TWM512445U - Wireless electric prining roller - Google Patents

Abstract

The invention is a electro-mechanical applicator with wireless control. The device is compose by following units: a pump applicator unit, a splash guard unit, a wireless control unit, an electricity control unit, and a paintbrush unit. All the units are connect by siphon and wire. The invention providing a easy way to pump paint from different containers. To supply the paintbrush unit continuously, the paint siphon off from container to splash guard unit driven by electro-mechanical pump unit controlled by wireless module. With this invention, painting work can be time saving, labor saving and uniform quality.

Description

Wireless pumping paint device

This creation relates to a painting device, in particular, a paint brush that uses wireless technology to control the pumping of paint to achieve continuous supply of paint.

In the conventional method of painting, according to the steps, the paint brush is put into the paint bucket and painted, and then the excess amount of paint on the paint brush is scraped off, leaving a proper amount of paint on the paint brush for painting, so the traditional paint brush has The risk of time-consuming labor and easy dripping.

Most of the prior art known prior art uses a sealed container to fill the paint, and then pushes the paint paint body with compressed air for painting, but it is not easy to clean, and if the sealing is poor, the risk of spraying a large amount of paint is caused.

The creation is equipped with a small motor and a blade mounted on a motor assembly paint device that is easy to disassemble, and the motor supply paint device can be directly immersed in an open paint bucket, and the power supply control device is controlled by a wireless control device. The device can be connected to an external power supply to supply the power required by the small motor to deliver the paint to the paint brush for painting, eliminating the traditional time-consuming and labor-intensive disadvantages, and avoiding the large number of sprays caused by poor sealing of the open supply system. The risk of paint and minimize paint waste.

Paint supply anti-splash device to avoid flying paint spray during operation and excess paint Returning to the paint bucket along the siphon tube, saving time and effort, reducing paint waste and reducing the risk of spraying.

101‧‧‧Siphon

102‧‧‧ Paint bucket

103‧‧‧ Paintbrush handle extension rod

104‧‧‧ Paint supply anti-splash device

105‧‧‧Wireless control unit

106‧‧‧Power supply control unit

107‧‧‧Portable mobile power unit

108‧‧‧Motor supply paint device

201‧‧‧Motor outer cover

202‧‧‧ Cover oil seal

203‧‧‧Forcing fixture

204‧‧‧Motor outer cover

205‧‧‧Motor under cover high component

206‧‧‧ Paint picking mouth

207‧‧‧Motor fixed cassette

208‧‧‧Motor power cord fixing slot

209‧‧‧ screw fixing hole

210‧‧‧Upper and lower cover fixing screws

211‧‧‧ upper guide trough

212‧‧‧ lower guide trough

213‧‧‧Connector mount

214‧‧‧Siphon pipe joint

215‧‧‧Motor inner cover

216‧‧‧Motor inner cover

217‧‧ ‧ motor body

218‧‧‧Motor waterproof seal

219‧‧‧Rotary blade group

220‧‧‧Motor shaft

221‧‧‧Motor fixing bracket

222‧‧‧Wire protection tube connector

223‧‧‧Wire

224‧‧‧Wire protection tube

225‧‧‧screw fixed internal teeth

226‧‧‧Upper cover

227‧‧‧Protection tube fixing bushing

228‧‧‧Upper shaft

229‧‧‧ lower cover shaft

230‧‧‧ spindle shaft

231‧‧‧Powerful magnet

301‧‧‧ Paint supply splash guard body

302‧‧‧Fixed screw adjustment chute

303‧‧‧ bracket adjustment chute

304‧‧‧ injection tube holder

305‧‧‧ injection tube

306‧‧‧ Paint discharge

307‧‧‧Injection tube adapter

308‧‧‧ check valve

309‧‧‧ fixing bolts

310‧‧‧ bracket fixing thread

311‧‧‧ Paint brush holder

312‧‧‧ Paint brush body

313‧‧‧ Angle adjustment gear

314‧‧‧ Angle adjustment fixed block

315‧‧‧ Angle adjustment stop block

316‧‧‧ bracket fixing groove

317‧‧‧ bracket fixing screws

318‧‧‧ Paintbrush handle

319‧‧‧Extension rod fixing buckle

320‧‧‧Angle fixed gear

321‧‧‧ Paintbrush extension rod

322‧‧‧check valve control switch

401‧‧‧ button mount

402‧‧‧Control button fixing strap

403‧‧‧Wireless Control Module Circuit Board

404‧‧‧ button control device

405‧‧‧Battery

406‧‧‧Fixed magnet

407‧‧‧ battery cover

501‧‧‧Power control module fixed box body

502‧‧‧Power control module holder

503‧‧‧Powerful magnet

504‧‧‧Main Circuit Control Edition

505‧‧‧Wireless device module

506‧‧‧Voltage conversion module

507‧‧‧Power control module fixing box cover

508‧‧‧External power input hole

601‧‧‧Portable mobile power supply holder

602‧‧‧Fixed slot

603‧‧‧Portable mobile power supply strap

604‧‧‧Portable mobile power

605‧‧‧Power transmission line

The preferred embodiment of the present invention will be explained in more detail in the following description with the following figures, wherein:

Figure 1 is a schematic diagram showing the use of each part of the creation.

Figure 1A shows a schematic diagram of another type of use after linking each part of the creation.

Figure 2 is a schematic view of the motor supply paint device

Figure 3 is a schematic view of the paint supply anti-splash device

Figure 4 is a schematic diagram of the wireless control device

Figure 5 is a schematic diagram of the power supply control device

Figure 6 is a schematic view of the external power supply fixture device

This creation is described in detail as follows: Figure 2 shows the motor supply paint device, please refer to Figure 2, where the 217 motor body supplies power via 223 wires, driving 220 motor shaft rotation, and 220 motor shaft crossing 216 motor inner lower cover and 218 motor waterproof oil seal to prevent liquid from seeping into the 217 motor body damage.

The 220 motor shaft is coupled to a 219 rotating blade set, the blade is composed of one or more blades, and the 217 motor body is upper and lower by a 215 motor inner cover, a 218 motor waterproof oil seal, and a 216 motor inner cover. Covered, 215 motor inner cover, 218 motor The waterproof oil seal and the inner cover of the 216 motor can be covered by waterproof glue or tight fit to achieve the purpose of waterproofing the 217 motor body, and the upper cover of the 215 motor includes a 222 wire protection tube joint, and 224 wire protection tube, of which 223 wires Connect the positive and negative poles of the 217 motor body to the 223 wires shown in Figure 5 via the 224 wire protection tube.

The inner lower cover of the 216 motor has a hole so that the 220 motor shaft can pass through the joint 219 rotating blade group, and the outer cover of the 216 motor inner cover or the outer cover of the 215 motor includes one or more 221 motor fixing brackets, the bracket and the 204 The 207 motor fixing clip of the inner wall of the outer cover of the motor is combined, so that the 217 motor body can be installed in the outer cover of the motor outside the 204 motor to avoid shaking, and the 221 motor fixing bracket and the upper cover of the 215 motor and the inner cover of the 216 motor are formed. The gap can provide the operation of the paint, wherein the outer cover of the motor of the 204 includes one or more 205 motor undercover high-level components, so as to remove the 206 paint from the lower end of the outer cover of the motor 204 to avoid clogging, and The outer cover of the motor 204 may include a 212 lower guide groove, and the inner wall of the guide groove is rounded and designed to make the paint flow smoothly inside.

204 motor outer lower cover and 201 motor outer upper cover can be used to use 210 upper and lower cover fixing screws to pass through 209 screw fixing holes and 202 outer cover oil seal to fix the 225 screws to fix the inner teeth of the outer cover of the 204 motor; Or more than one 203 tightening clamp hooks the 226 upper cover hook; or use the 228 upper cover shaft and the 229 lower cover shaft and the 230 shaft axis to limit the relative position of the upper and lower outer covers, and then 203 tighten the clamp to hook the 226 upper cover hook The 202 oil seal is pressed to achieve the purpose of sealing and sealing the upper and lower outer covers of the motor.

The 201 motor outer cover and the 204 motor outer lower cover have a 208 motor power line fixing groove, which can press 227 to protect the tube fixing bushing, so as to prevent the paint from leaking when running. And 201 motor outer cover can include 211 upper flow channel, the inner wall structure is smooth, and the purpose is to make paint The running part of the motor is smooth. The outer cover of the 201 motor also includes a 213 joint fixing seat. The joint fixing seat can have a thread inside to fix the 214 siphon pipe joint, and the siphon pipe joint connects the 101 siphon pipe to output the paint.

At this stage, the operation process of the paint will be taken from the 206 paint, and the 217 motor body drives the 220 motor shaft to rotate. The connected 219 rotating blade group sucks the paint through the 221 motor fixed bracket and the 215 motor inner cover. The gap of the inner cover of the 216 motor is sent to the upper 213 joint fixing seat via the 141 upper guide groove, and the 101 siphon is delivered via the connected 214 siphon line joint. The electric power source of the 217 motor body is connected to the 223 electric wire covered by the 224 electric wire protection tube, and is connected to the electric power control device 223 wire of FIG. 5 through the 208 motor power line fixing groove to supply the electric power required by the motor body.

Figure 3 is a schematic view of the paint supply anti-splash device, wherein the 301 paint supply is provided with a 303 bracket adjustment chute and a 302 fixing bolt adjustment chute on the left and right sides of the body, and the 311 paint brush bracket can be arranged. Into the 312 paint brush body, and through the 302 fixing bolt adjustment chute and 303 bracket adjustment chute, one end of the 311 paint brush body bracket contains 310 bracket fixing thread, and combined with the 309 fixing bolt to make it assembled firmly.

One side of the 311 paint brush holder passes through the separable 314 angle adjustment fixing block 316 bracket fixing groove, and is locked on one side of the 311 paint brush holder by the 317 bracket fixing screw, and the 314 angle adjustment fixing block One side has a 320-angle fixed gear, and the 301 paint supply has a 313 angle adjustment gear on one side of the splash-proof device body, and each end of the tooth has a 315-angle adjustment stop block to avoid the 313 angle adjustment gear and When the 320-angle fixed gear is matched with two phases, the angle of the escape angle is used to adjust the direction.

The 301 paint supply splash guard body can be regarded as a pot type by the top view The utility model has a pair of 304 injection tube fixing seats, and the function is to fix 305 the injection tube and make the 306 paint discharge port face the 312 paint brush body, and the 305 injection tube one end is connected with the 307 injection tube adapter. The purpose is to make the 101 siphon paint to 305 injection pipe, wherein the 101 siphon has a 308 one-way valve, and the manual one-way valve can make the paint stay in the 101 siphon without being affected by gravity, reducing The motor of Fig. 2 supplies the head power consumption of the paint device, and can also selectively switch the check valve to recycle the paint downstream and avoid waste.

The 318 paint brush handle is connected with the 311 paint brush holder, and the paint brush handle has a plurality of tubes with the same center and tapered diameter, and the rods need to be elongated and shortened according to the use, and the hollow tube can also be A square tube or a round tube, etc., and become a retractable 321 paint brush extension rod, which can be fixed by a 319 extension rod fixing buckle with a reed.

While the paint is running at this stage, the paint will be supplied by the 101 siphon of the motor supply paint device through the 308 check valve and the 307 injection pipe adapter to the 305 injection pipe, which is wetted by the 306 paint discharge port. 312 paint brush body to achieve the purpose of painting the wall.

4 is a schematic diagram of a wireless control device, comprising a 401 button holder having a hole on both sides thereof, the hole can pass through a 402 control button fixing belt, and the 402 control button fixing belt can use a buckle The devil touches the 401 button mount to the 318 paint brush handle, and the 401 button mount can be attached to the 318 paint brush handle using a 406 fixed magnet.

The 401 button holder can be inserted into a 404 button control device. The 404 button control device has a 403 wireless control module circuit board and 405 battery. The external one or more buttons, wherein the 405 battery provides 403 wireless control module circuit board power, and is paired with the power control device of FIG. 5, through the button of the 404 button control device, for Pointing, opening and closing, or continuously sending signals to the power control device of Figure 5 to control the process of pumping the paint by the motor.

Figure 5 is a schematic diagram of the power supply control device, wherein the 501 power supply control module can have a 503 strong magnet inside the fixed box body, which can be used to adsorb the metal paint bucket or attract the 231 strong magnet shown in Fig. 2 to To achieve the function of stability, the external has a 502 control module holder, which is fastened to the outside of the paint bucket. The 501 power supply control module has a hole outside the fixing box body for the 223 wire and the 224 wire protection tube to penetrate, and provides a 508 external power input hole, which can receive the power of the external power source through the 605 power transmission line, and the 507 power supply control module is fixed. The outer cover of the box can be combined with the fixing body of the 501 power supply control module by means of screws or snaps.

The 501 power supply control module fixed box body includes 504 main circuit control version and 505 wireless device module and 506 voltage conversion module; 506 voltage conversion module can receive power from 508 external power input hole and convert into 217 The power supply required by the motor body is output by the 223 wire and provided for the 217 motor body; the 505 wireless device module is paired with the 403 wireless control module circuit board, and receives the message to the 504 main control circuit board to adjust the 217 motor body. The required voltage is used to drive the rotational speed of the 219 rotating blade group driven by the shaft of the 220 motor to control the speed and opening and closing of the paint.

Figure 6 is a schematic diagram of an external power supply fixture, wherein the 601 portable mobile power supply holder has a hook at one end that can be fixed on the 102 paint bucket, and the 601 portable mobile power supply has one or one. The above 602 fixed slot can be traversed by the 603 portable mobile power fixing strap, and the 604 portable mobile power supply is fixed on the 601 portable mobile power fixing bracket by means of devil dipping or buckle fastening. The portable mobile power source is connected to the external power input hole 508 through the 605 power transmission line, and the power is supplied to the power supply control device of FIG.

101‧‧‧Siphon

102‧‧‧ Paint bucket

103‧‧‧ Paintbrush handle extension rod

104‧‧‧ Paint supply anti-splash device

105‧‧‧Wireless control unit

106‧‧‧Power supply control unit

107‧‧‧Portable mobile power unit

108‧‧‧Motor supply paint device

Claims (10)

An electric paint brush having a motor supply paint device, a paint supply splash guard device, a wireless control device, a power supply control device and a portable mobile power supply device, the motor supply paint device can be directly placed In the paint bucket, the motor supply paint device has a wire extending to a power supply control device, and the power supply control device includes a power supply control module holder fixed to the paint bucket, and the foregoing power supply control device can be connected to include a portability An external power source such as a mobile power source or a commercial power source is provided to supply the power required by the motor, and receives a signal from the wireless control device to open and close the motor to rotate the rotating blade group to obtain the desired paint. The motor supplies the paint device at one end. a siphon tube having a one-way valve between the siphon lines, and the other end of the siphon tube is connected to a paint tube for supplying a paint to the splash guard, and the paint supply is provided with a splash guard on a paint brush holder. The paint required for the paint brush body is provided by the injection hole on the injection pipe for continuous application. The electric paint brush of claim 1, wherein the motor is supplied to the paint device, and has a small motor inside, the shaft of the motor is connected to a rotating blade group, and the motor body is covered in at least one motor. a cover, and the inner lower cover of the motor fixes the motor body to the outer cover of the motor and the outer cover of the motor, wherein the outer cover of the motor and the outer cover of the motor have a soft outer cover oil seal, and the outer cover of the motor The motor outer lower cover can use the shaft shaft and the upper cover shaft The lower cover shaft is fixed to fix its relative position, and the pressing clamp fixed to the outer lower cover of the motor is combined with the upper cover hook attached to the outer cover of the motor, wherein only one or more pressing clamps are used together with the upper cover hook The equivalent of the combination, or the use of upper and lower cover fixing screws, is also limited. The electric paint brush of claim 1, wherein the siphon device has a one-way valve between the pipes to avoid or reduce the backflow of the paint, wherein the check valve can have a one-way valve control A switch to selectively allow the paint to stay in the pipeline or flow back into the paint bucket. The electric paint brush of claim 1, wherein the power supply control device comprises a function of receiving a signal of the wireless control device, and receiving a function of a voltage supply motor for converting the external power including the portable mobile power source into a motor. The device may be a combination of equivalent individual devices or a modular product. The electric paint brush of claim 1, wherein the wireless control device has one or more button control devices, and has the functions of controlling motor opening and closing and motor speed feeding, and other types of equivalent switches are also This limit. The electric paint brush of claim 1, wherein the wireless control device and the portable mobile power device comprise a control button fixing belt and a portable The mobile power fixing strap can be a devil, a buckle, or a fixed magnet to be respectively fixed to the paint brush handle and the portable mobile power supply holder. The electric paint brush according to claim 1, wherein the part of the paint passing through comprises a motor supply paint device, a siphon tube, a check valve, and a paint supply device and a injection tube. It can be pre-coated with a water repellent to make it easy to clean. The electric paint brush according to claim 1, wherein the motor supplies the electric wire required for the motor of the paint device to the power supply control device via the motor power cable fixing slot, and the motor power cable fixing slot is Between the outer cover of the motor and the outer cover of the motor. The electric paint brush according to claim 1, wherein the motor supply paint device is immersed in the paint bucket, and the metal paint bucket can be adsorbed by using a strong magnet disposed outside the outer cover of the motor, or The powerful magnets disposed outside the power supply control device are attracted to each other to be fixed at the relative positions in the tub. The electric paint brush according to claim 1, wherein the power source of the power supply control device is in the form of a micro USB, and the power source uses a portable mobile power source or a mains connection as an external power source to supply the motor. The power required is also included in the equivalent design of the built-in battery of the power supply control unit.