CN105167774A - Chest magnetic resonance positioning checking device - Google Patents
Chest magnetic resonance positioning checking device Download PDFInfo
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- CN105167774A CN105167774A CN201510573463.1A CN201510573463A CN105167774A CN 105167774 A CN105167774 A CN 105167774A CN 201510573463 A CN201510573463 A CN 201510573463A CN 105167774 A CN105167774 A CN 105167774A
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- magnetic resonance
- thoracic cavity
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Abstract
The invention relates to a chest magnetic resonance positioning checking device and belongs to the technical field of medical apparatuses and instruments. The chest magnetic resonance positioning checking device comprises a chest magnetic resonance device body and a device base plate. A signal external connection box is arranged on the chest magnetic resonance device body. A base groove is formed in the signal external connection box. An image display supporting tube is arranged inside the base groove and connected with an image display supporting plate. An image display device panel is arranged on the front side of the image display supporting plate. An imaging screen is arranged on the image display device panel. An image display switch is arranged on the right side of the image display device panel. A combination port is arranged on the right side of the signal external connection box. A magnetic resonance ion generation scattering column is arranged inside the combination port. The chest magnetic resonance positioning checking device has complete functions and is convenient to use; when chest magnetic resonance positioning checking imaging is performed on a patient, the chest magnetic resonance positioning checking device saves time and labor, is scientific, convenient and fast to use, safe, efficient, scientific, effective and comfortable, achieves the complete functions and relieves working difficulty of medical workers.
Description
Technical field
The invention belongs to technical field of medical instruments, be specifically related to a kind of thoracic cavity magnetic resonance positioning check device.
Background technology
Nuclear magnetic resonance technique is widely used carrying out medical inspection field, need patient to lie into Large Magnetic resonant device when carrying out chest internal situation and checking in the past and carry out imaging inspection, and use cannot be met for the situation of some patient body inconvenience, and apparatus is in the past not easy to mobile transfer, inspection imaging efficiency is low, be unfavorable for flexible operating, and radiation injury can be caused to patient body when carrying out magnetic resonance examination, affect patient body healthy, the condition-inference inspection work of patient is made to become very complicated, if things go on like this, considerably increase the work difficulty of medical worker.
Summary of the invention
The object of this invention is to provide a kind of when carrying out chest magnetic resonance localization examination imaging, time saving and energy saving, science is convenient, safe and efficient, and scientific and effective is multiple functional, the thoracic cavity magnetic resonance positioning check device that science is comfortable.
Technical scheme of the present invention is: thoracic cavity magnetic resonance positioning check device, comprise thoracic cavity magnetic resonance device main body and device pedestal plate, thoracic cavity magnetic resonance device main body is provided with signal external connection box, signal external connection box is provided with a groove, video picture stay pipe is provided with in seat groove, video picture stay pipe is connected with video picture supporting plate, display panel is provided with on front side of video picture supporting plate, display panel is provided with imaging screen, video picture switch is provided with on the right side of display panel, combination mouth is provided with on the right side of signal external connection box, magnetic resonance ion generation scattering post is provided with in combination mouth, pattern switching slot is provided with on front side of magnetic resonance ion generation scattering post, mode tuning knob is provided with in pattern switching slot, swing handle is provided with on front side of mode tuning knob, magnetic resonance ion generation scattering post is provided with radioprotective pad, bar shaped thermovent is provided with on the right side of magnetic resonance ion generation scattering post, be provided with handle on the right side of bar shaped thermovent and fix support body, handle is fixed support body and is provided with rubber handle,
Magnetic resonance ion generation scattering post inside is provided with magnetic resonance ion generator, annular electro circle is provided with outside magnetic resonance ion generator, power connecting sheet is provided with on the right side of annular electro circle, power connecting sheet is connected with inner conductors, inner conductors is connected with capacitor, capacitor is connected with flow control line, flow control line is connected with Current Control chip, magnetic resonance ion generator inside is provided with multipole bar magnet, multipole bar magnet inside is provided with carbon core, be provided with taper on the downside of magnetic resonance ion generator and concentrate head, taper is concentrated on the downside of head and is provided with launch hole;
Control area is provided with on front side of the magnetic resonance device main body of thoracic cavity, data display screen is provided with in control area, function button is provided with on the right side of data display screen, function button both sides are provided with selection key, be provided with frequency modulation chute on the right side of selection key, in frequency modulation chute, be provided with frequency modulation slide block, on the right side of the magnetic resonance device main body of thoracic cavity, be provided with bar magnet block, thoracic cavity magnetic resonance device main body passes on left movable rotation-shaft and is connected with device pedestal plate, is provided with protrusion iron bar on the right side of device pedestal plate;
Device pedestal intralaminar part is provided with magnetic resonance and passes through mouth, magnetic resonance is provided with heating and heat-insulating device by mouth both sides, heating and heat-insulating device inside is provided with heat-conducting layer, heat-conducting layer inside is provided with carbon fiber heating silk, and heating and heat-insulating device is connected with computer heating control line, and computer heating control line is connected with control mainboard, control mainboard and be provided with temperature controller, be provided with integrated chip on the right side of temperature controller, be provided with heat conductive pad on the downside of device pedestal plate, heat conductive pad is provided with louvre;
Be connected with retractable support plate on the downside of device pedestal plate, laterally fixing fagging is provided with between retractable support plate, laterally fixing fagging is provided with square light tank, height-regulating slot is provided with on front side of retractable support plate, location slip card is provided with in height-regulating slot, flexible subplate is provided with on the downside of retractable support plate, supporting leg is provided with on the downside of flexible subplate, roller guard shield is provided with on the downside of supporting leg, roller guard shield is provided with roller movable axis, roller movable axis is provided with rubber roll, guidewire port is provided with on the right side of retractable support plate, wire is provided with in guidewire port, wire is connected with power supply adaptor, power supply adaptor is connected with attaching plug,
Thoracic cavity magnetic resonance device body interior is provided with the ripple absorbing barrel that shakes, shake ripple absorbing barrel inside be provided with transmitting feedback probe, transmitting feedback probe inside is provided with the ripple absorbed layer that shakes, the ripple absorbed layer that shakes is connected with call wire, call wire is connected with the wavefront analyzer that shakes, the wavefront analyzer inside that shakes is provided with transducer, converter inside is provided with induction chip, be connected with conduction contacts on front side of transducer, conduction contacts is connected with output line, output line is connected with external plug, external plug is provided with external connection slot, shake to be provided with on the downside of ripple absorbing barrel and disseminate passage, disseminate inside passage and be provided with the wave interference device that shakes, wave interference of shaking device is connected with spool, spool is connected with frequency modulation slide plate, frequency modulation slide plate is provided with parallel contact groove, disseminate outside passage and be provided with temperature sensor, temperature sensor is connected with sense line, sense line is connected with Temperature Feedback device, Temperature Feedback device is connected with radiator, dynamo-sheet is provided with on front side of radiator, radiator inside is provided with heat emission fan, ventilation bend is provided with on the left of radiator, ventilation bend is provided with heat dissipation channel, heat dissipation channel is provided with aerofluxus dashpot.
As preferably, on front side of described signal external connection box, be provided with signal prompt lamp.
As preferably, described radioprotective pad is provided with radiation absorption circle.
As preferably, in described bar shaped thermovent, be provided with drainage screen grid.
As preferably, outside described data display screen, be provided with tempering cuticula.
As preferably, the described location card that slides is provided with anti-skidding band.
As preferably, described roller guard shield is provided with brake block.
As preferably, described power supply adaptor is provided with circuit brake.
The invention has the beneficial effects as follows: multiple functional, easy to use, when carrying out chest magnetic resonance localization examination imaging, time saving and energy saving, science is convenient, safe and efficient, and scientific and effective is multiple functional, and science is comfortable, alleviates the work difficulty of medical worker.
Accompanying drawing explanation
Accompanying drawing 1 is overall structure schematic diagram of the present invention.
Accompanying drawing 2 is magnetic resonance ion generation scattering post internal structure schematic diagram of the present invention.
Accompanying drawing 3 is apparatus of the present invention bedplate internal structure schematic diagram.
Accompanying drawing 4 is thoracic cavity of the present invention magnetic resonance device body interior structural representation.
In figure:
1: thoracic cavity magnetic resonance device main body, 2: device pedestal plate, 3: signal external connection box, 4: seat groove, 5: video picture stay pipe, 6: video picture supporting plate, 7: display panel, 8: imaging screen, 9: video picture switch, 10: combination mouth, 11: magnetic resonance ion generation scattering post, 12: pattern switching slot, 13: mode tuning knob, 14: swing handle, 15: radioprotective pad, 16: bar shaped thermovent, 17: handle fixes support body, 18: rubber handle, 19: magnetic resonance ion generator, 20: annular electro circle, 21: power connecting sheet, 22: inner conductors, 23: capacitor, 24: flow control line, 25: Current Control chip, 26: multipole bar magnet, 27: carbon core, 28: head is concentrated in taper, 29: launch hole, 30: control area, 31: data display screen, 32: function button, 33: selection key, 34: frequency modulation chute, 35: frequency modulation slide block, 36: bar magnet block, 37: movable rotation-shaft, 38: protrude iron bar, 39: mouth is passed through in magnetic resonance, 40: heating and heat-insulating device, 41: heat-conducting layer, 42: carbon fiber heating silk, 43: computer heating control line, 44: control mainboard, 45: temperature controller, 46: integrated chip, 47: heat conductive pad, 48: louvre, 49: retractable support plate, 50: laterally fixing fagging, 51: square light tank, 52: height-regulating slot, 53: slide card in location, 54: flexible subplate, 55: supporting leg, 56: roller guard shield, 57: roller movable axis, 58: rubber roll, 59: guidewire port, 60: wire, 61: power supply adaptor, 62: attaching plug, 63: shake ripple absorbing barrel, 64: transmitting feedback is popped one's head in, 65: shake ripple absorbed layer, 66: call wire, 67: shake wavefront analyzer, 68: transducer, 69: induction chip, 70: conduction contacts, 71: output line, 72: external plug, 73: external connection slot, 74: disseminate passage, 75: wave interference of shaking device, 76: spool, 77: frequency modulation slide plate, 78: parallel contact groove, 79: temperature sensor, 80: sense line, 81: Temperature Feedback device, 82: radiator, 83: dynamo-sheet, 84: heat emission fan, 85: ventilation bend, 86: heat dissipation channel, 87: aerofluxus dashpot, 88: signal prompt lamp, 89: radiation absorption circle, 90: drainage screen grid, 91: tempering cuticula, 92: anti-skidding band, 93: brake block, 94: circuit brake.
Detailed description of the invention
With reference to the accompanying drawings, magnetic resonance positioning check device in thoracic cavity of the present invention is described in detail.
As shown in Figure 1, magnetic resonance positioning check device in thoracic cavity of the present invention comprises thoracic cavity magnetic resonance device main body 1 and device pedestal plate 2, thoracic cavity magnetic resonance device main body 1 is provided with signal external connection box 3, signal external connection box 3 is provided with a groove 4, video picture stay pipe 5 is provided with in seat groove 4, video picture stay pipe 5 is connected with video picture supporting plate 6, display panel 7 is provided with on front side of video picture supporting plate 6, display panel 7 is provided with imaging screen 8, video picture switch 9 is provided with on the right side of display panel 7, combination mouth 10 is provided with on the right side of signal external connection box 3, magnetic resonance ion generation scattering post 11 is provided with in combination mouth 10, pattern switching slot 12 is provided with on front side of magnetic resonance ion generation scattering post 11, mode tuning knob 13 is provided with in pattern switching slot 12, swing handle 14 is provided with on front side of mode tuning knob 13, magnetic resonance ion generation scattering post 11 is provided with radioprotective pad 15, bar shaped thermovent 16 is provided with on the right side of magnetic resonance ion generation scattering post 11, be provided with handle on the right side of bar shaped thermovent 16 and fix support body 17, handle is fixed support body 17 and is provided with rubber handle 18.
As shown in Figure 2, magnetic resonance ion generation scattering post 11 inside is provided with magnetic resonance ion generator 19, annular electro circle 20 is provided with outside magnetic resonance ion generator 19, power connecting sheet 21 is provided with on the right side of annular electro circle 20, power connecting sheet 21 is connected with inner conductors 22, inner conductors 22 is connected with capacitor 23, capacitor 23 is connected with flow control line 24, flow control line 24 is connected with Current Control chip 25, magnetic resonance ion generator 19 inside is provided with multipole bar magnet 26, multipole bar magnet 26 inside is provided with carbon core 27, taper concentrated 28 is provided with on the downside of magnetic resonance ion generator 19, launch hole 29 is provided with on the downside of taper concentrated 28.
As shown in Figure 1, control area 30 is provided with on front side of thoracic cavity magnetic resonance device main body 1, data display screen 31 is provided with in control area 30, function button 32 is provided with on the right side of data display screen 31, function button 32 both sides are provided with selection key 33, frequency modulation chute 34 is provided with on the right side of selection key 33, frequency modulation slide block 35 is provided with in frequency modulation chute 34, bar magnet block 36 is provided with on the right side of thoracic cavity magnetic resonance device main body 1, thoracic cavity magnetic resonance device main body 1 passes on left movable rotation-shaft 37 and is connected with device pedestal plate 2, is provided with and protrudes iron bar 38 on the right side of device pedestal plate 2.
As shown in Figure 3, device pedestal plate 2 inside is provided with magnetic resonance by mouth 39, magnetic resonance is provided with heating and heat-insulating device 40 by mouth 39 both sides, heating and heat-insulating device 40 inside is provided with heat-conducting layer 41, heat-conducting layer 41 inside is provided with carbon fiber heating silk 42, heating and heat-insulating device 40 is connected with computer heating control line 43, computer heating control line 43 is connected with control mainboard 44, control mainboard 44 and be provided with temperature controller 45, integrated chip 46 is provided with on the right side of temperature controller 45, be provided with heat conductive pad 47 on the downside of device pedestal plate 2, heat conductive pad 47 is provided with louvre 48.
As shown in Figure 1, be connected with retractable support plate 49 on the downside of device pedestal plate 2, laterally fixing fagging 50 is provided with between retractable support plate 49, laterally fixing fagging 50 is provided with square light tank 51, height-regulating slot 52 is provided with on front side of retractable support plate 49, location slip card 53 is provided with in height-regulating slot 52, flexible subplate 54 is provided with on the downside of retractable support plate 49, supporting leg 55 is provided with on the downside of flexible subplate 54, roller guard shield 56 is provided with on the downside of supporting leg 55, roller guard shield 56 is provided with roller movable axis 57, roller movable axis 57 is provided with rubber roll 58, guidewire port 59 is provided with on the right side of retractable support plate 49, wire 60 is provided with in guidewire port 59, wire 60 is connected with power supply adaptor 61, power supply adaptor 61 is connected with attaching plug 62.
As shown in Figure 4, magnetic resonance device main body 1 inside, thoracic cavity is provided with the ripple absorbing barrel 63 that shakes, shake ripple absorbing barrel 63 inside be provided with transmitting feedback probe 64, transmitting feedback 64 inside of popping one's head in are provided with the ripple absorbed layer 65 that shakes, the ripple absorbed layer 65 that shakes is connected with call wire 66, call wire 66 is connected with the wavefront analyzer 67 that shakes, wavefront analyzer 67 inside that shakes is provided with transducer 68, transducer 68 inside is provided with induction chip 69, be connected with conduction contacts 70 on front side of transducer 68, conduction contacts 70 is connected with output line 71, output line 71 is connected with external plug 72, external plug 72 is provided with external connection slot 73, shake to be provided with on the downside of ripple absorbing barrel 63 and disseminate passage 74, disseminate inside passage 74 and be provided with the wave interference device 75 that shakes, wave interference of shaking device 75 is connected with spool 76, spool 76 is connected with frequency modulation slide plate 77, frequency modulation slide plate 77 is provided with parallel contact groove 78, disseminate outside passage 74 and be provided with temperature sensor 79, temperature sensor 79 is connected with sense line 80, sense line 80 is connected with Temperature Feedback device 81, Temperature Feedback device 81 is connected with radiator 82, dynamo-sheet 83 is provided with on front side of radiator 82, radiator 82 inside is provided with heat emission fan 84, ventilation bend 85 is provided with on the left of radiator 84, ventilation bend 85 is provided with heat dissipation channel 86, heat dissipation channel 86 is provided with aerofluxus dashpot 87.
When carrying out chest magnetic resonance localization examination imaging, thoracic cavity magnetic resonance device main body 1 is carried out transfer by the rubber roll 58 on the downside of retractable support plate 49 and moves to a body both sides, switch on power plug 62 to power supply, after adjustment patients body location, magnetic resonance ion generation scattering post 11 is placed in combination mouth 10, carry out control magnetic resonance ion generation scattering post 11 inner magnet resonance plasma generator 19 by function button 32 and selection key 33 in operation control area 30 and carry out work operation, after annular electro circle 20 energising reaction, the carbon core 27 of multipole bar magnet 26 inside carries out irritant reaction and produces magnetic resonance ion, the launch hole 29 on the downside of in the of 28 is concentrated to arrive the ripple absorbed layer 65 that shakes shaken in ripple absorbing barrel 63 through taper, transducer 68 is transferred to after absorption analysis, the imaging screen 8 be transferred on display panel 7 through external plug 72 carries out imaging display, the pattern switching slot 12 internal schema adjusting knob 13 on front side of magnetic resonance ion generation scattering post 11 is regulated to carry out pattern switching, regulate frequency modulation slide block 35 to control parallel contact groove 78 on frequency modulation slide plate 77 and produce pulse signal, thus control is shaken, wave interference device 75 carries out transmission interfering signal, carry out the localization examination of different frequency, when device internal temperature is overheated, steam discharge is carried out by heat emission fan in radiator 82 84, when needs altitude mixture control stretches, regulate on front side of retractable support plate 49 and locate slip card 53 to carry out the altitude mixture control of retractable support plate 49 and flexible subplate 54.
Signal prompt lamp 88 is provided with on front side of described signal external connection box 3.According to signal prompt lamp 88, whether such setting, can judge that signal exports and interrupt, more convenient.
Described radioprotective pad 15 is provided with radiation absorption circle 89.Such setting, can prevent magnetic resonance ion from leaking outside and cause radiation, more safe and practical.
Drainage screen grid 90 are provided with in described bar shaped thermovent 16.Such setting, can impurity in filtered air, prevents impurity from entering contaminated equipment.
Tempering cuticula 91 is provided with outside described data display screen 31.Such setting, can reduce and extraneous cause wearing and tearing to data display screen 31, extension fixture service life.
Described location slip card 53 is provided with anti-skidding band 92.Such setting, can increase hand comes in contact area, conveniently carries out adjustment and uses.
Described roller guard shield 56 is provided with brake block 93.Such setting, can the stability of aggrandizement apparatus when coming to a complete stop, and prevents slip and cause danger.
Described power supply adaptor 61 is provided with circuit brake 94.Such setting, can carry out power down process when can ensure that circuit is short-circuited in time, increases safety of the present invention.
The above is only the preferred embodiment of the present invention; it should be pointed out that for those skilled in the art, under the prerequisite not departing from the technology of the present invention principle; can also make some improvement and replacement, these improve and replace and also should be considered as protection scope of the present invention.
Claims (8)
1. thoracic cavity magnetic resonance positioning check device, comprises thoracic cavity magnetic resonance device main body (1) and device pedestal plate (2), it is characterized in that:
Thoracic cavity magnetic resonance device main body (1) is provided with signal external connection box (3), signal external connection box (3) is provided with a groove (4), video picture stay pipe (5) is provided with in seat groove (4), video picture stay pipe (5) is connected with video picture supporting plate (6), video picture supporting plate (6) front side is provided with display panel (7), display panel (7) is provided with imaging screen (8), display panel (7) right side is provided with video picture switch (9), signal external connection box (3) right side is provided with combination mouth (10), magnetic resonance ion generation scattering post (11) is provided with in combination mouth (10), magnetic resonance ion generation scattering post (11) front side is provided with pattern switching slot (12), mode tuning knob (13) is provided with in pattern switching slot (12), mode tuning knob (13) front side is provided with swing handle (14), magnetic resonance ion generation scattering post (11) is provided with radioprotective pad (15), magnetic resonance ion generation scattering post (11) right side is provided with bar shaped thermovent (16), bar shaped thermovent (16) right side is provided with handle and fixes support body (17), handle is fixed support body (17) and is provided with rubber handle (18),
Magnetic resonance ion generation scattering post (11) inside is provided with magnetic resonance ion generator (19), magnetic resonance ion generator (19) outside is provided with annular electro circle (20), annular electro circle (20) right side is provided with power connecting sheet (21), power connecting sheet (21) is connected with inner conductors (22), inner conductors (22) is connected with capacitor (23), capacitor (23) is connected with flow control line (24), flow control line (24) is connected with Current Control chip (25), magnetic resonance ion generator (19) inside is provided with multipole bar magnet (26), multipole bar magnet (26) inside is provided with carbon core (27), magnetic resonance ion generator (19) downside is provided with taper and concentrates head (28), taper concentrates head (28) downside to be provided with launch hole (29),
Front side, thoracic cavity magnetic resonance device main body (1) is provided with control area (30), data display screen (31) is provided with in control area (30), data display screen (31) right side is provided with function button (32), function button (32) both sides are provided with selection key (33), selection key (33) right side is provided with frequency modulation chute (34), frequency modulation slide block (35) is provided with in frequency modulation chute (34), right side, thoracic cavity magnetic resonance device main body (1) is provided with bar magnet block (36), thoracic cavity magnetic resonance device main body (1) passes on left movable rotation-shaft (37) and is connected with device pedestal plate (2), device pedestal plate (2) right side is provided with protrudes iron bar (38),
Device pedestal plate (2) inside is provided with magnetic resonance by mouth (39), magnetic resonance is provided with heating and heat-insulating device (40) by mouth (39) both sides, heating and heat-insulating device (40) inside is provided with heat-conducting layer (41), heat-conducting layer (41) inside is provided with carbon fiber heating silk (42), heating and heat-insulating device (40) is connected with computer heating control line (43), computer heating control line (43) is connected with control mainboard (44), control mainboard (44) and be provided with temperature controller (45), temperature controller (45) right side is provided with integrated chip (46), device pedestal plate (2) downside is provided with heat conductive pad (47), heat conductive pad (47) is provided with louvre (48),
Device pedestal plate (2) downside is connected with retractable support plate (49), laterally fixing fagging (50) is provided with between retractable support plate (49), laterally fixing fagging (50) is provided with square light tank (51), retractable support plate (49) front side is provided with height-regulating slot (52), location slip card (53) is provided with in height-regulating slot (52), retractable support plate (49) downside is provided with flexible subplate (54), flexible subplate (54) downside is provided with supporting leg (55), supporting leg (55) downside is provided with roller guard shield (56), roller guard shield (56) is provided with roller movable axis (57), roller movable axis (57) is provided with rubber roll (58), retractable support plate (49) right side is provided with guidewire port (59), wire (60) is provided with in guidewire port (59), wire (60) is connected with power supply adaptor (61), power supply adaptor (61) is connected with attaching plug (62),
Magnetic resonance device main body (1) inside, thoracic cavity is provided with the ripple absorbing barrel (63) that shakes, shake ripple absorbing barrel (63) inside be provided with transmitting feedback probe (64), transmitting feedback probe (64) inside is provided with the ripple absorbed layer (65) that shakes, the ripple absorbed layer (65) that shakes is connected with call wire (66), call wire (66) is connected with the wavefront analyzer that shakes (67), wavefront analyzer (67) inside that shakes is provided with transducer (68), transducer (68) inside is provided with induction chip (69), transducer (68) front side is connected with conduction contacts (70), conduction contacts (70) is connected with output line (71), output line (71) is connected with external plug (72), external plug (72) is provided with external connection slot (73), ripple absorbing barrel (63) downside that shakes is provided with and disseminates passage (74), disseminate passage (74) inner side and be provided with the wave interference device (75) that shakes, wave interference of shaking device (75) is connected with spool (76), spool (76) is connected with frequency modulation slide plate (77), frequency modulation slide plate (77) is provided with parallel contact groove (78), disseminate passage (74) outside and be provided with temperature sensor (79), temperature sensor (79) is connected with sense line (80), sense line (80) is connected with Temperature Feedback device (81), Temperature Feedback device (81) is connected with radiator (82), radiator (82) front side is provided with dynamo-sheet (83), radiator (82) inside is provided with heat emission fan (84), radiator (84) left side is provided with ventilation bend (85), ventilation bend (85) is provided with heat dissipation channel (86), heat dissipation channel (86) is provided with aerofluxus dashpot (87).
2. magnetic resonance positioning check device in thoracic cavity according to claim 1, is characterized in that: described signal external connection box (3) front side is provided with signal prompt lamp (88).
3. magnetic resonance positioning check device in thoracic cavity according to claim 1, is characterized in that: described radioprotective pad (15) is provided with radiation absorption circle (89).
4. magnetic resonance positioning check device in thoracic cavity according to claim 1, is characterized in that: be provided with drainage screen grid (90) in described bar shaped thermovent (16).
5. magnetic resonance positioning check device in thoracic cavity according to claim 1, is characterized in that: described data display screen (31) outside is provided with tempering cuticula (91).
6. magnetic resonance positioning check device in thoracic cavity according to claim 1, is characterized in that: described location slip card (53) is provided with anti-skidding band (92).
7. magnetic resonance positioning check device in thoracic cavity according to claim 1, is characterized in that: described roller guard shield (56) is provided with brake block (93).
8. the thoracic cavity magnetic resonance positioning check device according to any one of claim 1-7, is characterized in that: described power supply adaptor (61) is provided with circuit brake (94).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510573463.1A CN105167774A (en) | 2015-09-02 | 2015-09-02 | Chest magnetic resonance positioning checking device |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510573463.1A CN105167774A (en) | 2015-09-02 | 2015-09-02 | Chest magnetic resonance positioning checking device |
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| CN105167774A true CN105167774A (en) | 2015-12-23 |
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| CN201510573463.1A Pending CN105167774A (en) | 2015-09-02 | 2015-09-02 | Chest magnetic resonance positioning checking device |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN107536610A (en) * | 2017-08-09 | 2018-01-05 | 济南市儿童医院（山东大学齐鲁儿童医院） | Thoracic cavity magnetic resonance examination device |
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| CN104799860A (en) * | 2015-04-28 | 2015-07-29 | 孙祥房 | Chest magnetic resonance testing device |
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| CN103300919A (en) * | 2012-03-09 | 2013-09-18 | 西门子公司 | Positioning assist device for rack |
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| CN107536610A (en) * | 2017-08-09 | 2018-01-05 | 济南市儿童医院（山东大学齐鲁儿童医院） | Thoracic cavity magnetic resonance examination device |
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| C06 | Publication | ||
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Application publication date: 20151223 |
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| RJ01 | Rejection of invention patent application after publication |