CN2520758Y - Adjustable angle movable bed plate - Google Patents
Adjustable angle movable bed plate Download PDFInfo
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- CN2520758Y CN2520758Y CN 01225564 CN01225564U CN2520758Y CN 2520758 Y CN2520758 Y CN 2520758Y CN 01225564 CN01225564 CN 01225564 CN 01225564 U CN01225564 U CN 01225564U CN 2520758 Y CN2520758 Y CN 2520758Y
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Abstract
A bed plate with adjustable angle comprises automatic sewage collecting and washing devices, with high practicality, simple operation and high reliability, wherein, the upper and lower turnover plates can turnover at same time to form chair type, on which patient can seat, the body cleaning opening on a fixed plate and a sewage collector and cleaner moving up, down, front and back can provide convenience to patient. The sewage collector can collect and store patient sewage, and the cleaner can automatically wash breech and dry breech via hot air. Patient via the upper turnover plate, lower turnover plate and the fixed plate can take care self, improve life quality or the like.
Description
This utility model belongs to daily life product and medical instruments field, be a kind of practicality, safety, convenience, medical apparatus.
Raising day by day along with rapid development of social economy and living standards of the people, people are expected to have conveniently, comfortable bed sets up for them, by its patient the result of use of bed board there are requirements at the higher level, the activity of wishing bed board can freely adjust, the bed patient more wishes to realize partly taking care of oneself by the movable function of bed board, alleviates nursing staff's work load simultaneously.The purpose of this utility model is to overcome the function singleness of sick bed bed board in the past, result of use is not good, can not satisfy all kinds of personnel is the sick and wounded's demand by it, and then provide a kind of safe, practical, convenient, bed board flexibly, this bed board can upper and lowerly stir, and the angle of stirring can freely be adjusted, by the position of the active angle of control bed board with the change patient, the set-up function of bed board can help patient to realize partly taking care of oneself, and helps the sick body rehabilitation.
Goal of the invention of the present utility model is achieved by the following technical solution; Mobile bed plate is divided into flap, decides plate, descends turnover panel, three parts, decide plate and be positioned at the centre of flap and following turnover panel, there is a circular or oval-shaped Clean Living mouth in the central authorities that decide plate, the stifled pad of shutoff Clean Living mouth can be finished under the effect of machinery and open and closing motion, and excretion collector and stifled pad below the Clean Living mouth are done forward and backward motion simultaneously.Flap is positioned at a side (upside) of deciding plate, is axle with the axle on the bed frame, upwards turns under the promotion of mechanical arm; Following turnover panel is positioned at the opposite side (downside) of deciding plate, with bed frame opposite side the axle be axle, under the drive of mechanical arm, stir downwards.
By remote controller to flap, down turnover panel, decide the control of plate; 1. flap: the motor driving reducer of flap is rotated in the forward, and mechanical arm promotes flap and upwards digs; The motor driving reducer reverse rotation, mechanical arm pulling flap descends; 2. descend turnover panel: the motor driving reducer of following turnover panel is rotated in the forward, mechanical arm pulling down turnover panel to decline, the motor driving reducer reverse rotation, mechanical arm promotes down that turnover panel rises; 3. decide plate: motor (3-6) drives decelerator and is rotated in the forward, and to decline, open by the Clean Living mouth with the stifled pad of Clean Living mouth for the machinery folding device; Motor (3-28) drives decelerator and is rotated in the forward, and the mechanical displacement device will block up pad and shift to a side, and the mechanical displacement device is displaced to excretion collector the below of Clean Living mouth simultaneously; Motor (3-10) drives decelerator and is rotated in the forward, and the mechanical elevating device rises excretion collector, and the suitable for reading of its excretion collector rises in the Clean Living mouth; Motor (3-10) drives the positive and negative rotation of decelerator, and the mechanical elevating device is back to original position with excretion collector to decline; Motor (3-28) drives the decelerator reverse rotation, and the mechanical displacement device will block up pad and retract original position, and the mechanical displacement device is moved back into original position with excretion collector simultaneously; Motor (3-6) drives the decelerator reverse rotation, and the machinery folding device upwards resets the stifled pad of Clean Living mouth, and the Clean Living mouth is closed.
Below with reference to accompanying drawing this utility model content is done nearly step explanation:
Fig. 1 is this utility model example structure sketch map
Fig. 2 is example structure sketch map of flap among Fig. 1
Fig. 3 is the left view of example structure among Fig. 2
Fig. 4 is following example structure sketch map of turnover panel among Fig. 1
Fig. 5 is the left view of example structure among Fig. 4
Fig. 6 decides example structure sketch map of plate among Fig. 1
Fig. 7 is the left view of example structure among Fig. 6
Fig. 8 is the vertical view of example structure among Fig. 6
Fig. 9 is an another kind of example structure sketch map of the present utility model
Figure 10 is the another kind of example structure sketch map of flap among Fig. 9
Figure 11 is the left view of example structure among Figure 10
Figure 12 is the another kind of example structure sketch map of following turnover panel among Fig. 9
Figure 13 is the left view of example structure among Figure 12
Figure 14 is an another kind of example structure sketch map of deciding plate among Fig. 9
Figure 15 is the left view of example structure among Figure 14
Figure 16 is the vertical view of example structure among Figure 14
The principle structure that can transfer the mobile bed plate of angle described in the utility model, shown in Fig. 1-16, it decides plate, (5) bedstead in turnover panel, (3) down by (1) flap, (2), or turnover panel, (8) are decided plate, formed down by (5) bedstead, (6) flap, (7).
Flap (1) (structure of Fig. 1-Fig. 3) form by: flap (1), axis (1-1), connecting rod (1-2), axle (1-3), bearing (1-4), pull bar (1-5), leading screw (1-6), sliding chute seat (1-7), turbine (1-8), nut (1-9), scroll bar (1-10), motor (1-11), motor cabinet (1-12), fixed mount (1-13), bedstead (5) are formed:
Flap (1) is connected with bedstead (5) by axis (1-1), the upper end of connecting rod (1-2) is connected with the back side of flap (1), axle (1-3) is passed by the oval-shaped mesopore of pull bar (1-5), the centre is with bearing (1-4) and slides in oval-shaped hole, the two ends of axle (1-3) link to each other with connecting rod (1-2), an oval-shaped axis hole is arranged at the top of pull bar (1-5), one circular hole is arranged at the bottom, there is screw thread to cooperate in the hole with leading screw (1-6), the bottom of pull bar embeds in the sliding chute seat (1-7), is with the chute of sliding chute seat to be slidingly matched; Motor cabinet (1-12) is fixed on the bedstead (5), and motor (1-11) is installed on the motor cabinet (1-12), and scroll bar (1-10) directly is installed on the motor shaft, scroll bar (1-10) and turbine (1-8) combination; The rear portion of leading screw (1-6) is penetrated by the mesopore that reaches turbine (1-8) in the via hole of sliding chute seat (1-7), and afterbody is fixing with nut (1-9), and leading screw (1-6) engages with turbine (1-8); The front portion of leading screw (1-6) penetrates in the following hole by pull bar (1-5), constitutes transmission combination with pull bar; The top of fixed mount (1-13) and bedstead (5) join, and the bottom of fixed mount is fixing with sliding chute seat (1-7).
The structure of following turnover panel (2) (Fig. 1, Fig. 4, Fig. 5) is made up of: bedstead (5), turnover panel (2), axis (2-1), fixed wheel (2-2), moving gear (2-3), fixed hub (2-4), motor (2-5), motor shaft (2-6), decelerator (2-7), power transmission shaft (2-8) etc. are formed down;
Following turnover panel (2) is connected with bedstead (5) by axis (2-1); Fixed wheel (2-2) be fixed on bedstead (5) below, motor (2-5), slow down (2-7), fixed hub (2-4) install and fix the back side of infra turnover panel (2); Motor (2-5) links to each other with decelerator (2-7) by motor shaft (2-6), and the middle part of power transmission shaft (2-8) and decelerator (2-7) join, and the two ends of power transmission shaft (2-8) are equipped with moving gear (2-3), and moving gear (2-3) is transmission combination with fixed wheel (2-2); Power transmission shaft is fixing by fixed hub (2-4).
Decide plate (3) (Fig. 1, the structure of Fig. 6-Fig. 8) form by: decide plate (3), Clean Living mouth (3-1), stifled pad (3-5), motor (3-6), decelerator (3-7), elevating screw (3-8), elevating screw (3-9), motor (3-10), decelerator (3-11), decelerator supporting base (3-12), guide pillar fixed cover (3-13), guide pillar (3-14), drawer lifting nut sleeve (3-15), lifting slip cap (3-16), drawout chassis (3-17), drawer (3-18), cone seat (3-19), disposable cone (3-20), fan heater (3-21), axis of rolling board (3-22), excretion collector housing (3-23), reservoir (3-24), water pipe (3-25), screw frame (3-26), turn-screw (3-27), motor (3-28), motor cabinet (3-29), decelerator (3-30), bearing (3-31), hot-air mouth (3-32), warm water outlet (3-33), bedstead compositions such as (5):
Decide plate and be fixed on the bedstead (5), be positioned at the centre of flap (1) and following turnover panel (2), be rectangle, there is an oval-shaped Clean Living mouth (3-1) centre of deciding plate, below the back side of deciding plate, Clean Living mouth (3-1) excretion collector housing (3-23) is housed; Stifled pad (3-5) is slightly less than Clean Living mouth (3-1), shape and Clean Living mouth are similar, the bottom of stifled pad is connected with elevating screw (3-8), and elevating screw and decelerator (3-7) are fit structure, and decelerator (3-7) and motor (3-6) are fixed on the side plate of excretion collector housing (3-23); Motor (3-10) is fixed on the decelerator supporting base (3-12) with decelerator (3-11), decelerator supporting base (3-12) is installed in the bottom of excretion collector housing (3-23), elevating screw (3-9) is installed on the decelerator (3-11), guide pillar fixed cover (3-13) has two, be separately fixed at the top and the bottom of excretion collector housing (3-23), guide pillar (3-14) is installed in the guide pillar fixed cover, one end of drawer lifting nut sleeve (3-15) cooperates with elevating screw (3-9), the other end of lifting nut sleeve (3-15) is connected with lifting slip cap (3-16), lifting slip cap (3-16) is enclosed within on the guide pillar (3-14), is with guide pillar to be slidingly matched; Lifting slip cap (3-16) is connected with drawout chassis (3-17), drawer (3-18) is placed on the drawout chassis (3-17), drawer (3-18) internal fixation has cone seat (3-19), reservoir (3-24), fan heater (3-21), disposable cone (3-20) is placed in the cone seat, there are the outlet (3-33) of reservoir outlet pipe (3-25), the air outlet of fan heater (3-32) in the top of cone seat (3-19); Motor (3-28) is installed on the motor cabinet (3-29) with the combination drive mechanism of decelerator (3-30), motor cabinet (3-29) is installed on the bedstead (5), turn-screw (3-27) joins with decelerator (3-30), turn-screw (3-27) is the screw transmission with screw frame (3-26) and cooperates, and screw frame (3-26) is fixed on the excretion collector housing (3-23); The both sides at excretion collector housing (3-23) top are equipped with bearing (3-31), and bearing slides in axis of rolling board (3-22), and axis of rolling board (3-22) is fixed on the bedstead (5).
Flap (1), down turnover panel (2), decide plate (3) motion whether flexible, whether accurate, result of use depends on the design of mechanical transmission mechanism if putting in place, also have the design of other type around this technical scheme, remedying the deficiency of single alternative, shown in Fig. 9-16:
The structure of flap (6) (Fig. 9, Figure 10, Figure 11) form by: (6) flap, (5) bedstead, ((6-2) bearing support, (6-3) cramp bar, (6-5) decelerator 1, (6-6) decelerator 2, (6-7) connect wheel, (6-8) sliding shoe, (6-9) chain, (6-10) excessively sprocket wheel, (6-11) power transmission shaft, (6-12) support plate, (6-13) motor, (6-14) power transmission shaft, (6-16) slip block, (6-17) axis 1 surely, wait the part composition;
Flap (6) is connected with bedstead (5) with axis 1 (6-17), two bearing supports (6-2) at the flap back side join by axle with the upper end of cramp bar (6-3), the lower end of cramp bar joins by axle and sliding shoe (6-8), sliding shoe is fixed on the chain (6-9), and sliding shoe slides in slip block (6-16); Support plate (6-12) is fixed on the bedstead (5), motor (6-13) and decelerator 1 (6-5), the dynamic retarding structure of decelerator 2 (6-6) combination is installed on the support plate (6-12), the axle bed at power transmission shaft (6-14) and their two ends of power transmission shaft (6-11) also is separately fixed on the support plate (6-12), decelerator 2 (6-6) drives power transmission shaft (6-14), the two ends of power transmission shaft (6-14) are respectively installed one and are decided sprocket wheel (6-7), the leading portion of chain (6-9) is connected with sliding shoe (6-8), the middle part pile warp is decided sprocket wheel (6-7) and is returned to inflection behind transition sprocket wheel (6-10), back segment is connected with sliding shoe (6-8), sliding shoe slides in slip block (6-16), and the two ends of power transmission shaft (6-11) are equipped with and are crossed sprocket wheel (6-10).Motor (6-13) drives decelerator and is rotated in the forward, decelerator drive power transmission shaft (6-14) drives again decides sprocket wheel (6-7), chain (6-9) rotation, chain drives sliding shoe (6-8) and moves forward, and sliding shoe pulling cramp bar (6-3) promotes flap (6) to up by bearing support (6-2) again; The motor driving reducer reverse rotation, decelerator drive power transmission shaft drives again decides sprocket wheel, chain reverse rotation, and chain drives slide block and moves backward, and slide block promotes cramp bar and spurs flap to descending by bearing support again.
The structure of following turnover panel (7) (Fig. 9, Figure 12, Figure 13) form by: bedstead (5), down turnover panel (7), carrier base (7-3), bearing support (7-4), sliding shoe (7-5), turn-screw (7-6), supporting base (7-7), bevel gear 2 (7-8), support plate (7-9), support plate (7-10), bevel gear 1 (7-11), connect and take turns 1 (7-12), connect and take turns 2 (7-13), power transmission shaft (7-14), motor and decelerator (7-15), axis 2 (7-16), base plate (7-17), transmission axle bed (7-18), wait part to form;
Following turnover panel (7) links to each other with bedstead (5) with axis 2 (7-16), the back side of following turnover panel (7) has two supporting bases (7-3) and the upper end of cramp bar (7-4) to join by axle, the lower end of cramp bar (7-4) joins by axle and sliding shoe (7-5), sliding shoe (7-5) is lead screw transmission with turn-screw (7-6) and cooperates, the lower end assembling bevel gear (7-8) of turn-screw (7-6), the supporting base of turn-screw (7-7) is fixed on support plate (7-9 respectively, 7-10), support plate (7-9, upper end 7-10) links to each other with bedstead (5), the lower end of support plate and base plate (7-17) join, motor, decelerator (7-15) and transmission axle bed (7-18) are fixedly mounted on the base plate (7-17), motor, sprocket wheel 1 (7-12) on the decelerator (7-15) links to each other with sprocket wheel 2 (7-13) by chain, power transmission shaft (7-14) is installed on the transmission axle bed (7-18), transmission axle bed (7-18) is fixed on the base plate (7-17), the stage casing attaching sprocket wheel (7-13) of power transmission shaft, bevel gear (7-11) is installed at the two ends of power transmission shaft respectively, and bevel gear (7-11) is a corresponding gear with bevel gear (7-8); Motor (7-15) is rotated in the forward, drive sprocket wheel 1 (7-12), (7-12) drive sprocket wheel 2 (7-13) by chain, (7-13) drive power transmission shaft (7-14), power transmission shaft (7-14) drives bevel gear (7-11), (7-11) drives bevel gear (7-8) again, (7-8) drive turn-screw (7-6), (7-6) drive sliding shoe (7-5) decline again, sliding shoe (7-5) pulling cramp bar (7-4) is operation downwards, and cramp bar (7-4) turns over downwards by turnover panel under carrier base (7-3) pulling; Motor (7-15) reverse rotation, drive sprocket wheel 1 (7-12), (7-12) drive sprocket wheel 2 (7-13) by chain, (7-13) drive power transmission shaft (7-14) again, power transmission shaft (7-14) drives bevel gear (7-11), (7-11) drives bevel gear (7-8), (7-8) drive turn-screw (7-6) again, (7-6) drive sliding shoe (7-5) and rise, sliding shoe (7-5) pulling cramp bar (7-4) is operation upwards, and cramp bar (7-4) is by carrier base (7-3) pulling upwards upset of turnover panel down.
Decide plate (8) (Fig. 9, the structure of Figure 14-Figure 16) form by: decide plate (8), Clean Living mouth (8-2), stifled pad (8-3), pull bar (8-4), turn-screw (8-5), central gear (8-6), pinion (8-7), motor (8-8), motor fixing seat (8-9), activity box (8-10), cylinder (8-11), fixed mount (8-12), limit switch (8-13), chute (8-14), limit switch (8-15), ejecting rod of cylinder (8-17), excretion collector housing parts such as (8-20) is formed; (8-16) be the signal of activity box range of activity; Decide plate (8) and be positioned at the centre of flap and following turnover panel, be rectangle, there is an oval-shaped Clean Living mouth (8-2) centre of deciding plate, stifled pad (8-3) shape and Clean Living mouth are similar, be slightly less than the Clean Living mouth, in activity box (8-10), activity box be positioned at decide plate below, can slide front and back along two chutes (8-14), limit switch (8-13) and (8-15) be installed in the two ends of chute (8-14) respectively, cylinder (8-11) is fixing with fixed mount (8-12), fixed mount be installed in activity box below, the push rod of cylinder (8-17) heads on stifled rebasing portion and does vertical moving up and down; The front end and the activity box of pull bar (8-4) join, and the nut sleeve of rear end cooperates with turn-screw (8-5), and the afterbody of turn-screw is connected with central gear (8-6), and central gear is corresponding travelling gear with pinion (8-7); Pinion is installed on motor (8-8) axle, motor mounting on motor fixing seat (8-9), motor fixing seat be installed in decide plate (8) below; Cylinder (8-11) push rod (8-17) is return downwards, to block up pad (8-3) and be pulled to low level, the rotation of motor (8-8) positive, pinion on the motor (8-7) drives central gear (8-6) and turn-screw (8-5) rotation, turn-screw passes through pull bar (8-4) with activity box (8-10) Xiang Jinla, run into limit switch (8-15) back and shut down, Clean Living mouth (8-2) is opened; Motor (8-8) drives pinion (8-7) reverse rotation; pinion drives central gear (8-6) and turn-screw (8-5); turn-screw pushing drawing rod (8-4) with activity box (8-10) to far pushing away; running into limit switch (8-13) back shuts down; cylinder (8-11) push rod (8-17) will block up pad (8-3) to rising and push up to original position, and Clean Living mouth (8-2) is closed.
Claims (8)
1. the mobile bed plate that can transfer angle by flap (1,6), down turnover panel (2,7), decide plate (3,8), bedstead (5) is formed, it is characterized in that:
1.1 flap (1) is connected with bedstead (5) by axis (1-1), the upper end of connecting rod (1-2) is connected with the back side of flap (1), axle (1-3) is passed by the oval-shaped mesopore of pull bar (1-5), there is bearing (1-4) centre, the two ends of axle (1-3) link to each other with connecting rod (1-2), an oval-shaped axis hole is arranged at pull bar (1-5) top, one circular hole is arranged at the bottom, be with screw thread and leading screw (1-6) combination in the hole, the bottom of pull bar embeds in the sliding chute seat (1-7), be the combination of sliding with chute, motor cabinet (1-12) is fixed on the bedstead (5), motor (1-11) is installed on the motor cabinet (1-12), scroll bar (1-10) and turbine (1-8) combination directly are installed on the motor shaft, the rear portion of leading screw (1-6) is penetrated by the mesopore that reaches turbine (1-8) in the via hole of sliding chute seat (1-7), afterbody locks with nut (1-9), leading screw (1-6) and turbine (1-8) combination, the front portion of leading screw (1-6) penetrates in the following hole by pull bar (1-5), make up with pull bar, the top of fixed mount (1-13) and bedstead (5) join, and the bottom of fixed mount is fixing with sliding chute seat (1-7);
1.2 following turnover panel (2) is connected with bedstead (5) by axis (2-1), fixed wheel (2-2) be fixed on bedstead (5) below, motor (2-5), decelerator (2-7), fixed hub (2-4) install and fix the back side of infra turnover panel (2), the motor shaft (2-6) of motor (2-5) is connected with decelerator (2-7), the middle part of power transmission shaft (2-8) engages with decelerator (2-7), the two ends of power transmission shaft (2-8) are equipped with moving gear (2-3), moving gear (2-3) and fixed wheel (2-2) interlock, power transmission shaft is fixed on down the back side of turnover panel by fixed hub (2-4);
Be fixed on the bedstead (5) 1.3 decide plate, be positioned at the centre of flap (1) and following turnover panel (2), be rectangle, there is an oval-shaped Clean Living mouth (3-1) centre of deciding plate, and excretion collector housing (3-23) is arranged below Clean Living mouth (3-1);
1.4 stifled pad (3-5) is slightly less than Clean Living mouth (3-1), the bottom of stifled pad is connected with elevating screw (3-8), and elevating screw cooperates with decelerator (3-7), and decelerator (3-7) and motor (3-6) are fixed on the excretion collector housing (3-23);
1.5 motor (3-10) is fixed on the decelerator supporting base (3-12) with decelerator (3-11), decelerator supporting base (3-12) is installed in the bottom of excretion collector housing (3-23), the outfan of decelerator (3-11) is equipped with elevating screw (3-9), elevating screw cooperates with drawer lifting nut sleeve (3-15), the other end of lifting nut sleeve (3-15) is connected with lifting slip cap (3-16), lifting slip cap (3-16) is enclosed within on the guide pillar (3-14), is with guide pillar to be slidingly matched;
1.6 the two ends of guide pillar fixed cover (3-13) are fixed on the top and bottom of excretion collector housing (3-23), guide pillar (3-14) is installed in the guide pillar fixed cover, lifting slip cap (3-16) is enclosed within on the guide pillar (3-14), be with guide pillar and be slidingly matched, lifting slip cap (3-16) is connected with drawout chassis (3-17);
1.7 drawer (3-18) can pull on drawout chassis (3-17), drawer (3-18) internal fixation has cone seat (3-19), reservoir (3-24), fan heater (3-21), disposable cone (3-20) is placed in the cone seat, and there are the outlet (3-33) of reservoir outlet pipe (3-25) and the air outlet (3-32) of fan heater in the top of cone seat (3-19);
1.8 motor (3-28) is installed on the motor cabinet (3-29) with decelerator (3-30), motor cabinet (3-29) is fixed on the bedstead (5), turn-screw (3-27) joins with decelerator (3-30), turn-screw (3-27) is transmission with screw frame (3-26) and cooperates, and screw frame (3-26) is fixed on the excretion collector housing (3-23);
1.9 the both sides at excretion collector housing (3-23) top are equipped with bearing (3-31), bearing slides in axis of rolling board (3-22), and axis of rolling board (3-22) is fixed on the bedstead (5).
2. the mobile bed plate that can transfer angle as claimed in claim 1, it is characterized in that: stifled pad is installed in the excretion collector housing (3-23), the both sides of excretion collector case top are equipped with bearing (3-31), and the stifled pad of excretion collector housing (3-23) carrier band (3-5) is gone up at axis of rolling board (3-22) and slided.
3. the mobile bed plate that can transfer angle as claimed in claim 1 is characterized in that:
Pull bar (8-4) front end and activity box join, (8-5) is supporting for rear end nut sleeve and turn-screw, the afterbody of turn-screw and central gear (8-6) join, central gear and pinion (8-7) interlock, pinion is installed on motor (8-8) axle, motor is fixed on the motor fixing seat (8-9), and motor fixing seat is installed in the back side of deciding plate (8).
4. the mobile bed plate that can transfer angle as claimed in claim 1 is characterized in that:
Decide plate (8) and be positioned at the centre of flap and following turnover panel, be rectangle, there is an oval-shaped Clean Living mouth (8-2) centre of deciding plate, stifled pad (8-3) shape is less than the Clean Living mouth, in activity box (8-10), activity box be positioned at decide plate below, can slide front and back along two chutes (8-14), limit switch (8-13) and (8-15) be installed in the two ends of chute (8-14) respectively, cylinder (8-11) is fixing with fixed mount (8-12), fixed mount be installed in activity box below, the push rod of cylinder (8-17) heads on the bottom of stifled pad.
5. the mobile bed plate that can transfer angle as claimed in claim 1 is characterized in that:
Two bearing supports (6-2) at the flap back side join by axle with the upper end of cramp bar (6-3), and the lower end of cramp bar joins by axle and sliding shoe (6-8), and sliding shoe is fixed on the chain (6-9), and sliding shoe slides in slip block (6-16).
6. the mobile bed plate that can transfer angle as claimed in claim 1 is characterized in that:
The axle bed at power transmission shaft (6-14) and their two ends of power transmission shaft (6-11) also is separately fixed on the support plate (6-12), decelerator 2 (6-6) drives power transmission shaft (6-14), the two ends of power transmission shaft (6-14) are respectively installed one and are decided sprocket wheel (6-7), the leading portion of chain (6-9) is connected with sliding shoe (6-8), the middle part pile warp is decided sprocket wheel (6-7) and is returned to inflection behind transition sprocket wheel (6-10), back segment is connected with sliding shoe (6-8), sliding shoe slides in slip block (6-16), and the two ends of power transmission shaft (6-11) are equipped with and are crossed sprocket wheel (6-10).
7. the mobile bed plate that can transfer angle as claimed in claim 1 is characterized in that:
Supporting base (7-3) joins with axle with the upper end of cramp bar (7-4), the lower end of cramp bar (7-4) joins by axle and sliding shoe (7-5), sliding shoe (7-5) is lead screw transmission with turn-screw (7-6) and cooperates, the lower end assembling bevel gear (7-8) of turn-screw (7-6), the supporting base of turn-screw (7-7) is fixed on respectively on the support plate (7-9,7-10), the upper end of support plate (7-9,7-10) links to each other with bedstead (5), and the lower end of support plate and base plate (7-17) join.
8. the mobile bed plate that can transfer angle as claimed in claim 1 is characterized in that:
Sprocket wheel 1 (7-12) on the decelerator (7-15) links to each other with sprocket wheel 2 (7-13) by chain, power transmission shaft (7-14) is installed on the transmission axle bed (7-18), transmission axle bed (7-18) is fixed on the base plate (7-17), the stage casing attaching sprocket wheel (7-13) of power transmission shaft, bevel gear (7-11) is installed at the two ends of power transmission shaft respectively, and bevel gear (7-11) is a corresponding gear with bevel gear (7-8).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 01225564 CN2520758Y (en) | 2000-10-18 | 2001-05-17 | Adjustable angle movable bed plate |
Applications Claiming Priority (3)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN00226889 | 2000-10-18 | ||
| CN00226889.2 | 2000-10-18 | ||
| CN 01225564 CN2520758Y (en) | 2000-10-18 | 2001-05-17 | Adjustable angle movable bed plate |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN2520758Y true CN2520758Y (en) | 2002-11-20 |
Family
ID=34064199
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 01225564 Expired - Fee Related CN2520758Y (en) | 2000-10-18 | 2001-05-17 | Adjustable angle movable bed plate |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN2520758Y (en) |
Cited By (8)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102394115A (en) * | 2011-07-13 | 2012-03-28 | 济南大学 | Lifting type instrument operating platform and control method |
| CN104013504A (en) * | 2014-06-09 | 2014-09-03 | 张英泽 | Multifunctional medical bed allowing lifting and folding |
| CN104215184A (en) * | 2014-09-19 | 2014-12-17 | 天津渤海水产研究所 | Biological holographic measuring machine |
| CN104501115A (en) * | 2014-12-20 | 2015-04-08 | 东莞市闻誉实业有限公司 | Size-variable heat radiator |
| CN104545062A (en) * | 2014-10-28 | 2015-04-29 | 苏州市吴中区光福华盛红木家具厂 | Automatically adjusted deck chair |
| CN107960773A (en) * | 2017-11-23 | 2018-04-27 | 宁波工程学院 | A kind of intelligent elevated mechanism |
| CN109315971A (en) * | 2018-10-10 | 2019-02-12 | 合肥星火工贸有限公司 | A kind of multi-function bed for student |
| CN111603330A (en) * | 2020-05-28 | 2020-09-01 | 饶正国 | Expanded polytetrafluoroethylene bed |
-
2001
- 2001-05-17 CN CN 01225564 patent/CN2520758Y/en not_active Expired - Fee Related
Cited By (12)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102394115A (en) * | 2011-07-13 | 2012-03-28 | 济南大学 | Lifting type instrument operating platform and control method |
| CN104013504A (en) * | 2014-06-09 | 2014-09-03 | 张英泽 | Multifunctional medical bed allowing lifting and folding |
| CN104013504B (en) * | 2014-06-09 | 2015-05-20 | 张英泽 | Multifunctional medical bed allowing lifting and folding |
| CN104215184A (en) * | 2014-09-19 | 2014-12-17 | 天津渤海水产研究所 | Biological holographic measuring machine |
| CN104545062A (en) * | 2014-10-28 | 2015-04-29 | 苏州市吴中区光福华盛红木家具厂 | Automatically adjusted deck chair |
| CN104501115A (en) * | 2014-12-20 | 2015-04-08 | 东莞市闻誉实业有限公司 | Size-variable heat radiator |
| CN104501115B (en) * | 2014-12-20 | 2017-09-22 | 东莞市闻誉实业有限公司 | The radiator of variable volume |
| CN107960773A (en) * | 2017-11-23 | 2018-04-27 | 宁波工程学院 | A kind of intelligent elevated mechanism |
| CN107960773B (en) * | 2017-11-23 | 2019-11-19 | 宁波工程学院 | A kind of intelligent elevated mechanism |
| CN109315971A (en) * | 2018-10-10 | 2019-02-12 | 合肥星火工贸有限公司 | A kind of multi-function bed for student |
| CN109315971B (en) * | 2018-10-10 | 2020-10-30 | 合肥星火工贸有限公司 | Multifunctional student bed |
| CN111603330A (en) * | 2020-05-28 | 2020-09-01 | 饶正国 | Expanded polytetrafluoroethylene bed |
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