CN204181833U - Debridement cycle - Google Patents
Debridement cycle Download PDFInfo
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- CN204181833U CN204181833U CN201420496005.3U CN201420496005U CN204181833U CN 204181833 U CN204181833 U CN 204181833U CN 201420496005 U CN201420496005 U CN 201420496005U CN 204181833 U CN204181833 U CN 204181833U
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Abstract
This utility model relates to a kind of debridement cycle, and this debridement cycle comprises debridement cycle body; And flusher, comprise volume part and voltage-regulating system; Volume part is located on debridement cycle body, the side plate comprising base plate and be connected with base plate; Voltage-regulating system comprises installing plate, regulator board, actuator and pressure transducer; Installing plate is positioned at one end of volume part and is fixed on volume part; Regulator board is located on installing plate, and with side plate just to setting, and regulator board, base plate and side plate coordinate the adjust blood pressure groove being formed and be used for the packed flushing liquor of splendid attire, regulator board can towards or dorsad side plate move; Actuator is located on the outer wall of volume part, is flexibly connected with regulator board; Pressure transducer is located at regulator board on the side of side plate or be located at side plate on the side of regulator board.This debridement cycle can control flushing pressure and not easily breed bacteria.
Description
Technical field
This utility model relates to technical field of medical instruments, particularly relates to a kind of debridement cycle.
Background technology
In surgical operation, operative incision should remove the various foreign bodies (as particle matter and antibacterial etc.) in otch before closing.Flushing can obviously reduce the bacterial number that otch is infected with, effective Incision infection prevention, therefore is carrying out perioperatively, must carry out effective debridement, reduces wound surface foreign body, reduces infection rate, promotes wound healing.Although the flushing pressure of flushing liquor to wound is not also determined completely, but there are some researchers to advise, tissue gives the pressure washing wound of 5-8 pound is per square inch ideal, or high or low pressure can make infection rate increase by increase tissue injury and edema.
The patent No. is the debridement irrigator of 2012207208401, comprises syringe pipe and syringe pipe, connects pressurised airbag by bottle for handling liquid toilet or cosmetic substance top, the size of Non-follow control flushing pressure.This apparatus structure is simple, can be applicable to debridement process, but needs to install manual gasbag in bottle, namely blow in bottle, easily have bacteria breed, and air pressure can not stability contorting.
Utility model content
Based on this, be necessary to provide a kind of and can control flushing pressure and the debridement cycle of not easily breed bacteria.
A kind of debridement cycle, comprising:
Debridement cycle body; And
Flusher, comprises volume part and voltage-regulating system;
Described volume part is located on described debridement cycle body, the side plate comprising base plate and be connected with described base plate;
Described voltage-regulating system comprises installing plate, regulator board, actuator and pressure transducer;
Described installing plate is positioned at one end of described volume part and is fixed on described volume part;
Described regulator board is located on described installing plate, and with described side plate just to setting, and described regulator board, described base plate and described side plate coordinate the adjust blood pressure groove being formed and be used for the packed flushing liquor of splendid attire, described regulator board can towards or dorsad described side plate move;
Described actuator is located on the outer wall of described volume part, is flexibly connected with described regulator board;
Described pressure transducer is located at described regulator board on the side of described side plate or be located at described side plate on the side of described regulator board.
Wherein in an embodiment, described voltage-regulating system also comprises bearing assembly, movable block and screw mandrel;
The number of described bearing assembly is at least two, and described bearing assembly interval is located on described installing plate; Described movable block is arranged on described screw mandrel; Described regulator board is fixed on described movable block; The two ends of described screw mandrel are located on described bearing assembly respectively; Described actuator has output shaft, and described output shaft is connected with described screw mandrel by the bearing assembly near described side plate.
Wherein in an embodiment, the sliding shoe that described voltage-regulating system also comprises rail plate and coordinates with described rail plate;
Described rail plate is located on described installing plate, and be arranged in parallel with described screw mandrel;
Described sliding shoe and described rail plate are slidably connected;
Described regulator board is fixed on described sliding shoe near one end of described installing plate.
Wherein in an embodiment, described volume part also comprises baffle plate, and described baffle plate is connected with described base plate, and with described side plate just to setting, described baffle plate coordinates the homoiothermic groove being formed and be used for the packed flushing liquor of splendid attire with described side plate;
Described flusher also comprises thermoregulating system, and described thermoregulating system comprises Electric radiant Heating Film and temperature sensor; Described Electric radiant Heating Film is located at described baffle plate on the side of described side plate or be located at described side plate on the side of described baffle plate, and with described baffle plate just to setting; Described temperature sensor is located at described baffle plate on the side of described side plate or be located at described side plate on the side of described baffle plate, and with described baffle plate just to setting.
Wherein in an embodiment, also comprise control device, described control device comprises the control chip for receiving preset pressure signal, real-time pressure signal, preset temperature signals and real time temperature signal, for regulating button and the temperature adjustment buttons for inputting preset temperature signals to described control chip to the pressure of described control chip input preset pressure signal;
Described control chip regulates button and described temperature adjustment buttons to be electrically connected with described actuator, described pressure transducer, described Electric radiant Heating Film, described temperature sensor, described pressure respectively.
Wherein in an embodiment, described control device also comprises remote-control handle, preset temperature display, preset pressure display, real time temperature display and real-time pressure display;
Described preset temperature display, described preset pressure display, described real time temperature display and described real-time pressure display are electrically connected with described control chip respectively;
Described control chip is located at described side plate on the side of described regulator board, and with described regulator board just to setting;
Described remote-control handle is located on the outer wall of described volume part, and described temperature adjustment buttons, described preset temperature display, described pressure regulate button, described preset pressure display partition is located on described remote-control handle;
Described real time temperature display and described real-time pressure display partition are located at described baffle plate and are located on the side of described side plate away from described baffle plate away from the side of described side plate or interval.
Wherein in an embodiment, also comprise fixed mount; Described fixed mount one end is fixedly connected with described side plate, and the other end and described debridement cycle body are slidably connected, to regulate the relative altitude between described volume part and described debridement cycle body.
Wherein in an embodiment, described debridement cycle body comprises debridement pond, and described debridement cycle body also comprises the limbs supporting plate be located on described debridement pond;
Or described debridement cycle body comprises debridement pond, the degree of depth in described debridement pond is 10cm ~ 15cm.
Wherein in an embodiment, described debridement cycle body comprises debridement pond, taper cape and slop pail; The outlet in one end that described taper cape bore is less and described debridement pond removably connects, and described slop pail is positioned at below described debridement pond, and the bore of the bore of the opening of described slop pail one end larger with described taper cape bore mates.
Wherein in an embodiment, described debridement cycle body comprises debridement pond and is positioned at the operation table surface above described debridement pond;
Described operation table surface comprises the deck plate be rotationally connected with described debridement pond.
During the work of above-mentioned debridement cycle, by actuator drive regulator board towards or the velocity magnitude of side plate movement dorsad, thus adjust blood pressure can be carried out to the packed flushing liquor of splendid attire in adjust blood pressure groove, and then effectively control flushing pressure.Flushing pressure is controlled can make flushing more thorough.The controlled washing time that can make of flushing pressure is controlled, saves washing time, improves debridement efficiency.The controlled effective rate of utilization of flushing liquor that can make of flushing pressure is maximum, saves flushing liquor, avoids wasting flushing liquor.Adjust blood pressure object is packed flushing liquor (original-pack sterilization debridement flushing liquor, can directly buy), can effectively avoid flushing liquor to grow or bacterial infection.
Accompanying drawing explanation
Fig. 1 is the structural representation of the debridement cycle of an embodiment;
Fig. 2 is the sectional view of Fig. 1;
Fig. 3 is the structural representation that the Surgery Platform of Fig. 1 is in open mode;
Fig. 4 is the structural representation of flusher;
Fig. 5 is the structural representation of control device;
Fig. 6 is the structural representation of the remote-control handle in Fig. 5.
Detailed description of the invention
For the ease of understanding this utility model, below with reference to relevant drawings, debridement cycle of the present utility model is described more fully.Preferred embodiment of the present utility model is given in accompanying drawing.But this utility model can realize in many different forms, is not limited to embodiment described herein.On the contrary, provide the object of these embodiments be make the understanding of disclosure of the present utility model more comprehensively thorough.
It should be noted that, when element is called as " being fixed on " another element, directly can there is element placed in the middle in it on another element or also.When an element is considered to " connection " another element, it can be directly connected to another element or may there is centering elements simultaneously.
Unless otherwise defined, all technology used herein and scientific terminology are identical with belonging to the implication that those skilled in the art of the present utility model understand usually.The object of the term used in description of the present utility model herein just in order to describe specific embodiment, is not intended to be restriction this utility model.Term as used herein " and/or " comprise arbitrary and all combinations of one or more relevant Listed Items.
As shown in Figures 1 and 5, the debridement cycle 10 of an embodiment, comprises debridement cycle body 100, flusher 200, control device 300, fixed mount 400 and power module 500.
As Figure 1-3, debridement cycle body 100 comprise bracing frame 110, can self-locking trundle 120, debridement pond 130, limbs supporting plate 140, operation table surface 150, taper cape 160 and slop pail 170.
Bracing frame 110 comprises substrate 111, support column 112 and framework 113.Four support columns 112 are vertical at four corners of substrate 111 respectively, and framework 113 is located on four support columns 112.In the present embodiment, bracing frame 110 is the cuboid be connected to form by a bottom surface and many ribs.Be appreciated that in other embodiments, bracing frame 110 can, for the cuboid be connected to form by 12 ribs, also can be also the polygon-prism body be connected to form by a bottom surface and many ribs.
Can the number of self-locking trundle 120 be four, four support columns can be located at respectively be positioned on the one end below substrate 111 by self-locking trundle 120 for four.Thus be convenient to debridement cycle 10 and slide and position is fixed.
The aqueduct 133 that debridement pond 130 has opening 131, blind end 132 and is located on blind end 132.Debridement pond 130 is placed in bracing frame 110, and the opening 131 in debridement pond 130 is fixed on the inwall of framework 113.In the present embodiment, aqueduct 133 is equivalent to the outlet in debridement pond 130 away from one end of blind end 132.Be appreciated that in other embodiments, aqueduct 133 can omit, and directly on blind end 132, forms outlet.
The degree of depth in traditional debridement pond is 8cm ~ 9cm.In the present embodiment, the degree of depth in debridement pond 130 is 10cm ~ 15cm, increases to some extent relative to traditional debridement tank depth, when debridement, can reduce sewage sputtering degree during debridement, reduce sewage to the secondary pollution of wound or infection.
Limbs supporting plate 140 is located on debridement pond 130, and also namely limbs supporting plate 140 is located on the opening 131 in debridement pond 130.Limbs supporting plate 140 is for holding the suffering limb of patient.When carrying out debridement to suffering limb, suffering limb is shelved on limbs supporting plate 140, can omit the work that nursing staff supports and lifts suffering limb, decrease the workload of nursing staff, and the uncertain factor that it also avoid due to nursing staff causes patient's secondary injury.According to actual needs, one block of limbs supporting plate 140 can be set, the limbs supporting plate 140 of more than two pieces and two pieces also can be set.In the present embodiment, limbs supporting plate 140 is " one changes with one " corrosion resistant plate, has larger intensity, and is convenient to clean.The two ends of limbs supporting plate 140 are located on the relative both sides of opening 131 respectively.Be appreciated that in other embodiments, the two ends of limbs supporting plate 140 also can be located on the adjacent both sides of opening 131 respectively.
Operation table surface 150 comprises two pieces of deck plates, 151, two pieces of deck plates 151 and is located at respectively on relative both sides, debridement pond 130, and each deck plate 151 is rotatably connected with debridement pond 130.Concrete, two pieces of deck plates 151 are located on the relative both sides of framework 113 respectively, and each deck plate 151 is rotatably connected with framework 113.Two pieces of deck plates 151 are closed up and forms operation table surface 150, thus can in the enterprising line correlation operation of operation table surface 150.Opened by two pieces of deck plates 151, two pieces of deck plates 151 lay respectively at the both sides of bracing frame 110, and debridement pond 130 is exposed.Relative to traditional debridement cycle, (operation table surface is moved to above debridement pond from other places by its needs, after operation terminates, operation table surface is needed again to move away from from debridement pond, debridement pond could be exposed), above-mentioned debridement cycle 10 self is integrated with operation table surface 150, can omit and move operation table surface 150 step, thus can effectively improve debridement efficiency.
In the present embodiment, two pieces of deck plate 151 sizes are identical, and each deck plate 151 is hinged with debridement pond 130.Be appreciated that in other embodiments, also can only have one piece of deck plate be rotationally connected with debridement pond, the size of this deck plate can cover the opening in debridement pond.
The outlet in one end that taper cape 160 bore is less and debridement pond 130 removably connects, and can load onto at any time or take off.Concrete, one end that taper cape 160 bore is less and aqueduct 133 removably connect.Be appreciated that in other embodiments, one end that taper cape 160 bore is less also can be fixedly connected with the outlet in debridement pond 130.
The bore of one end that taper cape 160 bore is larger is slightly less than the bore of the opening of slop pail 170, the opening of slop pail 170 and the larger one end closed butt joint of taper cape 160 bore, sewage can be effectively avoided to sputter at the situation of operative region, thus can avoid needing cleaning and perform the operation ground cleaning to debridement cycle 10, for next routine patient strives for operating time.
As shown in Fig. 2, Fig. 4 and Fig. 5, flusher 200 comprises volume part 210, voltage-regulating system 220, thermoregulating system 230 and syringe pipe 240.
The baffle plate 213 that volume part 210 comprises base plate 211, the side plate 212 be connected with base plate 211 and is connected with base plate 211.Side plate 212 and baffle plate 213 are just to setting, and side plate 212 coordinates the homoiothermic groove 214 being formed and be used for the packed flushing liquor 20 of splendid attire with baffle plate 213.In the present embodiment, the length of baffle plate 213 is less than the length of side plate 212, installs regulator board 222 with empty slot milling.Be appreciated that in other embodiments, the length of baffle plate 213 also can be identical with the length of side plate 212, now, regulator board 222 can be located between side plate 212 and baffle plate 213.The number of homoiothermic groove 214 can be one or more.
Voltage-regulating system 220 comprises installing plate 221, regulator board 222, actuator 223, bearing assembly 224, movable block 225, screw mandrel 226, rail plate 227, sliding shoe 228 and pressure transducer 229.
Installing plate 221 is positioned at one end of volume part 210 and is fixed on volume part 210.In this enforcement side, installing plate 221 is only fixed on side plate 212.Be appreciated that in other embodiments, installing plate 221 also can only be fixed on base plate 211, and installing plate 221 also can be fixed on base plate 211 with on side plate 212 simultaneously.
Regulator board 222 is located on installing plate 221, and with side plate 212 just to setting.Regulator board 222, base plate 211 and side plate 212 coordinate the adjust blood pressure groove 215 being formed and be used for the packed flushing liquor 20 of splendid attire.Regulator board 222 can towards or dorsad side plate 212 move.
Actuator 223 is located on the outer wall of volume part 210, is flexibly connected with regulator board 222, and is electrically connected with control device 300.Actuator 223 for control regulator board 222 towards or the speed of side plate 212 movement dorsad.In the present embodiment, actuator 223 is reducing motor.
In the present embodiment, adopt bearing assembly 224, movable block 225 and screw mandrel 226 coordinate mode control regulator board 222 towards or dorsad side plate 212 move.Concrete: the number of bearing assembly 224 is two, and two bearing assembly 224 intervals are located on installing plate 221.Movable block 225 is arranged on screw mandrel 226.Regulator board 222 is fixed on movable block 225.The two ends of screw mandrel 226 are located on two bearing assemblies 224 respectively.Actuator 223 has output shaft (not shown), and output shaft is connected with screw mandrel 226 by the bearing assembly 224 near side plate 212.The rotating speed that actuator 223 rotates for controlling screw mandrel 226, movable block 225 coordinates the rectilinear motion being used for the rotational motion of screw mandrel 226 being converted to movable block 225 with screw mandrel 226, with control regulator board 222 towards or the speed of (screw mandrel 226 rotates forward or backwards) side plate 212 movement dorsad.Be appreciated that in other embodiments, the number of bearing assembly 224 also can be more than three or three.Certainly, also can adopt other modes control regulator board 222 towards or the speed of side plate 212 movement dorsad.
Further, in the present embodiment, movable block 225 and regulator board 222 are all arranged on screw mandrel 226.Be appreciated that in other embodiments, movable block 225 also can be only had to be arranged on screw mandrel 226, and regulator board 222 be not arranged on screw mandrel 226.
The number of rail plate 227 is two, and two rail plates 227 are located on installing plate 221, and be arranged in parallel with screw mandrel 226, and lay respectively at the both sides of screw mandrel 226.The number of sliding shoe 228 is two, and two sliding shoes 228 are slidably connected with two rail plates 227 respectively.Regulator board 222 is fixed on two sliding shoes 228 near one end of installing plate 221.Thus make that regulator board 222 can be more stable be located at installing plate 221, and the resistance of regulator board 222 movement can be effectively reduced.Be appreciated that in other embodiments, the number of rail plate 227 also can be one or more, and correspondingly, the number of sliding shoe 228 also can be one or more.Rail plate 227 and sliding shoe 228 also can omit.
Pressure transducer 229 is located at regulator board 222 on the side of side plate 212, and be electrically connected with control device 300, put on real-time pressure signal on pressure transducer 229 for detecting the packed flushing liquor 20 of splendid attire in adjust blood pressure groove 215 in real time, and real-time pressure signal is sent to control device 300.Be appreciated that in other embodiments, pressure transducer 229 also can be located at side plate 212 on the side of regulator board 222.
Thermoregulating system 230 comprises Electric radiant Heating Film 231 and temperature sensor 232.Electric radiant Heating Film 231 and temperature sensor 232 are all electrically connected with control device 300.
In the present embodiment, Electric radiant Heating Film 231 is located at side plate 212 on the side of baffle plate 213, for heating the packed flushing liquor 20 of splendid attire in homoiothermic groove 214.Temperature sensor 232 is located at baffle plate 213 on the side of side plate 212, for detecting the real time temperature signal of the packed flushing liquor 20 of splendid attire in homoiothermic groove 224 in real time, and real time temperature signal is sent to control device 300.Be appreciated that in other embodiments, Electric radiant Heating Film 231 is located at baffle plate 213 on the side of side plate 212, for heating the packed flushing liquor 20 of splendid attire in homoiothermic groove 214.Temperature sensor 232 is located at side plate 212 on the side of baffle plate 213, for detecting the real time temperature signal of the packed flushing liquor 20 of splendid attire in homoiothermic groove 214 in real time, and real time temperature signal is sent to control device 300.And Electric radiant Heating Film 231 and temperature sensor 232 also can be located at side plate 212 on the side of baffle plate 213 simultaneously.Electric radiant Heating Film 231 and temperature sensor 232 also can be located at baffle plate 213 on the side of side plate 212 simultaneously.
Syringe pipe 240 is for being connected with the packed flushing liquor 20 of splendid attire in homoiothermic groove 224.In the present embodiment, syringe pipe 240 is arranged on base plate 211.
As Figure 4-Figure 6, in the present embodiment, control device 300 comprises control chip 310, remote-control handle 320, temperature adjustment buttons 330, preset temperature display 340, pressure adjustment button 350, preset pressure display 360, real time temperature display 370 and real-time pressure display 380.
Wherein, temperature adjustment buttons 330, preset temperature display 340, pressure regulate button 350, preset pressure display 360, real time temperature display 370, real-time pressure display 380, actuator 223, pressure transducer 229, Electric radiant Heating Film 231 and temperature sensor 232 to be all electrically connected with control chip 310.
Control chip 310 is for receiving preset pressure signal, real-time pressure signal, preset temperature signals and real time temperature signal.Control chip 310 adjusts the driving intensity of actuator 223 to control the translational speed of regulator board 222, to make real-time pressure signal roughly the same with preset pressure signal according to the real-time pressure signal received and preset pressure signal.Meanwhile, control chip 310 controls heating film 231 start and stop, to make real time temperature signal roughly the same with preset temperature signals according to the preset temperature signals received and real time temperature signal.
Control chip 310 is located at side plate 212 on the side of regulator board 222, and with regulator board 222 just to setting.
Remote-control handle 320 is located on the outer wall of volume part 210.Temperature adjustment buttons 330, preset temperature display 340, pressure regulate button 350 and preset pressure display 360 interval to be located on remote-control handle 320.Temperature adjustment buttons 330 and pressure regulate button 350 to be respectively used to input preset temperature signals and preset pressure signal to control chip 310.Preset temperature display 340 and preset pressure display 360 are respectively used to display preset temperature signals and preset pressure signal.
Real time temperature display 370 and real-time pressure display 380 interval are located on the side of baffle plate 213 away from side plate 212.Real time temperature display 370 and real-time pressure display 380 are respectively used to display real time temperature signal and real-time pressure signal.Thus be convenient to medical care people and observe real time temperature signal and real-time pressure signal when carrying out debridement, and the result feedback observed is regulated in real time to the medical personnel holding remote-control handle 320.Be appreciated that in other embodiments, real time temperature display 370 and real-time pressure display 380 also can be located on the side of side plate 212 away from baffle plate 213 at interval.
When above-mentioned debridement cycle 10 works, first packed flushing liquor 20 is positioned in homoiothermic groove 214, adopts thermoregulating system 230 to carry out preheating in advance to packed flushing liquor 20, and control the temperature constant of packed flushing liquor 20.Thus when the flushing liquor (can improve the comfort level of patient) needing use to have uniform temperature (25 ~ 45 DEG C) rinses, do not need the heating clamber bag taking dress flushing liquor 20 of out operating-room, improve debridement efficiency.
Then, be positioned in adjust blood pressure groove 215 by preheated packed flushing liquor 20, regulator 220 carries out adjust blood pressure to packed flushing liquor 20, thus makes to have the temperature of constant and the pressure of constant from the flushing liquor of the outflow of syringe pipe 240.
Be appreciated that in other embodiments, thermoregulating system 230 can omit.The step that packed flushing liquor 20 heats can complete at out operating-room.
Be appreciated that in other embodiments, control device 300 and flusher 200 can be two two part arrangement, and the element namely in control device 300 is not arranged on flusher 200.When needs use debridement cycle 10, by circuit, control device 300 is connected with flusher 200.Be appreciated that in other embodiments, control device 300 can omit, and now, can realize adjust blood pressure by the rotation direction and size regulating actuator 223.
As shown in Figures 1 and 2, fixed mount 400 one end is fixedly connected with side plate 212, and the other end and debridement cycle body 100 are slidably connected, with the relative altitude between volume adjusted part 210 and debridement cycle body 100.Be appreciated that in other embodiments, fixed mount 400 one end also can be fixedly connected with base plate 211.
In the present embodiment, fixed mount 400 comprises fixing head 410, fixed block 420 and fixed bar 430.Fixing head 410 is located on debridement cycle body 100.Fixed block 420 is located on fixing head 410.Fixed block 420 is provided with the through hole coordinated with fixed bar 430.Fixed bar 430 one end is arranged in the through hole on fixed bar 430, and can slide up and down in the through hole on fixed bar 430, and the other end is fixed on the side plate 212 of volume part 210.Be appreciated that in other embodiments, also by expansion link, volume part 210 can be connected with debridement cycle body 100, with the relative altitude between volume adjusted part 210 and debridement cycle body 100.
Power module 500 is for powering for control device 300, actuator 223, pressure transducer 229, Electric radiant Heating Film 231 and temperature sensor 232.Be appreciated that in other embodiments, also can provide independent power supply for control device 300, actuator 223, pressure transducer 229, Electric radiant Heating Film 231 and temperature sensor 232, power separately.
When using above-mentioned debridement cycle 10 to carry out preheating to packed flushing liquor 20, input a preset temperature signals first to control device 300, the real time temperature signal detected is sent to control device 300 by simultaneous temperature sensor 232.Control device 300 controls heating film 231 start and stop, to make real time temperature signal roughly the same with preset temperature signals according to preset temperature signals and real time temperature signal.When real time temperature signal is more than or equal to preset temperature signals, control device 300 controls heating film 231 and stops heating.When real time temperature signal is less than preset temperature signals, control device 300 controls heating film 231 and starts heating.Thus make the temperature constant of packed flushing liquor 20.
When using above-mentioned debridement cycle 10 to carry out adjust blood pressure to packed flushing liquor 20, input a preset pressure signal first to control device 300, the real-time pressure signal detected is sent to control device 300 by pressure transducer 229 simultaneously.Control device 300 according to the driving strength control regulator board 222 of the preset pressure signal received and real-time pressure signal adjustment actuator 223 towards or the translational speed (comprising size and Orientation) of side plate 212 movement dorsad, to make real-time pressure signal roughly the same with preset pressure signal.Thus make above-mentioned debridement cycle 10 have the flushing pressure of constant (flushing pressure is roughly the same with preset pressure), also namely flushing pressure is controlled.
Flushing pressure is controlled can make flushing more thorough.The controlled washing time that can make of flushing pressure is controlled, saves washing time, improves debridement efficiency.The controlled effective rate of utilization of flushing liquor that can make of flushing pressure is maximum, saves flushing liquor, avoids wasting flushing liquor.
Temperature-adjustment pressure-adjustment object is packed flushing liquor 20 (original-pack sterilization debridement flushing liquor, can directly buy), can effectively avoid flushing liquor to grow or bacterial infection.
The above embodiment only have expressed several embodiment of the present utility model, and it describes comparatively concrete and detailed, but therefore can not be interpreted as the restriction to this utility model the scope of the claims.It should be pointed out that for the person of ordinary skill of the art, without departing from the concept of the premise utility, can also make some distortion and improvement, these all belong to protection domain of the present utility model.Therefore, the protection domain of this utility model patent should be as the criterion with claims.
Claims (10)
1. a debridement cycle, is characterized in that, comprising:
Debridement cycle body; And
Flusher, comprises volume part and voltage-regulating system;
Described volume part is located on described debridement cycle body, the side plate comprising base plate and be connected with described base plate;
Described voltage-regulating system comprises installing plate, regulator board, actuator and pressure transducer;
Described installing plate is positioned at one end of described volume part and is fixed on described volume part;
Described regulator board is located on described installing plate, and with described side plate just to setting, and described regulator board, described base plate and described side plate coordinate the adjust blood pressure groove being formed and be used for the packed flushing liquor of splendid attire, described regulator board can towards or dorsad described side plate move;
Described actuator is located on the outer wall of described volume part, is flexibly connected with described regulator board;
Described pressure transducer is located at described regulator board on the side of described side plate or be located at described side plate on the side of described regulator board.
2. debridement cycle according to claim 1, is characterized in that, described voltage-regulating system also comprises bearing assembly, movable block and screw mandrel;
The number of described bearing assembly is at least two, and described bearing assembly interval is located on described installing plate; Described movable block is arranged on described screw mandrel; Described regulator board is fixed on described movable block; The two ends of described screw mandrel are located on described bearing assembly respectively; Described actuator has output shaft, and described output shaft is connected with described screw mandrel by the bearing assembly near described side plate.
3. debridement cycle according to claim 2, is characterized in that, the sliding shoe that described voltage-regulating system also comprises rail plate and coordinates with described rail plate;
Described rail plate is located on described installing plate, and be arranged in parallel with described screw mandrel;
Described sliding shoe and described rail plate are slidably connected;
Described regulator board is fixed on described sliding shoe near one end of described installing plate.
4. debridement cycle according to claim 1, is characterized in that, described volume part also comprises baffle plate, and described baffle plate is connected with described base plate, and with described side plate just to setting, described baffle plate coordinates the homoiothermic groove being formed and be used for the packed flushing liquor of splendid attire with described side plate;
Described flusher also comprises thermoregulating system, and described thermoregulating system comprises Electric radiant Heating Film and temperature sensor; Described Electric radiant Heating Film is located at described baffle plate on the side of described side plate or be located at described side plate on the side of described baffle plate, and with described baffle plate just to setting; Described temperature sensor is located at described baffle plate on the side of described side plate or be located at described side plate on the side of described baffle plate, and with described baffle plate just to setting.
5. debridement cycle according to claim 4, it is characterized in that, also comprise control device, described control device comprises the control chip for receiving preset pressure signal, real-time pressure signal, preset temperature signals and real time temperature signal, for regulating button and the temperature adjustment buttons for inputting preset temperature signals to described control chip to the pressure of described control chip input preset pressure signal;
Described control chip regulates button and described temperature adjustment buttons to be electrically connected with described actuator, described pressure transducer, described Electric radiant Heating Film, described temperature sensor, described pressure respectively.
6. debridement cycle according to claim 5, is characterized in that, described control device also comprises remote-control handle, preset temperature display, preset pressure display, real time temperature display and real-time pressure display;
Described preset temperature display, described preset pressure display, described real time temperature display and described real-time pressure display are electrically connected with described control chip respectively;
Described control chip is located at described side plate on the side of described regulator board, and with described regulator board just to setting;
Described remote-control handle is located on the outer wall of described volume part, and described temperature adjustment buttons, described preset temperature display, described pressure regulate button, described preset pressure display partition is located on described remote-control handle;
Described real time temperature display and described real-time pressure display partition are located at described baffle plate and are located on the side of described side plate away from described baffle plate away from the side of described side plate or interval.
7. debridement cycle according to claim 1, is characterized in that, also comprises fixed mount; Described fixed mount one end is fixedly connected with described side plate, and the other end and described debridement cycle body are slidably connected, to regulate the relative altitude between described volume part and described debridement cycle body.
8. debridement cycle according to claim 1, is characterized in that, described debridement cycle body comprises debridement pond, and described debridement cycle body also comprises the limbs supporting plate be located on described debridement pond;
Or described debridement cycle body comprises debridement pond, the degree of depth in described debridement pond is 10cm ~ 15cm.
9. debridement cycle according to claim 1, is characterized in that, described debridement cycle body comprises debridement pond, taper cape and slop pail; The outlet in one end that described taper cape bore is less and described debridement pond removably connects, and described slop pail is positioned at below described debridement pond, and the bore of the bore of the opening of described slop pail one end larger with described taper cape bore mates.
10. debridement cycle according to claim 1, is characterized in that, described debridement cycle body comprises debridement pond and is positioned at the operation table surface above described debridement pond;
Described operation table surface comprises the deck plate be rotationally connected with described debridement pond.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420496005.3U CN204181833U (en) | 2014-08-29 | 2014-08-29 | Debridement cycle |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420496005.3U CN204181833U (en) | 2014-08-29 | 2014-08-29 | Debridement cycle |
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| Publication Number | Publication Date |
|---|---|
| CN204181833U true CN204181833U (en) | 2015-03-04 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201420496005.3U Expired - Fee Related CN204181833U (en) | 2014-08-29 | 2014-08-29 | Debridement cycle |
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| Country | Link |
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| CN (1) | CN204181833U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108670686A (en) * | 2018-06-08 | 2018-10-19 | 胡传兵 | A kind of pediatric surgical operation wound cleaning drainage device |
-
2014
- 2014-08-29 CN CN201420496005.3U patent/CN204181833U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108670686A (en) * | 2018-06-08 | 2018-10-19 | 胡传兵 | A kind of pediatric surgical operation wound cleaning drainage device |
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