CN2319016Y - Capping device with vibrating structure - Google Patents
Capping device with vibrating structure Download PDFInfo
- Publication number
- CN2319016Y CN2319016Y CN 97243624 CN97243624U CN2319016Y CN 2319016 Y CN2319016 Y CN 2319016Y CN 97243624 CN97243624 CN 97243624 CN 97243624 U CN97243624 U CN 97243624U CN 2319016 Y CN2319016 Y CN 2319016Y
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- CN
- China
- Prior art keywords
- tank body
- housing
- vibrational structure
- electric magnet
- iron plate
- Prior art date
- Legal status (The legal status 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 status listed.)
- Expired - Lifetime
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- Apparatuses For Generation Of Mechanical Vibrations (AREA)
Abstract
The utility model relates to a capping device with a vibrating structure. The utility model is provided in order to provide a capping device with vibrating massage effect and good therapy effect which can cause the local congestion process of the therapy part to be in a dynamic therapy state. The utility model is composed of a cup body, a suction pump and a vibrating structure. The cup body is an open casing, and the top of the cup body is provided with a connecting tube and a one-way valve arranged in the connecting tube. The suction end of the suction pump is connected with the connecting tube of the cup body. The vibrating structure is arranged on the cup body so that the cup body can produce a vibrating effect.
Description
This utility model belongs to physical therapy appliance, particularly a kind of suction cup with vibrational structure.
At present, use the suction cup of being made up of integrated plastic cement tank body and suction pump usually in cupping therapy, tank body is a shedding shell, and its top is provided with to take over and place takes over interior check valve; The suction end of suction pump is connected with the adapter of tank body.During use, tank body is placed on therapentic part, and draws a jar intravital air, make to be negative pressure state in the tank body, make the therapentic part contrafluxion, thereby reach therapeutic effect with suction pump.When using this suction cup to treat, because for being in static therapeutic state, its contrafluxion effect is relatively poor, therefore, the effect of treatment is also relatively poor.
The purpose of this utility model provides a kind ofly to be had the vibromassage effect, makes the process of therapentic part contrafluxion be dynamic therapeutic state, the suction cup with vibrational structure that therapeutic effect is good.
This utility model is made up of tank body, suction pump and vibrational structure, and tank body is a shedding shell, and its top is provided with to take over and place takes over interior check valve; The suction end of suction pump is connected with the adapter of tank body; Vibrational structure is installed on the tank body, and can make tank body produce vibrating effect.
Because this utility model is made up of tank body, suction pump and vibrational structure, tank body is a shedding shell, and its top is provided with to take over and place takes over interior check valve; The suction end of suction pump is connected with the adapter of tank body; Vibrational structure is installed on the tank body, and can make tank body produce vibrating effect.During use, tank body is placed on therapentic part, and with a suction pump absorption jar intravital air, while Vibration on Start-up structure, make when being negative pressure state and therapentic part contrafluxion in the tank body, therapentic part is produced the effect of vibromassage, make the process of therapentic part contrafluxion be dynamic therapeutic state, improve the cupping for treatment effect, thereby reached the purpose of this utility model.
Fig. 1, be this utility model decomposition texture schematic isometric.
Fig. 2, be this utility model structural representation profile.
Fig. 3, be the A portion partial enlarged drawing (being the medicated bra cup-shaped) among Fig. 2.
Fig. 4, be the A portion partial enlarged drawing (being elongated tubular product such) among Fig. 2.
Fig. 5, be the A portion partial enlarged drawing (cup-shaped) among Fig. 2.
Fig. 6, be the A portion partial enlarged drawing (in a tubular form) among Fig. 2.
Fig. 7, be the A portion partial enlarged drawing (eccentric vibration vibrational structure) among Fig. 2.
Fig. 8, be the A portion partial enlarged drawing (electromagnet vibration vibrational structure) among Fig. 2.
Fig. 9, be the B-B profile (vibrational structure is fixedly mounted on the tank body with band) among Fig. 2.
Figure 10, be the A portion partial enlarged drawing (vibrational structure is fixedly mounted on the tank body with fastener and projection) among Fig. 2.
Figure 11, be the B-B profile (vibrational structure is fixedly mounted on the tank body with flange and intercalation groove) among Fig. 2.
Figure 12, be the B-B profile (vibrational structure is fixedly mounted on the tank body with a plurality of suckers on the spacer) among Fig. 2.
Figure 13, be the A portion partial enlarged drawing among Fig. 2 (vibrational structure is fixedly mounted on the tank body with location iron plate and a plurality of Magnet).
Figure 14, be the A portion partial enlarged drawing among Fig. 2 (vibrational structure is fixedly mounted on the tank body with the screw that is located in its installing hole and spiral shell and is contained in the tank body screw seat).
Figure 15, be this utility model user mode sketch map.
Below in conjunction with accompanying drawing this utility model is further elaborated.
As shown in Figure 1 and Figure 2, this utility model is made up of tank body 1, connection tube 2, suction pump 3 and vibrational structure 4, and tank body 1 is a shedding shell, and its top is provided with adapter 11 and places the check valves of taking in 11 12.The two ends of connection tube 2 are connected with the adapter of tank body 1 and the suction end of suction pump 3 respectively.Vibrational structure 4 is installed on the tank body 1, and can make tank body 1 produce vibrating effect.
As Fig. 3, Fig. 4, Fig. 5, shown in Figure 6, tank body 1 can be the different shape with various different size diameter and length size, can select suitable tank body 1 for use according to the difference of using the position.
As Fig. 7, shown in Figure 8, the side of tank body 1 constitutes containing cavity 13.Vibrational structure 4 places in the containing cavity 13 of tank body 1.As shown in Figure 7, vibrational structure 4 is made up of motor 41 and the eccentric 42 that is installed on motor 41 output shafts.Motor 41 is driven by battery or external power supply.When motor 41 rotates, produce vibration with eccentric 42.As shown in Figure 8, vibrational structure 4 is made up of electric magnet 43 and iron plate 44.Electric magnet 43 is made up of coil and iron core.Iron plate 44 1 ends are fixedly mounted on tank body 1 wall, and the other end is near the iron core of electric magnet 43.The coil of electric magnet 43 connects battery or external power supply.Attract iron plate 44 to produce vibration with electric magnet 43.
As shown in Figure 9, tank body 1 periphery is provided with band 14.Vibrational structure 4 is made up of housing 45, motor 41 and the eccentric 42 that is installed on motor 41 output shafts.Motor 41 and eccentric 42 place in the housing 45.Housing 45 is fixedly mounted on the tank body 1 with band 14.Motor 41 is driven by battery or external power supply.When motor 41 rotates, produce vibration with eccentric 42.Vibrational structure 4 is made up of housing 45, electric magnet 43 and iron plate 44; Electric magnet 43 is made up of coil and iron core.Iron plate 44 1 ends are fixedly mounted on tank body 1 wall, and the other end is near the iron core of electric magnet 43.Electric magnet 43 and iron plate 44 place in the housing 45.Housing 45 is fixedly mounted on the tank body 1 with band 14.The coil of electric magnet 43 connects battery or external power supply.Attract iron plate 44 to produce vibration with electric magnet 43.
As shown in figure 10, tank body 1 periphery wall is provided with fastener 15 and is positioned at the projection 16 of fastener 15 belows.Vibrational structure 4 is made up of housing 45, motor 41 and the eccentric 42 that is installed on motor 41 output shafts.Motor 41 and eccentric 42 place in the housing 45.Housing 45 leans against on the projection 16 of tank body 1 with its below, fastener 15 is buckled in housing 45 tops again, is fixedly mounted on the tank body 1 with fastener 15 and projection 16.Motor 41 is driven by battery or external power supply.When motor 41 rotates, produce vibration with eccentric 42.Vibrational structure 4 is made up of housing 45, electric magnet 43 and iron plate 44.Electric magnet 43 is made up of coil and iron core.Iron plate 44 1 ends are fixedly mounted on tank body 1 wall, and the other end is near the iron core of electric magnet 43.Electric magnet 43 and iron plate 44 place in the housing 45.Housing 45 leans against on the projection 16 of tank body 1 with its below, fastener 15 is buckled in housing 45 tops again, is fixedly mounted on the tank body 1 with fastener 15 and projection 16.The coil of electric magnet 43 connects battery or external power supply.Attract iron plate 44 to produce vibration with electric magnet 43.
As shown in figure 11, tank body 1 periphery wall is provided with a pair of intercalation groove 17.Vibrational structure 4 is made up of housing 46, motor 41 and the eccentric 42 that is installed on motor 41 output shafts.Housing 46 both sides be provided with tank body 1 perisporium on intercalation groove 17 corresponding flanges 461.Motor 41 and eccentric 42 place in the housing 46.Housing 46 a pair of intercalation groove 17 on its two side flange 461 and tank body 1 periphery wall is fixedly mounted on the tank body 1.Motor 41 is driven by battery or external power supply.When motor 41 rotates, produce vibration with eccentric 42.Vibrational structure 4 is made up of housing 46, electric magnet 43 and iron plate 44.Housing 46 both sides be provided with tank body 1 perisporium on intercalation groove 17 corresponding flanges 461.Electric magnet 43 is made up of coil and iron core.Iron plate 44 1 ends are fixedly mounted on tank body 1 wall, and the other end is near the iron core of electric magnet 43.Electric magnet 43 and iron plate 44 place in the housing 46.Housing 46 a pair of intercalation groove 17 on its two side flange 461 and tank body 1 periphery wall is fixedly mounted on the tank body 1.The coil of electric magnet 43 connects battery or external power supply.Attract iron plate 44 to produce vibration with electric magnet 43.
As shown in figure 12, vibrational structure is made up of housing 47, motor 41 and the eccentric 42 that is installed on motor 41 output shafts.Housing 47 sides are provided with spacer 471, and spacer 471 bottom surfaces are provided with a plurality of suckers 472.Motor 41 and eccentric 42 place in the housing 47.Housing 47 a plurality of suckers 472 on its spacer 471 are fixedly mounted on the tank body 1.Motor 41 is driven by battery or external power supply.When motor 41 rotates, produce vibration with eccentric 42.Vibrational structure 4 is made up of housing 47, electric magnet 43 and iron plate 44.Housing 47 sides are provided with spacer 471, and spacer 471 bottom surfaces are provided with a plurality of suckers 472.Electric magnet 43 is made up of coil and iron core.Iron plate 44 1 ends are fixedly mounted on tank body 1 wall, and the other end is near the iron core of electric magnet 43.Electric magnet 43 and iron plate 44 place in the housing 47.Housing 47 a plurality of suckers 472 on its spacer 471 are fixedly mounted on the tank body 1.The coil of electric magnet 43 connects battery or external power supply.Attract iron plate 44 to produce vibration with electric magnet 43.
As shown in figure 13, tank body 1 periphery wall is provided with a plurality of Magnet 18.Vibrational structure 4 is made up of housing 48, motor 41 and the eccentric 42 that is installed on motor 41 output shafts.Housing 48 sides are provided with and Magnet 18 corresponding location iron plates 481.Motor 41 and eccentric 42 place in the housing 48.Housing 48 is fixedly mounted on the tank body 1 with its side location iron plate 481 and a plurality of Magnet 16 of tank body 1 periphery wall.Motor 41 is driven by battery or external power supply.When motor 41 rotates, produce vibration with eccentric 42.Vibrational structure 4 is made up of housing 48, electric magnet 43 and iron plate 44.Housing 48 sides are provided with and Magnet 18 corresponding location iron plates 481.Electric magnet 43 is made up of coil and iron core.Iron plate 44 1 ends are fixedly mounted on tank body 1 wall, and the other end is near the iron core of electric magnet 43.Electric magnet 43 and iron plate 44 place in the housing 48.Housing 48 is fixedly mounted on the tank body 1 with its side location iron plate 481 and a plurality of Magnet 18 of tank body 1 periphery wall.The coil of electric magnet 43 connects battery or external power supply.Attract iron plate 44 to produce vibration with electric magnet 43.
As shown in figure 14.Tank body 1 periphery wall is provided with a plurality of screw seats 19.Vibrational structure 4 is made up of housing 49, motor 41 and the eccentric 42 that is installed on motor 41 output shafts.Housing 49 be provided with tank body 1 on screw seat 19 corresponding installing holes 491.Motor 41 and eccentric 42 place in the housing 49.Housing 49 is fixedly mounted on the tank body 1 with being located in the screws 492 that its installing hole 491 and spiral shell be contained in the tank body 1 screw seat 19.Motor 41 is driven by battery or external power supply.When motor 41 rotates, produce vibration with eccentric 42.Vibrational structure 4 is made up of housing 49, electric magnet 43 and iron plate 44.Housing 49 be provided with tank body 1 on screw seat 19 corresponding installing holes 491.Electric magnet 43 and iron plate 44 place in the housing 49.Housing 49 is fixedly mounted on the tank body 1 with being located in the screws 492 that its installing hole 491 and spiral shell be contained in the tank body 1 screw seat 19.The coil of electric magnet 43 connects battery or external power supply.Attract iron plate 44 to produce vibration with electric magnet 43.
During use, as shown in figure 15, the tank body 1 that will be the medicated bra cup-shaped is placed on the female breast position, and draw air in the tank bodies 1 with suction pump 3, Vibration on Start-up structure 4 makes when being negative pressure state and breast portion contrafluxion in the tank body 1 simultaneously, breast portion is produced the effect of vibromassage, make the process of breast portion contrafluxion be dynamical state, to promote breast development.Make chest more vigorous and more graceful.
Claims (15)
1, a kind of suction cup with vibrational structure, it has tank body and suction pump, and tank body is a shedding shell, and its top is provided with to take over and place takes over interior check valve; The suction end of suction pump is connected with the adapter of tank body; It is characterized in that on described tank body, being equiped with and to make the vibrative vibrational structure of tank body.
2, the suction cup with vibrational structure according to claim 1 is characterized in that constituting containing cavity in the side of described tank body; Vibrational structure is made up of motor and the eccentric that is installed on the motor output shaft, and places in the containing cavity of tank body.
3, the suction cup with vibrational structure according to claim 1 is characterized in that constituting containing cavity in the side of described tank body; Vibrational structure is made up of electric magnet and iron plate; Electric magnet is made up of coil and iron core; Iron plate one end is fixedly mounted on the tank wall, and the other end is near the ferrum core of electric magnet; Vibrational structure places in the containing cavity of tank body.
4, the suction cup with vibrational structure according to claim 1 is characterized in that described tank body periphery is provided with band; Vibrational structure is made up of housing, motor and the eccentric that is installed on the motor output shaft, and motor and eccentric place in the housing, and housing is fixedly mounted on the tank body with band.
5, the suction cup with vibrational structure according to claim 1 is characterized in that described tank body periphery is provided with band; Vibrational structure is made up of housing, electric magnet and iron plate; Electric magnet is made up of coil and iron core; Iron plate one end is fixedly mounted on the tank wall, and the other end is near the ferrum core of electric magnet; Electric magnet and iron plate place in the housing, and housing is fixedly mounted on the tank body with band.
6, the suction cup with vibrational structure according to claim 1 is characterized in that described tank body periphery wall is provided with fastener and is positioned at the projection of fastener below; Vibrational structure is made up of housing, motor and the eccentric that is installed on the motor output shaft; Motor and eccentric place in the housing, and housing is fixedly mounted on the tank body with fastener and the projection on the tank body periphery wall.
7, the suction cup with vibrational structure according to claim 1 is characterized in that described tank body periphery wall is provided with fastener and is positioned at the projection of fastener below; Vibrational structure is made up of housing, electric magnet and iron plate; Electric magnet is made up of coil and iron core; Iron plate one end is fixedly mounted on the tank wall, and the other end is near the ferrum core of electric magnet; Electric magnet and iron plate place in the housing, and housing is fixedly mounted on the tank body with fastener and the projection on the tank body periphery wall.
8, the suction cup with vibrational structure according to claim 1 is characterized in that described tank body periphery wall is provided with a pair of intercalation groove; Vibrational structure is made up of housing, motor and the eccentric that is installed on the motor output shaft; The housing both sides be provided with the tank body perisporium on the corresponding flange of intercalation groove; Motor and eccentric place in the housing, and housing a pair of intercalation groove on its two side flange and the tank body periphery wall is fixedly mounted on the tank body.
9, the suction cup with vibrational structure according to claim 1 is characterized in that described tank body periphery wall is provided with a pair of intercalation groove; Vibrational structure is made up of housing, electric magnet and iron plate; The housing both sides be provided with the tank body perisporium on the corresponding flange of intercalation groove; Electric magnet is made up of coil and iron core; Iron plate one end is fixedly mounted on the tank wall, and the other end is near the ferrum core of electric magnet; Electric magnet and iron plate place in the housing, and housing a pair of intercalation groove on its two side flange and the tank body periphery wall is fixedly mounted on the tank body.
10, the suction cup with vibrational structure according to claim 1 is characterized in that described vibrational structure is made up of housing, motor and the eccentric that is installed on the motor output shaft; The housing side is provided with spacer, and the spacer bottom surface is provided with a plurality of suckers; Motor and eccentric place in the housing, and housing a plurality of suckers on it are fixedly mounted on the tank body.
11, the suction cup with vibrational structure according to claim 1 is characterized in that described vibrational structure is made up of housing, electric magnet and iron plate; The housing side is provided with spacer, and the spacer bottom surface is provided with a plurality of suckers; Electric magnet is made up of coil and iron core; Iron plate one end is fixedly mounted on the tank wall, and the other end is near the ferrum core of electric magnet; Electric magnet and iron plate place in the housing, and housing a plurality of suckers on it are fixedly mounted on the tank body.
12, the suction cup with vibrational structure according to claim 1 is characterized in that described tank body periphery wall is provided with a plurality of Magnet; Vibrational structure is made up of housing, motor and the eccentric that is installed on the motor output shaft; The housing side is provided with Magnet and locatees iron plate accordingly; Motor and eccentric place in the housing, and housing is fixedly mounted on the tank body with its side location iron plate and a plurality of Magnet of tank body periphery wall.
13, the suction cup with vibrational structure according to claim 1 is characterized in that described tank body periphery wall is provided with a plurality of Magnet; Vibrational structure is made up of housing, electric magnet and iron plate; The housing side is provided with Magnet and locatees iron plate accordingly; Electric magnet is made up of coil and iron core; Iron plate one end is fixedly mounted on the tank wall, and the other end is near the ferrum core of electric magnet; Electric magnet and iron plate place in the housing, and housing is fixedly mounted on the tank body with its side location iron plate and a plurality of Magnet of tank body periphery wall.
14, the suction cup with vibrational structure according to claim 1 is characterized in that described tank body periphery wall is provided with a plurality of screw seats; Vibrational structure is made up of housing, motor and the eccentric that is installed on the motor output shaft; Housing be provided with tank body on the corresponding installing hole of screw seat; Motor and eccentric place in the housing, and housing is fixedly mounted on the tank body with being located in the screw that its installing hole and spiral shell be contained in the tank body screw seat.
15, the suction cup with vibrational structure according to claim 1 is characterized in that described tank body periphery wall is provided with a plurality of screw seats; Vibrational structure is made up of housing, electric magnet and iron plate; Housing be provided with tank body on the corresponding installing hole of screw seat; Electric magnet and iron plate place in the housing, and housing is fixedly mounted on the tank body with being located in the screw that its installing hole and spiral shell be contained in the tank body screw seat.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 97243624 CN2319016Y (en) | 1997-10-31 | 1997-10-31 | Capping device with vibrating structure |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 97243624 CN2319016Y (en) | 1997-10-31 | 1997-10-31 | Capping device with vibrating structure |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN2319016Y true CN2319016Y (en) | 1999-05-19 |
Family
ID=33952566
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 97243624 Expired - Lifetime CN2319016Y (en) | 1997-10-31 | 1997-10-31 | Capping device with vibrating structure |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN2319016Y (en) |
-
1997
- 1997-10-31 CN CN 97243624 patent/CN2319016Y/en not_active Expired - Lifetime
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| C17 | Cessation of patent right | ||
| CX01 | Expiry of patent term |