CN105534138A - Intelligent remote control electric bed - Google Patents
Intelligent remote control electric bed Download PDFInfo
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- CN105534138A CN105534138A CN201610080347.0A CN201610080347A CN105534138A CN 105534138 A CN105534138 A CN 105534138A CN 201610080347 A CN201610080347 A CN 201610080347A CN 105534138 A CN105534138 A CN 105534138A
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- motor
- bed board
- bed
- leg
- head
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- A—HUMAN NECESSITIES
- A47—FURNITURE; DOMESTIC ARTICLES OR APPLIANCES; COFFEE MILLS; SPICE MILLS; SUCTION CLEANERS IN GENERAL
- A47C—CHAIRS; SOFAS; BEDS
- A47C20/00—Head -, foot -, or like rests for beds, sofas or the like
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- A—HUMAN NECESSITIES
- A47—FURNITURE; DOMESTIC ARTICLES OR APPLIANCES; COFFEE MILLS; SPICE MILLS; SUCTION CLEANERS IN GENERAL
- A47C—CHAIRS; SOFAS; BEDS
- A47C20/00—Head -, foot -, or like rests for beds, sofas or the like
- A47C20/04—Head -, foot -, or like rests for beds, sofas or the like with adjustable inclination
- A47C20/041—Head -, foot -, or like rests for beds, sofas or the like with adjustable inclination by electric motors
Abstract
The invention belongs to the technical field of automatic adjustment of household electric beds, and relates to an intelligent remote control electric bed. A main body structure comprises a head bed plate, a back bed plate, a bottom bed plate, a leg bed plate, a foot bed plate, a head motor, a waist support motor, a back motor, a leg motor, a head connecting rod, a waist connecting rod, a back connecting rod, a leg connecting rod, a waist support frame, bed plate support posts, a back lifting frame, a leg lifting frame, an upper bed body frame, a lower bed body frame, surrounding edges, a reinforcing steel channel, bed feet, bed plate connecting rods, bed plate connectors, rotary articulated parts, guide rail grooves, flanged pulleys, a head motor fixing base, a waist support motor fixing base, a head connecting rod fixing base, a waist motor fixing base, anti-skid baffle rod assemblies, a rolling arm groove and upper frame bed plate fixing parts. Control for ascending or descending of the head, back, legs and waist of the bed is achieved by controlling the head motor, the waist support motor, the back motor and the leg motor.
Description
Technical field:
The invention belongs to household electric movable bed automatic adjustment technology field, relate to a kind of beddo, particularly a kind of intelligent distant control beddo that utilize controller to realize different parts lifting.
Background technology:
Along with socio-economic development and living standards of the people improve, the requirement of people to bed function is also more and more higher, beddo more and more appears at the places such as family, hospital, sanatorium, especially social senilization increases the weight of day by day, young man's rhythm of life is accelerated, the time of looking after old man is fewer and feweri, and the beddo of intelligent humanized design can play certain booster action to the life of old man.The benefit of beddo is a lot, such as beddo can help patient to sit up to lie down, patient left and right within the scope of 0 °-60 ° can be made to stand up arbitrarily, prevent bedsore from generating, assist and improve back lumbar vertebra disease problem, auxiliary quick penetration depth sleep, assists and improves respiratory disease, the interior also embedding toilet of the beddo even had, can help to relieve oneself etc.Therefore, Intelligent electric bed has good market prospects.In order to meet the different requirements of people, beddo requires lightly attractive in appearance, humanization designing, and the lifting that can meet people's different angles differing heights.Had the beddo of multiple different designs style in market, China Patent No. is a kind of Intelligent electric bed disclosed in 201220225916.3, although its simplicity of design, head, waist, leg can be elevated, and human body can not be helped to stand up to about side; China Patent No. is a kind of Intelligent electric bed disclosed in 201420740718.X, can the lifting of comprehensive, multi-angle, but complex structure, and cost is too high, popularizes difficulty.Therefore, seek to design a kind of structure simple, easy to use, economical and practical remote control intelligent electric lift bed, has good economic benefit and social value.
Summary of the invention:
The object of the invention is to the shortcoming overcoming prior art existence, seek a kind of intelligent distant control beddo of design preparation, realized lifting and the left and right sides reversion of the different parts of bed by four motors and remote control system, the adjustment realizing more multi-pose is suitable for multiple Leisure Environment.
For achieving the above object, the intelligent distant control beddo agent structure that the present invention relates to comprises head deck, back bed board, bottom bed board, leg bed board, foot deck, head motor, lumbar support motor, back motor, thigh motor, head connecting rod, waist connecting rod, back linkage, leg link, waist support bracket, bed board support column, back crane, leg crane, bed body upper frame, bed body underframe, surrounding edge, strengthen channel-section steel, cabinet base, bed board connecting rod, bed board connector, rotary hinge fitting, guide-track groove, band edge pulley, head motor fixing seat, lumbar support motor fixing seat, head connecting rod holder, thigh motor holder, anti-skidding lever assembly, roll arm groove and upper frame bed board fixture, corner, the lower end place of the bed body underframe of rectangle rigid structure is shaped with the cabinet base of column structure wide at the top and narrow at the bottom respectively, is shaped with the guide-track groove of U-shaped structure in the framework of the right and left of bed body underframe, the corner place of the bed body upper frame of rectangle rigid structure is fixedly shaped with band edge pulley respectively, and band edge pulley is connected with bed body underframe roller by guide-track groove, and bed body upper frame can slide on bed body underframe when bed board stretches and shrinks, the head deck of platy structure, back bed board, bottom bed board, leg bed board coordinate rotary type to be connected by rotary hinge fitting with foot deck successively, form the planar structure under normal state, head motor is fixed on the bed board of back by head motor fixing seat, the head connecting rod that head motor stretches out is fixedly connected with by the head connecting rod holder be fixed on head deck, head motor, head motor connection lever, head deck and rotary hinge fitting form head jacking system, extended and shrink thus realize the control that is elevated head deck by head driven by motor head connecting rod, lumbar support motor is fixed on the bed board of back by lumbar support motor fixing seat, waist support bracket is rotationally connected by bed board connector and back bed board, the hatch frame of strip is arranged to so that waist support bracket overhangs and regains in the left and right sides of back bed board, waist connecting rod connects lumbar support motor and waist support bracket thus composition lumbar support system, is extended and shrink thus realize the control ejecting with regain to waist support bracket by lumbar support driven by motor waist connecting rod, back motor is fixedly connected on the center on a body underframe, be connected with back crane rotary type by the back linkage of stretching out, the front end of back crane is connected by the arm trough roller dynamic formula that rolls being fixedly installed on back bed board, the rear end of back crane is fixedly connected with bed body underframe, back motor, back linkage, back crane, back bed board and roll arm groove coordinated type and coordinate and form back jacking system, back motor is by controlling the elongation of back linkage and shrinking the scroll-up/down driving back crane thus the control realized the lifting of back bed board, thigh motor is fixedly connected with bed body upper frame by the thigh motor holder be fixed on a body upper frame, thigh motor is connected with one end rotary type of leg crane by the leg link of stretching out, the other end of leg crane is fixed on leg bed board, thigh motor, leg link, leg crane and leg bed board form leg jacking system, and thigh motor is by controlling the elongation of leg link and shrinking the rotation driving leg crane thus the control realized the lifting of leg bed board, the front frame both sides of bed body underframe and bed body upper frame after-frame both sides are fixedly connected with the bed board connecting rod of four rigid strip structures respectively, and four bed board connecting rods are connected to support the subject plane of bed board after bed board rises with the both sides rotary type of back bed board and foot deck by bed board connector respectively, the lifting of leg bed board is ordered about in the rotation of leg crane thus driven rotary articulated elements affects the falling-rising of foot deck, bed body underframe all around four body side frames is fixedly installed multiple bed board support column respectively so that the subject plane of bed board when the subject plane of bed board is set level, bed body underframe surrounding is surrounded by cotton surrounding edge so that the wiping reducing rigid frame is touched, anti-skidding lever assembly is fixedly installed respectively to prevent the backing plate landing be layered on bed board above the corner of bed body underframe, bottom bed board is fixedly connected with bed body upper frame by upper frame bed board fixture, and it is the screw hole structure of 30-60mm that upper frame bed board fixture is provided with 2-6 spacing, to increase the connection contact surface between bed body upper frame and the subject plane of bed board, inside is provided with the head motor of remote control circuit controlling functions, lumbar support motor, back motor are all connected telecommunications by cable with power supply with thigh motor and cease UNICOM and coordinate forming control system, controls the operation of the subject plane of bed board to realize user.
The agent structure of the waist support bracket that the present invention relates to comprises waist base tube, is rotationally connected sheet, lumbar support motor bull stick and connecting hole; Structure be L-type be rotationally connected sheet and lumbar support electric machine rotation bar is fixedly welded on waist base tube, lumbar support motor bull stick is connected with waist link rotatable formula; Lumbar support motor bull stick right angle end has connecting hole, is rotationally connected sheet and is connected with back bed board rotary type by the bed board connector being arranged on correspondence position on the bed board of back with connecting hole; The elongation of lumbar support driven by motor waist connecting rod is shunk thus traction is rotationally connected sheet and lumbar support motor bar rotation, realizes controlling ejecting and regaining of waist base tube.
The agent structure of the back crane that the present invention relates to comprises transmission arm, transmission base tube, back motor bull stick and drive; The transmission arm of up-narrow and down-wide rigid structure is fixed on the two ends of transmission base tube, drive be fixed on transmission arm free end and with roll arm trough roller dynamic formula and contact; One end of back motor bull stick is fixed on transmission base tube, and the other end is connected with back linkage rotary type; The elongation of back driven by motor back linkage and contraction thus affect back motor bar rotation, realize controlling the motion of transmission arm and drive rolled rolling in arm groove, controlling the lifting of back bed board.
The agent structure of the leg crane that the present invention relates to comprises flank groove, physa pipe, thigh motor bull stick, transmission inclined tube and stator; Structure is that the physa pipe two ends that flank groove and the pipe thickness of U-shaped strip is 2.5-4.0mm are fixedly connected with, the notch of flank groove is outside, pocket bottom is fixedly connected with leg bed board, and one end of thigh motor bull stick is fixedly installed on physa pipe, and the other end is connected with leg link rotary type; Length is that the transmission inclined tube of 50-100mm is fixedly installed in the inner chamber of thigh motor bull stick; Physa pipe is fixedly connected with foot deck by stator with transmission inclined tube; Thigh motor drive leg link is extended and is shunk thus affects the rotation of thigh motor bull stick, realizes the lifting controlling flank groove, transmission inclined tube and leg bed board.
The agent structure of the bed body upper frame that the present invention relates to comprises pipe, thigh motor holder, upper frame bed board fixture, band edge pulley, holddown groove, horizontal reinforced pipe, pulley stator and brace; Five thickness is the frame-like that the rigid circular pipe of 1.5-3.0mm is welded to each other into day character form structure, pipe is welded with horizontal reinforced pipe, to prevent pipe stress deformation; Band edge pulley is separately fixed at a corner for body upper frame by the pulley mount be welded on pipe, and the mouth of pipe of pipe outer seals by pulley mount; Form day font structure framework in left side pipe and middle pipe between transverse weld have holddown groove, by holddown groove, the subject plane of bed board is fixedly connected with bed body upper frame, thigh motor holder is divided into two symmetrical stators and is welded on left side pipe and middle pipe, be screwed on the subject plane of bed board, so that the power decentralized of thigh motor is propagated simultaneously; Two, left and right in the framework of day font structure pipe is fixedly installed brace to connect back crane and foot deck respectively.
The agent structure of the bed body underframe that the present invention relates to comprises guide-track groove, chamfering part, front and back groove, the first stay pipe, the second stay pipe, back motor cabinet and reinforcement; The guide-track groove of the U-shaped structure that hot pressing is processed into and front and back groove become the frame structure of bed body underframe by chamfering part fixed Combination; The inner side of guide-track groove and front and back groove is symmetrically arranged with to strengthen cell body intensity respectively and length is the reinforcement of 30-50mm, and guide-track groove and front and back groove insert the side of chamfering part respectively, by the bed-type regulating the position of inserting to form different size; Bed board support column is fixedly installed on the two ends of guide-track groove and front and back groove, the rear support bed board so that the subject plane of bed board lies low; Second stay pipe is welded on guide-track groove, first stay pipe is welded on front and back groove and the second stay pipe, the one end of welding with the second stay pipe at the first stay pipe is fixedly installed back motor cabinet, strengthened the intensity of bed body underframe by the first stay pipe and the second stay pipe, the power decentralized being simultaneously convenient to back motor is propagated.
The agent structure of the anti-skidding lever assembly that the present invention relates to comprises lever and briquetting; The briquetting of rigidity waist type structure is fixed on the corner place of a body underframe, and the two ends of strip lever are single radial cut waist type structure, so that insert briquetting and pin, prevents the mattress of lay on the subject plane of bed board from gliding.
The present invention compared with prior art, head to bed, back, leg and the rising of waist or the control of decline is realized by controlling head motor, lumbar support motor, back motor and thigh motor, particularly can realize the control to lumbar support and left and right sides reversion, realize many attitude arbitrarily to regulate, be applicable to various rest environment, meet man-machine structure; Its mechanism is simple, and principle is reliable, and support strength is high, and lift adjustment is effective, and control operation is easy to be understandable, long service life, and cost of manufacture is low, and applied environment is friendly.
Accompanying drawing illustrates:
Fig. 1 is the agent structure principle schematic of the intelligent distant control beddo that the present invention relates to.
Fig. 2 is the agent structure side-looking principle schematic of the intelligent distant control beddo that the present invention relates to.
Fig. 3 is the structural principle schematic diagram of the waist support bracket that the present invention relates to.
Fig. 4 is the structural principle schematic diagram of the back crane that the present invention relates to.
Fig. 5 is the structural principle schematic diagram of the leg crane that the present invention relates to.
Fig. 6 is the structural principle schematic diagram of the bed body upper frame that the present invention relates to.
Fig. 7 is the structural principle schematic diagram of the bed body underframe that the present invention relates to.
Fig. 8 is the structural principle schematic diagram of the anti-skidding lever assembly that the present invention relates to.
Detailed description of the invention:
Below by accompanying drawing, also the invention will be further described in conjunction with the embodiments.
Embodiment 1:
The intelligent distant control beddo that the present embodiment relates to, its agent structure comprises head deck 1, back bed board 2, bottom bed board 3, leg bed board 4, foot deck 5, head motor 6, lumbar support motor 7, back motor 8, thigh motor 9, head connecting rod 10, waist connecting rod 11, back linkage 12, leg link 13, waist support bracket 14, bed board support column 15, back crane 16, leg crane 17, bed body upper frame 18, bed body underframe 19, surrounding edge 20, strengthen channel-section steel 21, cabinet base 22, bed board connecting rod 23, bed board connector 24, rotary hinge fitting 25, guide-track groove 26, band edge pulley 27, head motor fixing seat 28, lumbar support motor fixing seat 29, head connecting rod holder 30, thigh motor holder 31, anti-skidding lever assembly 32, roll arm groove 33 and upper frame bed board fixture 34, corner, the lower end place of the bed body underframe 19 of rectangle rigid structure is shaped with the cabinet base 22 of column structure wide at the top and narrow at the bottom respectively, is shaped with the guide-track groove 26 of U-shaped structure in the framework of the right and left of bed body underframe 19, the corner place of the bed body upper frame 18 of rectangle rigid structure is fixedly shaped with band edge pulley 27 respectively, band edge pulley 27 is connected with bed body underframe 19 roller by guide-track groove 26, and bed body upper frame 18 can slide on bed body underframe 19 when bed board stretches and shrinks, the head deck 1 of platy structure, back bed board 2, bottom bed board 3, leg bed board 4 coordinate rotary type to be connected by rotary hinge fitting 25 with foot deck 5 successively, form the planar structure under normal state, head motor 6 is fixed on back bed board 2 by head motor fixing seat 28, the head connecting rod 10 that head motor 6 stretches out is fixedly connected with by the head connecting rod holder 30 be fixed on head deck 1, head motor 6, head motor connection lever 10, head deck 1 and rotary hinge fitting 25 form head jacking system, drive head connecting rod 10 to extend and shrink thus realize the control that is elevated head deck 1 by head motor 6, lumbar support motor 7 is fixed on back bed board 2 by lumbar support motor fixing seat 29, waist support bracket 14 is rotationally connected by bed board connector 24 and back bed board 2, the hatch frame of strip is arranged to so that waist support bracket 14 overhangs and regains in the left and right sides of back bed board 2, waist connecting rod 11 connects lumbar support motor 7 and waist support bracket 14 thus composition lumbar support system, drives waist connecting rod 11 to extend and shrink thus realize the control ejecting with regain to waist support bracket by lumbar support motor 7, back motor 8 is fixedly connected on the center on a body underframe 19, be connected with back crane 16 rotary type by the back linkage 12 of stretching out, the front end of back crane 16 is connected by arm groove 33 roller that rolls being fixedly installed on back bed board 2, the rear end of back crane 16 is fixedly connected with bed body underframe 19, back motor 8, back linkage 12, back crane 16, back bed board 2 and roll arm groove 33 coordinated type and coordinate and form back jacking system, back motor 8 passes through the elongation of control back linkage 12 and shrinks the scroll-up/down driving back crane 16 thus the control realized back bed board 2 lifting, thigh motor 9 is fixedly connected with bed body upper frame 18 by the thigh motor holder 31 be fixed on a body upper frame 18, thigh motor 9 is connected with one end rotary type of leg crane 17 by the leg link 13 of stretching out, the other end of leg crane 17 is fixed on leg bed board 3, thigh motor 9, leg link 13, leg crane 17 and leg bed board 4 form leg jacking system, and thigh motor 9 is passed through the elongation of control leg link 13 and shunk the rotation driving leg crane 17 thus the control realized leg bed board 4 lifting, bed board connecting rod 23, four bed board connecting rods 23 that the front frame both sides of bed body underframe 19 and bed body upper frame 18 after-frame both sides are fixedly connected with four rigid strip structures are respectively connected to support the subject plane of bed board after bed board rises with the both sides rotary type of back bed board 2 and foot deck 5 by bed board connector 24 respectively, the lifting of leg bed board 4 is ordered about in the rotation of leg crane 17 thus driven rotary articulated elements 25 affects the falling-rising of foot deck 5, bed body underframe 19 all around four body side frames is fixedly installed multiple bed board support column 15 respectively so that the subject plane of bed board when the subject plane of bed board is set level, bed body underframe 19 surrounding is surrounded by cotton surrounding edge 20 so that the wiping reducing rigid frame is touched, anti-skidding lever assembly 32 is fixedly installed respectively to prevent the backing plate landing be layered on bed board above the corner of bed body underframe 19, bottom bed board 3 is fixedly connected with bed body upper frame 18 by upper frame bed board fixture 34, it is the screw hole structure of 30-60mm that upper frame bed board fixture 34 is provided with 2-6 spacing, to increase the connection contact surface between bed body upper frame 18 and the subject plane of bed board, inside is provided with the head motor 6 of remote control circuit controlling functions, lumbar support motor 7, back motor 8 are all connected telecommunications by cable with power supply with thigh motor 9 and cease UNICOM and coordinate forming control system, controls the operation of the subject plane of bed board to realize user.
The agent structure of the waist support bracket 14 that the present embodiment relates to comprises waist base tube 141, is rotationally connected sheet 142, lumbar support motor bull stick 143 and connecting hole 144; Structure be L-type be rotationally connected sheet 142 and lumbar support electric machine rotation bar 143 is fixedly welded on waist base tube 141, lumbar support motor bull stick 143 is connected with waist connecting rod 11 rotary type; Lumbar support motor bull stick 143 right angle end has connecting hole 144, is rotationally connected sheet 142 and is connected with back bed board 2 rotary type by the bed board connector 24 being arranged on correspondence position on back bed board 2 with connecting hole 144; Lumbar support motor 7 drives the elongation of waist connecting rod 11 to shrink thus traction is rotationally connected sheet 142 and lumbar support motor bull stick 143 rotates, and realizes controlling ejecting and regaining of waist base tube 141.
The agent structure of the back crane 16 that the present embodiment relates to comprises transmission arm 161, transmission base tube 162, back motor bull stick 163 and drive 164; The transmission arm 161 of up-narrow and down-wide rigid structure is fixed on the two ends of transmission base tube 162, drive 164 be fixed on transmission arm 161 free end and with roll arm groove 33 roller and contact; One end of back motor bull stick 163 is fixed on transmission base tube 162, and the other end is connected with back linkage 12 rotary type; The elongation of back driven by motor back linkage 12 and contraction thus affect back motor bull stick 163 to rotate, realize controlling the motion of transmission arm 161 and drive 164 rolled rolling in arm groove 33, controlling the lifting of back bed board 2.
The agent structure of the leg crane 17 that the present embodiment relates to comprises flank groove 171, physa pipe 172, thigh motor bull stick 173, transmission inclined tube 174 and stator 175; Structure is that physa pipe 172 two ends that flank groove 171 and the pipe thickness of U-shaped strip is 2.5-4.0mm are fixedly connected with, the notch of flank groove 171 is outside, pocket bottom is fixedly connected with leg bed board 4, one end of thigh motor bull stick 173 is fixedly installed on physa pipe 172, and the other end is connected with leg link 13 rotary type; Length is that the transmission inclined tube 174 of 50-100mm is fixedly installed in the inner chamber of thigh motor bull stick 173; Physa pipe 172 is fixedly connected with foot deck 5 by stator 175 with transmission inclined tube 174; Thigh motor 9 drives leg link 13 to extend and shrink thus affects the rotation of thigh motor bull stick 173, realizes the lifting controlling flank groove 171, transmission inclined tube 174 and leg bed board 4.
The agent structure of the bed body upper frame 18 that the present embodiment relates to comprises pipe 181, thigh motor holder 31, upper frame bed board fixture 34, band edge pulley 27, holddown groove 182, horizontal reinforced pipe 183, pulley stator 184 and brace 185; Five thickness is the frame-like that the rigid circular pipe 181 of 1.5-3.0mm is welded to each other into day character form structure, pipe 181 is welded with horizontal reinforced pipe 183, to prevent pipe 181 stress deformation; Band edge pulley 27 is separately fixed at a corner for body upper frame 18 by the pulley mount 184 be welded on pipe 181, and the mouth of pipe of pipe 181 outer seals by pulley mount 184; Form day font structure framework in left side pipe and middle pipe between transverse weld have holddown groove 182, by holddown groove 182, the subject plane of bed board is fixedly connected with bed body upper frame 18, thigh motor holder 31 is divided into two symmetrical stators and is welded on left side pipe and middle pipe, be screwed on the subject plane of bed board, so that the power decentralized of thigh motor 9 is propagated simultaneously; Two, left and right in the framework of day font structure pipe 181 is fixedly installed brace 185 to connect back crane 16 and foot deck 5 respectively.
The agent structure of the bed body underframe 19 that the present embodiment relates to comprises guide-track groove 26, chamfering part 191, front and back groove 192, first stay pipe 193, second stay pipe 194, back motor cabinet 195 and reinforcement 196; The guide-track groove 26 of the U-shaped structure that hot pressing is processed into and front and back groove 192 become the frame structure of bed body underframe 19 by chamfering part 191 fixed Combination; The inner side of guide-track groove 26 and front and back groove 192 is symmetrically arranged with to strengthen cell body intensity respectively and length is the reinforcement 196 of 30-50mm, guide-track groove 26 and front and back groove 192 insert the side of chamfering part 191 respectively, by the bed-type regulating the position of inserting to form different size; Bed board support column 15 is fixedly installed on the two ends of guide-track groove 26 and front and back groove 192, the rear support bed board so that the subject plane of bed board lies low; Second stay pipe 194 is welded on guide-track groove 26, first stay pipe 193 is welded on front and back groove 192 and the second stay pipe 194, the one end of welding with the second stay pipe 194 at the first stay pipe 193 is fixedly installed back motor cabinet 195, strengthened the intensity of bed body underframe 19 by the first stay pipe 193 and the second stay pipe 194, the power decentralized being simultaneously convenient to back motor 8 is propagated.
The agent structure of the anti-skidding lever assembly 32 that the present embodiment relates to comprises lever 321 and briquetting 322; The briquetting 322 of rigidity waist type structure is fixed on the corner place of a body underframe 19, and the two ends of strip lever 321 are single radial cut waist type structure, so that insert briquetting 322 and pin, prevents the mattress of lay on the subject plane of bed board from gliding.
Claims (7)
1. an intelligent distant control beddo, it is characterized in that agent structure comprises head deck, back bed board, bottom bed board, leg bed board, foot deck, head motor, lumbar support motor, back motor, thigh motor, head connecting rod, waist connecting rod, back linkage, leg link, waist support bracket, bed board support column, back crane, leg crane, bed body upper frame, bed body underframe, surrounding edge, strengthen channel-section steel, cabinet base, bed board connecting rod, bed board connector, rotary hinge fitting, guide-track groove, band edge pulley, head motor fixing seat, lumbar support motor fixing seat, head connecting rod holder, thigh motor holder, anti-skidding lever assembly, roll arm groove and upper frame bed board fixture, corner, the lower end place of the bed body underframe of rectangle rigid structure is shaped with the cabinet base of column structure wide at the top and narrow at the bottom respectively, is shaped with the guide-track groove of U-shaped structure in the framework of the right and left of bed body underframe, the corner place of the bed body upper frame of rectangle rigid structure is fixedly shaped with band edge pulley respectively, and band edge pulley is connected with bed body underframe roller by guide-track groove, and bed body upper frame can slide on bed body underframe when bed board stretches and shrinks, the head deck of platy structure, back bed board, bottom bed board, leg bed board coordinate rotary type to be connected by rotary hinge fitting with foot deck successively, form the planar structure under normal state, head motor is fixed on the bed board of back by head motor fixing seat, the head connecting rod that head motor stretches out is fixedly connected with by the head connecting rod holder be fixed on head deck, head motor, head motor connection lever, head deck and rotary hinge fitting form head jacking system, extended and shrink thus realize the control that is elevated head deck by head driven by motor head connecting rod, lumbar support motor is fixed on the bed board of back by lumbar support motor fixing seat, waist support bracket is rotationally connected by bed board connector and back bed board, the hatch frame of strip is arranged to so that waist support bracket overhangs and regains in the left and right sides of back bed board, waist connecting rod connects lumbar support motor and waist support bracket thus composition lumbar support system, is extended and shrink thus realize the control ejecting with regain to waist support bracket by lumbar support driven by motor waist connecting rod, back motor is fixedly connected on the center on a body underframe, be connected with back crane rotary type by the back linkage of stretching out, the front end of back crane is connected by the arm trough roller dynamic formula that rolls being fixedly installed on back bed board, the rear end of back crane is fixedly connected with bed body underframe, back motor, back linkage, back crane, back bed board and roll arm groove coordinated type and coordinate and form back jacking system, back motor is by controlling the elongation of back linkage and shrinking the scroll-up/down driving back crane thus the control realized the lifting of back bed board, thigh motor is fixedly connected with bed body upper frame by the thigh motor holder be fixed on a body upper frame, thigh motor is connected with one end rotary type of leg crane by the leg link of stretching out, the other end of leg crane is fixed on leg bed board, thigh motor, leg link, leg crane and leg bed board form leg jacking system, and thigh motor is by controlling the elongation of leg link and shrinking the rotation driving leg crane thus the control realized the lifting of leg bed board, the front frame both sides of bed body underframe and bed body upper frame after-frame both sides are fixedly connected with the bed board connecting rod of four rigid strip structures respectively, and four bed board connecting rods are connected to support the subject plane of bed board after bed board rises with the both sides rotary type of back bed board and foot deck by bed board connector respectively, the lifting of leg bed board is ordered about in the rotation of leg crane thus driven rotary articulated elements affects the falling-rising of foot deck, bed body underframe all around four body side frames is fixedly installed multiple bed board support column respectively so that the subject plane of bed board when the subject plane of bed board is set level, bed body underframe surrounding is surrounded by cotton surrounding edge so that the wiping reducing rigid frame is touched, anti-skidding lever assembly is fixedly installed respectively to prevent the backing plate landing be layered on bed board above the corner of bed body underframe, bottom bed board is fixedly connected with bed body upper frame by upper frame bed board fixture, and it is the screw hole structure of 30-60mm that upper frame bed board fixture is provided with 2-6 spacing, to increase the connection contact surface between bed body upper frame and the subject plane of bed board, inside is provided with the head motor of remote control circuit controlling functions, lumbar support motor, back motor and thigh motor and is all connected with power electric information by cable and coordinate forming control system, controls the operation of the subject plane of bed board to realize user.
2. intelligent distant control beddo according to claim 1, is characterized in that the agent structure of described waist support bracket comprises waist base tube, is rotationally connected sheet, lumbar support motor bull stick and connecting hole; Structure be L-type be rotationally connected sheet and lumbar support electric machine rotation bar is fixedly welded on waist base tube, lumbar support motor bull stick is connected with waist link rotatable formula; Lumbar support motor bull stick right angle end has connecting hole, is rotationally connected sheet and is connected with back bed board rotary type by the bed board connector being arranged on correspondence position on the bed board of back with connecting hole; The elongation of lumbar support driven by motor waist connecting rod is shunk thus traction is rotationally connected sheet and lumbar support motor bar rotation, realizes controlling ejecting and regaining of waist base tube.
3. intelligent distant control beddo according to claim 1, is characterized in that the agent structure of described back crane comprises transmission arm, transmission base tube, back motor bull stick and drive; The transmission arm of up-narrow and down-wide rigid structure is fixed on the two ends of transmission base tube, drive be fixed on transmission arm free end and with roll arm trough roller dynamic formula and contact; One end of back motor bull stick is fixed on transmission base tube, and the other end is connected with back linkage rotary type; The elongation of back driven by motor back linkage and contraction thus affect back motor bar rotation, realize controlling the motion of transmission arm and drive rolled rolling in arm groove, controlling the lifting of back bed board.
4. intelligent distant control beddo according to claim 1, is characterized in that the agent structure of described leg crane comprises flank groove, physa pipe, thigh motor bull stick, transmission inclined tube and stator; Structure is that the physa pipe two ends that flank groove and the pipe thickness of U-shaped strip is 2.5-4.0mm are fixedly connected with, the notch of flank groove is outside, pocket bottom is fixedly connected with leg bed board, and one end of thigh motor bull stick is fixedly installed on physa pipe, and the other end is connected with leg link rotary type; Length is that the transmission inclined tube of 50-100mm is fixedly installed in the inner chamber of thigh motor bull stick; Physa pipe is fixedly connected with foot deck by stator with transmission inclined tube; Thigh motor drive leg link is extended and is shunk thus affects the rotation of thigh motor bull stick, realizes the lifting controlling flank groove, transmission inclined tube and leg bed board.
5. intelligent distant control beddo according to claim 1, is characterized in that the agent structure of described bed body upper frame comprises pipe, thigh motor holder, upper frame bed board fixture, band edge pulley, holddown groove, horizontal reinforced pipe, pulley stator and brace; Five thickness is the frame-like that the rigid circular pipe of 1.5-3.0mm is welded to each other into day character form structure, pipe is welded with horizontal reinforced pipe, to prevent pipe stress deformation; Band edge pulley is separately fixed at a corner for body upper frame by the pulley mount be welded on pipe, and the mouth of pipe of pipe outer seals by pulley mount; Form day font structure framework in left side pipe and middle pipe between transverse weld have holddown groove, by holddown groove, the subject plane of bed board is fixedly connected with bed body upper frame, thigh motor holder is divided into two symmetrical stators and is welded on left side pipe and middle pipe, be screwed on the subject plane of bed board, so that the power decentralized of thigh motor is propagated simultaneously; Two, left and right in the framework of day font structure pipe is fixedly installed brace to connect back crane and foot deck respectively.
6. intelligent distant control beddo according to claim 1, is characterized in that the agent structure of described bed body underframe comprises guide-track groove, chamfering part, front and back groove, the first stay pipe, the second stay pipe, back motor cabinet and reinforcement; The guide-track groove of the U-shaped structure that hot pressing is processed into and front and back groove become the frame structure of bed body underframe by chamfering part fixed Combination; The inner side of guide-track groove and front and back groove is symmetrically arranged with to strengthen cell body intensity respectively and length is the reinforcement of 30-50mm, and guide-track groove and front and back groove insert the side of chamfering part respectively, by the bed-type regulating the position of inserting to form different size; Bed board support column is fixedly installed on the two ends of guide-track groove and front and back groove, the rear support bed board so that the subject plane of bed board lies low; Second stay pipe is welded on guide-track groove, first stay pipe is welded on front and back groove and the second stay pipe, the one end of welding with the second stay pipe at the first stay pipe is fixedly installed back motor cabinet, strengthened the intensity of bed body underframe by the first stay pipe and the second stay pipe, the power decentralized being simultaneously convenient to back motor is propagated.
7. intelligent distant control beddo according to claim 1, is characterized in that the agent structure of described anti-skidding lever assembly comprises lever and briquetting; The briquetting of rigidity waist type structure is fixed on the corner place of a body underframe, and the two ends of strip lever are single radial cut waist type structure, so that insert briquetting and pin, prevents the mattress of lay on the subject plane of bed board from gliding.
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| CN201610080347.0A CN105534138B (en) | 2016-02-04 | 2016-02-04 | A kind of intelligent distant control beddo |
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| CN201610080347.0A CN105534138B (en) | 2016-02-04 | 2016-02-04 | A kind of intelligent distant control beddo |
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| CN105534138B CN105534138B (en) | 2019-07-09 |
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| CN106724331A (en) * | 2016-12-30 | 2017-05-31 | 浙江世道电器有限公司 | The hanging sinking type electric nursing bedstead in back |
| CN107467953A (en) * | 2017-02-24 | 2017-12-15 | 邢川明 | Wo Jiao bed and its head of a bed back board device can be adjusted |
| CN107669014A (en) * | 2017-02-24 | 2018-02-09 | 邢川明 | Wo Jiao bed and its head of a bed back board device can be adjusted |
| CN108741904A (en) * | 2018-06-01 | 2018-11-06 | 浙江捷汇实业有限公司 | A kind of application method of multifunctional mattress and its mattress |
| CN109310213A (en) * | 2016-06-24 | 2019-02-05 | 八乐梦医用床有限公司 | Bed structure component and bed apparatus |
| CN111839074A (en) * | 2018-09-28 | 2020-10-30 | 德里韦德百世医疗公司 | Modular adjustable bed system that facilitates assembly in manual, partially powered, or fully powered configurations |
| WO2022161160A1 (en) * | 2021-01-29 | 2022-08-04 | 麒盛科技股份有限公司 | Ultrathin electric bed having waist part ejection function |
| WO2023134012A1 (en) * | 2022-01-12 | 2023-07-20 | 浙江康贝德智能家居有限公司 | Bed having adjustable lumbar support |
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| CN111839074A (en) * | 2018-09-28 | 2020-10-30 | 德里韦德百世医疗公司 | Modular adjustable bed system that facilitates assembly in manual, partially powered, or fully powered configurations |
| WO2022161160A1 (en) * | 2021-01-29 | 2022-08-04 | 麒盛科技股份有限公司 | Ultrathin electric bed having waist part ejection function |
| WO2023134012A1 (en) * | 2022-01-12 | 2023-07-20 | 浙江康贝德智能家居有限公司 | Bed having adjustable lumbar support |
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Effective date of registration: 20190730 Address after: 266105 Wang Gezhuang Street, Laoshan District, Qingdao City, Shandong Province Patentee after: Qingdao Easytouse Electronics Co., Ltd. Address before: 314007 south side of Feng Yu Road, Phoenix Town, Nanhu District, Jiaxing City, Zhejiang Province Patentee before: JIAXING BAISHI ELECTRIC BED CO., LTD. |
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