CN205268430U - Multifunctional water bed - Google Patents
Multifunctional water bed Download PDFInfo
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- CN205268430U CN205268430U CN201620077780.4U CN201620077780U CN205268430U CN 205268430 U CN205268430 U CN 205268430U CN 201620077780 U CN201620077780 U CN 201620077780U CN 205268430 U CN205268430 U CN 205268430U
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Abstract
The utility model discloses a multifunctional water bed, including cover bag, water tank, heater, water pump, shower nozzle group, controller, motor and temperature probe, the cover bag is vertically separated to become left side cover bag and right side cover bag, temperature probe includes temperature probe and body temperature probe, the outlet of water tank pass through the filter with the heater is connected, the heater with the import of water pump is connected, the controller with motor and heater are connected, the motor with the water pump is connected, the controller respectively with temperature probe and body temperature probe are connected. The utility model discloses it still is high fever patient's cooling water bed simultaneously not only to have realized patient's automation and stood up the function, still realized that thoracic surgical operation and lung infect back patient's from bottom to top, out -of -the -way function is kowtowed in outside -in's automation simultaneously, alleviateed nursing staff's intensity of labour widely, also is heat -conduction treatment water bed, has the adjunctie therapy efficiency to patient.
Description
Technical field
The utility model belongs to technical field of medical instruments, particularly relates to a kind of Multi-function water bed.
Background technology
Standing up action for a healthy person is an easy thing, but for some urgent patients or the physical disabilities not treatable patient of life, stand up but very difficult, if can not get nursing good in time, the position such as patients back and buttocks is pressed for a long time, poor blood circulation, very easily there is when injected organism tissue ischemic necrosis and cause bedsore, therefore it is pre-counteracting bedsores, paramedic need to patient's timing turning over, general 2 hours 1 time, around the clock, this kind of method brings great labour intensity to paramedic.
For solving the problem that patient stands up, the patent No. 201410690188.7 discloses a kind of automatic turnover bed, comprise bedstead, be arranged on bedstead stand up assembly and the drive unit of assembly action is stood up in driving, the described assembly that stands up comprises that plate is stood up on a left side, plate is stood up on the right side and is located at the central panel in the middle of both, plate is stood up by longitudinal rotating shaft and a left side respectively in the left and right sides of central panel and the right side is stood up plate and is rotationally connected, described bedstead is provided with the rotating support groove for supporting longitudinal rotating shaft, and rotating support groove top is provided with the opening be convenient to longitudinal rotating shaft and move up and down; Described drive unit comprises and is arranged at bedstead and a left side is stood up being used between plate and driven and left stand up the left side that plate stirs up or down and stand up drive unit and be arranged at bedstead and the right side is stood up being used between plate and driven and right stand up the right side that plate stirs up or down and stand up drive unit; A described left side is stood up to be connected with between plate and central panel lower surface and is lifted linkage system for driving central panel to stand up, with a left side, the left side that plate stirs up or down, and the right side is stood up to be connected with between plate and central panel lower surface and lifted linkage system for driving central panel to stand up, with the right side, the right side that plate stirs up or down. Though this patent solves the technical problem that patient stands up, however, it will be apparent that its one-piece construction is quite complicated, manufacturing cost height, and mechanical component are rigid object, rigid object stands up to patient, and patient can feel uncomfortable, even patient is caused damage, it is possible to increase the weight of the state of an illness of patient.
Through the patient of thoracic surgery and pulmonary infection, patient cannot take care of oneself ground expectoration phlegm liquid, therefore after patient is clear-headed, paramedic need to encourage immediately and assist patient to carry out deeply breathing and coughing, every 1-2 hour 1 time, first the back of the body is kowtowed to patient before cough, kowtow from bottom to top unlucky, ecto-entad tapping is shaken, make to be present in the lobe of the lung, the secretory product at lung section place loosen and flow in segmental bronchus, then advise patient to do to deeply breathe, more slowly tussicula for several times, productive cough being gone out, this brings great labour intensity to paramedic. Meanwhile, especially in the winter of cold, ice-cold sick bed brings extremely uncomfortable sense to severe patient, and conventional electric blanket heating is not only dangerous but also easily makes patient get angry, and increases the weight of the state of an illness. But for hyperpyretic patient, usually adopting cooling blanket patient to be lowered the temperature, patient can not produce shiver with cold, feels comfortable, accelerates the rehabilitation of disease simultaneously. Then aforesaid device is functional all more single, the patient of corresponding different situations, needs respectively more exchange device to process, substantially increases the labour intensity of paramedic, it may also be useful to inconvenient, it is to increase manufacturing cost height.
Practical novel content
The purpose of this utility model is just to overcome the deficiencies in the prior art, provide a kind of Multi-function water bed, the utility model is by force functional, economical and practical, not only achieve the automatic body turning function of patient, after also achieving thoracic surgery and pulmonary infection simultaneously patient from bottom to top, ecto-entad automatically kowtow back of the body function, alleviate the labour intensity of paramedic widely, simultaneously or the cooling water bed of hyperpyretic patient, also it is thermal conduction treatment water bed, patient is had adjuvant treatment efficacy.
In order to realize above-mentioned purpose, a kind of Multi-function water bed that the utility model provides, comprise cuff, water tank, heating and cooling device, water pump, jet head sets, controller, motor and temp probe, described cuff is longitudinally separated into left cuff and right cuff, described temp probe comprises water temperature probe and body temperature probe, the water port of described water tank is connected with described heating and cooling device by strainer, described heating and cooling device is connected with the import of described water pump, described controller is connected with heating and cooling device with described motor, described motor is connected with described water pump, described controller is connected with body temperature probe with described water temperature probe respectively,
Described left cuff and right cuff are provided with water-in and water outlet, the water outlet of described left cuff is connected by the water return outlet of left export pipeline with described water tank, the water outlet of described right cuff is returned by the backwater of right export pipeline with described water tank and is connected, described left export pipeline is provided with left outlet magnetic valve, described right export pipeline is provided with right outlet magnetic valve;
The water-in of described left cuff is connected with described water pump outlet by left inlet ductwork; The water-in of described right cuff is connected with described water pump outlet by right inlet ductwork; Described left inlet ductwork is provided with left inlet solenoid valve, described right inlet ductwork is provided with right inlet solenoid valve;
Described jet head sets comprises left jet head sets and right jet head sets, described left jet head sets and right jet head sets are separately positioned in described left cuff and right cuff, described left jet head sets is connected with described water pump outlet by left pipeline group, and described right jet head sets is connected with described water pump outlet by right pipeline group;
Described left pipeline group comprise some and downlink connection part pipeline on the left side, described in part on the left side pipeline be provided with left magnetic valve; Described right pipeline group comprise some and downlink connection part pipeline on the right side, described in part on the right side pipeline be provided with right magnetic valve;
Described left outlet magnetic valve, right outlet magnetic valve, left inlet solenoid valve, right inlet solenoid valve, left magnetic valve are all connected with described controller with right magnetic valve;
Further, described left jet head sets and right jet head sets include the lower row's shower nozzle arranged from bottom to top with ecto-entad, in under arrange shower nozzle, in upper row's shower nozzle and upper row's shower nozzle, described lower row's shower nozzle, in under arrange shower nozzle, in upper row's shower nozzle and upper row's shower nozzle be two shower nozzles being arranged side by side, what described left pipeline group was corresponding comprise four and downlink connection part pipeline on the left side, what described right pipeline group was corresponding comprise four and downlink connection part pipeline on the right side, described four and downlink connection part on the left side pipeline respectively with lower row's shower nozzle of described left jet head sets, in under arrange shower nozzle, in upper row's shower nozzle be connected with upper row's shower nozzle, described four and downlink connection part on the right side pipeline respectively with lower row's shower nozzle of described right jet head sets, in under arrange shower nozzle, in upper row's shower nozzle be connected with upper row's shower nozzle.
Further, lower row's shower nozzle that described left jet head sets and right jet head sets include, under arrange shower nozzle, in upper row's shower nozzle and upper row's shower nozzle offset from bottom to top successively longitudinally apart from equal, the longitudinal direction distance h partially claimed is 3��8cm.
Further, lower row's shower nozzle that described left jet head sets and right jet head sets include, under arrange shower nozzle, in upper row's shower nozzle equal with the transverse distance of upper row's shower nozzle successively ecto-entad skew, lower row's shower nozzle that described left jet head sets comprises, under arrange shower nozzle, in the angle �� of upper row's shower nozzle and the central point wire of upper row's shower nozzle and the separation line of described left cuff and right cuff be 30-38 ��; Lower row's shower nozzle that described right jet head sets comprises, under arrange shower nozzle, in the angle �� of upper row's shower nozzle and the central point wire of upper row's shower nozzle and the separation line of described left cuff and right cuff be 20-28 ��.
Further, the distance s of described two shower nozzles is 6��10cm.
Further, described cuff is provided with human figure, described left jet head sets is corresponding with the left thoracic cavity of human body and the position of right thoracic cavity respectively with right jet head sets.
Further, the water port of described water tank is connected with described strainer by pipeline, and described pipeline is provided with switch electromagnetic valve, and described switch electromagnetic valve is connected with described controller.
Further, the back side of described left cuff and right cuff outside surface all scribbles thermal insulation layer.
Further, described water temperature probe comprises left water temperature probe and right water temperature probe, and described left water temperature probe is arranged in described left cuff, and described right water temperature probe is arranged in described right cuff, the body temperature of described body temperature probe detection human body.
Further, described Multi-function water bed also comprises input unit and indicating meter, and described input unit is all connected with described controller with indicating meter.
When patient need to stand up to the left, under the effect of controller, open the right inlet solenoid valve in right inlet ductwork and the switch electromagnetic valve on water tank outlet pipeline, controller starts electric machine rotation simultaneously, the rotation of motor drives water pump to rotate together, after water in water tank is filtered, filtered water is carried out heating and cooling process by heating and cooling device, water after heating and cooling device processes is under the effect of water pump, flow in right cuff through right inlet ductwork, right cuff is by water inflation, thus achieve patient's automatically standing up to the left, owing to water motion is soft, therefore ensure that comfort level when patient stands up. when patient completes automatic turning to the left after one's death, now under the effect of controller, closing right inlet solenoid valve and switch electromagnetic valve, motor stops rotating.
When patient need to recover to lie on the back, under the effect of controller, opening the right outlet magnetic valve on right export pipeline, the water in right cuff is back in water tank from water outlet through right export pipeline, it is achieved the recycle of water, saving water resource.
With reason, when patient need to stand up to the right, under the effect of controller, open the left inlet solenoid valve in left inlet ductwork and the switch electromagnetic valve on water tank outlet pipeline, controller starts electric machine rotation simultaneously, the rotation of motor drives water pump to rotate together, after water in water tank is filtered, filtered water is carried out heating and cooling process by heating and cooling device, water after heating and cooling device processes is under the effect of water pump, flowing in left cuff through left inlet ductwork, left cuff is by water inflation, thus achieves patient's automatically standing up to the right. When patient need to recover to lie on the back, under the effect of controller, opening the left outlet magnetic valve on left export pipeline, the water in left cuff is back in water tank from water outlet through left export pipeline, it is achieved the recycle of water.
Before patient after thoracic surgery and pulmonary infection needs expectoration phlegm liquid, patient is according to the human figure in cuff, sleep accordingly in corresponding position, so that left jet head sets and right jet head sets are directed at left thoracic cavity and the right thoracic cavity of patient respectively, under the effect of controller, open the switch electromagnetic valve on water tank outlet pipeline, controller starts electric machine rotation simultaneously, the rotation of motor drives water pump to rotate together, after water in water tank is filtered, filtered water is carried out heating and cooling process by heating and cooling device, water after heating and cooling device processes, deliver under the effect of water pump in left pipeline group and right pipeline group. now controller open first simultaneously be connected with lower row's shower nozzle of right jet head sets with left jet head sets part pipeline and the left magnetic valve that parts on the right side on pipeline and right magnetic valve on the left side, water is from lower row's shower nozzle ejection of left jet head sets and right jet head sets, produce to impact concussion from the water of shower nozzle ejection to the back of patient, and then open successively simultaneously with left jet head sets and right jet head sets under arrange shower nozzle, in upper row's shower nozzle be connected with upper row's shower nozzle part pipeline and the left magnetic valve parting on the right side on pipeline and right magnetic valve on the left side, lower row's shower nozzle of left jet head sets and right jet head sets is realized by controller, in under arrange shower nozzle, in the sequential of upper row's shower nozzle and upper row's shower nozzle open, thus realize the automatic back to patient from bottom to top, the impact concussion of ecto-entad, make to be present in the lobe of the lung, the secretory product at lung section place loosens and flow in segmental bronchus, then slowly tussicula phlegm liquid, dramatically reduce the labour intensity of paramedic. after completing aforesaid operations, under the effect of controller, open the left outlet magnetic valve on left export pipeline and the right outlet magnetic valve on right export pipeline, thus the water in left cuff and right cuff is back in water tank, it is achieved the recycle of water, saving water resource.
When cuff is as the water bed used time, under the effect of controller, open the right inlet solenoid valve in the switch electromagnetic valve on water tank outlet pipeline, right inlet ductwork and the left inlet solenoid valve in left inlet ductwork, controller starts electric machine rotation simultaneously, the rotation of motor drives water pump to rotate together, after water in water tank is filtered, filtered water is carried out heating and cooling process by heating and cooling device, water after heating and cooling device processes, deliver under the effect of water pump in left inlet ductwork and right inlet ductwork, thus flow in left cuff and right cuff. When not needing water bed, under the effect of controller, open the left outlet magnetic valve on left export pipeline and the right outlet magnetic valve on right export pipeline, water in left cuff is back in water tank from water outlet through left export pipeline, water in right cuff is back in water tank from water outlet through right export pipeline, it is achieved the recycle of water.
In aforesaid operations process, filtered water is carried out heating and cooling process by heating and cooling device, it is according to the number of body temperature probe detection to patient temperature, and the temperature signals detected is sent to controller, control heating and cooling device to the heating and cooling situation of water by controller.
When the water flow in cuff is hot water, the water temperature of hot water can conduct to the skin of patients back local, improves the blood circulation of patient, regulates the body temperature of patient, patient plays effect of assisting therapy. When the water flowing to cuff is cold water, it is possible to hyperpyretic patient is carried out cooling process, improves the body temperature of patient, accelerate the rehabilitation of patient.
Left water temperature probe in left cuff and the right water temperature probe in right cuff, for the situation of water temperature in the left cuff of Real-Time Monitoring and right cuff, and the water temperature signal of monitoring is sent to controller, after controller receives water temperature signal, according to the temperature signals that body temperature probe sends, whether the water temperature that controller analyzing and processing differentiated in left cuff or right cuff afterwards meets the requirements, whether to open the left outlet magnetic valve on left export pipeline or the right outlet magnetic valve on right export pipeline, so that the water in left cuff or right cuff is back to water tank.
Compared with prior art, the beneficial effects of the utility model: the utility model is by force functional, economical and practical, not only achieve the automatic body turning function of patient, after also achieving thoracic surgery and pulmonary infection simultaneously patient from bottom to top, ecto-entad automatically kowtow back of the body function, alleviate the labour intensity of paramedic widely, simultaneously or the cooling water bed of hyperpyretic patient, also it is thermal conduction treatment water bed, patient is had adjuvant treatment efficacy. And the water cycle in water tank uses, save water resources; Controlled the Kai Heguan of each magnetic valve simultaneously by controller, realize the logical of each pipeline and close, easy to use and control, it is to increase level of automation.
Accompanying drawing explanation
In order to be illustrated more clearly in the utility model embodiment or technical scheme of the prior art, it is briefly described to the accompanying drawing used required in embodiment or description of the prior art below, apparently, accompanying drawing in the following describes is only embodiments more of the present utility model, for those of ordinary skill in the art, under the prerequisite not paying creative work, it is also possible to obtain other accompanying drawing according to these accompanying drawings.
Fig. 1 is the frame principle of the utility model embodiment.
Fig. 2 is structural representation of the present utility model.
Fig. 3 is the partial schematic diagram of Fig. 2.
Above-mentioned Reference numeral:
1 water tank, 2 strainers, 3 heating and cooling devices, 4 water pumps, 5 jet head sets, 6 liquid level sensors, 7 controllers, 8 motors, 9 water temperature probes, 10 body temperature probes, 11 left cuffs, 12 right cuffs, the left jet head sets of 5-1, the right jet head sets of 5-2.
Embodiment
Below in conjunction with accompanying drawing to the novel further explanation of practicality, but it is not used for limiting scope of the present utility model.
Embodiment one
Such as Fig. 1, shown in 2, a kind of Multi-function water bed that the utility model provides, comprise cuff, water tank 1, heating and cooling device 3, water pump 4, jet head sets 5, controller 7, motor 8 and temp probe, described cuff is longitudinally separated into left cuff 11 and right cuff 12, described temp probe comprises water temperature probe 9 and body temperature probe 10, the water port of described water tank 1 is connected with described heating and cooling device 3 by strainer 2, described heating and cooling device 3 is connected with the import of described water pump 4, described controller 7 is connected with heating and cooling device 3 with described motor 8, described motor 8 is connected with described water pump 4, described controller 7 is connected with described water temperature probe 9 and body temperature probe 10 respectively.
Described left cuff 11 and right cuff 12 are provided with water-in and water outlet, the water outlet of described left cuff 11 is connected by the water return outlet of left export pipeline with described water tank 1, the water outlet of described right cuff 12 is returned by the backwater of right export pipeline with described water tank 1 and is connected, described left export pipeline is provided with left outlet magnetic valve, described right export pipeline is provided with right outlet magnetic valve.
The water-in of described left cuff 11 is connected by the outlet of left inlet ductwork with described water pump 4; The water-in of described right cuff 12 is connected by the outlet of right inlet ductwork with described water pump 4; Described left inlet ductwork is provided with left inlet solenoid valve, described right inlet ductwork is provided with right inlet solenoid valve.
Described jet head sets 5 comprises left jet head sets 5-1 and right jet head sets 5-2, described left jet head sets 5-1 and right jet head sets 5-2 is separately positioned in described left cuff 11 and right cuff 12, described left jet head sets 5-1 is connected by the outlet of left pipeline group with described water pump 4, and described right jet head sets 5-2 is connected by the outlet of right pipeline group with described water pump 4.
Described left pipeline group comprise some and downlink connection part pipeline on the left side, described in part on the left side pipeline be provided with left magnetic valve; Described right pipeline group comprise some and downlink connection part pipeline on the right side, described in part on the right side pipeline be provided with right magnetic valve.
Described left outlet magnetic valve, right outlet magnetic valve, left inlet solenoid valve, right inlet solenoid valve, left magnetic valve are all connected with described controller 7 with right magnetic valve.
The water port of water tank 1 described in the utility model is connected with described strainer 2 by pipeline, and described pipeline is provided with switch electromagnetic valve, and described switch electromagnetic valve is connected with described controller 7.
The principle of work that the utility model realizes patient in automatic turning is as follows:
When patient need to stand up to the left, under the effect of controller 7, open the right inlet solenoid valve in right inlet ductwork and the switch electromagnetic valve on water tank outlet pipeline, controller 7 starts motor 8 simultaneously and rotates, the rotation of motor 8 drives water pump 4 to rotate together, water in water tank 1 is after filter 2 filters, filtered water is carried out heating and cooling process by heating and cooling device 3, water after heating and cooling device 3 processes is under the effect of water pump 4, gently flow in right cuff 12 through right inlet ductwork, right cuff 12 is slowly by water inflation, thus achieve patient's automatically standing up to the left, owing to water motion is soft, therefore ensure that comfort level when patient stands up. when patient completes automatic turning to the left after one's death, now under the effect of controller 7, closing right inlet solenoid valve and switch electromagnetic valve, motor 8 stops rotating.
When patient need to recover to lie on the back, under the effect of controller 7, opening the right outlet magnetic valve on right export pipeline, the water in right cuff 12 is back in water tank 1 from water outlet through right export pipeline, it is achieved the recycle of water, saving water resource.
With reason, when patient need to stand up to the right, under the effect of controller 7, open the left inlet solenoid valve in left inlet ductwork and the switch electromagnetic valve on water tank outlet pipeline, controller 7 starts motor 8 simultaneously and rotates, the rotation of motor 8 drives water pump 4 to rotate together, water in water tank 1 is after filter 2 filters, filtered water is carried out heating and cooling process by heating and cooling device 3, water after heating and cooling device 3 processes is under the effect of water pump 4, flowing in left cuff 11 through left inlet ductwork, left cuff 11 is by water inflation, thus achieves patient's automatically standing up to the right. When patient need to recover to lie on the back, under the effect of controller 7, opening the left outlet magnetic valve on left export pipeline, the water in left cuff 11 is back in water tank 1 from water outlet through left export pipeline, it is achieved the recycle of water.
The utility model is further, described left jet head sets 5-1 and right jet head sets 5-2 includes the lower row's shower nozzle arranged from bottom to top with ecto-entad, in under arrange shower nozzle, in upper row's shower nozzle and upper row's shower nozzle, described lower row's shower nozzle, in under arrange shower nozzle, in upper row's shower nozzle and upper row's shower nozzle be two shower nozzles being arranged side by side, what described left pipeline group was corresponding comprise four and downlink connection part pipeline on the left side, what described right pipeline group was corresponding comprise four and downlink connection part pipeline on the right side, described four and downlink connection part on the left side pipeline respectively with lower row's shower nozzle of described left jet head sets 5-1, in under arrange shower nozzle, in upper row's shower nozzle be connected with upper row's shower nozzle, described four and downlink connection part on the right side pipeline respectively with lower row's shower nozzle of described right jet head sets 5-2, in under arrange shower nozzle, in upper row's shower nozzle be connected with upper row's shower nozzle.
Being provided with human figure in cuff described in the utility model, described left jet head sets 5-1 is corresponding with the left thoracic cavity of human body and the position of right thoracic cavity respectively with right jet head sets 5-2.
The utility model realize thoracic surgery and pulmonary infection after patient from bottom to top, that ecto-entad kowtows the principle of work of the back of the body automatically is as follows:
Before patient after thoracic surgery and pulmonary infection art needs expectoration phlegm liquid, patient is according to the human figure in cuff, sleep accordingly in corresponding position, so that left jet head sets 5-1 and right jet head sets 5-2 is directed at left thoracic cavity and the right thoracic cavity of patient respectively, under the effect of controller 7, open the switch electromagnetic valve on water tank 1 water port pipeline, controller 7 starts motor 8 simultaneously and rotates, the rotation of motor 8 drives water pump 4 to rotate together, water in water tank 1 is after filter 2 filters, filtered water is carried out heating and cooling process by heating and cooling device 3, water after heating and cooling device 3 processes, deliver under the effect of water pump 4 in left pipeline group and right pipeline group. now controller 7 open first simultaneously be connected with lower row's shower nozzle of right jet head sets 5-2 with left jet head sets 5-1 part pipeline and the left magnetic valve that parts on the right side on pipeline and right magnetic valve on the left side, water is from lower row's shower nozzle ejection of left jet head sets and right jet head sets, produce to impact concussion from the water of shower nozzle ejection to the back of patient, and then open successively simultaneously with left jet head sets and right jet head sets under arrange shower nozzle, in upper row's shower nozzle be connected with upper row's shower nozzle part pipeline and the left magnetic valve parting on the right side on pipeline and right magnetic valve on the left side, lower row's shower nozzle of left jet head sets 5-1 and right jet head sets 5-2 is realized by controller 7, in under arrange shower nozzle, in the sequential of upper row's shower nozzle and upper row's shower nozzle open, thus realize the automatic back to patient from bottom to top, the impact concussion of ecto-entad, make to be present in the lobe of the lung, the secretory product at lung section place loosens and flow in segmental bronchus, then slowly tussicula phlegm liquid, dramatically reduce the labour intensity of paramedic. after completing aforesaid operations, under the effect of controller 7, open the left outlet magnetic valve on left export pipeline and the right outlet magnetic valve on right export pipeline, thus the water in left cuff 11 and right cuff 12 is back in water tank 1, realize the recycle of water, saving water resource.
Shown in Figure 3, lower row's shower nozzle that described left jet head sets 5-1 and right jet head sets 5-2 comprises, under arrange shower nozzle, in upper row's shower nozzle and upper row's shower nozzle offset from bottom to top successively longitudinally apart from equal, the longitudinal direction distance h partially claimed is 5cm. Lower row's shower nozzle that described left jet head sets 5-1 and right jet head sets 5-2 includes, under arrange shower nozzle, in upper row's shower nozzle equal with the transverse distance of upper row's shower nozzle successively ecto-entad skew, lower row's shower nozzle that described left jet head sets 5-1 comprises, under arrange shower nozzle, in the angle �� of upper row's shower nozzle and the central point wire of upper row's shower nozzle and the separation line of described left cuff 11 and right cuff 12 be 35��36 ��; Lower row's shower nozzle that described right jet head sets 5-2 comprises, under arrange shower nozzle, in the angle �� of upper row's shower nozzle and the central point wire of upper row's shower nozzle and the separation line of described left cuff 11 and right cuff 12 be 22��25 ��; And the spacing of described two shower nozzles is 8cm.
When cuff is as the water bed used time, under the effect of controller 7, open the switch electromagnetic valve on water tank 1 water port pipeline, right inlet solenoid valve in right inlet ductwork and the left inlet solenoid valve in left inlet ductwork, controller 7 starts motor 8 simultaneously and rotates, the rotation of motor 8 drives water pump 4 to rotate together, water in water tank 1 is after filter 2 filters, filtered water is carried out heating and cooling process by heating and cooling device 3, water after heating and cooling device 3 processes, deliver in left inlet ductwork and right inlet ductwork under the effect of water pump 4, thus flow in left cuff 11 and right cuff 12. when not needing water bed, under the effect of controller 7, open the left outlet magnetic valve on left export pipeline and the right outlet magnetic valve on right export pipeline, water in left cuff 11 is back in water tank 1 from water outlet through left export pipeline, water in right cuff 12 is back in water tank 1 from water outlet through right export pipeline, it is achieved the recycle of water.
In aforesaid operations process, filtered water is carried out heating and cooling process by heating and cooling device 3, be according to body temperature pop one's head in 10 detect patient temperature number, and the temperature signals detected is sent to controller 7, controls heating and cooling device 3 to the heating and cooling situation of water by controller 7.
When the water flow in cuff is hot water, the water temperature of hot water can conduct to the skin of patients back local, improves the blood circulation of patient, regulates the body temperature of patient, patient plays effect of assisting therapy. When the water flowing to cuff is cold water, it is possible to hyperpyretic patient is carried out cooling process, improves the body temperature of patient, accelerate the rehabilitation of patient.
Left water temperature probe in left cuff 11 and the right water temperature probe in right cuff 12, for the situation of water temperature in the left cuff of Real-Time Monitoring 11 and right cuff 12, and the water temperature signal of monitoring is sent to controller 7, after controller 7 receives water temperature signal, temperature signals according to body temperature probe 10 transmission, whether the water temperature that controller 7 analyzing and processing differentiated in left cuff 11 or right cuff 12 afterwards meets the requirements, whether to open the left outlet magnetic valve on left export pipeline or the right outlet magnetic valve on right export pipeline, so that the water in left cuff 11 or right cuff 12 is back to water tank 1.
The back side of left cuff 11 described in the utility model and right cuff 12 outside surface all scribbles thermal insulation layer. For ensureing to flow to the water temperature of hot water in left cuff 11 and right cuff 12, the cuff outside surface not contacted with patients back is coated with thermal insulation layer, namely all coat thermal insulation layer at the back side of left cuff 11 and right cuff 12 outside surface, keep the water temperature of hot water in left cuff 11 and right cuff 12.
The utility model is further, is provided with liquid level sensor 6 in described water tank 1, and described liquid level sensor 6 is connected with described controller 7. The water level of liquid level sensor 6 for detecting in real time in water tank 1, the water level signal of detection is sent to controller 7 by liquid level sensor 6 simultaneously. When the water level in water tank 1 is lower than minimum water level, after the water level signal that controller 7 receiving liquid level sensor 6 sends, send a signal to the switch electromagnetic valve on water tank 1 water port pipeline, to close switch electromagnetic valve, controller 7 sends guard signal to warning howler simultaneously, warning howler sends sound and light alarm, and prompting is in time to adding water in water tank 1.
Multi-function water bed described in the utility model also comprises detector and warning howler, and described detector is connected with described controller 7, and described controller 7 is connected with described warning howler. Detector filters the containing filth amount of rear water for being detected filter 2, when containing filth amount reach the highest set(ting)value time, detector sends a signal to controller 7, controller 7 sends guard signal to warning howler, warning howler sends sound and light alarm, and the filter screen in strainer 3 is changed in prompting in time, to ensure filter effect.
Multi-function water bed described in the utility model also comprises input unit and indicating meter, and described input unit is all connected with described controller with indicating meter. Indicating meter be used for real-time display left water temperature probe and, the temperature of right water temperature probe and body temperature probe detection so that paramedic can know the water temperature condition known intuitively when in front left cuff 11 and right cuff 12, and the body temperature situation of human body. Inputting heating and cooling device 3 by input unit need to the temperature value of water heating and cooling, temperature signals according to body temperature probe 10 detection, the corresponding temperature value of the input of input unit, after controller 7 receives the temperature value signal of input unit input, control heating and cooling device 3 to water heating and cooling situation, controllability can be good, easy to operate.
The utility model is by force functional, economical and practical, not only achieve the automatic body turning function of patient, after also achieving thoracic surgery and pulmonary infection simultaneously patient from bottom to top, ecto-entad automatically kowtow back of the body function, alleviate the labour intensity of paramedic widely, simultaneously or the cooling water bed of hyperpyretic patient, also it is thermal conduction treatment water bed, patient is had adjuvant treatment efficacy. And the water cycle in water tank uses, save water resources; Controlled the Kai Heguan of each magnetic valve simultaneously by controller, realize the logical of each pipeline and close, easy to use and control, it is to increase level of automation.
More than show and describe ultimate principle of the present utility model, main characteristic sum advantage of the present utility model. The technician of the industry should understand; the utility model is not restricted to the described embodiments; what describe in above-described embodiment and specification sheets just illustrates principle of the present utility model; under the prerequisite not departing from the utility model spirit and scope, the utility model also has various changes and modifications, and these changes and improvements all fall within the scope of claimed the utility model. The claimed scope of the utility model by appending claims and etc. jljl define.
Claims (10)
1. a Multi-function water bed, it is characterized in that: comprise cuff, water tank, heating and cooling device, water pump, jet head sets, controller, motor and temp probe, described cuff is longitudinally separated into left cuff and right cuff, described temp probe comprises water temperature probe and body temperature probe, the water port of described water tank is connected with described heating and cooling device by strainer, described heating and cooling device is connected with the import of described water pump, described controller is connected with heating and cooling device with described motor, described motor is connected with described water pump, described controller is connected with body temperature probe with described water temperature probe respectively,
Described left cuff and right cuff are provided with water-in and water outlet, the water outlet of described left cuff is connected by the water return outlet of left export pipeline with described water tank, the water outlet of described right cuff is returned by the backwater of right export pipeline with described water tank and is connected, described left export pipeline is provided with left outlet magnetic valve, described right export pipeline is provided with right outlet magnetic valve;
The water-in of described left cuff is connected with described water pump outlet by left inlet ductwork; The water-in of described right cuff is connected with described water pump outlet by right inlet ductwork; Described left inlet ductwork is provided with left inlet solenoid valve, described right inlet ductwork is provided with right inlet solenoid valve;
Described jet head sets comprises left jet head sets and right jet head sets, described left jet head sets and right jet head sets are separately positioned in described left cuff and right cuff, described left jet head sets is connected with described water pump outlet by left pipeline group, and described right jet head sets is connected with described water pump outlet by right pipeline group;
Described left pipeline group comprise some and downlink connection part pipeline on the left side, described in part on the left side pipeline be provided with left magnetic valve; Described right pipeline group comprise some and downlink connection part pipeline on the right side, described in part on the right side pipeline be provided with right magnetic valve;
Described left outlet magnetic valve, right outlet magnetic valve, left inlet solenoid valve, right inlet solenoid valve, left magnetic valve are all connected with described controller with right magnetic valve.
2. Multi-function water bed according to claim 1, it is characterized in that, described left jet head sets and right jet head sets include the lower row's shower nozzle arranged from bottom to top with ecto-entad, in under arrange shower nozzle, in upper row's shower nozzle and upper row's shower nozzle, described lower row's shower nozzle, in under arrange shower nozzle, in upper row's shower nozzle and upper row's shower nozzle be two shower nozzles being arranged side by side, what described left pipeline group was corresponding comprise four and downlink connection part pipeline on the left side, what described right pipeline group was corresponding comprise four and downlink connection part pipeline on the right side, described four and downlink connection part on the left side pipeline respectively with lower row's shower nozzle of described left jet head sets, in under arrange shower nozzle, in upper row's shower nozzle be connected with upper row's shower nozzle, described four and downlink connection part on the right side pipeline respectively with lower row's shower nozzle of described right jet head sets, in under arrange shower nozzle, in upper row's shower nozzle be connected with upper row's shower nozzle.
3. Multi-function water bed according to claim 2, it is characterized in that, lower row's shower nozzle that described left jet head sets and right jet head sets include, under arrange shower nozzle, in upper row's shower nozzle and upper row's shower nozzle offset from bottom to top successively longitudinally apart from equal, the longitudinal direction distance h partially claimed is 3��8cm.
4. Multi-function water bed according to claim 2, it is characterized in that, lower row's shower nozzle that described left jet head sets and right jet head sets include, under arrange shower nozzle, in upper row's shower nozzle equal with the transverse distance of upper row's shower nozzle successively ecto-entad skew, lower row's shower nozzle that described left jet head sets comprises, under arrange shower nozzle, in the angle �� of upper row's shower nozzle and the central point wire of upper row's shower nozzle and the separation line of described left cuff and right cuff be 30-38 ��; Lower row's shower nozzle that described right jet head sets comprises, under arrange shower nozzle, in the angle �� of upper row's shower nozzle and the central point wire of upper row's shower nozzle and the separation line of described left cuff and right cuff be 20-28 ��.
5. Multi-function water bed according to claim 2, it is characterised in that, the distance s of described two shower nozzles is 6��10cm.
6. Multi-function water bed according to claim 4, it is characterised in that, described cuff is provided with human figure, described left jet head sets is corresponding with the left thoracic cavity of human body and the position of right thoracic cavity respectively with right jet head sets.
7. Multi-function water bed according to claim 1, it is characterised in that, the water port of described water tank is connected with described strainer by pipeline, and described pipeline is provided with switch electromagnetic valve, and described switch electromagnetic valve is connected with described controller.
8. Multi-function water bed according to claim 1, it is characterised in that, the back side of described left cuff and right cuff outside surface all scribbles thermal insulation layer.
9. Multi-function water bed according to claim 1, it is characterized in that, described water temperature probe comprises left water temperature probe and right water temperature probe, and described left water temperature probe is arranged in described left cuff, described right water temperature probe is arranged in described right cuff, the body temperature of described body temperature probe detection human body.
10. Multi-function water bed according to claim 1, it is characterised in that, described Multi-function water bed also comprises input unit and indicating meter, and described input unit is all connected with described controller with indicating meter.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620077780.4U CN205268430U (en) | 2016-01-27 | 2016-01-27 | Multifunctional water bed |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620077780.4U CN205268430U (en) | 2016-01-27 | 2016-01-27 | Multifunctional water bed |
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| CN205268430U true CN205268430U (en) | 2016-06-01 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201620077780.4U Expired - Fee Related CN205268430U (en) | 2016-01-27 | 2016-01-27 | Multifunctional water bed |
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| CN (1) | CN205268430U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105596161A (en) * | 2016-01-27 | 2016-05-25 | 卢雯 | Multifunctional water bed |
| CN108159567A (en) * | 2017-12-28 | 2018-06-15 | 赵瑞兴 | A kind of thoracic surgery protects lung equipment |
| CN108524132A (en) * | 2018-04-28 | 2018-09-14 | 深圳先进技术研究院 | A kind of nursing water bed |
-
2016
- 2016-01-27 CN CN201620077780.4U patent/CN205268430U/en not_active Expired - Fee Related
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105596161A (en) * | 2016-01-27 | 2016-05-25 | 卢雯 | Multifunctional water bed |
| CN108159567A (en) * | 2017-12-28 | 2018-06-15 | 赵瑞兴 | A kind of thoracic surgery protects lung equipment |
| CN108524132A (en) * | 2018-04-28 | 2018-09-14 | 深圳先进技术研究院 | A kind of nursing water bed |
| WO2019205623A1 (en) * | 2018-04-28 | 2019-10-31 | 深圳先进技术研究院 | Nursing water bed |
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