CN105078644A - Sliding type thermotherapy device - Google Patents

Sliding type thermotherapy device Download PDF

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Publication number
CN105078644A
CN105078644A CN201510505353.1A CN201510505353A CN105078644A CN 105078644 A CN105078644 A CN 105078644A CN 201510505353 A CN201510505353 A CN 201510505353A CN 105078644 A CN105078644 A CN 105078644A
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CN
China
Prior art keywords
frame
bed component
bed
guiding groove
component
Prior art date
Application number
CN201510505353.1A
Other languages
Chinese (zh)
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CN105078644B (en
CN105078644B9 (en
Inventor
朴志训
李海诚
Original Assignee
喜来健株式会社
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Family has litigation
Priority to KR10-2011-0035897 priority Critical
Priority to KR20110035897 priority
Priority to KR10-2011-0064652 priority
Priority to KR1020110064652A priority patent/KR101206967B1/en
Priority to CN201110203570.7A priority patent/CN102743249B/en
Application filed by 喜来健株式会社 filed Critical 喜来健株式会社
Publication of CN105078644A publication Critical patent/CN105078644A/en
First worldwide family litigation filed litigation Critical https://patents.darts-ip.com/?family=47285889&utm_source=google_patent&utm_medium=platform_link&utm_campaign=public_patent_search&patent=CN105078644(A) "Global patent litigation dataset” by Darts-ip is licensed under a Creative Commons Attribution 4.0 International License.
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Publication of CN105078644B publication Critical patent/CN105078644B/en
Publication of CN105078644B9 publication Critical patent/CN105078644B9/en
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Classifications

    • AHUMAN NECESSITIES
    • A61MEDICAL OR VETERINARY SCIENCE; HYGIENE
    • A61FFILTERS IMPLANTABLE INTO BLOOD VESSELS; PROSTHESES; DEVICES PROVIDING PATENCY TO, OR PREVENTING COLLAPSING OF, TUBULAR STRUCTURES OF THE BODY, e.g. STENTS; ORTHOPAEDIC, NURSING OR CONTRACEPTIVE DEVICES; FOMENTATION; TREATMENT OR PROTECTION OF EYES OR EARS; BANDAGES, DRESSINGS OR ABSORBENT PADS; FIRST-AID KITS
    • A61F7/00Heating or cooling appliances for medical or therapeutic treatment of the human body
    • A61F7/007Heating or cooling appliances for medical or therapeutic treatment of the human body characterised by electric heating
    • AHUMAN NECESSITIES
    • A61MEDICAL OR VETERINARY SCIENCE; HYGIENE
    • A61HPHYSICAL THERAPY APPARATUS, e.g. DEVICES FOR LOCATING OR STIMULATING REFLEX POINTS IN THE BODY; ARTIFICIAL RESPIRATION; MASSAGE; BATHING DEVICES FOR SPECIAL THERAPEUTIC OR HYGIENIC PURPOSES OR SPECIFIC PARTS OF THE BODY
    • A61H1/00Apparatus for passive exercising; Vibrating apparatus ; Chiropractic devices, e.g. body impacting devices, external devices for briefly extending or aligning unbroken bones
    • AHUMAN NECESSITIES
    • A61MEDICAL OR VETERINARY SCIENCE; HYGIENE
    • A61FFILTERS IMPLANTABLE INTO BLOOD VESSELS; PROSTHESES; DEVICES PROVIDING PATENCY TO, OR PREVENTING COLLAPSING OF, TUBULAR STRUCTURES OF THE BODY, e.g. STENTS; ORTHOPAEDIC, NURSING OR CONTRACEPTIVE DEVICES; FOMENTATION; TREATMENT OR PROTECTION OF EYES OR EARS; BANDAGES, DRESSINGS OR ABSORBENT PADS; FIRST-AID KITS
    • A61F7/00Heating or cooling appliances for medical or therapeutic treatment of the human body
    • A61F2007/0001Body part
    • A61F2007/0018Trunk or parts thereof
    • A61F2007/0024Back
    • AHUMAN NECESSITIES
    • A61MEDICAL OR VETERINARY SCIENCE; HYGIENE
    • A61HPHYSICAL THERAPY APPARATUS, e.g. DEVICES FOR LOCATING OR STIMULATING REFLEX POINTS IN THE BODY; ARTIFICIAL RESPIRATION; MASSAGE; BATHING DEVICES FOR SPECIAL THERAPEUTIC OR HYGIENIC PURPOSES OR SPECIFIC PARTS OF THE BODY
    • A61H2201/00Characteristics of apparatus not provided for in the preceding codes
    • A61H2201/01Constructive details
    • A61H2201/0119Support for the device
    • A61H2201/0138Support for the device incorporated in furniture
    • A61H2201/0142Beds
    • AHUMAN NECESSITIES
    • A61MEDICAL OR VETERINARY SCIENCE; HYGIENE
    • A61HPHYSICAL THERAPY APPARATUS, e.g. DEVICES FOR LOCATING OR STIMULATING REFLEX POINTS IN THE BODY; ARTIFICIAL RESPIRATION; MASSAGE; BATHING DEVICES FOR SPECIAL THERAPEUTIC OR HYGIENIC PURPOSES OR SPECIFIC PARTS OF THE BODY
    • A61H2201/00Characteristics of apparatus not provided for in the preceding codes
    • A61H2201/02Characteristics of apparatus not provided for in the preceding codes heated or cooled
    • A61H2201/0207Characteristics of apparatus not provided for in the preceding codes heated or cooled heated
    • AHUMAN NECESSITIES
    • A61MEDICAL OR VETERINARY SCIENCE; HYGIENE
    • A61HPHYSICAL THERAPY APPARATUS, e.g. DEVICES FOR LOCATING OR STIMULATING REFLEX POINTS IN THE BODY; ARTIFICIAL RESPIRATION; MASSAGE; BATHING DEVICES FOR SPECIAL THERAPEUTIC OR HYGIENIC PURPOSES OR SPECIFIC PARTS OF THE BODY
    • A61H2205/00Devices for specific parts of the body
    • A61H2205/08Trunk
    • A61H2205/081Back

Abstract

The invention relates to a sliding type thermotherapy device characterized in that the sliding type thermotherapy device includes a body (1100), a cover(1250), and a guiding groove. The body includes a thermotherapy unit (1010). The cover covers the thermotherapy unit (1010). The guiding groove moves the cover over the body (1100). According to the device, when the thermotherapy device is not in use, a lower bed component and the body can be overlapped via sliding so that the space is effectively employed. When the thermotherapy device is in use, the lower bed component can be unfolded easily via the sliding manner.

Description

Gliding style Tepid therapeutic equipment
Technical field
The present invention relates to a kind of gliding style Tepid therapeutic equipment for thermotherapy.
Background technology
When long-time with incorrect posture work or when incorrect posture being formed a habit for a long time, the acute or chronic pain that the muscle at vertebra position and nervous tissue cause will be caused.In order to relax this symptom, improving the blood circulation of health, eliminating instantaneous muscular soreness etc., present people widely use a kind of warming therapeutic bed, it can move with body part, and improves blood circulation by implementing thermotherapy stimulation to painful area, thus reaches the effect of physical therapy.
The Tepid therapeutic equipment that this foundation prior art is used for thermotherapy is the common bed shape that can not fold, and also can occupy larger space even if therefore do not use.
Summary of the invention
Technical problem
The object of the invention is to, provide a kind of and can reduce taken up space Tepid therapeutic equipment when not in use.
Another object of the present invention is, provides one can reduce taken up space, easily can realize again the Tepid therapeutic equipment of structural deformation.
Technical scheme
The invention provides a kind of gliding style Tepid therapeutic equipment with following characteristics, this therapeutic instrument comprises: body 1100, and it is provided with warm and hot therapeutic device 1010; Outer housing 1250, can slide and cover above-mentioned warm and hot therapeutic device 1010; Guiding groove arranges in order to ensure sliding on above-mentioned body 1100.
In addition, the present invention also provides a kind of gliding style Tepid therapeutic equipment with following characteristics, and this therapeutic instrument comprises: body 1100, and it is provided with warm and hot therapeutic device 1010; Outer housing 1250, can slide and cover above-mentioned warm and hot therapeutic device 1010; Guiding groove arranges in order to ensure sliding on above-mentioned outer housing 1250.
In addition, above-mentioned outer housing 1250 is provided with can along the framework of guiding groove movement, and above-mentioned body 1100 is provided with can along the framework of guiding groove movement.
Above-mentioned body 1100 is provided with guide protrusion, above-mentioned guide protrusion is provided with roller, above-mentioned outer housing 1250 is provided with generating component, above-mentioned outer housing 1250 is provided with roller.
Above-mentioned guiding groove is arranged on any one region in framework, the top of warm and hot therapeutic device, sidepiece and lower area, and above-mentioned guiding groove or framework can form fixed part.
Fixation portions can be made up of any one in distal process, protuberance, depressed part or solenoid component, above-mentioned guiding groove or framework can arrange bearing, the lower end of above-mentioned warm and hot therapeutic device is provided with electrode terminal, the portion of terminal be attached thereto can be set in the top and bottom of outer housing.
Even if under the state that outer housing is closed, the generating component work of outer housing also can be made by above-mentioned terminal.
In addition, the present invention also provides a kind of gliding style Tepid therapeutic equipment with following characteristics, and this therapeutic instrument comprises: body 1100, and it is provided with warm and hot therapeutic device 1010; Lower bed component 1200, can slide on above-mentioned body 1100, when expansion or overlap, the length of bed is changed; Body terminal portion 1600, it is arranged on above-mentioned body 1100 lower end part.
Above-mentioned body terminal portion 1600 is provided with body power supply terminal 1602 and body temperature sensor terminal 1604 and body and launches sensor terminal 1606, for guarantee can be overlapping with above-mentioned body terminal portion 1600 from the state that body launches completely at lower bed component, thus on above-mentioned lower bed component, be provided with lower bed upper terminal portion 1210.
For guaranteeing can to contact with body terminal portion 1600 under the state that lower bed component is completely overlapping with body, thus on above-mentioned lower bed component, lower bed lower terminal portion 1230 is provided with, the both sides in above-mentioned lower bed upper terminal portion 1210 are provided with limit switch 1218, when body terminal portion 1600 contacts with lower bed upper terminal portion 1210, the dump that just lower portion bed lower terminal portion 1230 can be applied.
Above-mentioned lower bed upper terminal portion 1210 is provided with top power supply terminal 1212 and upper temperature sensor terminal 1214 and launches sensor terminal 1216 completely.Above-mentioned body terminal portion 1600 comprises: terminal board 1610, and it is built in body 1100; Terminal outer housing 1620, it covers above-mentioned terminal board 1610; Outer housing elastic component 1630, it to be arranged on above-mentioned terminal board 1610 and to carry out resiliency supported to terminal outer housing 1620; Terminal, it is given prominence to laterally by the terminal hole 1624 be positioned at above terminal outer housing 1620.
Technique effect
According to the present invention, when not using described Tepid therapeutic equipment, lower bed component can be made overlapping with body, effectively to utilize space by slip.When using described Tepid therapeutic equipment, the mode of slip can be passed easily through by lower bed structural member development.
Accompanying drawing explanation
Fig. 1 is the axonometric chart being in deployed condition according to Tepid therapeutic equipment of the present invention;
Fig. 2 is only to the skeleton diagram that the sliding structure outline of the Tepid therapeutic equipment of Fig. 1 shows;
Fig. 3 is the front elevation utilizing the automatic sliding of electromagnet to construct;
Fig. 4 is the front elevation of the automatic sliding structure adopting cylinder structure;
Fig. 5 is the front elevation of the automatic sliding structure adopting gear structure;
Fig. 6 is the front elevation of the automatic sliding structure adopting spring structure;
Fig. 7 is the front elevation of hand brake structure;
Fig. 8 is the front elevation of Braking mode structure;
Fig. 9 is the skeleton diagram being provided with wheel on excellent frame;
Figure 10 is the skeleton diagram of filling certain thickness cloth around excellent frame;
Figure 11 is the skeleton diagram being provided with multiple bearing construction around guiding groove;
The guiding groove of body in the present invention is arranged on the skeleton diagram of body two upper lateral part by Figure 12 a, Figure 12 b, Figure 12 c;
The guiding groove of body in the present invention is arranged on the skeleton diagram of body both sides pars intermedia by Figure 13 a, Figure 13 b, Figure 13 c;
The guiding groove of body in the present invention is arranged on the skeleton diagram of body two side lower part by Figure 14 a, Figure 14 b, Figure 14 c;
The guide protrusion of body in the present invention is arranged on the skeleton diagram of body two upper lateral part by Figure 15 a, Figure 15 b, Figure 15 c;
The guide protrusion of body in the present invention is arranged on the skeleton diagram of body both sides pars intermedia by Figure 16 a, Figure 16 b, Figure 16 c;
The guide protrusion of body in the present invention is arranged on the skeleton diagram of body two side lower part by Figure 17 a, Figure 17 b, Figure 17 c;
Figure 18 is the skeleton diagram being provided with guiding groove in the central lower of body;
Figure 19 is the axonometric chart of the gliding style Tepid therapeutic equipment not adopting frame structure;
Figure 20 a, Figure 20 b are the profiles that a of Figure 19 part is amplified;
Figure 21 is the profile of the installation site distortion of roller in Figure 19;
Figure 22 a, Figure 22 b are the profiles of the installation constitution of roller inside bed shown in display Fig. 1.
Figure 23 is by axonometric chart overlapping with body for middle and lower part of the present invention bed member;
Figure 24 is the axonometric chart launched from body by middle and lower part of the present invention bed member;
Figure 25 is the axonometric chart that display is arranged on the warm and hot therapeutic device of body interior shown in Figure 24;
Figure 26 is plane graph and the sectional side view of Figure 25;
Figure 27 a, Figure 27 b are top view and the side view of the component of lower bed shown in Figure 24;
Figure 28 is the exploded perspective view in body terminal portion;
Figure 29 is the plane graph in body terminal portion, front elevation, top view and side view.
Symbol description
1010: warm and hot therapeutic device 1100: body
1150,1160: lateral frame 1180: guiding groove
1200: lower bed component 1250: top outer housing
1270: excellent frame 1410: wheel
Detailed description of the invention
Below, with reference to the accompanying drawings desirable embodiment of the present invention is described in detail.First, explain the reference marks of element in each accompanying drawing, for identical element, even in different drawings, also use identical symbol as far as possible.In addition, when the present invention will be described, if confirm that relevant known formation or function may obscure purport of the present invention, be not just described in detail.
Fig. 1 is the axonometric chart being in deployed condition according to the Tepid therapeutic equipment of the present invention the 1st embodiment, and Fig. 2 is only to the skeleton diagram that the sliding structure outline of Tepid therapeutic equipment shown in Fig. 1 shows.
As shown in Figure 1, the Tepid therapeutic equipment according to the present embodiment comprises: body 1100, and it is provided with warm and hot therapeutic device 1010; Lower bed component 1200, what itself and above-mentioned body 1100 connected slide in state dynamicly to launch or overlapping.
Above-mentioned body 1100 comprises warm and hot therapeutic device 1010 and supports the framework 1150,1160 of warm and hot therapeutic device 1010.In addition, between warm and hot therapeutic device and framework, guiding groove 1180 is provided with along its length.
Warm and hot therapeutic device comprises: thermotherapy mat, and it is formed with hollow along long axis direction (above-mentioned length direction); Tepid therapeutic equipment, it moves along the hollow in thermotherapy mat; Mobile device, it makes Tepid therapeutic equipment move along long axis direction.Thus, user lies on warm and hot therapeutic device and just can carry out warm massage to spinal region.
Said frame 1150,1160 comprise left side frame 1150, right side frame 1160 and are connected the central connecting frame 1170 of above-mentioned left side and right side frame 1150,1160.Above-mentioned central connecting frame 1170 at least arranges more than 1, and supports the bottom of warm and hot therapeutic device 1010.
As shown in the figure, left side frame and right side frame slightly become corner banded, and left side frame and right side frame comprise: lateral frame, corresponding with the side of above-mentioned warm and hot therapeutic device; Ground framework, supports bottom surface; Connecting frame, connects above-mentioned lateral frame and ground framework.Here, said frame both can be made into single body, combined after also can first making respectively again.
, lateral frame is made into tabular here, ground framework and connecting frame are made into bar-shaped effect can be more satisfactory.
Here, when above-mentioned lateral frame is given prominence to than the upper side of above-mentioned warm and hot therapeutic device, its effect can be better.Thus, when user accepts thermotherapy after bottom bed member launches, just can prevent it from dropping to side by lateral frame.In addition, when bottom bed member is overlapping with warm and hot therapeutic device, guarantee that the height of lateral frame is identical in range of error (± 5%) with the height of lower bed component.Thus, Tepid therapeutic equipment can be used as warm sofa or chair use.
Here, make the height of the above-mentioned warm and hot therapeutic device of the aspect ratio of above-mentioned lateral frame high or only controlled just can realize above-mentioned formation to the projecting height of side frame section.
When lower bed member height is 100%, the height of the above-mentioned lateral frame given prominence to from the upper side of above-mentioned warm and hot therapeutic device is preferably 80 to 120%.This is because its projecting height can carry out multiple setting according to the height of lower bed component, its projecting height also can change according to the height of the guiding groove of lower bed member slide.
Lower bed component can slide along the guiding groove of the present embodiment, and as shown in the figure, above-mentioned guiding groove is arranged between framework and warm and hot therapeutic device.That is, between left side frame and warm and hot therapeutic device, be provided with a guiding groove, between right side frame and warm and hot therapeutic device, be provided with another guiding groove.
Microscler groove can be arranged to along long axis direction respectively on the opposite of framework and warm and hot therapeutic device.Certainly, be not limited to this, this guiding groove can be arranged on inside the framework relative with above-mentioned warm and hot therapeutic device, also can be arranged on outside the warm and hot therapeutic device relative with framework.That is, outside the treatment mat that can be arranged on warm and hot therapeutic device.
In addition, above-mentioned lower bed component 1200 comprises excellent frame 1270 along the movement of above-mentioned guiding groove 1180 and the top outer housing 1250 that is arranged between excellent frame.
Therefore, the above-mentioned excellent frame 1270 of above-mentioned lower bed component 1200, along guiding groove 1180 movable (or slip), to the body 1100 i.e. top overlap of warm and hot therapeutic device or can launch from body 1100 laterally.
Top outer housing 1250, when above-mentioned lower bed component 1200 is overlapping with body 1100, just covers the top of warm and hot therapeutic device 1010, thus protects the top of warm and hot therapeutic device 1010.
The sheath portion that top outer housing 1250 is provided with cloth, leather and artificial skin material and the electro-heat equipment be positioned at inside sheath portion.The material of above-mentioned sheath portion is not limited to this, can adopt various material.Above-mentioned electro-heat equipment is positioned at before sheath portion, top outer housing can be heated to certain temperature.In the present embodiment, above-mentioned electro-heat equipment can adopt surface heater.Certainly, be also not only defined in this, can the multiple electro-heat equipments such as hot line be adopted.Here, if adopt surface heater or hot line, the efficiency of heat trnasfer can just be improved.In order to reduce the danger of fire, the component of tabular can be inserted in the outer housing of top.
As mentioned above, owing to being provided with electro-heat equipment in the outer housing of top, when user launch lower bed component by warm and hot therapeutic device, thermotherapy is carried out to spinal region time, downside and leg heating will be made, thus the sense that lessens fatigue.In addition, in the present embodiment, even if top outer housing is overlapping with on the upside of warm and hot therapeutic device, also can guarantee that electro-heat equipment normally works.Thus, when user is used as this warming therapeutic bed as the use such as sofa or chair, just warm sense can be experienced.
As mentioned above, warm and hot therapeutic device is with the thermotherapy mat of hollow.Certainly, although be provided with outside protective covers on the upside of above-mentioned mat, purposes Tepid therapeutic equipment can not being done other owing to there being hollow uses.
In the present embodiment, when not using Tepid therapeutic equipment, just hollow can not allowed to expose with the top that above-mentioned top outer housing 1250 covers warm and hot therapeutic device 1010, thus just Tepid therapeutic equipment can be used as warm sofa or chair uses.
The rear end 1290 of its two paraphysis frame 1270 of above-mentioned lower bed component 1200 is along below curved elongated to ground, that is, excellent frame comprises: be placed in the ground framework on ground when 2 groove frames corresponding with guiding groove, expansion, connect the connecting frame of above-mentioned 2 groove frames and ground framework.In addition, as required, in order to protect top outer housing and ease of assembly, the protect-ing frame structure of connection 2 groove frames can be set between above-mentioned groove frame.
Therefore, the rear of lower bed component 1200 is supported by the rear end 1290 of two paraphysis frames 1270.
In addition, above-mentioned sliding structure can take automatic/semi-automatic slip and manual slide construction, that is, user both can slide lower bed component in person, also can adopt automatically and semiautomatic fashion slides.
Below, the automatic/semi-automatic sliding structure of the form to various variation is described.
Conveniently understanding, when needing, when indicating lower bed component 1200 in the accompanying drawings, only will indicate excellent frame 1270.In addition, although denote in accompanying drawing, frame area is provided with guiding groove, and does not mean that only for due to this, as mentioned above, both guiding groove can be set on thermotherapy mat, and also guiding groove can be set at framework and thermotherapy mat both sides.
Automatic sliding structure according to the 1st variation have employed electromagnet structure, and Fig. 3 is the front elevation of the automatic sliding structure adopting electromagnet structure.Electromagnet 1310 is set in guiding groove 1180 side of body 1100, after being energized to electromagnet 1310, just can drawing the excellent frame 1270 of lower bed component 1200.
Preferably, in this case, in order to give full play to the effect of electromagnet 1310, the material of iron content can be set in the front end 1271 of excellent frame 1270, just can be drawn easily by Magnet like this.Certainly, also the polarity Magnet contrary with above-mentioned electromagnet or electromagnet can be set at the end of excellent frame.
Automatic sliding structure according to the 2nd variation have employed cylinder structure, and Fig. 4 is the front elevation of the automatic sliding structure adopting cylinder structure.Guiding groove 1180 side of body 1100 is provided with cylinder 1320 and piston 1330, and piston 1330 to stretch for benchmark with cylinder 1320 and draws or promote the front end 1271 of excellent frame 1270.
In this case, piston 1330 is arranged to multiple cylindrical shape, and cylindrical shape diminishes gradually, be positioned at middle part and become bar-shaped, the front end of above-mentioned rod is connected with the front end 1271 of excellent frame 1270, and that is, the front end of above-mentioned excellent frame 1270 can be connected with the cylinder of minimum cylinder and end.Therefore, when adopting cylinder, the length of guiding groove just can extend to length the same as the length of above-mentioned piston portion.In addition, this variation is not limited to this, and above-mentioned piston 1330 also can insert and run inside excellent frame 1270.For this reason, a part for other piston area except above-mentioned minimum cylindric piston can be cut, thus, just can prevent the length of guiding groove from increasing.
For guaranteeing that lower bed component 1200 can be separated with body 1100, when making it slide, fluid will, to side inflow in cylinder 1320, make piston 1330 expand.
In addition, when bottom bed member 1200 and body 1100 in conjunction with time, just make the oil pressure of cylinder 1320 reduce, piston 1330 reduced.
Automatic sliding structure according to the 3rd variation have employed gear structure, and Fig. 5 is the front elevation of the automatic sliding structure adopting gear structure.It comprises: tooth bar 1350, and it is positioned at guiding groove 1180 opposite side of body 1100 and is driven by engine 1340; Rod frame 1270, consists of the shape of the pinion 1360 be engaged with above-mentioned tooth bar 1350.
If the direction of rotation of above-mentioned engine 1340 is that then lower bed component 1200 just moves laterally from body 1100 clockwise, if be counterclockwise, then lower bed component 1200 just moves along the direction overlapping with body 1100.
Automatic sliding structure according to the 4th variation adopts spring structure, and Fig. 6 is the front elevation of the automatic sliding structure adopting spring structure.The side of spring 1370 can be fixed on guiding groove 1180 side of body 1100, and the opposite side of spring 1370 can be fixed on the side of excellent frame 1270.
The side of above-mentioned excellent frame 1270 is provided with bottom distal process 1371, lower bed component 1200 centered by body 1100 under the state of the abundant movement in side, just make above-mentioned bottom distal process 1371 hang over the bottom of guiding groove 1180, thus make spring 1370 stop playing a role.
In addition, if make bottom distal process 1371 rise, then under the effect of spring 1370, lower bed component 1200 will move to body 1100 and overlapping with it.In this variation, the length of guiding groove is increased to the degree corresponding with the length of spring 1370, like this, its effect can be more satisfactory.
In this case, above-mentioned bottom distal process has more than and is applicable to automatic/semi-automatic sliding structure, also can be suitable for and adopt manual sliding structure.
In addition, when adopting above-mentioned automatic/semi-automatic sliding structure, although do not indicate in the accompanying drawings and be specifically described, also can add other control device that can drive it.
In addition, the present embodiment is used for after also the technology of above-mentioned variation can being combined respectively.In addition, also the part in the technology of an above-mentioned variation can be applicable in other variation.
In addition, in the 1st embodiment, under above-mentioned lower bed component 1200 is arranged on guiding groove 1180 side of body 1100 and the state of opposite side, can arranges for preventing its slip and stop structure.
Fig. 7 is the front elevation of hand brake structure.
As shown in Figure 7, be provided with side in guiding groove 1180 side of body 1100 along below and depressed part 1382 is installed, at the opposite side of above-mentioned guiding groove 1180, below is provided with opposite side and depressed part 1384 is installed.
In addition, above-mentioned side installation depressed part 1382 is installed depressed part 1384 with opposite side and is obliquely installed at relative position, the side of above-mentioned excellent frame 1270 is provided with side lower protrusion 1386, opposite side is provided with opposite side lower protrusion 1388.Introduce side in above-mentioned side lower protrusion 1386 and depressed part 1382 or opposite side installation depressed part 1384 are installed, introduce opposite side in opposite side lower protrusion 1388 and depressed part 1384 is installed.
Namely, when excellent frame 1270 makes therapeutic instrument overlapping to guiding groove 1180 medial movement, the side lower protrusion 1386 of rod frame 1270 is just introduced into (setting) side and installs in depressed part 1382, and opposite side lower protrusion 1388 is introduced into (setting) opposite side and installs in depressed part 1384.
In addition, when movement makes therapeutic instrument launch to excellent frame 1270 outside guiding groove 1180, just only have side lower protrusion 1386 to be introduced into (setting) opposite side and install in depressed part 1384.
The present embodiment can install depressed part 1382 by above-mentioned side and excellent frame 1270 is arranged in guiding groove 1180 by opposite side installation depressed part 1384 structure restfully.
That is, lower bed component can not prevent from by the impact of user view carrying out or overlap.In addition, owing to being projection inserted in above-mentioned depressed part, therefore, user just can be confirmed and the moment of launching completely and overlapping moment by sensation or sound.
Fig. 8 is the front elevation of Braking mode structure.
As shown in Figure 8, the present embodiment is provided with lift component 1392,1394 and above-mentioned lift component 1392,1394 is elevated solenoid valve 1396,1398 in one end of guiding groove 1180 and the bottom of the other end, is respectively arranged with lead-ingroove 1397,1399 in one end of above-mentioned excellent frame 1270 and the other end.
In addition, if under control of the control means or make above-mentioned lead-ingroove 1397,1399 be positioned at above lift component 1392,1394 under the effect of the control circuit set, above-mentioned solenoid valve 1396,1398 will start automatically, and is introduced in above-mentioned lead-ingroove 1397,1399 by lift component 1392,1394.
Under the state that lower bed component 1200 launches, side solenoid valve 1396 does not start, and side lift component 1392 is positioned at bottom, and opposite side solenoid valve 1398 starts, and opposite side lift component 1394 rises, and also can introduce in side lead-ingroove 1397.
In addition, when moving it to make lower bed component 1200 overlapping with warm and hot therapeutic device, under control of the control means, opposite side solenoid valve 1398 also can quit work, opposite side lift component 1394 declines, thus lower bed component 1200 to be moved and overlapping with it to body 1100.
In addition, if above-mentioned lower bed component 1200 contacts completely with the assigned position of body 1100, then side solenoid valve 1396 and opposite side solenoid valve 1398 all start, and side lift component 1392 and opposite side lift component 1394 are incorporated into respectively in side lead-ingroove 1397 and opposite side lead-ingroove 1399.
Therefore, according to the present embodiment, when make lower bed component 1200 from body 1100 launch or overlapping with body 1100 time, lower bed component 1200 will automatically stop in position and be fixed up.
In addition, minimize to make the excellent frame 1270 of movement produces in guiding groove 1180 noise and vibrations reach, the present embodiment adopts and to form as follows.
Fig. 9 is the skeleton diagram be arranged on by wheel on excellent frame, and Figure 10 is the skeleton diagram being provided with certain thickness cloth around excellent frame, and Figure 11 is the skeleton diagram being provided with multiple bearing construction around guiding groove.As shown in Figure 9, the present embodiment adopts and to be arranged on by wheel 1410 on excellent frame 1270 and with the structure of guiding groove 1180 movement.There is polyurethane member 1412 in the arranged outside of above-mentioned wheel 1410, noise and vibrations can be absorbed by elasticity.
Certainly, also can adopt other multiple material except polyurethane member 1412, as required, also can not use polyurethane member.
Here, in the inner side of excellent frame 1270 and/or person's lateral surface, wheel can be installed.In this case, also wheel can be introduced inside above-mentioned guiding groove 1180, part or all of excellent frame 1270 also can be protruding outside to above-mentioned guiding groove.Certainly, also wheel and excellent frame all can be incorporated into inside guiding groove.Here, if only have wheel to be introduced in inside guiding groove, the size of wheel can be less than the size of excellent frame.In addition, also wheel can be arranged on the underside area of excellent frame, a part for wheel is incorporated into inside above-mentioned excellent frame.In this case, the open slot that wheel exposes can be set in the underside area of excellent frame.Certainly, the wheel of above-mentioned form arranges other region (upper-side area and region, two sides) be also applicable to except excellent frame underside area.In addition, be also not limited to this, also wheel can be arranged on the guiding groove inside region that above-mentioned rod is frameed shift dynamic.
In addition, all regions being presented at excellent frame in accompanying drawing all can arrange wheel.But, be not limited to this, also only wheel can be set in the front end area of excellent frame.This is because the front end area of excellent frame be connected before guiding groove and move.In addition, when user manually operate make lower bed member slide time, due to the opposite side region of lower bed component can be affected (namely, the region corresponding with front end) move it, therefore, even if do not arrange wheel at excellent frame Zone Full, also can smooth and easyly slide.
In addition, as shown in Figure 10, the present embodiment arranges the cloth member 1414 such as the very soft and wear-resisting carbon fiber in surface around above-mentioned excellent frame 1270, can absorb like this because of fricative noise and vibrations.Certainly, be also not limited to this, also above-mentioned cloth member can be set in above-mentioned guiding groove inside region.
In addition, as shown in figure 11, for guaranteeing that excellent frame 1270 surface along guiding groove 1180 movement can contact with above-mentioned bearing components 1416, the present invention can arrange multiple bearing components 1416 at above-mentioned guiding groove 1180.
Thus, the friction between excellent frame 1270 and guiding groove 1180 just can be made to reach to minimize.
In addition, the annexation between body and lower bed component can arrange according to various ways by the present invention, will be described below.Following accompanying drawing is used for schematically illustrating it, can adopt following technology in the thermotherapy mat area of said frame and warm and hot therapeutic device.
Figure 12 a, Figure 12 b, Figure 12 c are the skeleton diagrams of the 1st variation guiding groove of body in the present embodiment being arranged on body two upper lateral part, Figure 13 a, Figure 13 b, Figure 13 c are the skeleton diagrams of the 2nd variation guiding groove of body in the present embodiment being arranged on middle part, body both sides, and Figure 14 a, Figure 14 b, Figure 14 c are the skeleton diagrams of the 3rd variation guiding groove of body in the present invention being arranged on body two side lower part.
As shown in Figure 12 a of the present invention the 1st variation, guiding groove 1180 is arranged on two upper lateral parts of body 1100, as shown in Figure 12b, excellent frame 1270 is arranged on top outer housing 1250 both sides of lower bed component 1200, as shown in fig. 12 c, the excellent frame 1270 of lower bed component 1200 can be combined with the guiding groove 1180 of body 1100, namely, guiding groove can be arranged on thermotherapy mat, the framework of body 1100, and the top in any one region in region between thermotherapy mat and framework.
As depicted in fig. 13 a, in the middle part, both sides of body 1101, guiding groove 1181 can be arranged laterally.Therefore, the structure of lower bed component also can change, namely, as illustrated in fig. 13b, from top outer housing 1250 both sides of lower bed component 1201 to the position arranging above-mentioned guiding groove 1181, all connecting frame 1510 can be set, excellent frame 1271 can be provided with in the front end of above-mentioned connecting frame 1510.As shown in figure 13 c, the excellent frame 1271 of lower bed component 1201 can be combined with the guiding groove 1181 of body 1101.In addition, above-mentioned guiding groove also can be arranged on thermotherapy mat, framework by this variation, and the top in any one region in region between thermotherapy mat and framework.
Such as, when the technology of variation shown in Figure 13 a, Figure 13 b, Figure 13 c is applied to framework, compared with Figure 12 a, Figure 12 b, Figure 12 c, when overlooking body 1101 state overlapping with lower bed component 1201 from top, just can't see body 1101, and lower bed component 1201 can only be seen, therefore seem more attractive in appearance.In addition, under the state of overlap, stably can protect body, when user is sitting on lower bed component, the ice-cold sense of existing frame area would not be experienced.
In addition, as shown in figures 14a, at two side lower parts of body 1102, guiding groove 1182 can be arranged to downside.In addition, as shown in fig. 14b, from top outer housing 1250 both sides of lower bed component 1202 to the position arranging above-mentioned guiding groove 1182, all connecting frame 1511 can be set, excellent frame 1272 can be set in the front end of above-mentioned connecting frame 1511.As shown in figure 14 c, the excellent frame 1272 of lower bed component 1202 can be combined with the guiding groove 1182 of body 1102.
As mentioned above, above-mentioned guiding groove also can be arranged on framework and/or person's thermotherapy mat by this variation.
In addition, as another embodiment of the present invention, also following structure can be adopted, namely the length direction along body arranges guide protrusion on above-mentioned body, lower bed component arranges the groove frame component along above-mentioned guide protrusion movement, that is, in embodiment above, body is provided with guiding groove, and excellent frame can in above-mentioned groove medial movement.But, in the following embodiments, projection can be provided with on body, excellent frame region is provided with guiding groove.A part of technology in the various technology illustrated following embodiment can be used in mutually different explanation, the technology of above-mentioned 1st embodiment also may be used in the 2nd embodiment.In addition, a part of technology of the 2nd embodiment also may be used in above-mentioned 1st embodiment.
Figure 15 a, Figure 15 b, Figure 15 c are the skeleton diagrams body guide protrusion according to the 2nd embodiment of the present invention being arranged on body two upper lateral part, Figure 16 a, Figure 16 b, Figure 16 c are the skeleton diagrams body guide protrusion according to the 2nd embodiment being arranged on middle part, body both sides, and Figure 17 a, Figure 17 b, Figure 17 c are the skeleton diagrams body guide protrusion according to the 2nd embodiment being arranged on body two side lower part.
As shown in fig. 15 a, body 1103 is included in the outstanding guide protrusion 1183 of its two upper lateral part.As illustrated in fig. 15b, lower bed component 1203 is provided with groove frame 1273 component in top outer housing 1250 both sides.As shown in fig. 15 c, groove frame 1273 component of lower bed component 1203 contacts with the guide protrusion 1183 of body 1103 and moves.Here, can guarantee to prevent groove frame from coming off from body before full deployment at lower bed component by the structure of projection and groove.In addition, above-mentioned guide protrusion can be arranged on framework, thermotherapy mat, and the region between framework and thermotherapy mat.If guide protrusion to be arranged on region between framework and thermotherapy mat (that is, the region of framework and thermotherapy mat both sides), then the groove inside groove frame can arrange 2.Certainly, the number of above-mentioned groove frame can change according to the number of guide protrusion.In addition, guide protrusion can be arranged by point-like, also these points can be extended into wire or directly arranges by wire.
In the accompanying drawings, all rods of display channel frame component become bending.But, be also not limited to this, also by a part of region bending of excellent frame or can cut.
As illustrated in fig 16 a, guide protrusion can be arranged on the middle part, both sides of body 1104.Therefore, as shown in fig 16b, to the position arranging above-mentioned guide protrusion 1184, all connecting frame 1514 can be set from top outer housing 1250 both sides of lower bed component 1204, groove frame 1274 component can be set in the front end of above-mentioned connecting frame 1514.As shown in figure 16 c, groove frame 1274 component of lower bed component 1204 can contact with the guide protrusion 1184 of body 1104 and move.
As illustrated in fig 17 a, guide protrusion can be arranged on two side lower parts of body 1105.As illustrated in fig. 17b, to the position arranging above-mentioned guide protrusion 1185, all connecting frame 1515 can be set from top outer housing 1250 both sides of lower bed component 1205, groove frame 1274 component can be set in the front end of above-mentioned connecting frame.As shown in fig. 17 c, groove frame 1274 component of lower bed component 1205 contacts with the guide protrusion 1185 of body 1105 and moves.
Figure 18 is the skeleton diagram being provided with guiding groove in the body center bottom according to the present invention the 3rd embodiment.
As shown in figure 18, guiding groove is arranged on the hollow inner side of thermotherapy mat by the present embodiment, and the sheet frame introducing above-mentioned hollow and guiding groove can be arranged on lower bed component.Thus, when it is overlapping with above-mentioned lower bed component, just by the hollow safety cut-off of thermotherapy mat, thus the thermotherapy guide of hollow inner side can be protected.
Certainly, be also not limited to this, also the upper-side area of thermotherapy mat can be provided with tabular guiding groove, and the plate-shaped frame introduced inside above-mentioned tabular guiding groove is arranged on lower bed component.
In addition, the present embodiment also can not use framework in the body.
Figure 19 is the axonometric chart of the gliding style Tepid therapeutic equipment of the belfry do not adopted according to the present invention the 3rd embodiment, and Figure 20 a, Figure 20 b are the amplification profiles of a part of Figure 19.
The present embodiment also can not adopt the gliding style Tepid therapeutic equipment being provided with the belfry shown in above-mentioned Fig. 1 to Figure 18, and adopts the gliding style Tepid therapeutic equipment not arranging belfry shown in Figure 19.
The technology of the present embodiment also can be applied to above-described embodiment.In addition, illustrate with above-described embodiment that the part of middle repetition will no longer be described.
Tepid therapeutic equipment according to the present embodiment is provided with warm and hot therapeutic device and covers the sheath portion of warm and hot therapeutic device.
Warm and hot therapeutic device comprises: thermotherapy mat 2100, is provided with guiding groove 2120 along its length in its both sides; Thermotherapy guide portion, its hollow along thermotherapy mat moves and massages the vertebra position of user.
Sheath portion wrap up above-mentioned thermos therapeutic pad 2100 above and side, and this sheath portion is included in the outer housing 2200 of the roller 2210 along guiding groove 2120 movement and the rotating shaft 2220 with roller 2210 in above-mentioned guiding groove 2120.
In addition, handle 2110 can be provided with in the front end of warm and hot therapeutic device.
As shown in figure 19, when user holds handle 2110 with outer housing 2200 for after thermotherapy mat 2100 launched by sliding type by benchmark, just thermotherapy can be accepted, after thermotherapy combines, just thermotherapy mat 2100 is introduced inside outer housing 2200, to reduce its volume, therefore convenient keeping.
In addition, when thermotherapy mat 2100 being incorporated into outer housing 2200 or it being drawn from outer housing 2200, above-mentioned roller 2210 rotates along guiding groove 2120, to guarantee to carry out calmly leading in/out operation.
The mode that above-mentioned roller 2210 is connected with guiding groove 2120 as illustrated in fig. 20, inner side along thermotherapy mat 2100 is provided with distal process groove 2122 and the diameter guiding groove 2120 larger than above-mentioned distal process groove 2122, above-mentioned roller 2210 connects according to the mode of movement in guiding groove 2120, or as shown in fig. 20b, when not arranging distal process groove 2122, the inner side of thermotherapy mat 2100 is provided with guiding groove 2120, then, above-mentioned roller 2210 connects according to the mode of movement in guiding groove 2120 again.In this case, the lateral side regions of above-mentioned thermotherapy mat adopts plastics or synthetic resin material effect can be more satisfactory.That is, preferably, adopt and there is pressure that resistance to impact and can making produces by the movement of roller and frictional force reach minimized material and make.
For the present embodiment, as shown in Figure 20 a and Figure 20 b, roller is arranged on inside guiding groove.In addition, roller is connected with the side of outer housing.Here, above-mentioned outer housing comprises the top housing body covering thermotherapy mat upper end and the side housing body covering side.Above-mentioned roller is combined with the inner side of above-mentioned side housing body and fixes.Certainly, as in the prior embodiments, a part for side housing body is highlighted and extends inside above-mentioned guiding groove, thus can slide.
As shown in fig. 20b, guiding groove can be arranged to lateral surface by the channel-shaped opened, and as illustrated in fig. 20, also can be arranged in the channel-shaped of open area with protuberance outstanding up and down.In this case, compared with the mode shown in the mode shown in Figure 20 a with Figure 20 b, it forms more firm, can guarantee that roller can not depart from guiding groove.
Figure 21 is the profile of roller installation site distortion in Figure 19.
As shown in figure 21, the present embodiment also can be provided with guiding groove 3210 in the two side walls of outer housing 3200, is provided with the roller 3120 of rotation centered by rotating shaft 3110 and moves in above-mentioned guiding groove 3210 in the both sides of body 3100.
Figure 22 a, Figure 22 b are the profiles of the installation constitution of roller inside bed shown in display Fig. 1.
Figure 22 a, Figure 22 b have employed wheel 1410 can only at the structure of body 1100 medial movement.In guiding groove 1180, the part of wheel 1410 movement is arranged on framework 1150,1160.
In addition, the shape of guiding groove 1180 becomes horizontal again after body 1100 bottom is downward-sloping.In addition, because the height of the aspect ratio guiding groove 1180 of lower bed component 1200 is low, therefore, for guaranteeing that lower bed component 1200 can keep level when body 1100 launches safely, the above-mentioned lower part to inclination and slip inclined plane 1189 are just arranged according to the height of guiding groove 1180 and the difference in height of lower bed component 1200.
Above-mentioned slip inclined plane 1189 not only can be arranged on guiding groove 1180, also can be arranged on the below of warm and hot therapeutic device 1010.
Figure 23 is by the lower bed component axonometric chart overlapping with the body according to the present invention the 1st embodiment, Figure 24 is the axonometric chart launching lower bed component from body, Figure 25 is mounted in the axonometric chart of the warm and hot therapeutic device of the body interior of Figure 24, and Figure 26 is plane graph and the sectional side view of Figure 25.
As shown in Figure 23 and Figure 24, it eliminates the outer housing covering body 1100 and lower bed component 1200, and Figure 23 represents under the state not using warming therapeutic bed, the schematic diagram that lower bed component 1200 is overlapping with body 1100, in this state, warming therapeutic bed just can be used as sofa use.
In addition, Figure 24 represents the situation using warming therapeutic bed, and at lower bed component 1200 from the state that body 1100 launches, patient lies on warming therapeutic bed just can accept thermotherapy.
Below, with reference to Figure 25 and Figure 26, the warm and hot therapeutic device 1010 be arranged on warming therapeutic bed is described, above-mentioned warm and hot therapeutic device 1010 moves as the length direction of a kind of guide installation portion 1120 by being provided with guide 1122 along thermotherapy mat thus to the device that patient treats, makes the mobile members 1130 such as the chain of guide installation portion 1120 movement be arranged on central part along the length direction of body 1100.In addition, the guide rail shape guide portion 1140 guided the movement of guide installation portion 1120 is arranged on the lower end, mobile route both sides of guide installation portion 1120 along the length direction of body 1100.Preferably, here, guide portion is arranged on the framework of body.
In addition, in the thermotherapy mat upper end that the mobile space with above-mentioned guide installation portion 1120 is isolated, namely the both sides of patients head present position are provided with sound equipment component 1110, like this, the patient accepting thermotherapy not only can accept thermotherapy, but also can accept musical therapy.
In addition, the position isolated at the mobile space of thermotherapy mat lower end part and guide installation portion 1120 is provided with body terminal portion 1600.
The body terminal portion 1600 of thermotherapy mat is provided with body power supply terminal 1602 and body temperature sensor terminal 1604 and body and launches sensor terminal 1606.
Figure 27 a, Figure 27 b are top view and the side view of the lower bed component shown in Figure 24, and Figure 28 is the exploded perspective view in body terminal portion, and Figure 29 is the plane graph in body terminal portion, front elevation, top view and side view.
In addition, lower bed component 1200 being provided with: lower bed upper terminal portion 1210, is arrange in order to ensure lower bed component 1200 can contact with above-mentioned body terminal portion 1600 from the state that body 1100 launches completely; Lower bed lower terminal portion 1230, is arranged for can contact with body terminal portion 1600 under guaranteeing the state that lower bed component 1200 and body 1100 are completely overlapping.
Above-mentioned lower bed upper terminal portion 1210 launches position corresponding to sensor terminal 1606 be provided with top power supply terminal 1212 and upper temperature sensor terminal 1214 and launch sensor terminal 1216 completely with body power supply terminal 1602 and body temperature sensor terminal 1604 and body successively.
In addition, the both sides in above-mentioned lower bed upper terminal portion 1210 are provided with limit switch 1218, when body terminal portion 1600 contacts with lower bed upper terminal portion 1210, the dump that just lower portion bed lower terminal portion 1230 can be applied.
The present invention is built-in with the heater 1224 be made up of nichrome wire thermal contours on lower bed component 1200, so just can by the warm leg being delivered to patient, the effect of above-mentioned heater 1224 is exactly the temperature connecting power supply and induction and control heater 1224.
Device to heater 1224 supply power also can be arranged on lower bed component 1200 with the device responding to also control temperature, but, born to the function of heater 1224 supply power by the power supply unit of body 1100 in the present invention, the function responding to also control temperature is also performed by body 1100 and remote controller.
If above-mentioned body power supply terminal 1602 contacts with top power supply terminal 1212, just electric current can be transmitted from body 1100 lower portion bed member 1200.
In addition, if body temperature sensor terminal 1604 contacts with upper temperature sensor terminal 1214, just can respond to the heater 1224 of lower bed component 1200 temperature and by the control part transmission of relevant information to body 1100.
If above-mentioned body launches sensor terminal 1606 and launches sensor terminal 1216 completely and contact, the information just launched from body 1100 by lower bed component 1200 is to the control part transmission of body 1100.
In addition, the effect of above-mentioned control part is exactly the startup of the warm and hot therapeutic device 1010 controlling body 1100.
Therefore, under above-mentioned body launches sensor terminal 1606 and launches the discontiguous state of sensor terminal 1216 completely, the warm and hot therapeutic device 1010 of body 1100 is not just started by control part, simultaneously, the guide 1122 of guide installation portion 1120 is made to be positioned at the region of foot, to guarantee that it does not contact with lower bed component 1200.
According to above-mentioned structure, in the present invention, under the state not using Tepid therapeutic equipment, because lower bed component 1200 can be overlapping with body 1100.Therefore, launch sensor terminal 1606 with regard to above-mentioned body and launch completely with regard to the discontiguous state of sensor terminal 1216, the guide 1122 of guide installation portion 1120 is in lower area.
Above-mentioned lower area, refers to the region relevant to extreme lower position in guide 1122 lifting structure.
In addition, patient starts to make Tepid therapeutic equipment, just lower bed component 1200 is slided for benchmark laterally with body 1100, if lower bed upper terminal portion 1210 contacts with body terminal portion 1600, body power supply terminal 1602 is just connected with top power supply terminal 1212, thus is transmitted by the heater 1224 of electric current lower portion bed member 1200 by the power supply of body 1100.
In addition, body temperature sensor terminal 1604 is connected with upper temperature sensor terminal 1214 and after responding to the temperature of heater 1224, just transmit to body 1100, body launches sensor terminal 1606 and launches after sensor terminal 1216 is connected completely, and control part just makes warm and hot therapeutic device 1010 start.
In addition, if the connection between body temperature sensor terminal 1604 and upper temperature sensor terminal 1214 is first carried out than the connection between body power supply terminal 1602 and top power supply terminal 1212, spark will be produced.Therefore, in order to prevent the generation of this situation, the present invention has following formation:
First, as shown in Figure 27 a, Figure 27 b, the length of top power supply terminal 1212 is arranged longer than the length of upper temperature sensor terminal 1214, then, with the upper end of bottom bed member 1200 for benchmark, alignd in the upper end of top power supply terminal 1212, to guarantee that the lower end position of top power supply terminal 1212 is in the downside of the lower end position of upper temperature sensor terminal 1214 with the upper end position of upper temperature sensor terminal 1214.
Thus, when outside from bottom bed member 1200 to body 1100 slide time, after top power supply terminal 1212 contacts with body power supply terminal 1602, upper temperature sensor terminal 1214 contacts with body temperature sensor terminal 1604 again.
Second, as shown in figure 29, make the setting height(from bottom) of the terminal be arranged in body terminal portion 1600 different, the upper end level of body power supply terminal 1602 is arranged get Geng Gao than the upper end level of body temperature sensor terminal 1604, when bottom bed member 1200 falls downwards along slip inclined plane 1189 and moves, the contact between top power supply terminal 1212 and body power supply terminal 1602 is just rapider than the contact between upper temperature sensor terminal 1214 and body temperature sensor terminal 1604.
3rd, programme in advance, to guarantee the random time after upper temperature sensor terminal 1214 contacts with body temperature sensor terminal 1604, preferably produce the effect of contact after 5 seconds again, just make the contact between top power supply terminal 1212 and body power supply terminal 1602 and upper temperature sensor terminal 1214 carry out with the Contact of body temperature sensor terminal 1604 simultaneously, even if be deferred to 4 seconds, contact effect between top power supply terminal 1212 and body power supply terminal 1602 is also rapider than the contact effect between upper temperature sensor terminal 1214 and body temperature sensor terminal 1604.
The present invention is by building the pre-antispark generation of 3 kinds of stabilisation systemss described above.
In addition, have employed in the present invention and can enable the exposed to contact elastic construction of the terminal in body terminal portion 1600.
That is, body terminal portion 1600 comprises: terminal board 1610, is built in body 1100; Terminal outer housing 1620, it covers above-mentioned terminal board 1610; Outer housing elastic component 1630, it to be arranged on above-mentioned terminal board 1610 and to carry out resiliency supported to terminal outer housing 1620; Terminal, it is given prominence to laterally by the terminal hole 1624 be positioned at above terminal outer housing 1620.
In addition, above-mentioned terminal board 1610 is provided with the cylindric elastic component installation portion 1615 of the bottom of installing coil spring shape outer housing elastic component 1630.
Terminal outer housing 1620 is provided with outer housing projection 1622, for guaranteeing that the terminal outer housing 1620 be elevated by outer housing elastic component 1630 can not depart from terminal board 1610, above-mentioned terminal board 1610 is provided with the projection braking parts 1612 limiting above-mentioned outer housing projection 1622 moving section.
Thus, when above-mentioned terminal outer housing 1620 is moved down by the contact between terminal, resiliency supported effect will be played by outer housing elastic component 1630.
Therefore, according to the present invention, when the terminal of the lower bed component 1200 moved down along slip inclined plane 1189 contacts with body terminal portion 1600, impulsive force will be absorbed.Meanwhile, because the terminal in body terminal portion 1600 is given prominence to, therefore will contact rapidly.
In addition, as shown in figure 28, above-mentioned terminal outer housing 1620 is provided with 6 along its length to 2 holes 1624 arranged along its length, has 12 holes 1624.
In addition, terminal is combined with terminal outer housing 1620 by above described holes 1624, here, is described for 1 body power supply terminal 1602, and all the other 5 terminals also have identical combined structure.
The central part 1603 one-tenth semi-circular curvature of body power supply terminal 1602, side is provided with smooth fixed part 1605, and opposite side is provided with smooth on-fixed portion 1607, becomes thin and long tabular.
The central part 1603 of above-mentioned body power supply terminal 1602 exposes to the top of terminal outer housing 1620, fixed part 1605 and on-fixed portion 1607 part are introduced in 2 terminal holes 1624 that the equal length direction along terminal outer housing 1620 formed, fixed part 1605 is fixed by being combined with the inner side spiral of terminal outer housing 1620, and 1607, on-fixed portion is in unfixed state.
Therefore, when top power supply terminal 1212 contacts with above-mentioned body power supply terminal 1602, central part 1603 also contacts with it, meanwhile, on-fixed portion 1607 with fixed part 1605 for benchmark, and to keep the state of elastic force to move down.
In the present invention, terminal outer housing 1620 moves with elastic type, and body power supply terminal 1602 itself also moves with elastic type.Therefore, sufficient absorbing power and recuperability will be produced for the rapidity of Dual-contack with the impact brought when contacting.
In addition, the position of fixation portions 1605 is in the bottom of body 1100, and is positioned at place more on the lower than on-fixed portion 1607.
Because, when bottom bed member 1200 launches from body 1100, although the lower bed upper terminal portion 1210 of lower bed component 1200 is also contacted with it to whereabouts, body terminal portion 1600 by slip inclined plane 1189, but, when bottom bed member 1200 slides along the direction overlapping with body 1100, the lower bed upper terminal portion 1210 of lower bed component 1200 will produce with body terminal portion 1600 and rubs and move along slip inclined plane 1189.Therefore, if on-fixed portion 1607 is in than fixed part 1605 position more on the lower, central part 1603 will with lower bed component 1200 below rubbing action under be out of shape along the glide direction of lower bed component 1200, and on-fixed portion 1607 and hole 1624 are departed from, thus expose to the top of terminal outer housing 1620.
In addition, the length due to the central part 1603 by body power supply terminal 1602 arranges longer than the length of the central part 1603 of body temperature sensor terminal 1604, and improves its flexibility.Therefore, just can guarantee that the upper end level of the body power supply terminal 1602 exposed to the top of terminal outer housing 1620 is higher than the upper end level of body temperature sensor terminal 1604.Like this, the feature of the above-mentioned Article 2 measure for preventing spark generation from taking can just be made it have.
In addition, above-mentioned lower bed lower terminal portion 1230 is provided with the lower bed inclined plane 1236 corresponding with inclined plane 1189 of sliding.
Above-mentioned lower bed lower terminal portion 1230 is provided with lower electric power terminal 1232 and lower temperature sensor terminal 1234, under the state that lower bed component 1200 is overlapping with body 1100, lower electric power terminal 1232 contacts with body power supply terminal 1602, then, lower temperature sensor terminal 1234 is connected with body temperature sensor terminal 1604, thus heater 1224 is generated heat.
Thus, in the present invention, under the state that lower bed component 1200 does not launch, lower bed component 1200 can be used as sofa and use by user.In this case, heater 1224 is heating just, thus warm sofa can be it can be used as to use.
In addition, in above-mentioned lower bed lower terminal portion 1230, do not set up full expand sensor terminal, be because only under the state that lower bed component 1200 is overlapping with body 1100, lower bed lower terminal portion 1230 just can contact with body terminal portion 1600.
In addition, lower bed upper terminal portion 1210 line and lower bed lower terminal portion 1230 line is split as from lower bed component 1200 to 1 electric wire of heater 1224 transmission current.
Therefore, under the state that lower bed upper terminal portion 1210 contacts with body terminal portion 1600, the lower electric power terminal 1232 in electric current lower portion bed lower terminal portion 1230 transmits.Under the state that lower bed lower terminal portion 1230 contacts with body terminal portion 1600, electric current lower portion bed upper terminal portion 1210 transmits.
Based on this constructional feature, the state that lower bed upper terminal portion 1210 contacts with body terminal portion 1600 is exactly the state that lower bed component 1200 launches.Like this, the position that the hands that will outwards be exposed to patient or child because of lower bed lower terminal portion 1230 can touch and cause electric shock accidents.
In addition, lower bed lower terminal portion 1230 and the state that body terminal portion 1600 contacts are exactly lower bed component 1200 state overlapping with body 1100.Like this, patient or child just can not touch lower bed upper terminal portion 1210 with hands, thus can not cause the generation of electric shock accidents.
Therefore, according to the present invention, under the state that lower bed upper terminal portion 1210 contacts with body terminal portion 1600, start above-mentioned limit switch 1218, and cut off the electric current of lower portion bed lower terminal portion 1230 transmission, thus the security incident of patient or child can be prevented.
As mentioned above, according to the present invention, when not using Tepid therapeutic equipment, lower bed component just can be made by sliding overlapping with body, thus effectively utilize space.In addition, when using Tepid therapeutic equipment, also can by sliding type easily by lower bed structural member development.
Foregoing is illustrated by means of only the technological thought of example to invention, and the staff with the technical field of the invention relevant knowledge can carry out various change and amendment completely in the scope not departing from technological thought belonging to the present invention.Therefore, embodiment cited by the present invention, only in order to be described in more details the present invention, does not limit technological thought of the present invention.Should according to following right determination protection scope of the present invention, all technological thoughts in equivalents with it are all included in interest field of the present invention.

Claims (17)

1. a gliding style Tepid therapeutic equipment, is characterized in that, this therapeutic instrument comprises:
Body (1100), it is provided with warm and hot therapeutic device (1010);
Lower bed component (1200), slides described body (1100) is upper under its state be connected with described body (1100), to make this lower bed component (1200) from described body (1100) expansion or overlapping with described body (1100);
Lateral frame (1150,1160), it supports described body (1100) thus makes described body (1100) overhead have certain altitude,
User lies on described body (1100) and lower bed component (1200) when expanded, and when overlap, described lower bed component (1200) covers described body (1100), thus when expansion or overlap, the length of Tepid therapeutic equipment is changed,
In order to make lower bed component (1200) in the upper slip of described body (1100), described body (1100) comprises the guiding groove (1180) be arranged on described lateral frame (1150,1160).
2. gliding style Tepid therapeutic equipment according to claim 1, is characterized in that, described lower bed component (1200) comprises the excellent frame (1270) along described guiding groove (1180) movement.
3. gliding style Tepid therapeutic equipment according to claim 1, is characterized in that, arranges electromagnet (1310) in the side of described guiding groove (1180).
4. gliding style Tepid therapeutic equipment according to claim 1, is characterized in that, is provided with cylinder (1320) and piston (1330) in the side of described guiding groove (1180), described piston (1330) with described cylinder (1320) for benchmark stretch.
5. gliding style Tepid therapeutic equipment according to claim 2, is characterized in that, described excellent frame (1270) is configured to pinion (1360) shape, described guiding groove (1180) is provided with the tooth bar (1350) driven by engine (1340).
6. gliding style Tepid therapeutic equipment according to claim 2, is characterized in that, the side of spring (1370) is fixed on the side of described guiding groove (1180), and the opposite side of described spring (1370) is fixed on the side of described excellent frame (1270).
7. gliding style Tepid therapeutic equipment according to claim 6, it is characterized in that, the side of described excellent frame (1270) is provided with bottom distal process (1371), from the state of described body (1100) movement, described bottom distal process (1371) is hung on guiding groove (1180) described lower bed component (1200).
8. gliding style Tepid therapeutic equipment according to claim 1, is characterized in that, the side of described guiding groove (1180) is provided with side and installs depressed part (1382), and the opposite side of described guiding groove (1180) is provided with opposite side and installs depressed part (1384).
9. gliding style Tepid therapeutic equipment according to claim 2, is characterized in that, the side of described excellent frame (1270) is provided with side lower protrusion (1386), and the opposite side of described excellent frame (1270) is provided with opposite side lower protrusion (1388).
10. gliding style Tepid therapeutic equipment according to claim 1, it is characterized in that, the solenoid valve (1396,1398) described guiding groove (1180) being provided with lift component (1392,1394) and described lift component (1392,1394) is elevated.
11. gliding style Tepid therapeutic equipments according to claim 10, is characterized in that, one end of described excellent frame (1270) is provided with lead-ingroove (1397), and the other end of described excellent frame (1270) is provided with lead-ingroove (1399).
12. gliding style Tepid therapeutic equipments according to claim 2, is characterized in that, described excellent frame (1270) is provided with wheel (1410).
13. 1 kinds of gliding style Tepid therapeutic equipments, is characterized in that, this therapeutic instrument comprises:
Body (1100), it is provided with warm and hot therapeutic device (1010);
Lower bed component (1200), slides described body (1100) is upper under its state be connected with described body (1100), to make this lower bed component (1200) from described body (1100) expansion or overlapping with described body (1100),
User lies on described body (1100) and lower bed component (1200) when expanded, and when overlap, described lower bed component (1200) covers described body (1100), thus when expansion or overlap, the length of Tepid therapeutic equipment is changed,
For making lower bed component (1200) in the upper slip of described body (1100), guiding groove (1180) being set at two upper lateral parts of described body (1100), excellent frame (1270) is set in top outer housing (1250) both sides of described lower bed component (1200).
14. 1 kinds of gliding style Tepid therapeutic equipments, is characterized in that, this therapeutic instrument comprises:
Body (1101,1102), it is provided with warm and hot therapeutic device (1010);
Lower bed component (1201,1202), above slide at described body (1101,1102) under its state be connected with described body (1101,1102), with make this lower bed component (1201,1202) from described body (1101,1102) launch or overlapping with described body (1101,1102)
User lies on described body (1101,1102) and lower bed component (1201,1202) when expanded, when overlap, described lower bed component (1201,1202) covers described body (1101,1102), thus when expansion or overlap, the length of Tepid therapeutic equipment is changed
For making lower bed component (1201,1202) in the upper slip of described body (1101,1102), in the both sides of described body (1101,1102) or downside, guiding groove (1181,1182) is set, from top outer housing (1250) both sides of described lower bed component (1201,1202), connecting frame (1510,1511) is set to the position being formed with described guiding groove (1181,1182), the front end of described connecting frame (1510,1511) is provided with excellent frame (1271,1272).
15. 1 kinds of gliding style Tepid therapeutic equipments, is characterized in that, this therapeutic instrument comprises:
Body (1103), it is provided with warm and hot therapeutic device (1010);
Lower bed component (1203), slides described body (1103) is upper under its state be connected with described body (1103), to make this lower bed component (1203) from described body (1103) expansion or overlapping with described body (1103),
User lies on described body (1103) and lower bed component (1203) when expanded, and when overlap, described lower bed component (1203) covers described body (1103), thus when expansion or overlap, the length of Tepid therapeutic equipment is changed,
The top of described body (1103) is provided with guide protrusion (1183), described lower bed component (1203) is provided with groove frame (1273) component in top outer housing (1250) both sides, and the guide protrusion (1183) of groove frame (1273) component in described body (1103) of described lower bed component (1203) is upper to slide.
16. 1 kinds of gliding style Tepid therapeutic equipments, is characterized in that, this therapeutic instrument comprises:
Body (1104,1105), it is provided with warm and hot therapeutic device (1010);
Lower bed component (1204,1205), above slide at described body (1104,1105) under its state be connected with described body (1104,1105), with make this lower bed component (1204,1205) from described body (1104,1105) launch or overlapping with described body (1104,1105)
User lies on described body (1104,1105) and lower bed component (1204,1205) when expanded, when overlap, described lower bed component (1204,1205) covers described body (1104,1105), thus when expansion or overlap, the length of Tepid therapeutic equipment is changed
For making lower bed component (1204,1205) in the upper slip of described body (1104,1105), in the both sides of described body (1104,1105) or downside, guide protrusion (1184,1185) is set, from top outer housing (1250) both sides of described lower bed component (1204,1205), connecting frame (1514,1515) is all set to the position arranging described guide protrusion (1184,1185), the front end of described connecting frame (1514,1515) is provided with excellent frame (1274,1275).
17. 1 kinds of gliding style Tepid therapeutic equipments, is characterized in that, this therapeutic instrument comprises:
Body (1106), it is provided with warm and hot therapeutic device (1010);
Lower bed component (1206), slides described body (1106) is upper under its state be connected with described body (1106), to make this lower bed component (1206) from described body (1106) expansion or overlapping with described body (1106),
User lies on described body (1106) and lower bed component (1206) when expanded, and when overlap, described lower bed component (1206) covers described body (1106), thus when expansion or overlap, the length of Tepid therapeutic equipment is changed,
The bottom of described body (1106) is provided with guiding groove (1186), described lower bed component (1206) is provided with the sheet frame (1275) introducing described guiding groove (1186).
CN201510505353.1A 2011-04-18 2011-07-20 Gliding style Tepid therapeutic equipment Active CN105078644B9 (en)

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KR20120118398A (en) 2012-10-26
CN107496074A (en) 2017-12-22
ES2759029T3 (en) 2020-05-07
KR101206967B1 (en) 2012-11-30
CN102743249A (en) 2012-10-24
CN105078644B (en) 2018-01-05
CN102743249B (en) 2015-09-23
HUE045988T2 (en) 2020-01-28
CN105078644B9 (en) 2018-02-13

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