CN203609715U - Novel video/audio monitor of gravity venous transfusion - Google Patents
Novel video/audio monitor of gravity venous transfusion Download PDFInfo
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- CN203609715U CN203609715U CN201320238430.8U CN201320238430U CN203609715U CN 203609715 U CN203609715 U CN 203609715U CN 201320238430 U CN201320238430 U CN 201320238430U CN 203609715 U CN203609715 U CN 203609715U
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Abstract
The utility model discloses a novel video/audio monitor of gravity venous transfusion. The monitor controls venous transfusion flows via sound and is capable of conducting live frames of a dynamic transfusion video of a volume dip chamber in real time. The monitor is characterized in that a transfusion rod, an audio-video monitor body and the volume dip chamber are designed as a systematical working assembly body. By acquiring liquid dripping sound feedback conducted by the volume dip chamber and a relative fixed position of the volume dip chamber, dripping speed setting of the gravity venous transfusion, and wired or wireless transmission of the live video of dynamic frames of the dip chamber can be achieved, and flow program control and the gravity venous transfusion and remote control of video conduction are achieved, so informatization, systematization, standardization, and standardization of transfusion nursing are achieved.
Description
Technical field
This utility model relates to a kind of Novel vein transfusion monitor, particularly utilize gravity principle and gather the drop sound driver power set of venous transfusion and coordinate an image transmission, realize monitoring to venous transfusion and the gravity venous transfusion volume monitor of flow-control.
Background technology
In venous transfusion field, infusion mode does not improve along with the raising of social progress and development and people's living standard, still adopt traditional infusion mode, traditional infusion mode is: use common disposable intravenous infusion set to look after patient's transfusion by nurse, the nurse of patient, family numbers of patients and hospital, and by repeatedly repeatedly observing transfusion progress, while closing on infusion-completed, notice or nurse call are changed dressings etc.This pattern can not meet the requirement of modern medical service nursing.Its reason is that traditional infusion mode takies a large amount of human resourcess and carries out the inefficient nurse of dullness, present this rare labour force belongs to the huge society human wasting of resources, in infusion process, need frequently to observe transfusion situation simultaneously, have inevitable mental burden: on the other hand along with the progress of medical skill, the control of transfusion speed and dosage is more and more precisely with strict, fluid delivery apparatus is had higher requirement, hundreds of per minute when urgent need realizes transfusion speed from first-aid patients drips to the accurate control of several per minute of transfusion at a slow speed, so the infusion mode that this minimizing labour force also can efficiently precisely infuse needs novel fluid delivery apparatus provide technical support to it simultaneously.
Summary of the invention
This utility model provides a kind of Novel vein transfusion monitor, be a kind ofly to utilize gravity principle and gather the drop sound driver power set of venous transfusion and coordinate image transmission, realize monitoring to venous transfusion and the gravity venous transfusion volume monitor of flow-control.In order to achieve the above object; Novel gravity venous transfusion described in the technical solution of the utility model is achieved in that is looked sound monitor 1, is made up of the fixing bogey 1-1 of monitor, flow control electromechanical device 1-2, voice collection device 1-3, image acquisition device 1-4, control panel device 1-5, power-off early warning protector 1-6.Its structural relation is that the fixing bogey 1-1 of monitor is the structure carrier that Novel gravity venous transfusion is looked sound monitor 1, carries fixing to Novel vein transfusion depending on sound monitor entirety; Monitor housing 1-1-2 in the fixing bogey 1-1 of monitor is the carrier of flow control electromechanical device 1-2, voice collection device 1-3, image acquisition device 1-4, control panel device 1-5 and power-off early warning protector 1-6; Wherein flow control electromechanical device 1-2 is fixed in the monitor lower house 1-1-2-2 in the fixing bogey 1-1 of monitor by electromechanical device loading plate 1-2-1; Voice collection device 1-3 is fixed on the transfusion device fixed station 1-1-2-4 of monitor upper shell 1-1-2-1 by sealing fixed leg 1-3-4; Image acquisition device 1-4 is arranged in bucking ladder stopper slot 1-1-2-6 by bucking ladder 1-4-2; Control panel device 1-5 is fixed in rib 1-5-5 and is set in control panel holddown groove 1-1-2-7 by panel; Power-off early warning protector 1-6 is fixed in monitor lower house 1-1-2-2 by power supply fixing head 1-6-3.
The fixing bogey 1-1 of described monitor, is made up of longitudinal transfusion pole 1-1-1, monitor housing 1-1-2, monitor housing fastening cap 1-1-3, the spacing door of tube for transfusion 1-1-4.Longitudinally transfusion pole 1-1-1 is made up of transfusion pole body 1-1-1-1, incoming line 1-1-1-2, mistake line limit protection cover 1-1-1-3, transfusion pole body 1-1-1-1 is longitudinal transfusion pole 1-1-1 main part, body middle part is an incoming line 1-1-1-2, crossing line limit protection cover 1-1-1-3 is enclosed within on entrance hole 1-1-1-2 and through center transfusion pole pore 1-1-2-3, and by entrance hole 1-1-1-2 and monitor spacing cooperation of built-in cable-through hole 1-1-2-9 in monitor housing 1-1-2, play the position-limiting action to monitor housing 1-1-2, monitor housing 1-1-2 is by monitor upper shell 1-1-2-1, monitor lower house 1-1-2-2, center transfusion pore 1-1-2-3, transfusion device fixed station 1-1-2-4, tube for transfusion limiting stand 1-1-2-5, bucking ladder stopper slot 1-1-2-6, control panel holddown groove 1-1-2-7, wireless antenna stationary pipes 1-1-2-8, the built-in cable-through hole 1-1-2-9 composition of monitor, monitor housing 1-1-2 is hollow multiaspect solid structure, its main part is cylinder, the upper and lower two ends of cylinder attenuate like taper, there is center transfusion pore 1-1-2-3 up/down perforation at the center of cylinder and upper and lower cone-shaped end, it is the petal-shaped breathing mouth with outer silk that [Dan extends the mouth of pipe up and down, cylindrical front side is indent planar structure, the right upper portion of mediate cylindrical housing is transfusion device fixed station 1-1-2-4, transfusion device fixed station 1-1-2-4 is arc excrescence, 1-1-2-1 is integrative-structure with monitor upper shell, there is [Dan up/down perforation at transfusion device fixed station 1-1-2-4 center, [Dan front side has U-shaped open slot longitudinally to run through, cell body width equates with arc excrescence central tubular bore dia, the tube for transfusion limiting stand 1-1-2-5 on monitor lower house 1-1-2-2 right side is arc half excrescence, only has arc excrescence center rear side ledge, for along the L-shaped half side-prominent structure of arc excrescence central tubular mouth, bucking ladder stopper slot 1-1-2-6 is positioned at the right side on monitor upper shell 1-1-2-1 body cylindrical body, and to image acquisition device, 1-4 is fixed, the bilateral of the anterior female of cylinder is control panel holddown groove 1-1-2-7, plays fixing control panel device 1-5, wireless antenna stationary pipes 1-1-2-8 is positioned at monitor upper shell 1-1-2-1 upper left-hand, and wireless antenna is played to fixation, the built-in cable-through hole 1-1-2-9 of monitor is positioned at monitor housing 1-1-2 center transfusion pore medium position, stationary housing fastening cap 1-1-3 is installed on the fastening cap petal-shaped mouth of pipe that can open or shrink at transfusion pore 1-1-2-3 two ends, monitor housing 1-1-2 center, the spacing door of tube for transfusion 1-1-4 is made up of tube for transfusion guide plate 1-1-4-1, door handle 1-1-4-2, door latch 1-1-4-3, door-hinge 1-1-4-4, the spacing door of tube for transfusion 1-1-4 entirety is right angle fan-shaped gate shape structure, be fixed on tube for transfusion limiting stand 1-1-2-5 upper, with the arc excrescence structure of L shaped tube for transfusion limiting stand 1-1-2-5 complete.
Described flow control electromechanical device 1-2, is made up of electromechanical device loading plate 1-2-1, driven wheel reach 1-2-2, driven wheel 1-2-3, screw rod flow control slide block 1-2-4, motor fixed card 1-2-5, drive motors 1-2-6, motor driver 1-2-7, lid door lock device 1-2-8, door open button 1-2-9.Electromechanical device loading plate 1-2-1 is the structure carrier of flow control electromechanical device 1-2, it is the middle polygon material panel of emptying, in the middle of panel, etched-off area is cross, it is the assembly station space of driven wheel reach 1-2-2, driven wheel 1-2-3, screw rod flow control slide block 1-2-4, the first side of transverse end of cross etched-off area is emptied opening port, is tube for transfusion flow control bayonet socket 1-2-1-6, its cross etched-off area is respectively the spacing fixing bayonet socket 1-2-1-1 of reach from inside to outside, driven wheel rotary work station 1-2-1-2, screw rod flow control slide block position-limited rail 1-2-1-3, manually operated door control flume 1-2-1-4 be distributed in electromechanical device loading plate 1-2-1 right side parallel with locking tank 1-2-1-5, the screw rod flow control slide block position-limited rail 1-2-1-3 in tube for transfusion flow control bayonet socket 1-2-1-6 left side plays the position-limiting action to slip dop 1-2-4-2, polygon electromechanical device loading plate 1-2-1's is adjacent polygon, respectively with monitor lower house 1-1-2-2 in assembly station medial surface coincide tangent, 1-2-1-7 is corresponding with tube for transfusion flow control bayonet socket 1-2-1-6, tube for transfusion flow control draw-in groove for slip dop 1-2-4-2, plays locking and the diastole effect of bayonet socket position, the longitudinal center line of driven wheel reach 1-2-2, driven wheel 1-2-3, screw rod flow control slide block 1-2-4 is positioned in the plane at loading plate place, overlap with the symmetrical center line of loading plate etched-off area, driven wheel reach 1-2-2 is made up of spacing stiff end 1-2-2-1 and carrying spindle nose 1-2-2-2 two parts, spacing stiff end 1-2-2-1 is made up of fixed block and limited block or semicircle limit shaft, its limited block or semicircle limit shaft are embedded in the spacing fixing bayonet socket 1-2-1-1 of reach, are fixed on loading plate by the screw on fixed block by bolt, driven wheel 1-2-3 device is by gear body 1-2-3-1, loading bearing shell 1-2-3-2, and drive nut 1-2-3-3 forms, driven wheel 1-2-3 center is loading bearing shell 1-2-3-2, reach bearing is contained in cartridge housing, shaft hole sleeve is on driven wheel reach 1-2-2, the one of driven wheel 1-2-3 opposite side is protruded platform and is designed to drive nut 1-2-3-3, its centre bore is screw, drive nut 1-2-3-3 and driven wheel 1-2-3 unitary rotation, screw rod flow control slide block 1-2-4 mono-side is flexible nut 1-2-4-1, opposite side is slip dop 1-2-4-2, door lock contact 1-2-4-3 is positioned on slip dop 1-2-4-2, flexible nut 1-2-4-1 and slip dop 1-2-4-2 are for manufacturing integral piece or assembling integral piece, screw rod is meshed with flexible nut 1-2-4-1, slide block with screw rod one, design chute 1-2-4-4, a flow control 1-2-4-5, slide block embeds in sliding shoe sliding space, chute 1-2-4-4 is stuck on the screw rod flow control slide block position-limited rail 1-2-1-3 of sliding space both sides, can and stop bolt rotary with the telescopic slide of screw rod, flow control on a slide block 1-2-4-5 and slide block one body action, realize its function, drive motors 1-2-6 is by motor mounting flange or motor fixed card 1-2-5, be fixed on the electromechanical device loading plate 1-2-1 plate face of termination one side, the gear on motor driving shaft is meshed with the driven wheel 1-2-3 being assemblied on electromechanical device loading plate 1-2-1 plate face, motor driver 1-2-7 is fixed in monitor lower house 1-1-2-2, is used for drive motors 1-2-6 to rotate control, lid door lock device 1-2-8 is positioned at the locking tank 1-2-1-5 on electromechanical device loading plate 1-2-1, and controls folding by door open button 1-2-9.
Described voice collection device 1-3, is made up of sealing dust-proof cover 1-3-1, mike 1-3-2, sound collecting tube 1-3-3, sealing fixed leg 1-3-4.Sealing dust-proof cover 1-3-1 is the dustproof facilities on sound collecting tube 1-3-3 top, plays dustproof effect; Mike 1-3-2 is cylindric mini microphone, is embedded in sound collecting tube 1-3-3; Sound collecting tube 1-3-3 is tubulose thick-walled structure, is fixed on gravity venous transfusion and looks the transfusion device fixed station 1-1-2-4 centre bore position on sound monitor housing 1-1-2; Sealing fixed leg 1-3-4 is embedded in sound collecting tube 1-3-3 bottom, seals.
Described image acquisition device 1-4, is made up of photographic head 1-4-1, bucking ladder 1-4-2, alarm led lamp 1-4-3.Photographic head 1-4-1 is arranged in the photographic head installing hole on bucking ladder 1-4-2; Alarm led lamp 1-4-3 is arranged in bucking ladder stopper slot 1-1-4.
Described control panel device 1-5, is made up of the square outstanding platform 1-5-1 of warner, warner display screen 1-5-2, warner keyboard 1-5-3, display lamp 1-5-4, panel fixing rib 1-5-5, usb 1-5-6, thermovent 1-5-7.The square outstanding platform 1-5-1 of warner is square hollow-core construction, fixes rib 1-5-5 be fixed on control panel holddown groove 1-1-2-7 by panel; Warner display screen 1-5-2, warner keyboard 1-5-3 are respectively in the symmetrical distribution of outstanding platform raised face; Display lamp 1-5-4 is the equidistant array distribution of circumference to be looked on sound monitor housing 1-1-2 at gravity venous transfusion; Usb 1-5-6 and thermovent 1-5-7 are positioned on the side in the outstanding platform of the square outstanding platform 1-5-1 of warner left side.
Described power-off early warning protector 1-6, is made up of transformator 1-6-1, chargeable battery 1-6-2, power supply fixing head 1-6-3.It is upper that transformator 1-6-1 and chargeable battery 1-6-2 are fixed on power supply fixing head 1-6-3, and power supply fixing head is fixed in monitor lower house 1-1-2-2.
Beneficial effect:
Venous transfusion audiovisual monitor and transfusion hack lever Integral design, its project organization is novel unique, ingenious reasonable, both artistic and practical, in other suspension types, it is with the obvious advantage that card is put formula etc., be convenient to management and saved medical personnel debit's installment work, disposable professional tool is installed, good anti-theft effect; Its audio visual work principle is pointed especially, practicality, novelty, uniqueness.Its video designs is had the transfusion realization of whole lesion and whole hospital at fingertips, and all are all in grasp.In a flash, can recall at any time and check that the real-time transfusion of patient infusion is dynamic, solve the practical problem that cannot check transfusion state less than ward, its sound control structure operation principle design utilizes the inherent characteristic of venous transfusion especially, crossingly with modern mechanical & electrical technology melt mutually, collection accuracy, reliability, practicality, novelty, one key assignments of its transfusion speed, cruise and power-off protection early warning mechanism, under the prerequisite that guarantees safety, realize datumization, programme-controlled, solve transfusion speed and manually adjusted inaccurate problem by subjective judgment, and solve along with infusion bottle liquid level falling pressure reduces to need the problem of continuous manual adjustments transfusion speed, its flow velocity one key assignments has also solved the micro-administration problem of modern medical service, a tractor serves several purposes, reduce medical apparatus and instruments quantity, save a large amount of operation costs, venous transfusion is looked the application of sound monitor, can make venous transfusion with and management realize datumization, programme-controlled, scale, save a large amount of man power and materials, produce huge economic benefit and social benefit.
Accompanying drawing explanation
Fig. 1 is the structural representation that Novel gravity venous transfusion is looked sound monitor, also can be used as Figure of abstract
Fig. 2 housing cambered surface is given prominence to platform structural representation
The structural representation of Fig. 3 voice collection device
Fig. 4 image acquisition device structural representation
Fig. 5 is flow control Mechatronic Systems structural representation
Fig. 6 transfusion pole data power line via structure schematic diagram
Fig. 7 lid door lock stops opening structure schematic diagram
Fig. 8 lid door schematic diagram
Fig. 9 electromechanical power loading plate bayonet arrangement schematic diagram
Figure 10 transfusion device tube for transfusion via structure cutaway view
Figure 11 driven wheel reach structural representation
Figure 12 driven wheel cutaway view
Figure 13 worm screw flow control slide block schematic diagram
Figure 14 control panel system and device structural representation
Wherein:
1, Novel gravity venous transfusion is looked sound monitor
1-1 monitor is fixed bogey
The longitudinal transfusion pole of 1-1-1
1-1-1-1 transfusion pole body
1-1-1-2 incoming line
1-1-1-3 crosses line stop collar
1-1-2 monitor housing
1-1-2-1 monitor upper shell
1-1-2-2 monitor lower house
1-1-2-3 center transfusion pore
1-1-2-4 transfusion device fixed station
1-1-2-5 tube for transfusion limiting stand
1-1-2-6 bucking ladder stopper slot
1-1-2-7 control panel holddown groove
1-1-2-8 wireless antenna stationary pipes
The built-in cable-through hole of 1-1-2-9 monitor
Fastening the emitting of 1-1-3 monitor housing
The spacing door of 1-1-4 tube for transfusion
1-1-4-1 tube for transfusion guide plate
1-1-4-2 door handle
1-1-4-3 door latch
1-1-4-4 door-hinge
1-2 flow control electromechanical device
1-2-1 electromechanical device loading plate
The spacing fixing bayonet socket of 1-2-1-1 reach
1-2-1-2 driven wheel rotary work station
1-2-1-3 screw rod flow control slide block position-limited rail
1-2-1-4 manually operated door control flume
1-2-1-5 locking tank
1-2-1-6 tube for transfusion flow control bayonet socket
1-2-1-7 tube for transfusion flow control draw-in groove
1-2-2 driven wheel reach
The spacing stiff end of 1-2-2-1
1-2-2-2 carries spindle nose
1-2-3 driven wheel
1-2-3-1 gear body
1-2-3-2 loading bearing shell
1-2-3-3 drive nut
1-2-4 screw rod flow control slide block
The 1-2-4-1 nut that stretches
1-2-4-2 slip dop
1-2-4-3 door lock contact
1-2-4-4 chute
1-2-4-5 flow control head
1-2-5 motor fixed card
1-2-6 drive motors
1-2-7 motor driver
1-2-8 lid door lock device
1-2-9 door open button
1-3 voice collection device
1-3-1 sealing dust-proof cover
1-3-2 mike
1-3-3 sound collecting tube
1-3-4 seals fixed leg
1-4 image acquisition device
1-4-1 photographic head
1-4-2 bucking ladder
1-4-3 alarm led lamp
1-5 control panel device
The square outstanding platform of 1-5-1 warner
1-5-2 warner display screen
1-5-3 warner keyboard
1-5-4 display lamp
1-5-5 panel is fixed rib
1-5-6 USB interface
1-5-7 thermovent
1-6 power-off early warning protector
1-6-1 transformator
1-6-2 chargeable battery
1-6-3 power supply fixing head.
Specific embodiment
Novel gravity venous transfusion provided by the utility model is looked sound monitor 1, is easy to processing, and manufacturability is strong, adopts prior art, and conventional production process can be manufactured.Its transfusion pole body 1-1-1-1 can adopt the hollow pipe of metal material or hard non-metallic material system to make, monitor housing 1-1-2 can adopt the accurate manufacture of metal material, also can adopt plastic material injection mo(u)lding, the electromechanical device loading plate 1-2-1 of flow control electromechanical device 1-2 can adopt metal material line of cut, cut mould punching is made, and also can adopt nonmetallic materials moulding; Sound collecting tube 1-3-3, sealing fixed leg 1-3-4 in voice collection device 1-3 can adopt the foamed plastic that soundproof effect is good to make.
Drop sound is set in infusion unit titrimeter to be roused, medicine droplets fall drops on tympanum sounds, sound is gathered in tympanum, be transferred to and be arranged on Novel gravity venous transfusion and look in the voice collection device 1-3 in sound monitor 1 by conduit, and the pulse signal cycle converting to by sound judges transfusion drip speed, before transfusion, set the number of drops in the unit interval, when transfusion starts, voice collection device 1-3 starts and record analysis dropping liquid pulse signal, in the time that drop is less than the interval time of setting interval time, the pulse period of drop pulse current will be less than the pulse period of setting, frequency is greater than the frequency of setting, illustrate that now dripping speed is greater than a setting speed, system will be controlled drive motors 1-2-6 and rotate to tube for transfusion flow control bayonet socket 1-2-1-6 shrinkage direction, tube for transfusion flow control bayonet socket 1-2-1-6 shrinks extruding tube for transfusion, reduce and drip speed, in the time that drop is greater than the interval time of setting interval time, the pulse period of drop pulse current will be greater than the pulse period of setting, frequency is less than the frequency of setting, illustrate that now dripping speed is less than a setting speed, system will be controlled drive motors 1-2-6 and unclamp direction rotation to tube for transfusion flow control bayonet socket 1-2-1-6, bayonet socket diastole tube for transfusion, increase and drip speed, by also real-time the fine setting until a speed equates completely with a setting speed of real-time monitoring of pulse signals, realize venous transfusion and drip speed setting.
It is simple and convenient that Novel gravity venous transfusion is looked the workflow of sound monitor 1, by drained air treat transfusion state new disposable venous transfusion volume transfusion device introduce venous transfusion look in the stopper slot of sound monitor, close the spacing door of tube for transfusion 1-1-4, open Novel gravity venous transfusion and look sound monitor 1 on and off switch, motor driver 1-2-7 control drive motors 1-2-6 forward is advanced screw rod flow control slide block and is clamped tube for transfusion flow control bayonet socket 1-2-1-6, infusion flow rate reduces to zero, now carry out vein puncture, puncture success also fixes after puncture needle, now set flow velocity by the warner keyboard 1-5-3 on control panel device 1-5, after setting, put start button, drive motors 1-2-6 reversion drive screw flow control slide block 1-2-4 retreats and enters dynamic listening state, after collecting first acoustic impluse signal, start to carry out dynamic regulation by flow control electromechanical device 1-2, now enter constant speed transfusion state, if do not collect acoustic impluse in certain hour, drive motors 1-2-6 forward drive screw flow control slide block 1-2-4 advances stuck and sends alarm, in the time entering after constant speed transfusion shape a period of time that new disposable venous transfusion volume dropper liquid of infusion set no longer drips, voice collection device 1-3 collects less than acoustic impluse signal, this timing flow-controlling electromechanical device 1-2 drive motors 1-2-6 forward augering screw flow control slide block 1-2-4 clamps tube for transfusion flow control bayonet socket 1-2-1-6, now starting image acquisition device 1-4 is transferred to the Real-time and Dynamic picture of infusing nurse station and sends infusion-completed warning signal, dynamically transfusion picture is observed after receiving signal by nurse station, confirm to contact charge nurse's processing after infusion-completed, nurse is to the rear puncture needle of first extracting, then press the closing key on warner keyboard 1-5-3, now drive motors 1-2-6 reversion drive screw flow control slide block 1-2-4 retreats and unclamps tube for transfusion flow control bayonet socket 1-2-1-6, when slip dop 1-2-4-2 return back to initial position, door lock contact 1-2-4-3 touches lid door lock device 1-2-8, now the spacing door of tube for transfusion 1-1-4 opens, nurse takes out new disposable venous transfusion volume transfusion device, infusion-completed, continue transfusion if need to change dressings under alarm status, nurse puts start button after again setting flow velocity after changing dressings, alarm automatically terminates and makes drive motors 1-2-6 reversion drive screw flow control slide block 1-2-4 to retreat and again enter dynamic listening state, after collecting first acoustic impluse signal, start to carry out dynamic regulation by flow control electromechanical device 1-2, now again enter constant speed transfusion state.
Claims (7)
1. Novel gravity venous transfusion is looked sound monitor (1), formed by the fixing bogey (1-1) of monitor, flow control electromechanical device (1-2), voice collection device (1-3), image acquisition device (1-4), control panel apparatus (1-5), power-off early warning protector (1-6), it is characterized by the fixing bogey (1-1) of monitor and look the structure carrier of sound monitor (1) for Novel vein transfusion, Novel vein transfusion is carried and fixed depending on sound monitor entirety; The monitor housing (1-1-2) that monitor is fixed in bogey (1-1) is the carrier of flow control electromechanical device (1-2), voice collection device (1-3), image acquisition device (1-4), control panel device (1-5) and power-off early warning protector (1-6); Wherein flow control electromechanical device (1-2) is fixed in the monitor lower house (1-1-2-2) in the fixing bogey (1-1) of monitor by electromechanical device loading plate (1-2-1); Voice collection device (1-3) is fixed on the transfusion device fixed station (1-1-2-4) of monitor upper shell (1-1-2-1) by sealing fixed leg (1-3-4); Image acquisition device (1-4) is arranged in bucking ladder stopper slot (1-1-2-6) by bucking ladder (1-4-2); Control panel device (1-5) is fixed in rib (1-5-5) and is set in control panel holddown groove (1-1-2-7) by panel; Power-off early warning protector (1-6) is fixed in monitor lower house (1-1-2-2) by power supply fixing head (1-6-3).
2. Novel gravity venous transfusion claimed in claim 1 is looked sound monitor (1), it is characterized in that monitor fixes bogey (1-1), by longitudinal transfusion pole (1-1-1), monitor housing (1-1-2), monitor housing fastening cap (1-1-3), the spacing door of tube for transfusion (1-1-4) forms, longitudinally transfusion pole (1-1-1) is by transfusion pole body (1-1-1-1), incoming line (1-1-1-2), cross line limit protection cover (1-1-1-3) composition, transfusion pole body (1-1-1-1) is longitudinal transfusion pole (1-1-1 main part, body middle part is an incoming line (1-1-1-2), crossing line limit protection cover (1-1-1-3) is enclosed within entrance hole (1-1-1-2) above and infuses pore (1-1-2-3) through center, and by incoming line (1-1-1-2) and spacing cooperation of the built-in cable-through hole of monitor (1-1-2-9) in monitor housing (1-1-2), play the position-limiting action to monitor housing (1-1-2), monitor housing (1-1-2) is by monitor upper shell (1-1-2-1), monitor lower house (1-1-2-2), center transfusion pore (1-1-2-3), transfusion device fixed station (1-1-2-4), tube for transfusion limiting stand (1-1-2-5), bucking ladder stopper slot (1-1-2-6), control panel holddown groove (1-1-2-7), wireless antenna stationary pipes (1-1-2-8), the built-in cable-through hole of monitor (1-1-2-9) composition, monitor housing (1-1-2) is hollow multiaspect solid structure, its main part is cylinder, the upper and lower two ends of cylinder attenuate like taper, there is center transfusion pore (1-1-2-3) up/down perforation at the center of cylinder and upper and lower cone-shaped end, it is the petal-shaped breathing mouth with outer silk that [Dan extends the mouth of pipe up and down, cylindrical front side is indent planar structure, the right upper portion of mediate cylindrical housing is transfusion device fixed station (1-1-2-4), transfusion device fixed station (1-1-2-4) is arc excrescence, with monitor upper shell (1-1-2-1) be integrative-structure, there is [Dan up/down perforation at transfusion device fixed station (1-1-2-4) center, [Dan front side has U-shaped open slot longitudinally to run through, cell body width equates with arc excrescence central tubular bore dia, the tube for transfusion limiting stand (1-1-2-5) on monitor lower house (1-1-2-2) right side is arc half excrescence, only has arc excrescence center rear side ledge, for along the L-shaped half side-prominent structure of arc excrescence central tubular mouth, bucking ladder stopper slot (1-1-2-6) is positioned at the right side on monitor upper shell (1-1-2-1) body cylindrical body, and image acquisition device (1-4) is fixed, the bilateral of the anterior female of cylinder is control panel holddown groove (1-1-2-7), plays fixing control panel device (1-5), wireless antenna stationary pipes (1-1-2-8) is positioned at monitor upper shell (1-1-2-1) upper left-hand, and wireless antenna is played to fixation, the built-in cable-through hole of monitor (1-1-2-9) is positioned at monitor housing (1-1-2) center transfusion pore medium position, monitor housing fastening cap (1-1-3) is installed on the fastening cap petal-shaped mouth of pipe that can open or shrink at transfusion pore (1-1-2-3) two ends, monitor housing (1-1-2) center, the spacing door of tube for transfusion (1-1-4) is made up of tube for transfusion guide plate (1-1-4-1), door handle (1-1-4-2), door latch (1-1-4-3), door-hinge (1-1-4-4), the spacing door of tube for transfusion (1-1-4) entirety is right angle fan-shaped gate shape structure, be fixed on tube for transfusion limiting stand (1-1-2-5) upper, with the arc excrescence structure of L shaped tube for transfusion limiting stand (1-1-2-5) complete.
3. Novel gravity venous transfusion claimed in claim 1 is looked sound monitor (1), it is characterized in that flow control electromechanical device (1-2), by electromechanical device loading plate (1-2-1), driven wheel reach (1-2-2), driven wheel (1-2-3), screw rod flow control slide block (1-2-4), motor fixed card (1-2-5), drive motors (1-2-6), motor driver (1-2-7), lid door lock device (1-2-8), door open button (1-2-9) forms, electromechanical device loading plate (1-2-1) is the structure carrier of flow control electromechanical device (1-2), it is the middle polygon material panel of emptying, in the middle of panel, etched-off area is cross, driven wheel reach (1-2-2), driven wheel (1-2-3), the assembly station space of screw rod flow control slide block (1-2-4), the first side of transverse end of cross etched-off area is emptied opening port, for tube for transfusion flow control bayonet socket (1-2-1-6), its cross etched-off area is respectively the spacing fixing bayonet socket of reach (1-2-1-1) from inside to outside, driven wheel rotary work station (1-2-1-2), screw rod flow control slide block position-limited rail (1-2-1-3), manually operated door control flume (1-2-1-4) be distributed in electromechanical device loading plate (1-2-1) right side parallel with locking tank (1-2-1-5), the screw rod flow control slide block position-limited rail (1-2-1-3) in tube for transfusion flow control bayonet socket (1-2-1-6) left side plays the position-limiting action to slip dop (1-2-4-2), polygon electromechanical device loading plate (1-2-1) adjacent polygon, coincide tangent with the medial surface of the interior assembly station of monitor lower house (1-1-2-2) respectively, slip dop (1-2-4-2) and tube for transfusion flow control bayonet socket (1-2-1-6), tube for transfusion flow control draw-in groove (1-2-1-7) are corresponding, play locking and the diastole effect of bayonet socket position, driven wheel reach (1-2-2), driven wheel (1-2-3), the longitudinal center line of screw rod flow control slide block (1-2-4) is positioned in the plane at loading plate place, overlap with the symmetrical center line of loading plate etched-off area, driven wheel reach (1-2-2) is made up of spacing stiff end (1-2-2-1) and carrying spindle nose (1-2-2-2) two parts, spacing stiff end (1-2-2-1) is made up of fixed block and limited block or semicircle limit shaft, its limited block or semicircle limit shaft are embedded in the spacing fixing bayonet socket of reach (1-2-1-1), be fixed on loading plate by the screw on fixed block by bolt, driven wheel (1-2-3) installs by gear body (1-2-3-1), loading bearing shell (1-2-3-2), and drive nut (1-2-3-3) forms, driven wheel (1-2-3) center is loading bearing shell (1-2-3-2), reach bearing is contained in cartridge housing, shaft hole sleeve is on driven wheel reach (1-2-2), the one of driven wheel (1-2-3) opposite side is protruded platform and is designed to drive nut (1-2-3-3), its centre bore is screw, drive nut (1-2-3-3) and driven wheel (1-2-3) unitary rotation, screw rod flow control slide block (1-2-4) side is flexible nut (1-2-4-1), opposite side is slip dop (1-2-4-2), door lock contact (1-2-4-3) is positioned on slip dop (1-2-4-2), flexible nut (1-2-4-1) is manufacture integral piece or assembling integral piece with slip dop (1-2-4-2), screw rod is meshed with flexible nut (1-2-4-1), slide block with screw rod one, design chute (1-2-4-4), flow control head (1-2-4-5), slide block embeds in sliding shoe sliding space, chute (1-2-4-4) is stuck on the flow control slide block position-limited rail (1-2-1-3) of sliding space both sides, can and stop bolt rotary with the telescopic slide of screw rod, flow control head (1-2-4-5) on slide block and slide block one body action, realize its function, drive motors (1-2-6) is by motor mounting flange or motor fixed card (1-2-5), be fixed on electromechanical device loading plate (1-2-1) the plate face of termination one side, the gear on motor driving shaft is meshed with the driven wheel (1-2-3) being assemblied on electromechanical device loading plate (1-2-1) plate face, motor driver (1-2-7) is fixed in monitor lower house (1-1-2-2), is used for drive motors (1-2-6) to rotate control, lid door lock device (1-2-8) is positioned at the locking tank (1-2-1-5) on electromechanical device loading plate (1-2-1), and controls folding by door open button (1-2-9).
4. Novel gravity venous transfusion claimed in claim 1 is looked sound monitor (1), it is characterized in that voice collection device (1-3), formed by sealing dust-proof cover (1-3-1), mike (1-3-2), sound collecting tube (1-3-3), sealing fixed leg (1-3-4), sealing dust-proof cover (1-3-1) is the dustproof facilities on sound collecting tube (1-3-3) top, plays dustproof effect; Mike (1-3-2) is cylindric mini microphone, is embedded in sound collecting tube (1-3-3); Sound collecting tube (1-3-3) is tubulose thick-walled structure, is fixed on gravity venous transfusion and looks transfusion device fixed station (1-1-2-4) the centre bore position on sound monitor housing (1-1-2); Sealing fixed leg (1-3-4) is embedded in sound collecting tube (1-3-3) bottom, seals.
5. Novel gravity venous transfusion claimed in claim 1 is looked sound monitor (1), it is characterized in that image acquisition device (1-4), be made up of photographic head (1-4-1), bucking ladder (1-4-2), alarm led lamp (1-4-3), photographic head (1-4-1) is arranged in the photographic head installing hole on bucking ladder (1-4-2); Alarm led lamp (1-4-3) is arranged in bucking ladder stopper slot (1-1-2-6).
6. Novel gravity venous transfusion claimed in claim 1 is looked sound monitor (1), it is characterized in that control panel device (1-5), formed by the square outstanding platform of warner (1-5-1), warner display screen (1-5-2), warner keyboard (1-5-3), display lamp (1-5-4), the fixing rib (1-5-5) of panel, USB interface (1-5-6), thermovent (1-5-7), the square outstanding platform of warner (1-5-1) is square hollow-core construction, fixes rib (1-5-5) be fixed on control panel holddown groove (1-1-2-7) by panel; Warner display screen (1-5-2), warner keyboard (1-5-3) are respectively in the symmetrical distribution of outstanding platform raised face; Display lamp (1-5-4) is the equidistant array distribution of circumference to be looked on sound monitor housing (1-1-2) at gravity venous transfusion; USB interface (1-5-6) is positioned on the side in the outstanding platform of the square outstanding platform of warner (1-5-1) left side with thermovent (1-5-7).
7. Novel gravity venous transfusion claimed in claim 1 is looked sound monitor (1); it is characterized in that power-off early warning protector (1-6); formed by transformator (1-6-1), chargeable battery (1-6-2), power supply fixing head (1-6-3); (1-6-1) be fixed on power supply fixing head (1-6-3) above with chargeable battery (1-6-2), power supply fixing head (1-6-3) is fixed in monitor lower house (1-1-2-2).
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| Application Number | Priority Date | Filing Date | Title |
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| CN201320238430.8U CN203609715U (en) | 2013-05-06 | 2013-05-06 | Novel video/audio monitor of gravity venous transfusion |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320238430.8U CN203609715U (en) | 2013-05-06 | 2013-05-06 | Novel video/audio monitor of gravity venous transfusion |
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| CN203609715U true CN203609715U (en) | 2014-05-28 |
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Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104138626A (en) * | 2013-05-06 | 2014-11-12 | 郑州昊能科技有限公司 | Novel visual-audio gravity venous transfusion monitor |
| CN104548266A (en) * | 2014-10-10 | 2015-04-29 | 河南忱诺科技有限公司 | Spherical gravitational venous transfusion monitor |
| CN104548268A (en) * | 2014-10-08 | 2015-04-29 | 河南忱诺科技有限公司 | Spherical full-automatic gravitational venous transfusion monitor |
| WO2017132941A1 (en) * | 2016-02-04 | 2017-08-10 | 金宙科技有限公司 | Liquid flow measuring device |
-
2013
- 2013-05-06 CN CN201320238430.8U patent/CN203609715U/en not_active Expired - Fee Related
Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104138626A (en) * | 2013-05-06 | 2014-11-12 | 郑州昊能科技有限公司 | Novel visual-audio gravity venous transfusion monitor |
| CN104548268A (en) * | 2014-10-08 | 2015-04-29 | 河南忱诺科技有限公司 | Spherical full-automatic gravitational venous transfusion monitor |
| CN104548266A (en) * | 2014-10-10 | 2015-04-29 | 河南忱诺科技有限公司 | Spherical gravitational venous transfusion monitor |
| CN104548266B (en) * | 2014-10-10 | 2018-07-31 | 河南忱诺科技有限公司 | A kind of ball-shape gravity vein transfusion monitor |
| WO2017132941A1 (en) * | 2016-02-04 | 2017-08-10 | 金宙科技有限公司 | Liquid flow measuring device |
| CN108472446A (en) * | 2016-02-04 | 2018-08-31 | 金宙科技有限公司 | Liquid flow measurement device |
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