CN104707195A - Hematodialysis conversion device for nephrology department - Google Patents
Hematodialysis conversion device for nephrology department Download PDFInfo
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- CN104707195A CN104707195A CN201510109498.XA CN201510109498A CN104707195A CN 104707195 A CN104707195 A CN 104707195A CN 201510109498 A CN201510109498 A CN 201510109498A CN 104707195 A CN104707195 A CN 104707195A
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- A—HUMAN NECESSITIES
- A61—MEDICAL OR VETERINARY SCIENCE; HYGIENE
- A61M—DEVICES FOR INTRODUCING MEDIA INTO, OR ONTO, THE BODY; DEVICES FOR TRANSDUCING BODY MEDIA OR FOR TAKING MEDIA FROM THE BODY; DEVICES FOR PRODUCING OR ENDING SLEEP OR STUPOR
- A61M1/00—Suction or pumping devices for medical purposes; Devices for carrying-off, for treatment of, or for carrying-over, body-liquids; Drainage systems
- A61M1/14—Dialysis systems; Artificial kidneys; Blood oxygenators ; Reciprocating systems for treatment of body fluids, e.g. single needle systems for hemofiltration or pheresis
- A61M1/16—Dialysis systems; Artificial kidneys; Blood oxygenators ; Reciprocating systems for treatment of body fluids, e.g. single needle systems for hemofiltration or pheresis with membranes
- A61M1/1621—Constructional aspects thereof
Abstract
The invention relates to a hematodialysis conversion device for the nephrology department, and belongs to the technical field of medical instruments. The hematodialysis conversion device for the nephrology department comprises a hematodialysis device body, an operation table is arranged on the hematodialysis device body, a displayer base is arranged on the operation table, a supporting frame is arranged on the displayer base, an imaging device is arranged on the supporting frame, a data display screen is arranged at the front side of the imaging device, a power switch is arranged at the lower side of the data displaying screen, a conversion knob inserting groove is formed in the front side of the displayer base, a conversion knob is arranged inside the conversion knob inserting groove, the conversion knob is provided with a rotation shaft, a rotation valve is arranged on the rotation shaft, a frequency modulation groove is formed in the right side of the conversion knob inserting groove, an adjustment slide block is arranged inside the frequency modulation groove, an operation region is arranged in the front side of the operation table, functional keys and selection keys are arranged in the operation region, and a device switch is arranged at the right side of the operation table. The hematodialysis conversion device is complete in function and convenient to use, saves time and labor when used for conducting hematodialysis treatment on patients in the nephrology department, is scientific and rapid to use, safe, efficient, intelligent, accurate, clean and hygienic, 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 Urology Department hemodialysis conversion equipment.
Background technology
Medical worker is when carrying out patient treatment and recovering, blood is needed to carry out dialysis treatment, it is by being drained to external by body inner blood, through one by the dialyser formed without several hollow fibre, blood to containing the similar electrolyte solution (dialysis solution) of body concentration inside and outside hollow fibre one by one, mass exchange is carried out, the metabolic waste in purged body, maintenance electrolyte and acid-base balance by disperse/convection current; Simultaneously too much in purged body moisture, and the whole process of the blood recovery through purification is called hemodialysis, dialysis apparatus in the past needs combinationally using of multiple device, makes dialysis work become very complicated, if things go on like this, the work difficulty of medical worker is considerably increased.
Summary of the invention
The object of this invention is to provide one when carrying out the treatment of Urology Department Patients Undergoing Hemodialysis, time saving and energy saving, science is convenient, safe and efficient, and intelligence is accurate, the Urology Department hemodialysis conversion equipment of sanitation and hygiene.
Technical scheme of the present invention is: a kind of Urology Department hemodialysis conversion equipment, comprise haemodialysis equipment main body, haemodialysis equipment main body is provided with operation bench, operation bench is provided with display base, display base is provided with bracing frame, bracing frame is provided with display, data display screen is provided with on front side of display, on and off switch is provided with on the downside of data display screen, conversion knob slot is provided with on front side of display base, conversion knob is provided with in conversion knob slot, conversion knob is provided with spin axis, spin axis is provided with rotary valve, frequency modulation groove is provided with on the right side of conversion knob slot, adjusting slider is provided with in frequency modulation groove, control area is provided with on front side of operation bench, function button and selection key is provided with in control area, device switch is provided with on the right side of operation bench,
Be provided with push-and-pull slide rail on front side of haemodialysis equipment main body, be provided with stationary barrier between push-and-pull slide rail, on the left of stationary barrier, be provided with block, locked groove is provided with on the right side of stationary barrier, push-and-pull slide rail is provided with sliding door, is provided with fixing lock on front side of sliding door, and fixing lock downside is provided with catch;
Be provided with handle on the right side of haemodialysis equipment main body and connect support body, handle connects support body and is connected with bull stick, bull stick is connected with parallel bar, parallel bar is connected with rubber handle, power line mouth is provided with on the downside of handle connection support body, power line mouth is connected with power line, and power line is connected with power supply adaptor, and power supply adaptor is connected with attaching plug;
Switching-through channel is provided with on the left of haemodialysis equipment main body, Switching-through channel is connected with switching attemperator, be provided with interface conversion control flume on front side of switching attemperator, be provided with connecting rod in interface conversion control flume, connecting rod is connected with conversion and control handle, switching attemperator is provided with converting interface, be connected with transfer tube in converting interface, transfer tube is connected with separatory box, and separatory box is connected with integrated pipe, integrated pipe is provided with wire loop, and integrated pipe inside is provided with separatory tubule;
Switching attemperator inside is provided with liquid storage conversion storehouse, liquid storage conversion storehouse is provided with inner connecting tube, and liquid storage conversion is provided with carrier pipe on the right side of storehouse, and carrier pipe is provided with adapter lasso, liquid storage conversion inside, storehouse is provided with filtering module, filtering module is provided with filter element, is provided with Temperature Feedback device on the downside of filtering module, and Temperature Feedback device is connected with sense line, sense line is connected with temperature sensor, liquid storage conversion is provided with heating and heat-insulating device on the downside of storehouse, and heating and heat-insulating device inside is provided with heat-conducting layer, is provided with heating carbon-point in heat-conducting layer;
Be provided with supporting leg on the downside of haemodialysis equipment main body, be provided with roller guard shield on the downside of supporting leg, roller guard shield is provided with central shaft, and central shaft is provided with rubber roll;
Haemodialysis equipment body interior is provided with electrolytic cell and pressurization feeds back tank, electrolytic cell is provided with blood input pipe, blood input pipe is connected with distributor, diffusing passage is provided with in electrolytic cell, layering electrolysis post is provided with on the downside of diffusing passage, layering electrolysis post inside is provided with concentrates bucket, bucket downside is concentrated to be provided with infiltration mouth, fiber semi-permeable membrane is provided with on the downside of infiltration mouth, absorption filter membrane is provided with on the downside of fiber semi-permeable membrane, be connected with bend pipe on the downside of layering electrolysis post, bend pipe is connected with control valve, control valve is provided with strip shape gob, strip shape gob is provided with automatic rubber stopper, automatic rubber stopper is connected with control line, cylindricality blood sensing slot is provided with on the left of layering electrolysis post, floating induction apparatus is provided with in cylindricality blood sensing slot, the induction apparatus that floats is connected with collect and transmit line, control line is connected by signal controller with collect and transmit line, pressurization feeds back tank and is provided with return duct, pressurization feeds back tank inside and is provided with feedback mouth, feed back on the downside of mouth and be provided with feedback straight tube, feed back on the downside of straight tube and be provided with force (forcing) pump, liquid collecting funnel is provided with on the downside of force (forcing) pump, force (forcing) pump is provided with electrode slice, electrode slice is connected with current line, current line is connected with integrator, integrator is connected with control integration line, control integration line is connected with control mainboard, control mainboard and be provided with integrated chip and feedback controller, control mainboard to be connected with winding displacement, winding displacement and signal transfer template and are connected, signal transfers template and is provided with connecting groove, wiring contact and frequency modulation rotating disk.
Described data display screen is provided with tempering cuticula.
Signal prompt lamp is provided with in described control area.
Described block is provided with magnet strip.
Described power supply adaptor is provided with circuit brake.
Described conversion and control handle is provided with rubber sleave.
Described roller guard shield is provided with brake article.
Rubber seal is provided with between described electrolytic cell and blood input pipe.
The invention has the beneficial effects as follows: multiple functional, easy to use, when carrying out the treatment of Urology Department Patients Undergoing Hemodialysis, time saving and energy saving, science is convenient, safe and efficient, and accurately, sanitation and hygiene, alleviate the work difficulty of medical worker to intelligence.
Accompanying drawing explanation
Accompanying drawing 1 is overall structure schematic diagram of the present invention.
Accompanying drawing 2 to be transferred attemperator internal structure schematic diagram for the present invention.
Accompanying drawing 3 is haemodialysis equipment body interior structural representation of the present invention.
In figure:
1: haemodialysis equipment main body, 2: operation bench, 3: display base, 4: bracing frame, 5: display, 6: data display screen, 7: on and off switch, 8: conversion knob slot, 9: conversion knob, 10: spin axis, 11: rotary valve, 12: frequency modulation groove, 13: adjusting slider, 14: control area, 15: function button, 16: selection key, 17: device switch, 18: push-and-pull slide rail, 19: stationary barrier, 20: block, 21: locked groove, 22: sliding door, 23: fixing lock, 24: catch, 25: handle connects support body, 26: bull stick, 27: parallel bar, 28: rubber handle, 29: power line mouth, 30: power line, 31: power supply adaptor, 32: attaching plug, 33: Switching-through channel, 34: switching attemperator, 35: interface conversion control flume, 36: connecting rod, 37: conversion and control hands handle, 38: converting interface, 39: transfer tube, 40: separatory box, 41: integrated pipe, 42: wire loop, 43: separatory tubule, 44: liquid storage conversion storehouse, 45: inner connecting tube, 46: carrier pipe, 47: adapter lasso, 48: filtering module, 49: filter element, 50: Temperature Feedback device, 51: sense line, 52: temperature sensor, 53: heating and heat-insulating device, 54: heat-conducting layer, 55: heating carbon-point, 56: supporting leg, 57: roller guard shield, 58: central shaft, 59: rubber roll, 60: electrolytic cell, 61: pressurization feeds back tank, 62: blood input pipe, 63: distributor, 64: diffusing passage, 65: layering electrolysis post, 66: concentrate bucket, 67: infiltration mouth, 68: fiber semi-permeable membrane, 69: absorb filter membrane, 70: bend pipe, 71: control valve, 72: strip shape gob, 73: rubber stopper automatically, 74: control line, 75: cylindricality blood sensing slot, 76: float induction apparatus, 77: collect and transmit line, 78: signal controller, 79: return duct, 80: feed back mouth, 81: feed back straight tube, 82: force (forcing) pump, 83: liquid collecting funnel, 84: electrode slice, 85: current line, 86: integrator, 87: control integration line, 88: control mainboard, 89: integrated chip, 90: feedback controller, 91: winding displacement, 92: signal transfers template, 93: connecting groove, 94: wiring contact, 95: frequency modulation rotating disk, 96: tempering cuticula, 97: signal prompt lamp, 98: magnet strip, 99: circuit brake, 100: rubber sleave, 101: brake article, 102: rubber seal.
Detailed description of the invention
With reference to the accompanying drawings, Urology Department hemodialysis conversion equipment of the present invention is described in detail.
As shown in Figure 1, Urology Department hemodialysis conversion equipment of the present invention comprises haemodialysis equipment main body 1, haemodialysis equipment main body 1 is provided with operation bench 2, operation bench 2 is provided with display base 3, display base 3 is provided with bracing frame 4, bracing frame 4 is provided with display 5, data display screen 6 is provided with on front side of display 5, on and off switch 7 is provided with on the downside of data display screen 6, conversion knob slot 8 is provided with on front side of display base 3, conversion knob 9 is provided with in conversion knob slot 8, conversion knob 9 is provided with spin axis 10, spin axis 10 is provided with rotary valve 11, frequency modulation groove 12 is provided with on the right side of conversion knob slot 8, adjusting slider 13 is provided with in frequency modulation groove 12, control area 14 is provided with on front side of operation bench 2, function button 15 and selection key 16 is provided with in control area 14, device switch 17 is provided with on the right side of operation bench 2.
As shown in Figure 1, push-and-pull slide rail 18 is provided with on front side of haemodialysis equipment main body 1, stationary barrier 19 is provided with between push-and-pull slide rail 18, block 20 is provided with on the left of stationary barrier 19, locked groove 21 is provided with on the right side of stationary barrier 19, push-and-pull slide rail 18 is provided with sliding door 22, is provided with fixing lock 23 on front side of sliding door 22, is provided with catch 24 on the downside of fixing lock 23.
As shown in Figure 1, be provided with handle on the right side of haemodialysis equipment main body 1 and connect support body 25, handle connects support body 25 and is connected with bull stick 26, bull stick 26 is connected with parallel bar 27, parallel bar 27 is connected with rubber handle 28, and be provided with power line mouth 29 on the downside of handle connection support body 25, power line mouth 29 is connected with power line 30, power line 30 is connected with power supply adaptor 31, and power supply adaptor 31 is connected with attaching plug 32.
As shown in Figure 1, Switching-through channel 33 is provided with on the left of haemodialysis equipment main body 1, Switching-through channel 33 is connected with switching attemperator 34, interface conversion control flume 35 is provided with on front side of switching attemperator 34, connecting rod 36 is provided with in interface conversion control flume 35, connecting rod 36 is connected with conversion and control handle 37, switching attemperator 34 is provided with converting interface 38, be connected with transfer tube 39 in converting interface 38, transfer tube 39 is connected with separatory box 40, separatory box 40 is connected with integrated pipe 41, and integrated pipe 41 is provided with wire loop 42, and integrated pipe 41 inside is provided with separatory tubule 43.
As shown in Figure 2, switching attemperator 34 inside is provided with liquid storage conversion storehouse 44, liquid storage conversion storehouse 44 is provided with inner connecting tube 45, liquid storage conversion is provided with carrier pipe 46 on the right side of storehouse 44, carrier pipe 46 is provided with adapter lasso 47, liquid storage conversion inside, storehouse 44 is provided with filtering module 48, filtering module 48 is provided with filter element 49, Temperature Feedback device 50 is provided with on the downside of filtering module 48, Temperature Feedback device 50 is connected with sense line 51, sense line 51 is connected with temperature sensor 52, liquid storage conversion is provided with heating and heat-insulating device 53 on the downside of storehouse 44, heating and heat-insulating device 53 inside is provided with heat-conducting layer 54, heating carbon-point 55 is provided with in heat-conducting layer 54.
As shown in Figure 1, be provided with supporting leg 56 on the downside of haemodialysis equipment main body 1, be provided with roller guard shield 57 on the downside of supporting leg 56, roller guard shield 57 is provided with central shaft 58, and central shaft 58 is provided with rubber roll 59.
As shown in Figure 3, haemodialysis equipment main body 1 inside is provided with electrolytic cell 60 and pressurization feeds back tank 61, electrolytic cell 60 is provided with blood input pipe 62, blood input pipe 62 is connected with distributor 63, diffusing passage 64 is provided with in electrolytic cell 60, layering electrolysis post 65 is provided with on the downside of diffusing passage 64, layering electrolysis post 65 inside is provided with concentrated bucket 66, concentrate on the downside of bucket 66 and be provided with infiltration mouth 67, fiber semi-permeable membrane 68 is provided with on the downside of infiltration mouth 67, be provided with on the downside of fiber semi-permeable membrane 68 and absorb filter membrane 69, be connected with bend pipe 70 on the downside of layering electrolysis post 65, bend pipe 70 is connected with control valve 71, control valve 71 is provided with strip shape gob 72, strip shape gob 72 is provided with automatic rubber stopper 73, automatic rubber stopper 73 is connected with control line 74, cylindricality blood sensing slot 75 is provided with on the left of layering electrolysis post 65, floating induction apparatus 76 is provided with in cylindricality blood sensing slot 75, the induction apparatus 76 that floats is connected with collect and transmit line 77, control line is connected by signal controller 78 with collect and transmit line 77, pressurization feeds back tank 61 and is provided with return duct 79, pressurization feeds back tank 61 inside and is provided with feedback mouth 80, feed back on the downside of mouth 80 and be provided with feedback straight tube 81, feed back on the downside of straight tube 81 and be provided with force (forcing) pump 82, liquid collecting funnel 83 is provided with on the downside of force (forcing) pump 82, force (forcing) pump 82 is provided with electrode slice 84, electrode slice 84 is connected with current line 85, current line 85 is connected with integrator 86, integrator 86 is connected with control integration line 87, control integration line 87 is connected with control mainboard 88, control mainboard 88 and be provided with integrated chip 89 and feedback controller 90, control mainboard 88 to be connected with winding displacement 91, winding displacement 91 and signal transfer template 92 and are connected, signal transfers template 92 and is provided with connecting groove 93, wiring contact 94 and frequency modulation rotating disk 95.
When carrying out the treatment of Urology Department Patients Undergoing Hemodialysis, engaging means attaching plug 32, switching attemperator 34 is affixed on the left of haemodialysis equipment main body 1 by Switching-through channel 33, the drainage tube go out the blood drainage of patient body and the carrier pipe of defeated time are connected on the separatory tubule 43 of integrated pipe 41 inside, handcontrolled manipulation conversion and control handle 37, blood enters in liquid storage conversion storehouse 44, filtered by filtering module 48 and enter in the electrolytic cell 60 of haemodialysis equipment main body 1 inside after the process of heating and heat-insulating device 53 Heat preservation, absorbed by the electrolysis of diffusing passage 64 and layering electrolysis post 65 internal fiber semipermeable membrane 68 and absorption filter membrane 69, arrive pressurization by bend pipe 70 and feed back tank 61, by the content of data display screen 6 on adjusting slider 13 on operation bench 2 and display 5, function button 15 and selection key 16 in control area 14 is regulated to come accurately to manipulate treatment.
Described data display screen 6 is provided with tempering cuticula 96.Such setting, can reduce the extraneous wearing and tearing to data display screen 6, increase the service life.
Signal prompt lamp 97 is provided with in described control area 14.Whether such setting, can carry out judgment means according to signal prompt lamp 97 and normally run, more convenient.
Described block 20 is provided with magnet strip 98.Such setting, can prevent sliding door 22 from sliding affects use, more convenient and practical.
Described power supply adaptor 31 is provided with circuit brake 99.Such setting, can be short-circuited by anti-locking apparatus, carries out power down process in time to device, more safe and practical.
Described conversion and control handle 37 is provided with rubber sleave 100.Such setting, can increase hand grip, conveniently manipulate use.
Described roller guard shield 57 is provided with brake article 101.Such setting, can increase stability of the present invention, ensures the safety in use procedure.
Rubber seal 102 is provided with between described electrolytic cell 60 and blood input pipe 62.Such increase connection sealing, prevents leakage and pollutes device inside.
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. a Urology Department hemodialysis conversion equipment, comprises haemodialysis equipment main body (1), it is characterized in that:
Haemodialysis equipment main body (1) is provided with operation bench (2), operation bench (2) is provided with display base (3), display base (3) is provided with bracing frame (4), bracing frame (4) is provided with display (5), display (5) front side is provided with data display screen (6), data display screen (6) downside is provided with on and off switch (7), display base (3) front side is provided with conversion knob slot (8), conversion knob (9) is provided with in conversion knob slot (8), conversion knob (9) is provided with spin axis (10), spin axis (10) is provided with rotary valve (11), conversion knob slot (8) right side is provided with frequency modulation groove (12), adjusting slider (13) is provided with in frequency modulation groove (12), operation bench (2) front side is provided with control area (14), function button (15) and selection key (16) is provided with in control area (14), operation bench (2) right side is provided with device switch (17),
Haemodialysis equipment main body (1) front side is provided with push-and-pull slide rail (18), stationary barrier (19) is provided with between push-and-pull slide rail (18), stationary barrier (19) left side is provided with block (20), stationary barrier (19) right side is provided with locked groove (21), push-and-pull slide rail (18) is provided with sliding door (22), sliding door (22) front side is provided with fixing lock (23), and fixing lock (23) downside is provided with catch (24);
Haemodialysis equipment main body (1) right side is provided with handle and connects support body (25), handle connects support body (25) and is connected with bull stick (26), bull stick (26) is connected with parallel bar (27), parallel bar (27) is connected with rubber handle (28), handle connects support body (25) downside and is provided with power line mouth (29), power line mouth (29) is connected with power line (30), power line (30) is connected with power supply adaptor (31), and power supply adaptor (31) is connected with attaching plug (32);
Haemodialysis equipment main body (1) left side is provided with Switching-through channel (33), Switching-through channel (33) is connected with switching attemperator (34), switching attemperator (34) front side is provided with interface conversion control flume (35), connecting rod (36) is provided with in interface conversion control flume (35), connecting rod (36) is connected with conversion and control handle (37), switching attemperator (34) is provided with converting interface (38), be connected with transfer tube (39) in converting interface (38), transfer tube (39) is connected with separatory box (40), separatory box (40) is connected with integrated pipe (41), integrated pipe (41) is provided with wire loop (42), integrated pipe (41) inside is provided with separatory tubule (43),
Switching attemperator (34) inside is provided with liquid storage conversion storehouse (44), liquid storage conversion storehouse (44) is provided with inner connecting tube (45), liquid storage conversion storehouse (44) right side is provided with carrier pipe (46), carrier pipe (46) is provided with adapter lasso (47), liquid storage conversion storehouse (44) inside is provided with filtering module (48), filtering module (48) is provided with filter element (49), filtering module (48) downside is provided with Temperature Feedback device (50), Temperature Feedback device (50) is connected with sense line (51), sense line (51) is connected with temperature sensor (52), liquid storage conversion storehouse (44) downside is provided with heating and heat-insulating device (53), heating and heat-insulating device (53) inside is provided with heat-conducting layer (54), heating carbon-point (55) is provided with in heat-conducting layer (54),
Haemodialysis equipment main body (1) downside is provided with supporting leg (56), supporting leg (56) downside is provided with roller guard shield (57), roller guard shield (57) is provided with central shaft (58), and central shaft (58) is provided with rubber roll (59);
Haemodialysis equipment main body (1) inside is provided with electrolytic cell (60) and pressurization feeds back tank (61), electrolytic cell (60) is provided with blood input pipe (62), blood input pipe (62) is connected with distributor (63), diffusing passage (64) is provided with in electrolytic cell (60), diffusing passage (64) downside is provided with layering electrolysis post (65), layering electrolysis post (65) inside is provided with concentrates bucket (66), bucket (66) downside is concentrated to be provided with infiltration mouth (67), infiltration mouth (67) downside is provided with fiber semi-permeable membrane (68), fiber semi-permeable membrane (68) downside is provided with and absorbs filter membrane (69), layering electrolysis post (65) downside is connected with bend pipe (70), bend pipe (70) is connected with control valve (71), control valve (71) is provided with strip shape gob (72), strip shape gob (72) is provided with automatic rubber stopper (73), automatic rubber stopper (73) is connected with control line (74), layering electrolysis post (65) left side is provided with cylindricality blood sensing slot (75), floating induction apparatus (76) is provided with in cylindricality blood sensing slot (75), the induction apparatus (76) that floats is connected with collect and transmit line (77), control line (74) is connected by signal controller (78) with collect and transmit line (77), pressurization feeds back tank (61) and is provided with return duct (79), pressurization feeds back tank (61) inside and is provided with feedback mouth (80), feed back mouth (80) downside and be provided with feedback straight tube (81), feed back straight tube (81) downside and be provided with force (forcing) pump (82), force (forcing) pump (82) downside is provided with liquid collecting funnel (83), force (forcing) pump (82) is provided with electrode slice (84), electrode slice (84) is connected with current line (85), current line (85) is connected with integrator (86), integrator (86) is connected with control integration line (87), control integration line (87) is connected with control mainboard (88), control mainboard (88) and be provided with integrated chip (89) and feedback controller (90), control mainboard (88) to be connected with winding displacement (91), winding displacement (91) and signal transfer template (92) and are connected, signal transfers template (92) and is provided with connecting groove (93), wiring contact (94) and frequency modulation rotating disk (95).
2. Urology Department hemodialysis conversion equipment according to claim 1, is characterized in that: described data display screen (6) is provided with tempering cuticula (96).
3. Urology Department hemodialysis conversion equipment according to claim 1, is characterized in that: be provided with signal prompt lamp (97) in described control area (14).
4. Urology Department hemodialysis conversion equipment according to claim 1, is characterized in that: described block (20) is provided with magnet strip (98).
5. Urology Department hemodialysis conversion equipment according to claim 1, is characterized in that: described power supply adaptor (31) is provided with circuit brake (99).
6. Urology Department hemodialysis conversion equipment according to claim 1, is characterized in that: described conversion and control handle (37) is provided with rubber sleave (100).
7. Urology Department hemodialysis conversion equipment according to claim 1, is characterized in that: described roller guard shield (57) is provided with brake article (101).
8. the hemodialysis conversion equipment of the Urology Department according to any one of claim 1-7, is characterized in that: be provided with rubber seal (102) between described electrolytic cell (60) and blood input pipe (62).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510109498.XA CN104707195A (en) | 2015-03-08 | 2015-03-08 | Hematodialysis conversion device for nephrology department |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510109498.XA CN104707195A (en) | 2015-03-08 | 2015-03-08 | Hematodialysis conversion device for nephrology department |
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| CN104707195A true CN104707195A (en) | 2015-06-17 |
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| CN201510109498.XA Pending CN104707195A (en) | 2015-03-08 | 2015-03-08 | Hematodialysis conversion device for nephrology department |
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Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN105214154A (en) * | 2015-08-07 | 2016-01-06 | 李淑秀 | Double filtering type blood-cleansing dialysis device |
| CN105214155A (en) * | 2015-08-10 | 2016-01-06 | 李淑秀 | Integral type apparatus for purifying blood |
| CN105963865A (en) * | 2016-04-13 | 2016-09-28 | 程协慧 | Blood viscousness treatment device |
| CN107655883A (en) * | 2017-09-17 | 2018-02-02 | 王云花 | Medical test is layered chromogenic reaction device |
| CN108310498A (en) * | 2018-02-09 | 2018-07-24 | 潍坊医学院附属医院 | A kind of Nephrology dept.'s blood used in clinic liquid dialysis conversion equipment |
| CN112043520A (en) * | 2020-10-12 | 2020-12-08 | 湖州浪佩智能科技有限公司 | Hemodialysis is with nursing bed |
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| CN105214155A (en) * | 2015-08-10 | 2016-01-06 | 李淑秀 | Integral type apparatus for purifying blood |
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