CN2691517Y - Electric actuating device - Google Patents
Electric actuating device Download PDFInfo
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- CN2691517Y CN2691517Y CN 200320127332 CN200320127332U CN2691517Y CN 2691517 Y CN2691517 Y CN 2691517Y CN 200320127332 CN200320127332 CN 200320127332 CN 200320127332 U CN200320127332 U CN 200320127332U CN 2691517 Y CN2691517 Y CN 2691517Y
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Abstract
The utility model discloses an electric actuating device of an electric toothbrush, which is characterized in that the electric actuating device comprises an electric actuating mechanism, a guiding member and a constraining mechanism. A power output shaft of the electric actuating mechanism is connected with the front part of the guiding member, and the rear part of the guiding member is connected with the constraining mechanism. Driven by the electric actuating mechanism, the front part of the guiding member can make oscillation or make flat motion backward and forward relative to the electric actuating casing of electric actuating mechanism by utilizing the constraining mechanism as the fulcrum, after a toothbrush or a brush head is fixed to the guiding member, the electric toothbrush is formed by assembly. Thus, adopting the electric actuating device to assemble the electric toothbrush, the user has no need of the special-purpose toothbrush head with complicated structure, and the utility model can reduce the cost.
Description
Technical field
This utility model relates to a kind of electric driving mechanism of electric toothbrush.
Background technology
A lot of electric toothbrushes have developed a lot of years, in U.S. patent the 5th, 070,567,5,186, disclose these devices in 627,5,274,870,5,341,534,5,378,153,5,732,433.Existing electric toothbrush is by being made up of electric motor driven driving mechanism in brush, brush holder and the brush holder.Known by the people by electric motor driven driving mechanism in the above-mentioned brush holder, widely use, the various machine mechanical connecting devices that comprise gear are arranged in known technology, these devices are used for rotatablely moving of motor is transformed into swing or other motion modes of head toothbrushes, but these machine complex structures are not too reliable, cost an arm and a leg, and purposes is single, and is particularly necessary with special baroque head toothbrushes.
Summary of the invention
The purpose of this utility model is to overcome or reduce the problems referred to above at least, produces the simple relatively electronic device of a kind of structure, and the toothbrush of most of type of selling on it and the existing market can be formed electric toothbrush, need not baroque head toothbrushes.
For achieving the above object, electronic device described in the utility model is made up of electric driver mechanism, guide, the power output shaft of above-mentioned electric driver mechanism is connected with above-mentioned guide, and above-mentioned guide can the electric drive shell of above-mentioned relatively electric driver mechanism be done swing or move back and forth under the drive of above-mentioned electric driver mechanism.
For achieving the above object, electronic device described in the utility model is made up of electric driver mechanism, guide, constraint mechanism, the power output shaft of above-mentioned electric driver mechanism is connected with the previous section of above-mentioned guide, the aft section of above-mentioned guide is connected with above-mentioned constraint mechanism, and the previous section of above-mentioned guide can be under the drive of above-mentioned electric driver mechanism is that the electric drive shell of the above-mentioned relatively electric driver mechanism of fulcrum is done swing or moved back and forth with above-mentioned constraint mechanism.
For achieving the above object, the guide of electronic device described in the utility model can be fixed or pegs graft fixing or by directly being fixed with bristle on the fixedly connected toothbrush of securing member or brush or the described guide by screw thread; Above-mentioned screw thread fixedly concrete structure is that the front end of above-mentioned guide has a screwed hole or a thread head, a thread head or a screwed hole are arranged at the above-mentioned brush of screwed hole on the corresponding above-mentioned guide or thread head bottom, the rotatable above-mentioned screwed hole and fixedly connected with it that enters of above-mentioned thread head; Above-mentioned grafting fixedly concrete structure is that fixed groove or protruding fixture are arranged on the above-mentioned guide, fixed groove on the corresponding above-mentioned guide or the above-mentioned toothbrush of protruding fixture or brush have protruding fixture or fixed groove, by pressing or inserted mode above-mentioned protruding fixture is fixed in the above-mentioned groove, above-mentioned guide and toothbrush or brush are fixed together, and the fixed structure of certain above-mentioned grafting can be more than one; Above-mentioned securing member can be clip or elastic rubber rope or rope or spiral shell fourth, above-mentioned fastener constructions is to utilize above-mentioned clip or elastic rubber rope or rope or spiral shell fourth that described toothbrush or brush are fixed on the above-mentioned guide, and can swing or rock and swing or rock with guide, adopt above-mentioned grafting to fix or just can be fixed on the handle of the toothbrush of difformity handle on the above-mentioned guide by the fixing back of securing member, and can swing or rock or move back and forth and swing or rock or move back and forth with guide, certainly when fixing toothbrush, the axis direction of toothbrush handle is preferably vertical with the direction of swinging or rock, and can guarantee the effect of the perpendicular brush of toothbrush like this.
For achieving the above object, the electric driver mechanism of electronic device described in the utility model is by electric drive shell, power-supply system, motor, drive mechanism, power output shaft is formed, above-mentioned power-supply system, motor, drive mechanism, power output shaft, guide is installed in the above-mentioned electric drive shell jointly, above-mentioned guide is connected with above-mentioned power output shaft, the power output shaft of above-mentioned electric driver mechanism can be under the drive of motor transmission by above-mentioned drive mechanism drive above-mentioned guide and do swing or move back and forth, the axle center of above-mentioned guide is along an opening is arranged on the above-mentioned electric drive shell of long line, above-mentioned opening part preferably is equipped with waterproof gland cover, above-mentioned sealing shroud or sealing member are connected between above-mentioned power output shaft and the opening, sealing shroud also preferably are housed to prevent the infiltration in slit on the electric drive shell outside above-mentioned electric drive shell.
For achieving the above object, the electric driver mechanism of electronic device described in the utility model is by electric drive shell, power-supply system, motor, drive mechanism, power output shaft is formed, above-mentioned power-supply system, motor, drive mechanism is installed in the above-mentioned electric drive shell, the power output shaft of above-mentioned electric driver mechanism stretches out with described guide from the opening part of above-mentioned electric drive shell and is connected, can fashion into one with guide or fixedly connected be rotatably connected or the groove on above-mentioned guide in slide, the power output shaft of above-mentioned electric driver mechanism can be under the drive of motor transmission by above-mentioned drive mechanism drive above-mentioned guide and do swing or move back and forth, the opening part of above-mentioned electric drive shell preferably is equipped with waterproof gland cover, above-mentioned sealing shroud or sealing member are connected between above-mentioned power output shaft and the opening, sealing shroud also preferably is housed to prevent the infiltration in slit on the electric drive shell outside above-mentioned electric drive shell, the aft section of above-mentioned guide can be connected with constraint mechanism or not have constraint mechanism and directly holding with hands, and the grip of available hands plays the effect of above-mentioned guide fulcrum.
For achieving the above object, the electric driver mechanism of electronic device described in the utility model is by electric drive shell, power-supply system, motor, drive mechanism, power output shaft is formed, above-mentioned power-supply system, motor, drive mechanism is installed in the above-mentioned electric drive shell, the power output shaft of above-mentioned electric driver mechanism stretches out with described guide from the opening part of above-mentioned electric drive shell and is connected, can fashion into one with above-mentioned guide or fixedly connected be rotatably connected or the groove on above-mentioned guide in slide, and can be under the drive of motor transmission by above-mentioned drive mechanism drive above-mentioned guide and do swing or rock, above-mentioned electric drive shell and guide have a handle housing to fixedly connected with above-mentioned electric drive shell outward, said fixing connects can adopt sliding plug, pressing is pegged graft, the switch butt joint, above-mentioned grafting fixedly concrete structure is that fixed groove or protruding fixture are arranged on the above-mentioned handle housing, fixed groove or the above-mentioned electric drive shell of protruding fixture on the corresponding above-mentioned handle housing have protruding fixture or fixed groove, be that above-mentioned pressing is pegged graft above-mentioned protruding fixture is fixed in the above-mentioned groove by above-mentioned handle housing and electric drive shell are exerted pressure, it is above-mentioned sliding plug that above-mentioned protruding fixture also can insert butt joint along the slip of said fixing groove, above-mentioned protruding fixture is fixed in the above-mentioned groove, above-mentioned switch butt joint concrete structure is that above-mentioned handle housing one side is fixedlyed connected by hinge is rotatable with above-mentioned electric drive shell, the opposite side of above-mentioned handle housing and above-mentioned electric drive shell pressing are pegged graft, adopt the butt joint of above-mentioned sliding plug or pressing grafting or switch that above-mentioned handle housing and above-mentioned electric drive shell are fixed together like this, the fixed structure of certain above-mentioned grafting can be more than one, the axle center of above-mentioned guide is along an opening is arranged on the above-mentioned handle housing of long line, above-mentioned guide can or be threaded or mode such as the grafting fixedly toothbrush or the brush of difformity brush holder by securing member, and above-mentioned toothbrush or brush pass above-mentioned opening and reach outside the above-mentioned handle housing.
For achieving the above object, the guide of electronic device described in the utility model and the power output shaft end of described electric driver mechanism fashion into one or fixedly connected or be rotationally connected with the power output shaft of described electric driver mechanism is terminal, the power output shaft of described electric driver mechanism can drive above-mentioned guide and swing accordingly or move back and forth when doing swing, said fixing is connected to screw thread and fixes or peg graft fixing or fix by securing member, adopt above-mentioned grafting to fix or just can be fixed on the handle of the toothbrush of difformity handle on the above-mentioned guide by the fixing back of securing member, and can swing or rock and swing or rock with guide, certainly when fixing toothbrush, the axis direction of toothbrush handle is preferably vertical with the direction of swinging or rock, and can guarantee the effect of the perpendicular brush of toothbrush like this.
For achieving the above object, the electric driver mechanism of electronic device described in the utility model, guide, constraint mechanism has a handle housing outward, above-mentioned handle housing is connected with the aft section of above-mentioned guide, can be molded into one or fixedly connected being rotatably connected, the above-mentioned structure that is rotatably connected is a rotating shaft to be arranged on the described handle case, but described guide has the circular hole low-angle to rotate on the bearing that is suspended in the above-mentioned rotating shaft, above-mentioned guide previous section fashions into one with the power output shaft of above-mentioned electric driver mechanism or fixedlys connected or be rotatably connected, the electric drive shell of described electric driver mechanism is suspended in the above-mentioned handle housing by above-mentioned guide, the power output shaft of above-mentioned electric driver mechanism can be done to swing and drive the previous section do swing of above-mentioned guide or move back and forth under the drive of motor, an opening is arranged on the above-mentioned handle housing on the extended line direction of above-mentioned guide, described guide can or be threaded or mode such as grafting fixedly toothbrush or brush by securing member, and above-mentioned toothbrush or brush pass above-mentioned opening and reach the outer opening of above-mentioned handle housing.
For achieving the above object, the power output shaft of the described electric driver mechanism of electronic device described in the utility model can drive the previous section of described guide and do corresponding swing when doing swing, the direction of above-mentioned swing is vertical with the axis direction of above-mentioned guide, described constraint mechanism can guarantee that the aft section of described guide rotates when the previous section of above-mentioned guide is done swing, above-mentioned constraint mechanism adopts rotating shaft mechanism or flute profile folder or iron clamp or spring mechanism or constraint framework, the concrete structure of above-mentioned rotating shaft mechanism is that the aft section of above-mentioned guide has circular hole or protruding rotating shaft, corresponding above-mentioned circular hole or protruding rotating shaft have protruding rotating shaft or circular hole on the described electric drive shell or on the handle housing, the previous section of above-mentioned guide has a groove that is parallel to above-mentioned guide axis direction, and the power output shaft of described electric driver mechanism can insert the previous section of swinging and drive above-mentioned guide in the above-mentioned groove and rotate around above-mentioned protruding rotating shaft; The concrete structure of above-mentioned rotating shaft mechanism also the aft section of above-mentioned guide the groove that is parallel to above-mentioned guide axis direction is arranged, on the described electric drive shell or have rotating shaft to insert in the groove of above-mentioned guide aft section on the handle housing, the power output shaft of described electric driver mechanism fashions into one with the previous section of above-mentioned guide or fixedlys connected or be rotatably connected, when the power output shaft of described electric driver mechanism drove the previous section do swing of above-mentioned guide, the aft section of above-mentioned guide centered on the above-mentioned electric drive shell or the rotation of the rotating shaft on the handle housing also moves back and forth along the axis direction of above-mentioned groove simultaneously; On the also described electric drive shell of the concrete structure of above-mentioned rotating shaft mechanism or the groove that is parallel to described guide axis direction arranged on the handle housing, the aft section of above-mentioned guide has the rotating shaft of projection to insert on the above-mentioned electric drive shell or be parallel on the handle housing in the groove of above-mentioned guide axis direction, the power output shaft of described electric driver mechanism fashions into one with the previous section of above-mentioned guide or fixedlys connected or be rotatably connected, when the power output shaft of described electric driver mechanism drove the previous section do swing of above-mentioned guide, the previous section of above-mentioned guide was rotated around the rotating shaft of the projection of the aft section of above-mentioned guide and is also moved back and forth along above-mentioned groove simultaneously.
For achieving the above object, the aft section of the described guide of electronic device described in the utility model has a groove that is parallel to above-mentioned guide axis direction, on the described electric drive shell or have rotating shaft to insert in the above-mentioned groove of above-mentioned guide aft section on the handle housing, the power output shaft of described electric driver mechanism and the previous section of above-mentioned guide are rotatably connected, the power output shaft of described electric driver mechanism drives above-mentioned guide when doing swing previous section is swung accordingly or is moved back and forth, above-mentioned guide on the above-mentioned electric drive shell or the rotating shaft on the handle housing rotate and also can move back and forth simultaneously along the axis direction of above-mentioned groove, the direction of the power output shaft swing of above-mentioned electric driver mechanism can move back and forth accordingly with above-mentioned guide axis direction formation different angles and the previous section that drives above-mentioned guide.
After adopting said structure, on above-mentioned guide, just can bundle or the elongate shaft by securing member such as clip or elastic rubber rope or rope or spiral shell fourth, and can be under the drive of motor, transmission through drive system is made reciprocating swing, rocks, is moved back and forth, when binding fixedly can form electric toothbrush behind the brush holder of toothbrush, head toothbrushes that need not the application specific architecture complexity when utilizing above-mentioned electronic device to form electric toothbrush like this can reduce cost, and can form vertical teeth brushing way.
Description of drawings
Below in conjunction with drawings and Examples this utility model is described in further detail.
Fig. 1 is the transverse sectional view of this utility model first embodiment.
Fig. 2 is the sketch map that the guide of this utility model first embodiment is fixedlyed connected with toothbrush
Fig. 3 is the transverse sectional view of this utility model second embodiment.
Fig. 4 is the longitudinal sectional view of this utility model second embodiment.
Fig. 5 is that the folder thing mechanism of this utility model second embodiment is suspended on the vertical view in the rotating shaft.
Fig. 6 is the vertical view that shaft stool is inserted in the rotating shaft of this utility model second embodiment.
Fig. 7 is the transverse sectional view of this utility model the 3rd embodiment.
Fig. 8 is the longitudinal sectional view of this utility model the 3rd embodiment.
Fig. 9 is the vertical view of the guiding cell body of this utility model the 3rd embodiment.
Figure 10 is the sectional view of the guiding cell body of this utility model the 3rd embodiment.
Figure 11 is the transverse sectional view of this utility model the 4th embodiment.
Figure 12 is the transverse sectional view of the installation toothbrush of this utility model the 4th embodiment.
Figure 13 is the longitudinal sectional view of this utility model the 4th embodiment
Figure 14 is the transverse sectional view of this utility model the 5th embodiment.
Figure 15 is the lead side sectional view of cell body of this utility model the 5th embodiment.
Figure 16 is the transverse sectional view of this utility model the 6th embodiment.
Figure 17 is the transverse sectional view of this utility model the 7th embodiment.
Figure 18 inserts the interior perspective diagram of gathering sill of guiding cell body for eccentric.
Figure 19 inserts the interior perspective diagram of gathering sill of guiding cell body for crank axle.
Figure 20 is the perspective diagram of step gear and worm gear mechanical connection.
Figure 21 is connected the schematic top plan view of first structure with constraint mechanism and power output shaft for guide.
Figure 22 is connected the cross-sectional side sketch map of first structure with constraint mechanism and power output shaft for guide.
Figure 23 is connected the schematic top plan view of second structure with constraint mechanism and power output shaft for guide.
Figure 24 is connected the cross-sectional side sketch map of second structure with constraint mechanism and power output shaft for guide.
Figure 25 is connected the schematic top plan view of the 3rd structure with constraint mechanism and power output shaft for guide.
Figure 26 is connected the cross-sectional side sketch map of the 3rd structure with constraint mechanism and power output shaft for guide.
The specific embodiment
As shown in Figure 1, Fig. 1 is the transverse sectional view of this utility model first embodiment, battery 21, motor 1, angular wheel 3, angular wheel 4, crank axle 6, guiding cell body 7, power output shaft 11 and guide 12 are installed in electric drive shell 15 and assemble in the handle case 2 that is fixed into handle housing 17, and 30 drainages of a plurality of apertures are arranged on the above-mentioned handle housing 17.Drive system, battery 21 that angular wheel 3, angular wheel 4, crank axle 6, guiding cell body 7, power output shaft 11 constitute electronic device 26 are the power-supply system of present embodiment.Fixing angular wheel 3 on the turning cylinder of above-mentioned motor 1, angular wheel 3 leans on mutually with angular wheel 4, angular wheel 4 can rotate around bearing 5, the central vertical on above-mentioned angular wheel 4 tops is fixed an end of a crank axle 6, the other end of crank axle 6 vertically inserts in the gathering sill 8 of guiding cell body 7, above-mentioned gathering sill 8 is a rectangular recess, there are two rectangle support arms 9 at the two ends of above-mentioned guiding cell body 7, above-mentioned support arm 9 ends have fixture 10 insertions of protrusion to be fixed on the electric drive shell 15 at opening 20 places, place's vertical fixing a circular power output shaft 11 in the middle of the bottom of above-mentioned guiding cell body 7, the other end of above-mentioned power output shaft 11 is fixedlyed connected with bearing 13 screw threads of the previous section of guide 12, above-mentioned guide 12 is an one with bearing 13, perhaps bearing 13 is pegged graft fixing with guide 12, there is the latch of a plurality of projectioies the bottom surface that the fixing meaning of above-mentioned grafting is a bearing 13, it is leg-of-mutton barb that above-mentioned latch has a cross section, there are a plurality of sockets the surface of above-mentioned guide 12 at the latch of a plurality of projectioies of the bottom surface of above-mentioned bearing 13, above-mentioned bearing 13 is by pressurization, and above-mentioned latch upper section is in the groove of leg-of-mutton barb a plurality of sockets of being pressed into above-mentioned guide 12 surfaces and engaged fixing.Above-mentioned power output shaft 11 is vertical mutually with above-mentioned guide 12, but also out of plumb certainly, one end of guide 12 inserts in the constraint mechanism socket 16 of bottom of electric drive shell 15, above-mentioned guide 12 can the axis of pitch direction 27 along guide 12 move back and forth in above-mentioned constraint mechanism socket 16, hole in the above-mentioned constraint mechanism socket 16 plays guide chute, above-mentioned electric drive shell 15 can be separated with handle housing 17 and can peg graft by pressurizeing fixing (pressurization is pegged graft and fixed as mentioned above), electricity drive shell 15 forms an opening 18 with handle housing 17, above-mentioned electric drive shell 15 has an opening 20, above-mentioned power output shaft 11 stretches out with the bearing 13 of guide 12 from opening 20 and is threaded, as shown in Figure 1, there is a radiation fins 19 to be connected between the electric drive shell 15 and bearing 13 at above-mentioned opening 20 places, be fastened on the opening part of electric drive shell 15 and the periphery of bearing 13 by coil, play waterproof action, other has this example of power-supply system to be installed in the electric drive shell 15 for battery 21, and the electric energy of above-mentioned motor 1 is provided.Above-mentioned motor 1 connects the electricity back and drives crank axle 6 and rotate by angular wheel 3, angular wheel 4, because the other end of crank axle 6 vertically inserts in the gathering sill 8 of guiding cell body 7, there are two rectangle support arms 9 at the two ends of above-mentioned guiding cell body 7, above-mentioned support arm 9 has resistance to compression in the plane, tensile strength, and above-mentioned support arm 9 can rotate around the turning 22 of support arm 9, support arm 25 can rotate around the turning 23 of support arm 25.When crank axle 6 rotates under motor 1 drives, the other end that inserts the crank axle 6 in the gathering sill 8 is rotating slip in gathering sill 8 simultaneously, and because the architectural characteristic of guiding cell body 7, the axis direction 27 that above-mentioned guide 12 is prolonging vertically-guided groove 8 in section as shown in Figure 1 axis direction is promptly prolonging guide 12 moves back and forth.Because present embodiment architectural characteristic, when holding the handle case 2 that electric drive shell 15 and handle housing 17 be assembled into, when starting motor, generation guide 12 promptly moves back and forth along the back and forth movement of the axis of pitch direction 27 (prolonging the axis direction of vertically-guided groove 8 in the section as shown in Figure 1) of guide 12, in conjunction with Fig. 2, Fig. 2 is the sketch map that present embodiment guide 12 is fixedlyed connected with toothbrush, above-mentioned guide 12 is the rectangle lath, when toothbrush by securing member with after guide 12 is fixedlyed connected, the above-mentioned securing member of present embodiment is rubber strip 28 and rubber strip 29, have elasticity after rubber strip 28 opens with rubber strip 29 and promptly have the characteristics of recovering original state, the brush holder of above-mentioned rubber strip 28 and the fixing toothbrush that inserts of rubber strip 29 bindings so just can drive the moving back and forth of axis direction 27 that the toothbrush work is parallel to guide 12 among as shown in Figure 1 the embodiment 1 and promptly move back and forth.
As shown in Figure 3, Fig. 3 is the transverse sectional view of this utility model second embodiment, the power-supply system 31 of described electronic device, motor 32, drive system are installed in the electric drive shell 33 jointly, described drive system comprises a crank axle 34 and a guiding cell body 35, the turning cylinder 36 of above-mentioned motor 32 is fixedlyed connected with above-mentioned crank axle 34 1 end coaxial lines, in the rectangle gathering sill in the above-mentioned guiding cell body 35 of the other end 37 insertions of crank axle, described guiding flute length limit is parallel with power output shaft 42.It is the rectangle gathering sill that the guiding cell body 35 of described electronic device has rectangular recess, there are two support arms 38 at the two ends of above-mentioned guiding cell body, above-mentioned support arm 38 ends have fixture 39 grafting of protrusion to be fixed in the above-mentioned electric drive shell 33, above-mentioned support arm has resistance to compression in the plane, tensile strength, above-mentioned support arm can rotate around the rotating shaft 40 of support arm, above-mentioned rotating shaft 40 is parallel to the axis of above-mentioned rectangular recess, after motor 32 energized, above-mentioned motor 32 and above-mentioned crank axle 34 1 end coaxial lines rotation, the edge of the other end 37 of above-mentioned crank axle 34 is around turning cylinder 36 rotations of above-mentioned motor, the other end 37 of the crank axle 34 in the above-mentioned like this insertion rectangle gathering sill just drives above-mentioned guiding cell body 35 by above-mentioned rectangle gathering sill and make back and forth movement along the direction of the vertical rectangular recess axis direction of drawing surface (promptly perpendicular to) and the fixture 39 of above-mentioned relatively support arm 38 ends protrusion in the plane of vertical above-mentioned crank axle 34 axis, above-mentioned electric drive shell 33 has an opening 41, above-mentioned guiding cell body 35 stretches out and fixedlys connected with the threaded socket 44 of described guide 43 from above-mentioned opening 41 by a power output shaft 42, and ripple sealing shroud 53 is connected between the electric drive shell 33 at threaded socket 44 and opening 41 places and plays waterproof action.The above-mentioned guide 43 of stating electronic device is grooved plastic strip or grooved plastic metal bar, the threaded socket 44 of above-mentioned grooved plastic strip or grooved plastic metal bar one end is threaded with the power output shaft 42 that above-mentioned guiding cell body 35 is connected, rotating shaft 56 rotatable fixedlying connected in the handle housing 46 of the other end 45 and electronic device, above-mentioned electric drive shell 33 is suspended in the rotating shaft 56 in the above-mentioned handle housing 46 by above-mentioned guide 43, there is the guide edge 57 of projection the both sides of above-mentioned rotating shaft 56, above-mentioned rotating shaft 56 is inserted and is fixed in shaft stool 55 and the shaft stool 59, above-mentioned guide 43 can be suspended on and do the low-angle rotation in the rotating shaft 56, above-mentioned guide 43 is suspended on above-mentioned electric drive shell 33 when doing the low-angle rotation in the rotating shaft 56 under driven by motor, can not strike above-mentioned handle housing 46 behind guide 43 and the insertion elongated rod-shaped thing, there is an opening 47 at handle housing 46 places of above-mentioned guide 43 axes extending lines, there is an opening 48 side of above-mentioned guide 43, the clamping plate 50 of above-mentioned grooved plastic strip or grooved plastic metal bar, the compressing surface of inside opened and has a compression stress when clamping plate 49 opened, can insert fixing multiple different cross section size, the elongated thick stick shape thing of shape, above-mentioned grooved plastic strip or grooved plastic metal bar also can be installed one or more elastomeric materials, and the compression limit of above-mentioned elastomeric material is fixed on the clamping plate 49 and clamping plate 50 of above-mentioned grooved plastic strip or grooved plastic metal bar.Above-mentioned guide 43 also can be designed to mechanical guides, compressing one or more compressing surfaces by elastomeric material forms, above-mentioned one or more compressing surface opens and has a compression stress, can insert the elongated thick stick shape thing of fixing multiple different cross section size, shape, its structure and existing various clip are same or similar.On above-mentioned handle housing 46, can there be in addition many apertures to be used for the draining of ventilating, above-mentioned electric drive shell 33 is that sealing is fluid-tight, certain above-mentioned guide 43 also can adopt the rectangular slab strip of present embodiment 1, and guide can be fixed or the previous section fixing or by the fixedly connected toothbrush of securing member or brush or described guide of pegging graft is designed to stretch out above-mentioned opening 47 and directly is fixed with bristle on the end by screw thread; Above-mentioned screw thread fixedly concrete structure is that the front end of above-mentioned guide has a screwed hole or a thread head, a thread head or a screwed hole are arranged at the above-mentioned brush of screwed hole on the corresponding above-mentioned guide or thread head bottom, the rotatable above-mentioned screwed hole and fixedly connected with it that enters of above-mentioned thread head; Above-mentioned grafting fixedly concrete structure is that fixed groove or protruding fixture are arranged on the above-mentioned guide, fixed groove on the corresponding above-mentioned guide or the above-mentioned toothbrush of protruding fixture or brush have protruding fixture or fixed groove, by pressing or inserted mode above-mentioned protruding fixture is fixed in the above-mentioned groove, above-mentioned guide and toothbrush or brush are fixed together, and the fixed structure of certain above-mentioned grafting can be more than one; Above-mentioned securing member can be clip or elastic rubber rope or rope or spiral shell fourth, above-mentioned fastener constructions is to utilize above-mentioned clip or elastic rubber rope or rope or spiral shell fourth that described toothbrush or brush are fixed on the above-mentioned guide, and can swing or rock and swing or rock with guide, adopt above-mentioned grafting to fix or just can be fixed on the handle of the toothbrush of difformity handle on the above-mentioned guide by the fixing back of securing member, and can swing or rock and swing or rock with guide, certainly when fixing toothbrush, the axis direction of toothbrush handle is preferably vertical with the direction of swinging or rock, and can guarantee the effect of the perpendicular brush of toothbrush like this.
As shown in Figure 4, Fig. 4 is the longitudinal sectional view of this utility model second embodiment, described drive system comprises a crank axle 34 and a guiding cell body 35, the turning cylinder of above-mentioned motor is fixedlyed connected with above-mentioned crank axle 34 1 end coaxial lines, in the rectangle gathering sill 51 in the above-mentioned guiding cell body 35 of the other end 37 insertions of crank axle, described gathering sill 51 long limits are parallel with power output shaft 42.It is rectangle gathering sill 51 that the guiding cell body 35 of described electronic device has rectangular recess, there are two support arms 38 at the two ends of above-mentioned guiding cell body 35, above-mentioned support arm 38 ends have fixture 39 grafting of protrusion to be fixed in the above-mentioned electric drive shell 33, above-mentioned support arm 38 has resistance to compression in the plane, tensile strength, above-mentioned support arm 38 can rotate around the rotating shaft 40 of support arm 38, above-mentioned rotating shaft 40 is parallel to the axis of above-mentioned rectangular recess, after the motor energized, above-mentioned motor rotation axis and above-mentioned crank axle 34 1 end coaxial lines rotation, the edge of the other end 37 of above-mentioned crank axle 34 is around the turning cylinder rotation of above-mentioned motor, the other end 37 of the crank axle 34 in the above-mentioned like this insertion rectangle gathering sill 51 just drives above-mentioned guiding cell body 35 by above-mentioned rectangle gathering sill 51 and make back and forth movement along the fixture 39 that protrude the direction 169 and above-mentioned relatively support arm 38 ends of vertical rectangular recess axis in the plane of vertical above-mentioned crank axle 34 axis, above-mentioned electric drive shell 33 has an opening 41, above-mentioned guiding cell body 35 stretches out and fixedlys connected with the threaded socket 44 of described guide 43 from above-mentioned opening 41 by a power output shaft 42, and ripple sealing shroud 53 is connected between the electric drive shell 33 at threaded socket 44 and opening 41 places and plays waterproof action.There is an opening 47 at handle housing 46 places of above-mentioned guide 43 axes extending lines, there is an opening 48 side of above-mentioned guide 43, the clamping plate 50 of above-mentioned guide 43, the compressing surface of inside opened and has a compression stress when clamping plate 49 opened, can insert the elongated thick stick shape thing of fixing multiple different cross section size, shape, the compressing surface 52 of a plurality of zigzag fashions is arranged in the clamping plate 50.
As shown in Figure 5, guide 43 1 ends have a cavity 58, guide 43 is suspended in the rotating shaft 56, guide 43 can be made low-angle around above-mentioned rotating shaft 56 and rotate, the amplitude that the guide edge 57 restricted guidance spares 43 of the both sides projection of rotating shaft 56 rotate around above-mentioned rotating shaft 56, promptly determine the size of rotational angle, above-mentioned guide 43 is played the effect of limiting displacement, stability of being convenient to handle and motility.
As shown in Figure 6, rotating shaft 56 is inserted by guide edge 57 and is fixed in the shaft stool 55.
As shown in Figure 7, the power-supply system 60 of the described electronic device of this utility model the 3rd embodiment is a battery, motor 61, drive system is installed in the described electric drive shell 62 jointly, described drive system comprises a crank axle 63 and a guiding cell body 64, the turning cylinder 65 of above-mentioned motor 61 is fixedlyed connected with above-mentioned crank axle 63 1 end coaxial lines, in the rectangle gathering sill 67 in the above-mentioned guiding cell body 64 of the other end 66 insertions of crank axle 63, it is rectangle gathering sill 67 that the guiding cell body 64 of described electronic device has rectangular recess, there are two support arms 68 at the two ends of above-mentioned guiding cell body 64, above-mentioned support arm 68 ends have the fixture of protrusion to peg graft to be fixed in the above-mentioned electric drive shell 62, above-mentioned support arm 68 has resistance to compression in the plane, tensile strength, above-mentioned support arm 68 can rotate around the rotating shaft 70 of support arm 68, above-mentioned rotating shaft 70 is parallel to the axis of above-mentioned rectangle gathering sill 67, after motor 61 energized, above-mentioned motor 61 and above-mentioned crank axle 63 1 end coaxial lines rotation, the edge of the other end 66 of above-mentioned crank axle 63 is around turning cylinder 65 rotations of above-mentioned motor 61, the other end 66 of the crank axle 63 in the above-mentioned like this insertion rectangle gathering sill 67 just by above-mentioned rectangle gathering sill 67 drive above-mentioned guiding cell body 64 in the plane of vertical above-mentioned crank axle 63 axis along the vertical direction of rectangle gathering sill 67 axis the direction of drawing (promptly perpendicular to), and fixture or the electric drive shell 62 that protrude above-mentioned relatively support arm 68 ends are made back and forth movement, above-mentioned electric drive shell 62 has an opening 72, above-mentioned guiding cell body 64 stretches out and fixedlys connected with the socket 71 of guide 74 from above-mentioned opening 72 by a power output shaft 73, above-mentioned guide 74 is the elongated shape rod member, and adopting securing member such as machinery folder thing mechanism's clip or elastic rubber rope or rope or spiral shell fourth that toothbrush and above-mentioned elongated shape rod member are bundled, the securing member of present embodiment is an elastic rubber rope 75.
As shown in Figure 8, it is rectangle gathering sill 67 that the guiding cell body 64 of the described electronic device of this utility model the 3rd embodiment has rectangular recess, there are two support arms 68 at the two ends of above-mentioned guiding cell body 64, above-mentioned support arm 68 ends have the fixture 69 of protrusion to peg graft to be fixed in the above-mentioned electric drive shell 62, above-mentioned support arm 68 has resistance to compression in the plane, tensile strength, above-mentioned support arm 68 can rotate around the rotating shaft 70 of support arm 68, above-mentioned rotating shaft 70 is parallel to the axis of above-mentioned rectangle gathering sill 67, after motor 61 energized, above-mentioned motor 61 and above-mentioned crank axle 63 1 end coaxial lines rotation, the edge of the other end 66 of above-mentioned crank axle 63 is around turning cylinder 65 rotations of above-mentioned motor 61, the other end 66 of the crank axle 63 in the above-mentioned like this insertion rectangle gathering sill 67 just drives above-mentioned guiding cell body 64 direction 76 along vertical rectangle gathering sill 67 axis in the plane of vertical above-mentioned crank axle 63 axis by above-mentioned rectangle gathering sill 67, and fixture 69 or the electric drive shell 62 that protrude above-mentioned relatively support arm 68 ends are made back and forth movement, above-mentioned electric drive shell 62 has an opening 72, above-mentioned guiding cell body 64 stretches out and fixedlys connected with the socket 71 of guide 74 from above-mentioned opening 72 by a power output shaft 73, above-mentioned guide 74 is the elongated shape rod member, by securing member elastic rubber rope 75 toothbrush and above-mentioned guide 74 is bundled in the above-mentioned guide 74.
As shown in Figure 9, Fig. 9 is the vertical view of the guiding cell body of this utility model the 3rd embodiment, it is rectangle gathering sill 67 that the guiding cell body 64 of described electronic device has rectangular recess, there are two support arms 68 at the two ends of above-mentioned guiding cell body 64, there is the fixture 69 of protrusion above-mentioned support arm 68 ends, above-mentioned support arm 68 can rotate around the rotating shaft 70 of support arm 68, and above-mentioned rotating shaft 70 is parallel to the axis or the long limit of above-mentioned rectangle gathering sill 67.
As shown in figure 10, Figure 10 is the sectional view of the guiding cell body of this utility model the 3rd embodiment.It is rectangle gathering sill 67 that the guiding cell body 64 of described electronic device has rectangular recess, there are two support arms 68 at the two ends of above-mentioned guiding cell body 64, above-mentioned support arm 68 ends have the fixture 69 of protrusion to peg graft to be fixed in the housing, above-mentioned support arm 68 has resistance to compression in the plane, tensile strength, above-mentioned support arm 68 can rotate around the rotating shaft 70 of support arm 68, and above-mentioned rotating shaft 70 is parallel to the axis of above-mentioned rectangle gathering sill 67.
As shown in figure 11, Figure 11 is the transverse sectional view of this utility model the 4th embodiment.The power-supply system 80 of described electronic device, motor 81, drive system, guide 99 mutual group are contained in the handle case that an electric drive shell 82 and handle housing 206 be assembled into, electricity drive shell 82 is pegged graft with handle housing 206 and is fixed into one, and form an opening 201 between above-mentioned electric drive shell 82 and the handle housing 206, also have 95 drainages of many apertures in the above-mentioned handle housing 206.Above-mentioned electric drive shell 82 has an opening 83, above-mentioned drive system comprises two angular wheels, a crank axle 84, a guiding cell body 85 is formed, fixing first angular wheel 87 on the turning cylinder 86 of above-mentioned motor 81, second angular wheel 88 can rotate around the bearing on the above-mentioned electric drive shell 82 89, the face of gear of above-mentioned two angular wheels is abutted against mutually, the center on above-mentioned second angular wheel 88 top is connected with an end 90 vertical fixing of above-mentioned crank axle 84, in the rectangle gathering sill 92 of the above-mentioned guiding cell body 85 of the other end 91 vertical insertions of crank axle 84, it is rectangle gathering sill 92 that above-mentioned guiding cell body 85 has rectangular recess, there are two rectangle support arms 93 at the two ends of above-mentioned guiding cell body 85, above-mentioned support arm 93 ends have the fixture insertion of protrusion to be fixed on the above-mentioned electric drive shell 82, above-mentioned support arm 93 has resistance to compression in the plane, tensile strength, above-mentioned support arm 93 can rotate around the turning of support arm 93, and the power output shaft 98 that is connected with guiding cell body 85 of described drive system end stretches out from above-mentioned opening 83 with the guide 99 of described electronic device fixedlys connected.Radiation fins 100 is connected between guide 99 and the electric drive shell 82, plays waterproof action.A rotating shaft 202 is inserted and is fixed between shaft stool 203 and the shaft stool 204, and short grooved plastic strip 205 rotatable suspensions are fixed in the above-mentioned rotating shaft 202.Toothbrush can insert in the guide 99 by above-mentioned opening 201, and inserts in the above-mentioned short grooved plastic strip 205 again, and grooved plastic strip 205 plays assists the positioning and guiding effect, also can finish present embodiment without grooved plastic strip 205 certainly, and effect has minute differences.
As shown in figure 12, Figure 12 is the side view of the installation toothbrush of this utility model the 4th embodiment, and toothbrush 209 bundles by securing member elastic rubber rope 75 guides 99 by above-mentioned opening 201.Toothbrush 209 afterbodys insert in the grooved plastic strip 205 short in the rotating shaft 202, and grooved plastic strip 205 plays assists the positioning and guiding effect, also can finish present embodiment without grooved plastic strip 205 certainly, and effect has minute differences.
As shown in figure 13, Figure 13 is the longitudinal sectional view of this utility model the 4th embodiment, electricity drive shell 82 is pegged graft with handle housing 206 and is fixed into one, and form an opening 201 between above-mentioned electric drive shell 82 and the handle housing 206, above-mentioned electric drive shell 82 has an opening 83, above-mentioned drive system comprises two angular wheels, a crank axle 84, a guiding cell body 85 is formed, fixing first angular wheel 87 on the turning cylinder 86 of the motor in the present embodiment, second angular wheel 88 can rotate around the bearing on the above-mentioned electric drive shell 82 89, the face of gear of above-mentioned two angular wheels is abutted against mutually, the center on above-mentioned second angular wheel 88 top is connected with an end 90 vertical fixing of above-mentioned crank axle 84, in the rectangle gathering sill 92 of the above-mentioned guiding cell body 85 of the other end 91 vertical insertions of crank axle 84, it is rectangle gathering sill 92 that above-mentioned guiding cell body 85 has rectangular recess, there are two rectangle support arms 93 at the two ends of above-mentioned guiding cell body 85, above-mentioned support arm 93 ends have fixture 96 insertions of protrusion to be fixed on the above-mentioned electric drive shell 82, above-mentioned support arm 93 has resistance to compression in the plane, tensile strength, above-mentioned support arm 93 can rotate around the turning 97 of support arm 93, and the power output shaft 98 that is connected with guiding cell body 85 of described drive system end stretches out from above-mentioned opening 83 with the guide 99 of described electronic device fixedlys connected.Radiation fins 100 is connected between guide 99 and the electric drive shell 82, plays waterproof action, and toothbrush is connected with guide 99 by above-mentioned opening 201.
As shown in figure 14, Figure 14 is the transverse sectional view of this utility model the 5th embodiment, the power-supply system 210 of described electronic device, motor 211, the drive system mutual group is contained in the electric drive shell 217, above-mentioned electric drive shell 217 has an opening 218, above-mentioned drive system comprises two angular wheels, a crank axle 107, a guiding cell body 101, fixing first angular wheel 213 on the turning cylinder 212 of above-mentioned motor 211, second angular wheel 214 can rotate around the bearing on the above-mentioned electric drive shell 217 219, the face of gear of above-mentioned two angular wheels is abutted against mutually, the center on above-mentioned second angular wheel 214 top is connected with an end 215 vertical fixing of above-mentioned crank axle 107, in the rectangular recess 102 of the above-mentioned guiding cell body 101 of the other end 216 vertical insertions of crank axle 107, there is rectangular recess 102 on the surface of the guiding cell body groove 101 in the present embodiment, above-mentioned rectangular recess 102 bottoms also have an enlarged slot 103, above-mentioned rectangular recess 102 and convex inner space of enlarged slot 103 common compositions, in above-mentioned inner space, vertically be embedded with a T type rod member socket 104, above-mentioned T type rod member socket 104 can move back and forth in above-mentioned rectangular recess 102, but can't break away from groove 102, above-mentioned T type rod member socket 104 is fixedlyed connected with the other end 216 screw threads of crank axle 107, and power output shaft 106 screw threads that guide 105 1 end are connected with above-mentioned guiding cell body 101 are fixedly connected.
As shown in figure 15, Figure 15 is the lead side sectional view of cell body of this utility model the 5th embodiment, there is rectangular recess 102 on the surface of the guiding cell body groove 101 in the present embodiment, above-mentioned rectangular recess 102 bottoms also have an enlarged slot 103, above-mentioned rectangular recess 102 and convex inner space of enlarged slot 103 common compositions, in above-mentioned inner space, vertically be embedded with a T type rod member socket 104, above-mentioned T type rod member socket 104 can move back and forth in above-mentioned rectangular recess 102, but can't break away from groove 102.
As shown in figure 16, Figure 16 is the transverse sectional view of this utility model the 6th embodiment, the power-supply system 110 of described electronic device, motor 111, drive system, folder thing mechanism 112 mutual group are contained in the handle case that an electric drive shell 113 and handle housing 127 be assembled into, electricity drive shell 113 is pegged graft with handle housing 127 and is fixed into one, and form an opening 126 between above-mentioned electric drive shell 113 and the handle housing 127, also have 128 drainages of many apertures in the above-mentioned handle housing 127.Above-mentioned electric drive shell 113 has an opening 129, described drive system comprises two angular wheels, a crank axle 114, fixing first angular wheel 117 on the turning cylinder 116 of above-mentioned motor 111, second angular wheel 118 can rotate around the bearing on the above-mentioned electric drive shell 113 119, the face of gear of above-mentioned two angular wheels is abutted against mutually, the central vertical on above-mentioned second angular wheel 118 top is connected with a crank axle 114 1 ends 120 vertical fixing, the folder thing mechanism 112 of described electronic device is grooved plastic strip or grooved plastic metal bar, there is a guiding cell body 115 on the surface of above-mentioned folder thing mechanism 112 1 ends, it is rectangle gathering sill 122 that above-mentioned guiding cell body 115 has a rectangular recess, the other end of above-mentioned crank axle 114 is in the rectangle gathering sill 122 of the above-mentioned guiding cell body 115 of power output shaft 121 vertical insertions, the other end of above-mentioned folder thing mechanism 112 is rotatable to be suspended in the rotating shaft 130, above-mentioned rotating shaft 130 is inserted and is fixed between shaft stool 131 and 132, above-mentioned folder thing mechanism 112 is suspended in the above-mentioned rotating shaft 130, and above-mentioned power-supply system 110 and motor 111 are installed in interior one independently in the cavity 125 of above-mentioned electric drive shell 113, there is an opening 126 at the housing place of above-mentioned folder thing mechanism 112 axes extending lines, and the elongated rod-shaped thing can insert in the above-mentioned folder thing mechanism 112 by above-mentioned opening 126.
As shown in figure 17, Figure 17 is the transverse sectional view of this utility model the 7th embodiment, the power-supply system 135 of described electronic device, motor 136, drive system, guide 137 mutual group are contained in the handle case 140 that an electric drive shell 138 and handle housing 139 be assembled into, electricity drive shell 138 is pegged graft with handle housing 139 and is fixed into one, and form an opening 149 between above-mentioned electric drive shell 138 and the handle housing 139, also have 141 drainages of many apertures in the above-mentioned handle housing 139.Above-mentioned electric drive shell 138 has an opening 142, above-mentioned drive system comprises two angular wheels, a crank axle 143, a guiding cell body 144 is formed, vertical fixing first angular wheel 146 on the turning cylinder 150 of above-mentioned motor 136, second angular wheel 147 can rotate around the bearing on the above-mentioned electric drive shell 138 148, the face of gear of above-mentioned two angular wheels is abutted against mutually, the center on above-mentioned second angular wheel 147 top is connected with an end vertical fixing of crank axle 142, the other end of crank axle 142 is in the rectangle gathering sill 145 of the above-mentioned guiding cell body 144 of the vertical insertion of power output shaft, there are two rectangle support arms 148 at the two ends of above-mentioned guiding cell body 144, above-mentioned support arm 148 ends have the fixture insertion of protrusion to be fixed on the above-mentioned electric drive shell 138, above-mentioned support arm 148 has resistance to compression in the plane, tensile strength, above-mentioned support arm 148 can rotate around the rotating shaft of support arm, above-mentioned shaft parallel is in the turning cylinder 150 of above-mentioned motor 136, the guiding cell body 144 of described drive system end is fixedlyed connected with above-mentioned guide 137, above-mentioned guiding cell body 144 also can be designed to one with above-mentioned guide 137, there is an opening 149 at above-mentioned housing 140 places of above-mentioned guide 137 axes extending lines, and elongated thick stick shape thing can insert in the above-mentioned guide 137 and does swing by above-mentioned drive system transmission or rock under the drive of above-mentioned motor 136 by above-mentioned opening 149.
As shown in figure 18, the runner 183 of eccentric 182 inserts in the gathering sill 181 of guiding cell body 180.
As shown in figure 19, an end 192 of crank axle 194 inserts in the gathering sill 191 of guiding cell body 193, and rotating shaft 190 is at the other end of crank axle 194.
As shown in figure 20, worm gear 195 is installed in the rotating shaft 196 of motor, step gear 197 and above-mentioned worm gear 195 mechanical connections, but above-mentioned step gear 197 center vertical fixing crank axles or an eccentric end make crank axle or eccentric axis direction vertical with the motor rotation axis axis direction like this.
As shown in figure 21, Figure 21 is connected the schematic top plan view of first structure with constraint mechanism and power output shaft for guide, power output shaft 223 is fixedly connected on the guide 222, rotating shaft 220 on handle housing or the electric drive shell is inserted in the groove 221, groove 221 is parallel to the axis direction of above-mentioned guide 222, when power output shaft 223 was done the swing of 255 directions, above-mentioned guide 222 rotated to slide along above-mentioned groove 221 simultaneously around rotating shaft 220 and promptly moves back and forth.
As shown in figure 22, Figure 22 is connected the cross-sectional side sketch map of first structure with constraint mechanism and power output shaft for guide, power output shaft 223 is fixedly connected on the guide 222, rotating shaft 220 on handle housing or the electric drive shell is inserted in the gathering sill 221, and bearing 225 and bearing 226 play the above-mentioned guide 222 aft section upper and lower displacements of restriction.The axis direction of above-mentioned groove 221 is parallel to the axis direction of above-mentioned guide 222, and when power output shaft 223 was done swing, above-mentioned guide 222 rotated to slide along above-mentioned groove 221 simultaneously around rotating shaft 220 and promptly moves back and forth.
As shown in figure 23, Figure 23 is connected the schematic top plan view of second structure with constraint mechanism and power output shaft for guide, the previous section of guide 231 has circular hole 236, power output shaft is rotationally connected with on the above-mentioned circular hole 236 on the guide 231, rotating shaft 229 on handle housing or the electric drive shell is inserted in the groove 230, the axis direction of groove 230 is parallel to the axis direction of above-mentioned guide 231, when power output shaft 236 was done the swing of 253 directions, above-mentioned guide 231 rotated to slide along above-mentioned groove 230 simultaneously around rotating shaft 229 and promptly moves back and forth.
As shown in figure 24, Figure 24 is connected the cross-sectional side sketch map of second structure with constraint mechanism and power output shaft for guide, the previous section of guide 231 has circular hole, power output shaft 232 is rotationally connected with on the guide 231, rotating shaft 229 on handle housing or the electric drive shell is inserted in the groove 230, bearing 228 and bearing 227 play the above-mentioned guide 231 aft section upper and lower displacements of restriction, bearing 232 and bearing 233 play the above-mentioned guide 231 previous section upper and lower displacements of restriction, the axis direction of groove 230 is parallel to the axis direction of above-mentioned guide 231, when power output shaft 232 was done swing, above-mentioned guide 231 rotated to slide along above-mentioned groove 230 simultaneously around rotating shaft 229 and promptly moves back and forth.
As shown in figure 25, Figure 25 is connected the schematic top plan view of the 3rd structure with constraint mechanism and power output shaft for guide, the aft section of guide 237 has circular hole 256, guide 237 can be rotationally connected with in the rotating shaft on handle housing or the electric drive shell by above-mentioned circular hole 256, power output shaft 239 inserts in the previous section groove 238 of guide 237, the axis direction of groove 238 is parallel to the axis direction of above-mentioned guide 237, when power output shaft 239 do 252 to swing the time, above-mentioned guide 237 rotates around the rotating shaft on above-mentioned handle housing or the electric drive shell.
As shown in figure 26, Figure 26 is connected the cross-sectional side sketch map of the 3rd structure with constraint mechanism and power output shaft for guide, the aft section of guide 237 has circular hole 256, guide 237 can be rotationally connected with in the rotating shaft 257 on handle housing or the electric drive shell by above-mentioned circular hole 256, power output shaft 239 inserts in the groove 238, the axis direction of groove 238 is parallel to the axis direction of above-mentioned guide 237, when power output shaft 239 is done swing, above-mentioned guide 237 rotates around above-mentioned rotating shaft 257, bearing 250 and bearing 251 play the aft section upper and lower displacement of the above-mentioned guide 237 of restriction.
Undoubtedly, electronic device of the present utility model also has multiple conversion and remodeling, and in a word, protection domain of the present utility model should comprise those conspicuous to those skilled in the art conversion and remodeling.
Claims (10)
1, a kind of electronic device, it is characterized in that: described electronic device is made up of electric driver mechanism, guide, the power output shaft of above-mentioned electric driver mechanism is connected with above-mentioned guide, and above-mentioned guide can the electric drive shell of above-mentioned relatively electric driver mechanism be done swing or move back and forth under the drive of above-mentioned electric driver mechanism.
2, a kind of electronic device, it is characterized in that: described electronic device is made up of electric driver mechanism, guide, constraint mechanism, the power output shaft of above-mentioned electric driver mechanism is connected with the previous section of above-mentioned guide, the aft section of above-mentioned guide is connected with above-mentioned constraint mechanism, and the previous section of above-mentioned guide can be under the drive of above-mentioned electric driver mechanism is that the electric drive shell of the above-mentioned relatively electric driver mechanism of fulcrum is done swing or moved back and forth with above-mentioned constraint mechanism.
3, a kind of electronic device as claimed in claim 1 or 2 is characterized in that: described guide can be fixed or pegs graft fixing or by directly being fixed with bristle on the fixedly connected toothbrush of securing member or brush or the described guide by screw thread; Above-mentioned screw thread fixedly concrete structure is that the front end of above-mentioned guide has a screwed hole or a thread head, and a thread head or a screwed hole are arranged at the above-mentioned brush of screwed hole on the corresponding above-mentioned guide or thread head bottom; Above-mentioned grafting fixedly concrete structure is that fixed groove or protruding fixture are arranged on the above-mentioned guide, and fixed groove on the corresponding above-mentioned guide or the above-mentioned toothbrush of protruding fixture or brush have protruding fixture or fixed groove; Above-mentioned securing member can be clip or elastic rubber rope or rope.
4, a kind of electronic device as claimed in claim 1 or 2, it is characterized in that: described electric driver mechanism is by electric drive shell, power-supply system, motor, drive mechanism, power output shaft is formed, above-mentioned power-supply system, motor, drive mechanism, power output shaft, guide is installed in the above-mentioned electric drive shell jointly, above-mentioned guide is connected with above-mentioned power output shaft, the power output shaft of above-mentioned electric driver mechanism can be under the drive of motor transmission by above-mentioned drive mechanism drive above-mentioned guide and do swing or move back and forth, an opening is arranged on the above-mentioned electric drive shell of the axes extending line of above-mentioned guide, and above-mentioned opening part can be equipped with waterproof gland cover.
5, a kind of electronic device as claimed in claim 1 or 2, it is characterized in that: described electric driver mechanism is by electric drive shell, power-supply system, motor, drive mechanism, power output shaft is formed, above-mentioned power-supply system, motor, drive mechanism is installed in the above-mentioned electric drive shell, the power output shaft of above-mentioned electric driver mechanism stretches out with described guide from the opening part of above-mentioned electric drive shell and is connected, and can be under the drive of motor transmission by above-mentioned drive mechanism drive above-mentioned guide and do swing or move back and forth, the opening part of above-mentioned electric drive shell can be equipped with waterproof gland cover.
6, a kind of electronic device as claimed in claim 1 or 2, it is characterized in that: described electric driver mechanism is by electric drive shell, power-supply system, motor, drive mechanism, power output shaft is formed, above-mentioned power-supply system, motor, drive mechanism is installed in the above-mentioned electric drive shell, the power output shaft of above-mentioned electric driver mechanism stretches out with described guide from the opening part of above-mentioned electric drive shell and is connected, and can be under the drive of motor transmission by above-mentioned drive mechanism drive above-mentioned guide and do swing or move back and forth, above-mentioned electric drive shell and guide have a handle housing to fixedly connected with above-mentioned electric drive shell outward, and an opening is arranged on the above-mentioned handle housing of the axes extending line of above-mentioned guide.
7, a kind of electronic device as claimed in claim 1, it is characterized in that: described guide and the power output shaft end of described electric driver mechanism fashion into one or fixedly connected or be rotationally connected with the power output shaft of described electric driver mechanism is terminal, and the power output shaft of described electric driver mechanism can drive above-mentioned guide and swing accordingly or move back and forth when doing swing.
8, a kind of electronic device as claimed in claim 2, it is characterized in that: described electric driver mechanism, guide, constraint mechanism has a handle housing outward, above-mentioned handle housing is connected with the aft section of above-mentioned guide, above-mentioned guide previous section fashions into one with the power output shaft of above-mentioned electric driver mechanism or fixedlys connected or be rotatably connected, the electric drive shell of described electric driver mechanism is suspended in the above-mentioned handle housing by above-mentioned guide, the power output shaft of above-mentioned electric driver mechanism can be done to swing and drive the previous section do swing of above-mentioned guide or move back and forth under the drive of motor, and an opening is arranged on the above-mentioned handle housing on the extended line direction of above-mentioned guide.
9, a kind of electronic device as claimed in claim 2, it is characterized in that: the power output shaft of described electric driver mechanism can drive the previous section of described guide and do corresponding swing when doing swing, the direction of above-mentioned swing is vertical with the axis direction of above-mentioned guide, described constraint mechanism can guarantee that the aft section of described guide rotates when the previous section of above-mentioned guide is done swing, above-mentioned constraint mechanism adopts rotating shaft mechanism or flute profile folder or iron clamp or spring mechanism or constraint framework, the concrete structure of above-mentioned rotating shaft mechanism is that the aft section of above-mentioned guide has circular hole or protruding rotating shaft, corresponding above-mentioned circular hole or protruding rotating shaft have protruding rotating shaft or circular hole on the described electric drive shell or on the handle housing, the previous section of above-mentioned guide has a groove that is parallel to above-mentioned guide axis direction, and the power output shaft of described electric driver mechanism can insert the previous section of swinging and drive above-mentioned guide in the above-mentioned groove and rotate around above-mentioned protruding rotating shaft; The concrete structure of above-mentioned rotating shaft mechanism also the aft section of above-mentioned guide the groove that is parallel to above-mentioned guide axis direction is arranged, on the described electric drive shell or have rotating shaft to insert in the groove of above-mentioned guide aft section on the handle housing, the power output shaft of described electric driver mechanism fashions into one with the previous section of above-mentioned guide or fixedlys connected or be rotatably connected, when the power output shaft of described electric driver mechanism drove the previous section do swing of above-mentioned guide, the aft section of above-mentioned guide centered on the above-mentioned electric drive shell or the rotation of the rotating shaft on the handle housing also moves back and forth along the axis direction of above-mentioned groove simultaneously; On the also described electric drive shell of the concrete structure of above-mentioned rotating shaft mechanism or the groove that is parallel to described guide axis direction arranged on the handle housing, the aft section of above-mentioned guide has the rotating shaft of projection to insert on the above-mentioned electric drive shell or be parallel on the handle housing in the groove of above-mentioned guide axis direction, the power output shaft of described electric driver mechanism fashions into one with the previous section of above-mentioned guide or fixedlys connected or be rotatably connected, when the power output shaft of described electric driver mechanism drove the previous section do swing of above-mentioned guide, the previous section of above-mentioned guide was rotated around the rotating shaft of the projection of the aft section of above-mentioned guide and is also moved back and forth along above-mentioned groove simultaneously.
10, a kind of electronic device as claimed in claim 2, it is characterized in that: the aft section of described guide has a groove that is parallel to above-mentioned guide axis direction, on the described electric drive shell or have rotating shaft to insert in the above-mentioned groove of above-mentioned guide aft section on the handle housing, the power output shaft of described electric driver mechanism and the previous section of above-mentioned guide are rotatably connected, the power output shaft of described electric driver mechanism drives above-mentioned guide when doing swing previous section is swung accordingly or is moved back and forth, above-mentioned guide on the above-mentioned electric drive shell or the rotating shaft on the handle housing rotate and also can move back and forth simultaneously along the axis direction of above-mentioned groove, the direction of the power output shaft swing of above-mentioned electric driver mechanism can move back and forth accordingly with above-mentioned guide axis direction formation different angles and the previous section that drives above-mentioned guide.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 200320127332 CN2691517Y (en) | 2003-12-23 | 2003-12-23 | Electric actuating device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 200320127332 CN2691517Y (en) | 2003-12-23 | 2003-12-23 | Electric actuating device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN2691517Y true CN2691517Y (en) | 2005-04-13 |
Family
ID=34762817
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 200320127332 Expired - Fee Related CN2691517Y (en) | 2003-12-23 | 2003-12-23 | Electric actuating device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN2691517Y (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN1846651B (en) * | 2005-04-15 | 2011-11-30 | 吴旭榕 | Electric actuator |
-
2003
- 2003-12-23 CN CN 200320127332 patent/CN2691517Y/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN1846651B (en) * | 2005-04-15 | 2011-11-30 | 吴旭榕 | Electric actuator |
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| Date | Code | Title | Description |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| C17 | Cessation of patent right | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20050413 Termination date: 20100125 |