning device 111 may include first communication device 310 and a first driving means 320.First communication
Device 310 can be used for receiving the second signal for coming from remote control equipment 113 and second signal be sent to first driving means
320.First communication device 310 can be used for the feedback for coming from first driving means 320 being sent to remote control equipment 113.
The feedback includes the information of reflection 111 state of scanning device such as real time position of rack 210.First driving means 320 are used for
Processing comes from the second signal of the first communication device 310, and carries out motor adjustment based on second signal control rack 210.
First communication device 310 is assemblied on the outer housing of scanning device 111.
It may include second communication device 330 and second driving device 340 to detect bed 112.Second communication dress
330 are set to can be used for receiving the second signal for coming from remote control equipment 113 and second signal is sent to the second driving device
340.Second communication device 330 can be used for the feedback for coming from the second driving device 340 being sent to remote control equipment 113.
The feedback may include detecting reflections detection 112 shape of bed such as the real time position of bed 112, the real time kinematics speed for detecting bed 112
The information of state.Second driving device 340 can be used for handling the second signal for coming from the second communication device 330, and being based on should
Second signal control detection bed 112 carries out motor adjustment.Second communication device 330 is assemblied on the supporting mechanism of detection bed 112.
In some embodiments, the first communication device 310 and the second communication device 330 can communicate, and be swept with realizing
The inside self feed back retouched equipment 111 and detected between bed 112 is adjusted.The self feed back adjusting may include self-regulation rack 210
The combination of one or more of position of suitable position, self-regulation rack 210 and detection bed 112 etc. is arrived with detection bed 112.
It should be noted that the description above with respect to the scanning device of remote control equipment control is merely to illustrate, it is not intended to limit
The range of the utility model protection.In some embodiments, a module can be split as multiple modules；In other embodiments
In, multiple modules can be integrated into a module.For example, the input terminal 310, signal projector 320 in remote control equipment 113 and place
Reason device 330 can be integrated into a module.Within the spirit and principle of the utility model, any modification made by is equal
Replace, improve etc., it should be included within the scope of protection of this utility model.
Fig. 4 is according to a kind of flow diagram of medical image system provided by the utility model.
In step 410, remote control equipment 113 can obtain the first signal.Remote control equipment 113 can pass through input terminal 310
Obtain come from user's directly inputting on remote control equipment 113, it is coming from network 130 and/or come from master control calculating
First signal of machine 114.When the first signal comes from network 130 and/or main control computer 114, the first signal can be number
One or more combinations in word signal, analog signal etc..When to come from user straight on remote control equipment 113 for the first signal
When connecing input, the first signal may be it is a kind of in letter signal, audio signal, vision signal, picture signal, figure signal etc. or
A variety of combinations.In some embodiments, after detecting object and lying on detection bed 112, remote control equipment 113 starts reception the
One signal, and main control computer 114 starts to receive initial data at this time.
At step 420, remote control equipment 113 can handle the first signal to obtain second signal.Remote control equipment 113 can be with
The first signal is handled to obtain second signal by processor 330.The second signal can be first driving means 320 and/
Or second signal that can identify of driving device 340.Second signal may be one kind or more in digital signal, analog signal etc.
The combination of kind.
In step 430, second signal can be sent to scanning device 111 and/or detection bed 112 by remote control equipment 113.
The mode for sending second signal can be wireless, such as one kind or several in the radio connections such as bluetooth, WLAN, Wi-Fi
The combination of kind.First communication device 310 receives the second signal from remote control equipment 113.The reception of second communication device 330 comes from
The second signal of remote control equipment 113.
In step 440, first driving means 320 and/or the second driving device 340 control rack according to second signal
210 and/or detect bed 112 movement.The second signal received can be sent to the first driving dress by the first communication device 310
320 are set, and first driving means 320 control the position of rack 210 according to the second signal.The position includes rack 210
The difference etc. at the inclination angle on X/Y plane.The second signal received can be sent to the second drive by the second communication device 330
Dynamic device 340, and the second driving device 340 controls movement and/or the position of detection bed 112 according to the second signal.It is described
Position include detection bed 112 on Z axis position, detection bed 112 in X-axis position, detection bed 112 in Y-axis in position etc.
One or more combination.The movement includes movement velocity of the detection bed 112 in Z-direction, the speed of the movement in X-direction
Degree, Y direction movement velocity or self-defined direction one or more of movement velocity etc. combination.It should be noted that
It is that the position of the detection bed 112 and/or rack 210 refers to detection bed 112 and/or rack 210 relative to medical imaging system
The position of system 110.
The foregoing is merely the preferred implementations of the utility model, are not intended to limit the utility model, for ability
For the technical staff in domain, various modifications and changes may be made to the present invention.It is all the spirit and principles of the utility model it
Interior, any modification, equivalent replacement, improvement and so on should be included within the scope of protection of this utility model.
Claims (10)
1. a kind of medical image system, including scanning device, main control computer and detection bed, which is characterized in that further include one
Remote control equipment, the scanning device are communicated with main control computer, the scan instruction sent out for responding main control computer, are carried out former
Beginning data acquire, and the initial data acquired is sent to main control computer, the side that the remote control equipment passes through wireless control
Formula is communicated with detection bed, the movement for when the scanning device carries out raw data acquisition, controlling the detection bed.
2. medical image system according to claim 1, which is characterized in that the scanning device includes rack, described distant
It controls equipment to communicate with the scanning device, the position for controlling the rack.
3. medical image system according to claim 2, which is characterized in that the remote control equipment is for controlling the rack
Position, the position of the rack is related to the detection movement of bed.
4. medical image system according to claim 2, which is characterized in that the remote control equipment includes：
First input end inputs directly on the remote control equipment for user or obtains the first signal by network；
First processor, for handling first signal obtained to obtain second signal；And
First signal projector, for sending the second signal to the detection bed or rack.
5. the medical image system described in claim 4, which is characterized in that the scanning device includes：
First communication device, for receiving the second signal from the remote control equipment；And
First driving means, the movement for controlling the rack according to the second signal.
6. medical image system described in claim 1, which is characterized in that the detection bed includes：
Second communication device, for receiving the second signal from the remote control equipment；And
Second driving device, the movement for controlling the detection bed according to the second signal.
7. the medical image system described in claim 2, which is characterized in that the remote control equipment is used to control the position of the rack
It sets, the position of the rack includes angle of inclination of the rack relative to ground.
8. medical image system described in claim 1, which is characterized in that the remote control equipment is used to control the detection bed
Movement, including the target location of the control detection bed and the movement velocity that target location is reached from current location.
9. a kind of medical image system, it is characterised in that：Including scanning device, detection bed and remote control equipment, the scanning device
With the inspection chamber that outer housing is surrounded, the inspection chamber extends along longitudinally, and the detection bed includes prolonging along longitudinally
The shell of the bed board stretched and the supporting mechanism for carrying the bed board, the scanning device is equipped with and the remote control equipment
The groove or catch mechanism to match, the remote control equipment can be separated with the shell of scanning device, and can be used for described in control
Detection bed moves in the inspection chamber.
10. medical image system according to claim 9, which is characterized in that the remote control equipment has display screen, wireless
Signal emission port/receiving port, on the outer housing of the scanning device and/or the supporting mechanism of detection bed is equipped with wireless communication
Number receiving port/emission port.
Priority Applications (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720717234.7U CN207912699U (en) | 2017-06-20 | 2017-06-20 | A kind of medical image system |
| US16/012,881 US20180360410A1 (en) | 2017-06-20 | 2018-06-20 | Systems and methods for controlling a medical imaging device via a mobile device |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110752010A (en) * | 2019-09-25 | 2020-02-04 | 武汉联影医疗科技有限公司 | Medical image storage system |
| CN111407301A (en) * | 2020-04-10 | 2020-07-14 | 苏州波影医疗技术有限公司 | Remote positioning system for CT system |
-
2017
- 2017-06-20 CN CN201720717234.7U patent/CN207912699U/en active Active
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110752010A (en) * | 2019-09-25 | 2020-02-04 | 武汉联影医疗科技有限公司 | Medical image storage system |
| CN110752010B (en) * | 2019-09-25 | 2023-08-18 | 武汉联影医疗科技有限公司 | Medical image storage system |
| CN111407301A (en) * | 2020-04-10 | 2020-07-14 | 苏州波影医疗技术有限公司 | Remote positioning system for CT system |
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Address after: 201807 Shanghai City, north of the city of Jiading District Road No. 2258 Patentee after: Shanghai Lianying Medical Technology Co., Ltd Address before: 201807 Shanghai City, north of the city of Jiading District Road No. 2258 Patentee before: SHANGHAI UNITED IMAGING HEALTHCARE Co.,Ltd. |