CN104874111A - Osteocarcinoma radiotherapy device - Google Patents
Osteocarcinoma radiotherapy device Download PDFInfo
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- CN104874111A CN104874111A CN201510240740.7A CN201510240740A CN104874111A CN 104874111 A CN104874111 A CN 104874111A CN 201510240740 A CN201510240740 A CN 201510240740A CN 104874111 A CN104874111 A CN 104874111A
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Abstract
The invention relates to an osteocarcinoma radiotherapy device for a medical worker, and the osteocarcinoma radiotherapy device belongs to the technical field of a medical apparatus. The technical solution of the invention is that the osteocarcinoma radiotherapy device comprises a main body; main body supporting rods are arranged below the main body; damping springs are arranged at the lower sides of the main body supporting rods; braking pedals are arranged below the damping springs; tyre protecting covers are arranged below the braking pedals; and skid-resistant rubber tyres are arranged below the tyre protecting covers. A display placing bench is arranged on the upper side of the main body; a rotary platform is arranged on the display placing bench; and an LCD is arranged on the rotary platform. The osteocarcinoma radiotherapy device is complete in function and convenient to use, and is time-saving and labor-saving, scientific and convenient, safe and efficient, and intelligent and accurate when radiotherapy of osteocarcinoma is performed. Working difficulty of the medical worker is reduced.
Description
Technical field
The invention belongs to technical field of medical instruments, be specifically related to osteocarcinoma radiotherapy in the treatment device.
Background technology
Medical worker is when carrying out radiotherapy in the treatment to osteocarcinoma patient, need to use a series of osteocarcinoma radiotherapy in the treatment device, the osteocarcinoma radiotherapy in the treatment apparatus function of present stage is single, when medical worker needs to treat according to the demand of different patient, used osteocarcinoma radiotherapy in the treatment device is naturally different, the osteocarcinoma radiotherapy in the treatment device of use present stage can be cumbersome, waste time and energy, therefore the osteocarcinoma radiotherapy in the treatment device of present stage can not meet the multiple exclusive requirement of medical worker when medical worker carries out radiotherapy in the treatment to bone cancer patents, 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 radiotherapy in the treatment to bone cancer patents, time saving and energy saving, science is convenient, safe and efficient, and intelligence is osteocarcinoma radiotherapy in the treatment device accurately.
Technical scheme of the present invention is: osteocarcinoma radiotherapy in the treatment device, comprise main body, body supports bar is provided with on the downside of main body, damping spring is provided with on the downside of body supports bar, braking footrest is provided with on the downside of damping spring, tyre protective cover is provided with on the downside of braking footrest, anti-slip rubber tire is provided with on the downside of tyre protective cover, display placing table is provided with on the upside of main body, turntable is provided with on the upside of display placing table, liquid crystal display is provided with on the upside of turntable, monitor switch is provided with on front side of liquid crystal display, key controlled panel is provided with on front side of main body, operational and controlled key button is provided with on front side of key controlled panel, direction controlling panel is provided with on the right side of key controlled panel, upper and lower control key is provided with on front side of direction controlling panel, pause button is provided with in the middle of upper and lower control key, ionizing radiation output board is provided with on the downside of key controlled panel, A output port is provided with on front side of ionizing radiation output board, A output port is connected by optic fibre wire with electromagnetic plate, electromagnetic plate inside is provided with A magnet, B output port is provided with on the left of A output port, B output port is connected by optic fibre wire with electrode slice, electrode slice inside is provided with B pole and pastes, battery main switch is provided with on the right side of ionizing radiation output board, power lead outlet is provided with on the right side of main body, power lead outlet is connected by power lead with transformator, safety plug is provided with on the right side of transformator, power lead outlet upside is provided with slideway, pulley is provided with on the right side of slideway, drive link is provided with on the right side of pulley, motor is provided with on the right side of drive link, motor switch is provided with on front side of motor, link is provided with on the right side of motor, Control of Voltage case is provided with on the upside of link, screw is provided with on the upside of Control of Voltage case, compensator is provided with on the right side of screw, telescopic adjustment switch is provided with on the upside of compensator, support arm is provided with on the right side of compensator, laser therapy case is provided with on the downside of support arm,
Moving hand-rail is provided with on the right side of laser therapy case, anti-slip rubber cover is provided with on the upside of moving hand-rail, digital display board is provided with on the downside of moving hand-rail, laser intensity adjusting knob is provided with on the downside of digital display board, laser therapy case inside is provided with resonator cavity, reflecting plate is provided with on the upside of resonator cavity, concave mirror is provided with on the downside of reflecting plate, anode electricity coupling plate is provided with on the right side of resonator cavity, electrode emission bar is provided with on the left of anode electricity coupling plate, anode transmitting terminal is provided with on the left of electrode emission bar, cathodic electricity coupling plate is provided with on the left of resonator cavity, emission of cathode end is provided with on the right side of cathodic electricity coupling plate, high-voltage transforming box is provided with on the downside of cathodic electricity coupling plate, intra resonant cavity is provided with LASER Discharge Tube, Laser Slabs is provided with on the downside of LASER Discharge Tube, be provided with laser on the downside of laser therapy case and assemble case, laser is assembled case sidewall and is provided with radiation eyeglass, laser amplifier is provided with on the downside of laser gathering case, laser cylinder is provided with on the downside of laser amplifier, light beam adjustable screw is provided with on the downside of laser cylinder, Laser emission end is provided with on the downside of light beam adjustable screw, launch hole is provided with on the downside of Laser emission end,
Body interior is provided with ionizing radiation emission case;
Relay indicating light is provided with on the upside of ionizing radiation emission case, intensity adjustments knob is provided with on the right side of relay indicating light, frequency adjustment switch is provided with on the right side of intensity adjustments knob, function selecting knob is provided with on the right side of frequency adjustment switch, ionizing radiation emission case inside right side wall is provided with particle emission cylinder, N pole plate is provided with on the upside of particle emission cylinder, positive plate is provided with on the downside of N pole plate, ampere wires is provided with on the left of positive plate, S pole plate is provided with on the downside of particle emission cylinder, negative plate is provided with on the upside of S pole plate, ampere wires is provided with on the left of negative plate, ionizing radiation emission case inside left side wall is provided with copper case, copper case inside is provided with cooling water circulation pipe, beryllium window is provided with on the right side of copper case, target sheet is provided with on the downside of beryllium window, metal focus mask is provided with on the right side of target sheet, metal focus mask inside is provided with tungsten filament, tungsten filament is connected by voltage bar with power transformation box, vacuum glass cover is provided with on the upside of power transformation box, be provided with ionizing radiation on the downside of copper case and assemble plate.
As preferably, on front side of described safety plug, be provided with cut-off switch.
As preferably, on the upside of described braking footrest, be provided with anti-skid rubber cushion.
As preferably, on front side of described liquid crystal display, be provided with power supply indicator.
As preferably, on the right side of described Control of Voltage case, be provided with voltage-regulation knob.
As preferably, described laser intensity adjusting knob is provided with graduated disc.
As preferably, on the upside of described ionizing radiation emission case, be provided with alarm lamp.
As preferably, on the right side of described ionizing radiation emission case, be provided with thermal window.
The invention has the beneficial effects as follows: the present invention is multiple functional, easy to use, when carrying out radiotherapy in the treatment to osteocarcinoma, time saving and energy saving, science is convenient, safe and efficient, and intelligence accurately, alleviates the work difficulty of medical worker.
Accompanying drawing explanation
Fig. 1 is the overall structure schematic diagram of osteocarcinoma radiotherapy in the treatment device of the present invention.
Fig. 2 is the laser therapy box structure schematic diagram of osteocarcinoma radiotherapy in the treatment device of the present invention.
Fig. 3 is the ionizing radiation emission box structure schematic diagram of osteocarcinoma radiotherapy in the treatment device of the present invention.
In figure:
1: main body, 2: body supports bar, 3: damping spring, 4: braking footrest, 5: tyre protective cover, 6: anti-slip rubber tire, 7: display placing table, 8: turntable, 9: liquid crystal display, 10: monitor switch, 11: key controlled panel, 12: operational and controlled key button, 13: direction controlling panel, 14: control key up and down, 15: pause button, 16: ionizing radiation output board, 17:A output port, 18: electromagnetic plate, 19: optic fibre wire, 20:A magnet, 21:B output port, 22: electrode slice, 23:B pole is pasted, 24: battery main switch, 25: power lead exports, 26: transformator, 27: power lead, 28: safety plug, 29: slideway, 30: pulley, 31: drive link, 32: motor, 33: motor switch, 34: link, 35: Control of Voltage case, 36: screw, 37: compensator, 38: telescopic adjustment switch, 39: support arm, 40: laser therapy case, 41: moving hand-rail, 42: anti-slip rubber cover, 43: digital display board, 44: laser intensity adjusting knob, 45: resonator cavity, 46: reflecting plate, 47: concave mirror, 48: anode electricity coupling plate, 49: electrode emission bar, 50: anode transmitting terminal, 51: cathodic electricity coupling plate, 52: emission of cathode end, 53: high-voltage transforming box, 54: LASER Discharge Tube, 55: Laser Slabs, 56: laser assembles case, 57: radiation eyeglass, 58: laser amplifier, 59: laser cylinder, 60: light beam adjustable screw, 61: Laser emission end, 62: launch hole, 63: ionizing radiation emission case, 64: relay indicating light, 65: intensity adjustments knob, 66: frequency adjustment switch, 67: function selecting knob, 68: particle emission cylinder, 69:N pole plate, 70: positive plate, 71: ampere wires, 72:S pole plate, 73: negative plate, 74: copper case, 75: cooling water circulation pipe, 76: beryllium window, 77: target sheet, 78: metal focus mask, 79: tungsten filament, 80: power transformation box, 81: voltage bar, 82: vacuum glass cover, 83: plate is assembled in ionizing radiation, 84: cut-off switch, 85: anti-skid rubber cushion, 86: power supply indicator, 87: voltage-regulation knob, 88: graduated disc, 89: alarm lamp, 90: thermal window.
Detailed description of the invention
With reference to the accompanying drawings, osteocarcinoma radiotherapy in the treatment device of the present invention is described in detail.
As shown in Figure 1, technical scheme of the present invention is: osteocarcinoma radiotherapy in the treatment device, comprise main body 1, body supports bar 2 is provided with on the downside of main body 1, damping spring 3 is provided with on the downside of body supports bar 2, braking footrest 4 is provided with on the downside of damping spring 3, tyre protective cover 5 is provided with on the downside of braking footrest 4, anti-slip rubber tire 6 is provided with on the downside of tyre protective cover 5, display placing table 7 is provided with on the upside of main body 1, turntable 8 is provided with on the upside of display placing table 7, liquid crystal display 9 is provided with on the upside of turntable 8, monitor switch 10 is provided with on front side of liquid crystal display 9, key controlled panel 11 is provided with on front side of main body 1, operational and controlled key button 12 is provided with on front side of key controlled panel 11, direction controlling panel 13 is provided with on the right side of key controlled panel 11, upper and lower control key 14 is provided with on front side of direction controlling panel 13, pause button 15 is provided with in the middle of upper and lower control key 14, ionizing radiation output board 16 is provided with on the downside of key controlled panel 11, A output port 17 is provided with on front side of ionizing radiation output board 16, A output port 17 is connected by optic fibre wire 19 with electromagnetic plate 18, electromagnetic plate 18 inside is provided with A magnet 20, B output port 21 is provided with on the left of A output port 17, B output port 21 is connected by optic fibre wire 19 with electrode slice 22, electrode slice 22 inside is provided with B pole and pastes 23, battery main switch 24 is provided with on the right side of ionizing radiation output board 16, power lead outlet 25 is provided with on the right side of main body 1, power lead outlet 25 is connected by power lead 27 with transformator 26, safety plug 28 is provided with on the right side of transformator 26, slideway 29 is provided with on the upside of power lead outlet 25, pulley 30 is provided with on the right side of slideway 29, drive link 31 is provided with on the right side of pulley 30, motor 32 is provided with on the right side of drive link 31, motor switch 33 is provided with on front side of motor 32, link 34 is provided with on the right side of motor 32, Control of Voltage case 35 is provided with on the upside of link 34, screw 36 is provided with on the upside of Control of Voltage case 35, compensator 37 is provided with on the right side of screw 36, telescopic adjustment switch 38 is provided with on the upside of compensator 37, support arm 39 is provided with on the right side of compensator 38, laser therapy case 40 is provided with on the downside of support arm 39,
As shown in Figure 2, moving hand-rail 41 is provided with on the right side of laser therapy case 40, anti-slip rubber cover 42 is provided with on the upside of moving hand-rail 41, digital display board 43 is provided with on the downside of moving hand-rail 41, laser intensity adjusting knob 44 is provided with on the downside of digital display board 43, laser therapy case 40 inside is provided with resonator cavity 45, reflecting plate 46 is provided with on the upside of resonator cavity 45, concave mirror 47 is provided with on the downside of reflecting plate 46, anode electricity coupling plate 48 is provided with on the right side of resonator cavity 45, electrode emission bar 49 is provided with on the left of anode electricity coupling plate 48, anode transmitting terminal 50 is provided with on the left of electrode emission bar 49, cathodic electricity coupling plate 51 is provided with on the left of resonator cavity 45, emission of cathode end 52 is provided with on the right side of cathodic electricity coupling plate 51, high-voltage transforming box 53 is provided with on the downside of cathodic electricity coupling plate 51, resonator cavity 45 inside is provided with LASER Discharge Tube 54, Laser Slabs 55 is provided with on the downside of LASER Discharge Tube 54, be provided with laser on the downside of laser therapy case 40 and assemble case 56, laser is assembled case 56 sidewall and is provided with radiation eyeglass 57, laser amplifier 58 is provided with on the downside of laser gathering case 56, laser cylinder 59 is provided with on the downside of laser amplifier 58, light beam adjustable screw 60 is provided with on the downside of laser cylinder 59, Laser emission end 61 is provided with on the downside of light beam adjustable screw 60, launch hole 62 is provided with on the downside of Laser emission end 61,
As shown in Figure 1, main body 1 inside is provided with ionizing radiation emission case 63,
As shown in Figure 3, relay indicating light 64 is provided with on the upside of ionizing radiation emission case 63, intensity adjustments knob 65 is provided with on the right side of relay indicating light 64, frequency adjustment switch 66 is provided with on the right side of intensity adjustments knob 65, function selecting knob 67 is provided with on the right side of frequency adjustment switch 66, ionizing radiation emission case 63 inside right side wall is provided with particle emission cylinder 68, N pole plate 69 is provided with on the upside of particle emission cylinder 68, positive plate 70 is provided with on the downside of N pole plate 69, ampere wires 71 is provided with on the left of positive plate 70, S pole plate 72 is provided with on the downside of particle emission cylinder 68, negative plate 73 is provided with on the upside of S pole plate 72, ampere wires 71 is provided with on the left of negative plate 73, ionizing radiation emission case 63 inside left side wall is provided with copper case 74, copper case 74 inside is provided with cooling water circulation pipe 75, beryllium window 76 is provided with on the right side of copper case 74, target sheet 77 is provided with on the downside of beryllium window 76, metal focus mask 78 is provided with on the right side of target sheet 77, metal focus mask 78 inside is provided with tungsten filament 79, tungsten filament 79 is connected by voltage bar 81 with power transformation box 80, vacuum glass cover 82 is provided with on the upside of power transformation box 80, be provided with ionizing radiation on the downside of copper case 74 and assemble plate 83.
Concrete condition according to patient is analyzed, then opening power main switch 24, the position of laser therapy case 40 is controlled by upper and lower control key 14, laser intensity adjusting knob 65 is regulated to regulate required laser intensity, by moving hand-rail 41, Laser emission end 61 is moved to the osteocarcinoma site of disease of patient, then laser therapy is carried out, laser therapy case 40 can launch required laser, laser is utilized to be killed by the cancerous cell in patient body, the effect obtained medical treatment, medical worker can also be treated patient by the method for radiotherapy simultaneously, knob 67 is selected by regulatory function, required ionizing radiation selected by frequency step knob 66 and intensity adjustments knob 65, electronics can be produced by tungsten filament 79 in ionizing radiation emission case 63, electronics is got to after on target sheet 77 can produce X-ray, particle emission cylinder 68 meeting generating strap charged particle, charged particle can be combined with X-ray under the acceleration of Electric and magnetic fields, assemble plate 83 by ionizing radiation to assemble, treat by A magnet 20 and B pole subsides 23 are attached on patient body, utilize the biological effect of ray ionization radiation to kill cancerous cell.
Described safety plug 28 is provided with cut-off switch 84.Such setting, can increase safety coefficient, and guarantee can not short circuit.
Anti-skid rubber cushion 85 is provided with on the upside of described braking footrest 4.Such setting, can increase friction, ensures to there will not be skidding.
Power supply indicator 86 is provided with on front side of described liquid crystal display 9.Whether such setting, can be worked by power supply indicator 86 optical viewer, ensures the normal operation of instrument.
Voltage-regulation knob 87 is provided with on the right side of described Control of Voltage case 35.Such setting, can be beneficial to the adjustment of voltage, ensures required voltage voltage.
Described laser intensity adjusting knob 44 is provided with graduated disc 88.Such setting, can be beneficial to regulate, and ensures that laser intensity can not regulate excessive or too small.
Alarm lamp 89 is provided with on the upside of described ionizing radiation emission case 63.Whether such setting, can be normal by overview alarm lamp 89 optical viewer, ensures the safety of patient and medical worker.
Thermal window 90 is provided with on the right side of described ionizing radiation emission case 63.Such setting, can increase heat radiation, ensures the safety of patient and medical worker.
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. osteocarcinoma radiotherapy in the treatment device, comprise main body (1), it is characterized in that: main body (1) downside is provided with body supports bar (2), body supports bar (2) downside is provided with damping spring (3), damping spring (3) downside is provided with braking footrest (4), braking footrest (4) downside is provided with tyre protective cover (5), tyre protective cover (5) downside is provided with anti-slip rubber tire (6), main body (1) upside is provided with display placing table (7), display placing table (7) upside is provided with turntable (8), turntable (8) upside is provided with liquid crystal display (9), liquid crystal display (9) front side is provided with monitor switch (10), main body (1) front side is provided with key controlled panel (11), key controlled panel (11) front side is provided with operational and controlled key button (12), key controlled panel (11) right side is provided with direction controlling panel (13), direction controlling panel (13) front side is provided with upper and lower control key (14), pause button (15) is provided with in the middle of upper and lower control key (14), key controlled panel (11) downside is provided with ionizing radiation output board (16), ionizing radiation output board (16) front side is provided with A output port (17), A output port (17) is connected by optic fibre wire (19) with electromagnetic plate (18), electromagnetic plate (18) inside is provided with A magnet (20), A output port (17) left side is provided with B output port (21), B output port (21) is connected by optic fibre wire (19) with electrode slice (22), electrode slice (22) inside is provided with B pole and pastes (23), ionizing radiation output board (16) right side is provided with battery main switch (24), main body (1) right side is provided with power lead outlet (25), power lead outlet (25) is connected by power lead (27) with transformator (26), transformator (26) right side is provided with safety plug (28), power lead outlet (25) upside is provided with slideway (29), slideway (29) right side is provided with pulley (30), pulley (30) right side is provided with drive link (31), drive link (31) right side is provided with motor (32), motor (32) front side is provided with motor switch (33), motor (32) right side is provided with link (34), link (34) upside is provided with Control of Voltage case (35), Control of Voltage case (35) upside is provided with screw (36), screw (36) right side is provided with compensator (37), compensator (37) upside is provided with telescopic adjustment switch (38), compensator (38) right side is provided with support arm (39), support arm (39) downside is provided with laser therapy case (40),
Laser therapy case (40) right side is provided with moving hand-rail (41), moving hand-rail (41) upside is provided with anti-slip rubber cover (42), moving hand-rail (41) downside is provided with digital display board (43), digital display board (43) downside is provided with laser intensity adjusting knob (44), laser therapy case (40) inside is provided with resonator cavity (45), resonator cavity (45) upside is provided with reflecting plate (46), reflecting plate (46) downside is provided with concave mirror (47), resonator cavity (45) right side is provided with anode electricity coupling plate (48), anode electricity coupling plate (48) left side is provided with electrode emission bar (49), electrode emission bar (49) left side is provided with anode transmitting terminal (50), resonator cavity (45) left side is provided with cathodic electricity coupling plate (51), cathodic electricity coupling plate (51) right side is provided with emission of cathode end (52), cathodic electricity coupling plate (51) downside is provided with high-voltage transforming box (53), resonator cavity (45) inside is provided with LASER Discharge Tube (54), LASER Discharge Tube (54) downside is provided with Laser Slabs (55), laser therapy case (40) downside is provided with laser and assembles case (56), laser is assembled case (56) sidewall and is provided with radiation eyeglass (57), laser is assembled case (56) downside and is provided with laser amplifier (58), laser amplifier (58) downside is provided with laser cylinder (59), laser cylinder (59) downside is provided with light beam adjustable screw (60), light beam adjustable screw (60) downside is provided with Laser emission end (61), Laser emission end (61) downside is provided with launch hole (62),
Main body (1) inside is provided with ionizing radiation emission case (63);
Ionizing radiation emission case (63) upside is provided with relay indicating light (64), relay indicating light (64) right side is provided with intensity adjustments knob (65), intensity adjustments knob (65) right side is provided with frequency adjustment switch (66), frequency adjustment switch (66) right side is provided with function selecting knob (67), ionizing radiation emission case (63) inside right side wall is provided with particle emission cylinder (68), particle emission cylinder (68) upside is provided with N pole plate (69), N pole plate (69) downside is provided with positive plate (70), positive plate (70) left side is provided with ampere wires (71), particle emission cylinder (68) downside is provided with S pole plate (72), S pole plate (72) upside is provided with negative plate (73), negative plate (73) left side is provided with ampere wires (71), ionizing radiation emission case (63) inside left side wall is provided with copper case (74), copper case (74) inside is provided with cooling water circulation pipe (75), copper case (74) right side is provided with beryllium window (76), beryllium window (76) downside is provided with target sheet (77), target sheet (77) right side is provided with metal focus mask (78), metal focus mask (78) inside is provided with tungsten filament (79), tungsten filament (79) is connected by voltage bar (81) with power transformation box (80), power transformation box (80) upside is provided with vacuum glass cover (82), copper case (74) downside is provided with ionizing radiation and assembles plate (83).
2. osteocarcinoma radiotherapy in the treatment device according to claim 1, is characterized in that: described safety plug (28) is provided with cut-off switch (84).
3. osteocarcinoma radiotherapy in the treatment device according to claim 1, is characterized in that: described braking footrest (4) upside is provided with anti-skid rubber cushion (85).
4. osteocarcinoma radiotherapy in the treatment device according to claim 1, is characterized in that: described liquid crystal display (9) front side is provided with power supply indicator (86).
5. osteocarcinoma radiotherapy in the treatment device according to claim 1, is characterized in that: described Control of Voltage case (35) right side is provided with voltage-regulation knob (87).
6. osteocarcinoma radiotherapy in the treatment device according to claim 1, is characterized in that: described laser intensity adjusting knob (44) is provided with graduated disc (88).
7. osteocarcinoma radiotherapy in the treatment device according to claim 1, is characterized in that: described ionizing radiation emission case (63) upside is provided with alarm lamp (89).
8. the osteocarcinoma radiotherapy in the treatment device according to any one of claim 1-7, is characterized in that: described ionizing radiation emission case (63) right side is provided with thermal window (90).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510240740.7A CN104874111A (en) | 2015-05-06 | 2015-05-06 | Osteocarcinoma radiotherapy device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510240740.7A CN104874111A (en) | 2015-05-06 | 2015-05-06 | Osteocarcinoma radiotherapy device |
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| Publication Number | Publication Date |
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| CN104874111A true CN104874111A (en) | 2015-09-02 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201510240740.7A Pending CN104874111A (en) | 2015-05-06 | 2015-05-06 | Osteocarcinoma radiotherapy device |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105943066A (en) * | 2016-05-13 | 2016-09-21 | 冯秀栓 | Electron beam irradiation device for radiology department |
Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US20100292682A1 (en) * | 2009-05-13 | 2010-11-18 | Novian Health, Inc. | Methods and apparatus for performing interstitial laser therapy and interstitial brachytherapy |
| CN102113419A (en) * | 2008-05-22 | 2011-06-29 | 弗拉迪米尔·叶戈罗维奇·巴拉金 | Multi-axis charged particle cancer therapy method and apparatus |
| CN204208202U (en) * | 2014-10-11 | 2015-03-18 | 蔄雪静 | Novel glaucoma treatment workbench |
| CN204246693U (en) * | 2014-11-04 | 2015-04-08 | 许波 | Novel medical apparats for treating tumor |
-
2015
- 2015-05-06 CN CN201510240740.7A patent/CN104874111A/en active Pending
Patent Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102113419A (en) * | 2008-05-22 | 2011-06-29 | 弗拉迪米尔·叶戈罗维奇·巴拉金 | Multi-axis charged particle cancer therapy method and apparatus |
| US20100292682A1 (en) * | 2009-05-13 | 2010-11-18 | Novian Health, Inc. | Methods and apparatus for performing interstitial laser therapy and interstitial brachytherapy |
| CN204208202U (en) * | 2014-10-11 | 2015-03-18 | 蔄雪静 | Novel glaucoma treatment workbench |
| CN204246693U (en) * | 2014-11-04 | 2015-04-08 | 许波 | Novel medical apparats for treating tumor |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105943066A (en) * | 2016-05-13 | 2016-09-21 | 冯秀栓 | Electron beam irradiation device for radiology department |
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Application publication date: 20150902 |
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