CN104771833A - Radiotherapeutic device - Google Patents
Radiotherapeutic device Download PDFInfo
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- CN104771833A CN104771833A CN201510195651.5A CN201510195651A CN104771833A CN 104771833 A CN104771833 A CN 104771833A CN 201510195651 A CN201510195651 A CN 201510195651A CN 104771833 A CN104771833 A CN 104771833A
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- alloy
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- cabinet
- small
- radiotherapy
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Abstract
The invention relates to a radiotherapeutic device, and belongs to the technical field of medical apparatuses. The radiotherapeutic device comprises a radioactive ray control cabinet and a radiotherapeutic auxiliary table, wherein an alloy fixing socket, a small inward groove and a centralized control panel are arranged on the front side of the radioactive ray control cabinet; a leakproof inward baffle is arranged on the small inward groove; a radioactive cabinet control switch, a radioactive ray intensity handle groove, a knob fixing plate and a closed alloy plate are arranged on the centralized control panel; a radioactive ray manual handle is formed in the radioactive ray intensity handle groove. The radiotherapeutic device is complete in functions and convenient to use, is time-saving and labor-saving, safe and efficient, and clean and sanitary during radiotherapy on a disease in a patient, and reduces the working difficulty of medical staff.
Description
Technical field
The invention belongs to technical field of medical instruments, be specifically related to a kind of radiotherapy unit.
Background technology
Medical worker is when carrying out radiotherapy to disease in patient body, need to use radiotherapy unit, when traditional radiotherapy unit is treated patient, need to use large-scale radiator apparatus, medical worker will be very careful operation, threaten the personal safety of medical worker, and traditional radiotherapy equipment needs medical worker's very rich experience, easily cause therapeutic effect poor, affect the treatment of the state of an illness, traditional radiation therapy appliance arrangement is single, makes diagnostic procedure become very complicated, considerably increases 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 to disease in patient body, time saving and energy saving, safe and efficient, the radiotherapy unit of sanitation and hygiene.
Technical scheme of the present invention is: radiotherapy unit, comprise lonizing radiation and control cabinet and radiotherapy secondary station, lonizing radiation control to be provided with alloy on front side of cabinet and fix socket, small-sized inner groovy and centralized control panel, small-sized inner groovy is provided with anti-leak internal partition, centralized control panel is provided with radiation cabinet gauge tap, intensity of radiation handle groove, knob fixing head and airtight alloy sheets, intensity of radiation handle groove is provided with lonizing radiation manual handle, knob fixing head is provided with orientation adjustment button and accurately exports regulation and control knob, airtight alloy sheets is provided with fixing insertion and follows closely,
Lonizing radiation control to be provided with a test tube storage box and computer display screen base for supporting on the upside of cabinet, disposable test tube storage box is provided with aseptic disposable test tube, USB interface is provided with on the left of computer display screen base for supporting, the bucket that is rotatably connected is provided with on the upside of computer display screen base for supporting, be rotatably connected on the upside of bucket and be provided with high definition computer display screen, lonizing radiation control to be provided with alloy on the left of cabinet and stretch out plate, alloy stretches out on the upside of plate and is provided with small-sized warning lamp, manage in hard pedal and alloy lifting, small-sized durable spring is provided with on the downside of hard pedal, be provided with thick alloy in alloy lifting on the upside of pipe to take advantage of and connect outer tube, thick alloy is taken advantage of to connect on the upside of outer tube and is provided with ray emitter loading plate,
Loading plate gauge tap and external firm banking is provided with on the upside of ray emitter loading plate, external firm banking and lonizing radiation conduct hard tube and are connected, ray emission probe fixed bar is provided with on the upside of external firm banking, swivel joint is provided with on the upside of ray emission probe fixed bar, swivel joint is provided with radiation absorbance interface tube and rotates interior axle, radiation absorbance interface tube communicates with radiation absorbance pipe, be provided with ray emission in rotating on the right side of axle and visit arm, ray emission is visited arm and is provided with alloy supplemental support bar and activity adjustment cylinder, ray emission probe is provided with on the right side of activity adjustment cylinder, ray emission probe is provided with manual probe regulation and control handle and taper type connecting band, manual probe regulation and control handle is provided with rubber taper knob, rubber taper knob is provided with position peg button, launch hole fixed disc is provided with on the downside of taper type connecting band, multiple small-sized launch hole is provided with on the downside of launch hole fixed disc,
Lonizing radiation control cabinet inside and are provided with current distributing cabinet, anti-leak perceptron, lonizing radiation generation cabinet circular row gas is fanned, current distributing cabinet is connected with electrified wire, electrified wire is connected with miniature transformer, electrified wire end is connected with charging plug, anti-leak perceptron is provided with high sensitivity perception contact, anti-leak perceptron is connected with miniature loudspeaker by wire, fixing suspension foundation is provided with on the upside of lonizing radiation generation cabinet, the fixing foundation that hangs is provided with horizontal suspension stiff rod, horizontal suspension stiff rod is connected with suspension thick line, hang thick line to store steel cylinder respectively with normal saline and liquid occurs and store steel cylinder and be connected, generation liquid stores on the downside of steel cylinder and is provided with transporting hose connection, transporting hose connection communicates with high density transporting flexible pipe, high density transporting flexible pipe is connected with middle protective separation plate, be provided with reaction on the downside of middle protective separation plate and containment envelope occurs, reaction containment envelope inside is provided with macromolecule generation inner bag, macromolecule generation inner bag inside is provided with secondary filter net, reaction inducer is provided with on the downside of macromolecule generation inner bag, there is containment envelope and be connected with ray straight pipe in reaction, ray straight pipe is connected with linear accelerator, pipe in linear accelerator inside is provided with and accelerates,
Alloy roller connecting rod is provided with on the downside of radiotherapy secondary station, alloy roller connecting rod is provided with small-sized swivel becket and small-sized rubber roll, sealing door-plate is connected with radiotherapy secondary station by including hinge, sealing door-plate is provided with door handle, radiotherapy secondary station inside is provided with small-sized worktable support lower limb, small folding workbench is provided with on the upside of small-sized worktable support lower limb, small folding workbench is provided with folding roller bearing, be provided with infrared sterilization overhead guard on the upside of radiotherapy secondary station, on the downside of infrared sterilization overhead guard, be provided with the pull-type cutting means enclosure of volume.
Described lonizing radiation control to be provided with crash roll on the downside of cabinet.
Described lonizing radiation control to be provided with hygiene cloth on the left of cabinet.
Described rubber taper knob is provided with raised rubber grain.
Described miniature transformer is provided with energising display lamp.
Described radiotherapy secondary station is provided with hook.
Described sealing door-plate is provided with coded lock.
Described small folding workbench is provided with disposable hygienic pad.
The invention has the beneficial effects as follows: multiple functional, easy to use, when carrying out radiotherapy to disease in patient body, time saving and energy saving, safe and efficient, sanitation and hygiene, alleviate the work difficulty of medical worker.
Accompanying drawing explanation
Fig. 1 is radiotherapy unit lonizing radiation controller box structure schematic diagram of the present invention.
Fig. 2 is radiotherapy unit ray emitter carrying plate structure schematic diagram of the present invention.
Fig. 3 is that radiotherapy unit lonizing radiation of the present invention control cabinet internal structure schematic diagram.
Fig. 4 is radiotherapy unit radiotherapy secondary station structural representation of the present invention.
In figure:
1: lonizing radiation control cabinet, 2: radiotherapy secondary station, 3: socket fixed by alloy, 4: small-sized inner groovy, 5: centralized control panel, 6: anti-leak internal partition, 7: radiation cabinet gauge tap, 8: intensity of radiation handle groove, 9: knob fixing head, 10: airtight alloy sheets, 11: lonizing radiation manual handle, 12: orientation adjustment button, 13: accurately export regulation and control knob, 14: fixing insertion is followed closely, 15: test tube storage boxes, 16: computer display screen base for supporting, 17: aseptic disposable test tube, 18:USB interface, 19: be rotatably connected bucket, 20: high definition computer display screen, 21: alloy stretches out plate, 22: small-sized warning lamp, 23: hard pedal, 24: pipe in alloy lifting, 25: small-sized durable spring, 26: thick alloy is taken advantage of and connect outer tube, 27: ray emitter loading plate, 28: loading plate gauge tap, 29: external firm banking, 30: lonizing radiation conduction hard tube, 31: ray emission probe fixed bar, 32: swivel joint, 33: radiation absorbance interface tube, 34: axle in rotating, 35: radiation absorbance pipe, 36: ray emission visits arm, 37: alloy supplemental support bar, 38: activity adjustment cylinder, 39: ray emission is popped one's head in, 40: manual probe regulation and control hands handle, 41: taper type connecting band, 42: rubber taper knob, 43: position peg button, 44: launch hole fixed disc, 45: small-sized launch hole, 46: current distributing cabinet, 47: anti-leak perceptron, 48: lonizing radiation generation cabinet, 49: circular exhaust fan, 50: electrified wire, 51: miniature transformer, 52: charging plug, 53: high sensitivity perception contact, 54: wire, 55: miniature loudspeaker, 56: fixing suspension foundation, 57: horizontal suspension stiff rod, 58: hang thick line, 59: normal saline stores steel cylinder, 60: liquid occurs and stores steel cylinder, 61: transporting hose connection, 62: high density transporting flexible pipe, 63: middle protective separation plate, 64: reaction containment envelope, 65: macromolecule generation inner bag, 66: secondary filter net, 67: reaction inducer, 68: ray straight pipe, 69: linear accelerator, 70: pipe in accelerating, 71: alloy roller connecting rod, 72: small-sized swivel becket, 73: small-sized rubber roll, 74: sealing door-plate, 75: include hinge, 76: door handle, 77: small-sized worktable support lower limb, 78: small folding workbench, 79: folding roller bearing, 80: infrared sterilization overhead guard, 81: roll up pull-type cutting means enclosure, 82: crash roll, 83: hygiene cloth, 84: raised rubber grain, 85: energising display lamp, 86: hook, 87: coded lock, 88: disposable hygienic pad.
Detailed description of the invention
With reference to the accompanying drawings, radiotherapy unit of the present invention is described in detail.
As shown in Figure 1, radiotherapy unit of the present invention comprises lonizing radiation and controls cabinet 1 and radiotherapy secondary station 2, lonizing radiation control to be provided with alloy on front side of cabinet 1 and fix socket 3, small-sized inner groovy 4 and centralized control panel 5, small-sized inner groovy 4 is provided with anti-leak internal partition 6, centralized control panel 5 is provided with radiation cabinet gauge tap 7, intensity of radiation handle groove 8, knob fixing head 9 and airtight alloy sheets 10, intensity of radiation handle groove 8 is provided with lonizing radiation manual handle 11, knob fixing head 9 is provided with orientation adjustment button 12 and accurately exports regulation and control knob 13, airtight alloy sheets 10 is provided with fixing insertion nail 14,
As shown in Figure 1, lonizing radiation control to be provided with a test tube storage box 15 and computer display screen base for supporting 16 on the upside of cabinet 1, disposable test tube storage box 15 is provided with aseptic disposable test tube 17, usb 18 is provided with on the left of computer display screen base for supporting 16, the bucket 19 that is rotatably connected is provided with on the upside of computer display screen base for supporting 16, be rotatably connected on the upside of bucket 19 and be provided with high definition computer display screen 20, lonizing radiation control to be provided with alloy on the left of cabinet 1 and stretch out plate 21, alloy stretches out on the upside of plate 21 and is provided with small-sized warning lamp 22, hard pedal 23 and the interior pipe 24 of alloy lifting, small-sized durable spring 25 is provided with on the downside of hard pedal 23, be provided with thick alloy in alloy lifting on the upside of pipe 24 to take advantage of and connect outer tube 26, thick alloy is taken advantage of to connect on the upside of outer tube 26 and is provided with ray emitter loading plate 27,
As shown in Figure 2, loading plate gauge tap 28 and external firm banking 29 is provided with on the upside of ray emitter loading plate 27, external firm banking 29 and lonizing radiation conduct hard tube 30 and are connected, ray emission probe fixed bar 31 is provided with on the upside of external firm banking 29, swivel joint 32 is provided with on the upside of ray emission probe fixed bar 31, swivel joint 32 is provided with radiation absorbance interface tube 33 and rotates interior axle 34, radiation absorbance interface tube 33 communicates with radiation absorbance pipe 35, be provided with ray emission in rotating on the right side of axle 34 and visit arm 36, ray emission is visited arm 36 and is provided with alloy supplemental support bar 37 and activity adjustment cylinder 38, ray emission probe 39 is provided with on the right side of activity adjustment cylinder 38, ray emission probe 39 is provided with manual probe regulation and control handle 40 and taper type connecting band 41, manual probe regulation and control handle 40 is provided with rubber taper knob 42, rubber taper knob 42 is provided with position peg button 43, launch hole fixed disc 44 is provided with on the downside of taper type connecting band 41, multiple small-sized launch hole 45 is provided with on the downside of launch hole fixed disc 44,
As shown in Figure 3, lonizing radiation control cabinet 1 inside and are provided with current distributing cabinet 46, anti-leak perceptron 47, lonizing radiation generation cabinet 48 and circular exhaust fan 49, current distributing cabinet 46 is connected with electrified wire 50, electrified wire 50 is connected with miniature transformer 51, electrified wire 50 end is connected with charging plug 52, anti-leak perceptron 47 is provided with high sensitivity perception contact 53, anti-leak perceptron 47 is connected with miniature loudspeaker 55 by wire 54, fixing suspension foundation 56 is provided with on the upside of lonizing radiation generation cabinet 48, the fixing foundation 56 that hangs is provided with horizontal suspension stiff rod 57, horizontal suspension stiff rod 57 is connected with suspension thick line 58, hang thick line 58 to store steel cylinder 59 respectively with normal saline and liquid occurs and store steel cylinder 60 and be connected, generation liquid stores on the downside of steel cylinder 60 and is provided with transporting hose connection 61, transporting hose connection 61 communicates with high density transporting flexible pipe 62, high density transporting flexible pipe 62 is connected with middle protective separation plate 63, be provided with reaction on the downside of middle protective separation plate 63 and containment envelope 64 occurs, reaction containment envelope 64 inside is provided with macromolecule generation inner bag 65, macromolecule generation inner bag 65 inside is provided with secondary filter net 66, reaction inducer 67 is provided with on the downside of macromolecule generation inner bag 65, there is containment envelope 64 and be connected with ray straight pipe 68 in reaction, ray straight pipe 68 is connected with linear accelerator 69, pipe 70 in linear accelerator 69 inside is provided with and accelerates,
As shown in Figure 4, alloy roller connecting rod 71 is provided with on the downside of radiotherapy secondary station 2, alloy roller connecting rod 71 is provided with small-sized swivel becket 72 and small-sized rubber roll 73, sealing door-plate 74 is connected with radiotherapy secondary station 2 by including hinge 75, sealing door-plate 74 is provided with door handle 76, radiotherapy secondary station 2 inside is provided with small-sized worktable support lower limb 77, small folding workbench 78 is provided with on the upside of small-sized worktable support lower limb 77, small folding workbench 78 is provided with folding roller bearing 79, infrared sterilization overhead guard 80 is provided with on the upside of radiotherapy secondary station 2, the pull-type cutting means enclosure 81 of volume is provided with on the downside of infrared sterilization overhead guard 80.
When carrying out radiotherapy to disease in patient body, medical worker first opens airtight alloy sheets 10, then radiation cabinet gauge tap 7 is opened, lonizing radiation manual handle 11 is utilized to adjust to suitable gear, final output is determined again through accurately exporting regulation and control knob 13, trample hard pedal 23 by foot and ray emitter loading plate 27 is debugged suitable height, open loading plate gauge tap 28.
Medical worker transfers axle 34 in the rotation of the inside by regulation and control swivel joint 32, pendulum is to suitable angle, medical worker's both hands hold manual probe regulation and control handle 40, and peg button 43 depressed position after adjusting position, lonizing radiation just can be treated by small-sized launch hole 45 couples of patients.
Described lonizing radiation control to be provided with crash roll 82 on the downside of cabinet 1.Such setting, can protect device, and protection important instrument does not misplace.
Described lonizing radiation control to be provided with hygiene cloth 83 on the left of cabinet 1.Such setting, can instrument convenient for cleaning, makes instrument health more.
Described rubber taper knob 42 is provided with raised rubber grain 84.Such setting, so that the operation of medical worker, can play anti-skidding effect.
Described miniature transformer 51 is provided with energising display lamp 85.Whether such setting, conveniently can watch and switching on power, more practical.
Described radiotherapy secondary station 2 is provided with hook 86.Such setting, can when medical worker works, and convenient placement needs the article of lowering.
Described sealing door-plate 74 is provided with coded lock 87.Such setting, so that control to equipment safety, can play the effect of protection patient.
Described small folding workbench 78 is provided with disposable hygienic pad 88.Such setting, to carry out medicine ordinance, makes operation much cleaner.
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. radiotherapy unit, comprises lonizing radiation and controls cabinet (1) and radiotherapy secondary station (2), it is characterized in that:
Control to be provided with alloy on front side of cabinet (1) at lonizing radiation and fix socket (3), small-sized inner groovy (4) and centralized control panel (5), small-sized inner groovy (4) is provided with anti-leak internal partition (6), centralized control panel (5) is provided with radiation cabinet gauge tap (7), intensity of radiation handle groove (8), knob fixing head (9) and airtight alloy sheets (10), intensity of radiation handle groove (8) is provided with lonizing radiation manual handle (11), knob fixing head (9) is provided with orientation adjustment button (12) and accurately exports regulation and control knob (13), airtight alloy sheets (10) is provided with fixing insertion and follows closely (14),
Lonizing radiation control cabinet (1) upside and are provided with a test tube storage box (15) and computer display screen base for supporting (16), disposable test tube storage box (15) is provided with aseptic disposable test tube (17), computer display screen base for supporting (16) left side is provided with USB interface (18), computer display screen base for supporting (16) upside is provided with the bucket that is rotatably connected (19), be rotatably connected bucket (19) upside be provided with high definition computer display screen (20), lonizing radiation control to be provided with alloy on the left of cabinet (1) and stretch out plate (21), alloy stretches out plate (21) upside and is provided with small-sized warning lamp (22), (24) are managed in hard pedal (23) and alloy lifting, hard pedal (23) downside is provided with small-sized durable spring (25), in alloy lifting, pipe (24) upside is provided with thick alloy and takes advantage of and connect outer tube (26), thick alloy is taken advantage of to connect on the upside of outer tube (26) and is provided with ray emitter loading plate (27),
Ray emitter loading plate (27) upside is provided with loading plate gauge tap (28) external firm banking (29), external firm banking (29) and lonizing radiation conduct hard tube (30) and are connected, external firm banking (29) upside is provided with ray emission probe fixed bar (31), ray emission probe fixed bar (31) upside is provided with swivel joint (32), swivel joint (32) is provided with radiation absorbance interface tube (33) and rotates interior axle (34), radiation absorbance interface tube (33) communicates with radiation absorbance pipe (35), in rotating, axle (34) right side is provided with ray emission and visits arm (36), ray emission is visited arm (36) and is provided with alloy supplemental support bar (37) and activity adjustment cylinder (38), activity adjustment cylinder (38) right side is provided with ray emission probe (39), ray emission probe (39) is provided with manual probe regulation and control handle (40) and taper type connecting band (41), manual probe regulation and control handle (40) is provided with rubber taper knob (42), rubber taper knob (42) is provided with position peg button (43), taper type connecting band (41) downside is provided with launch hole fixed disc (44), launch hole fixed disc (44) downside is provided with multiple small-sized launch hole (45),
Lonizing radiation control cabinet (1) inside and are provided with current distributing cabinet (46), anti-leak perceptron (47), lonizing radiation generation cabinet (48) and circular exhaust fan (49), current distributing cabinet (46) is connected with electrified wire (50), electrified wire (50) is connected with miniature transformer (51), electrified wire (50) end is connected with charging plug (52), anti-leak perceptron (47) is provided with high sensitivity perception contact (53), anti-leak perceptron (47) is connected with miniature loudspeaker (55) by wire (54), lonizing radiation generation cabinet (48) upside is provided with fixing suspension foundation (56), the fixing foundation (56) that hangs is provided with horizontal suspension stiff rod (57), horizontal suspension stiff rod (57) is connected with suspension thick line (58), hang thick line (58) to store steel cylinder (59) respectively with normal saline and liquid occurs and store steel cylinder (60) and be connected, generation liquid stores steel cylinder (60) downside and is provided with transporting hose connection (61), transporting hose connection (61) communicates with high density transporting flexible pipe (62), high density transporting flexible pipe (62) is connected with middle protective separation plate (63), middle protective separation plate (63) downside is provided with reaction and containment envelope (64) occurs, reaction containment envelope (64) inside is provided with macromolecule generation inner bag (65), macromolecule generation inner bag (65) inside is provided with secondary filter net (66), macromolecule generation inner bag (65) downside is provided with reaction inducer (67), there is containment envelope (64) and be connected with ray straight pipe (68) in reaction, ray straight pipe (68) is connected with linear accelerator (69), pipe (70) in linear accelerator (69) inside is provided with and accelerates,
Radiotherapy secondary station (2) downside is provided with alloy roller connecting rod (71), alloy roller connecting rod (71) is provided with small-sized swivel becket (72) and small-sized rubber roll (73), sealing door-plate (74) is connected with radiotherapy secondary station (2) by including hinge (75), sealing door-plate (74) is provided with door handle (76), radiotherapy secondary station (2) inside is provided with small-sized worktable support lower limb (77), small-sized worktable support lower limb (77) upside is provided with small folding workbench (78), small folding workbench (78) is provided with folding roller bearing (79), radiotherapy secondary station (2) upside is provided with infrared sterilization overhead guard (80), infrared sterilization overhead guard (80) downside is provided with the pull-type cutting means enclosure of volume (81).
2. radiotherapy unit according to claim 1, is characterized in that: described lonizing radiation control cabinet (1) downside and are provided with crash roll (82).
3. radiotherapy unit according to claim 1, is characterized in that: described lonizing radiation control cabinet (1) left side and are provided with hygiene cloth (83).
4. radiotherapy unit according to claim 1, is characterized in that: described rubber taper knob (42) is provided with raised rubber grain (84).
5. radiotherapy unit according to claim 1, is characterized in that: described miniature transformer (51) is provided with energising display lamp (85).
6. radiotherapy unit according to claim 1, is characterized in that: described radiotherapy secondary station (2) is provided with hook (86).
7. radiotherapy unit according to claim 1, is characterized in that: described sealing door-plate (74) is provided with coded lock (87).
8. the radiotherapy unit according to any one of claim 1-7, is characterized in that: described small folding workbench (78) is provided with disposable hygienic pad (88).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510195651.5A CN104771833A (en) | 2015-04-17 | 2015-04-17 | Radiotherapeutic device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510195651.5A CN104771833A (en) | 2015-04-17 | 2015-04-17 | Radiotherapeutic device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN104771833A true CN104771833A (en) | 2015-07-15 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201510195651.5A Pending CN104771833A (en) | 2015-04-17 | 2015-04-17 | Radiotherapeutic device |
Country Status (1)
| Country | Link |
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| CN (1) | CN104771833A (en) |
Cited By (2)
| 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 |
| CN112933432A (en) * | 2021-02-04 | 2021-06-11 | 吉林省肿瘤医院 | Treatment equipment convenient for fixing body position of patient for radiology department |
Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN204050675U (en) * | 2014-08-21 | 2014-12-31 | 王鹏 | Overall tumour radiotherapy instrument |
| CN204246693U (en) * | 2014-11-04 | 2015-04-08 | 许波 | Novel medical apparats for treating tumor |
| CN104689488A (en) * | 2015-03-03 | 2015-06-10 | 程艳珍 | Radiotherapeutic device |
-
2015
- 2015-04-17 CN CN201510195651.5A patent/CN104771833A/en active Pending
Patent Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN204050675U (en) * | 2014-08-21 | 2014-12-31 | 王鹏 | Overall tumour radiotherapy instrument |
| CN204246693U (en) * | 2014-11-04 | 2015-04-08 | 许波 | Novel medical apparats for treating tumor |
| CN104689488A (en) * | 2015-03-03 | 2015-06-10 | 程艳珍 | Radiotherapeutic device |
Cited By (3)
| 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 |
| CN112933432A (en) * | 2021-02-04 | 2021-06-11 | 吉林省肿瘤医院 | Treatment equipment convenient for fixing body position of patient for radiology department |
| CN112933432B (en) * | 2021-02-04 | 2022-08-02 | 吉林省肿瘤医院 | Treatment equipment convenient for fixing body position of patient for radiology department |
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Application publication date: 20150715 |