45 results about "Electric clipper" patented technology

The invention discloses a kite clearer of a high-tension transmission line. The kite clearer comprises a shell, wherein an electric clipper and a gas flame gun are respectively and fixedly arranged in the shell and are respectively connected with a wireless receiving controller and a spray gun electronic controller; the shaft, extending out of the shell, of the electric clipper is additionally provided with a blade; the gun port, extending out of the shell, of the gas flame gun is provided with a flame nozzle; the shell is fixedly connected with an isolated traction rope; the top of the shell is provided with two groups of hooks for connecting wires; and the kite remover further comprises an independent remote manipulator which is connected with the wireless receiving controller. The kite remover can be used for conveniently and flexibly removing a kite wound on the high-tension transmission line; and people can control the kite remover of the high-tension transmission line to remove the kite wound on the wires while standing on the ground.

The invention provides an acupuncture device capable of automatically heating, which comprises an acupuncture needle and a heater; electric wires are installed on the back part of the heater, and a plug is connected at the end heads of the electric wires; a transformer is installed in the heater, a switch is installed on the heater, and a metal stretching end is arranged on the heater; the acupuncture needle is composed of a needle head and a needle handle wrapped with controllable temperature heating ceramic; a connecting wire is arranged on the top part of the needle handle wrapped with controllable temperature heating ceramic, and an electric clipper capable of clamping the metal stretching end is arranged on the connecting wire. The acupuncture device designed in the invention is heated by the heating ceramic to reach a temperature and is maintained at a constant temperature without being raised to heat the needle, thus the heating time can be set according to the demand of the patient under the constant temperature in the moderate temperature acupuncture process, so that the acupuncture effect is better, and the acupuncture effect is more remarkable.

The invention relates to a control method of electric clippers, which comprises the following steps of: pressing a switch to ensure that a power supply module works and a microprocessor starts; when the switch and the microprocessor are simultaneously effective output, controlling the motor to operate by a control system; when the switch is released, maintaining the power supply module to be switched on by the microprocessor, and controlling the motor to reversely rotate by the control system to drive a movable blade to spread; and when the movable blade is spread to the maximum position, controlling the motor to stop rotating by the microprocessor, and switching off the power supply module. Only when the switch and the microprocessor are effective output simultaneously, the control controls the motor to operate, therefore, the electric clippers with the control method effectively avoid the risk caused because the microprocessor becomes invalid to send an error command.

The invention discloses a swing motor and an electric clipper. The swing motor comprises a U-shaped magnet yoke, four permanent magnets and a swing arm, wherein the U-shaped magnet yoke can make the end surfaces of two stand bars generate alternating magnetic poles under a control circuit; the four permanent magnets are fixedly arranged on an inner arm through a second magnet yoke; the four permanent magnets are a first permanent magnet, a second permanent magnet, a third permanent magnet and a fourth permanent magnet respectively and are sequentially distributed on the same circumference employing the pivot as the circle center; the radial end surfaces of the first permanent magnet and the fourth permanent magnet are the same in polarity; the radial end surfaces of the second permanent magnet and the third permanent magnet are the same in polarity and are opposite to the radial end surface of the first permanent magnet in polarity; and when a coil is electrified, the four permanent magnets generate torques which are the same in rotating direction, thereby swinging in a reciprocating manner under the action of the two stand bars of the U-shaped magnet yoke. The permanent magnet redundancy design is a motor magnetic circuit design different from that in the prior art; the swing motor is larger in torque than an existing same-power motor; and the drive power is correspondingly reduced if the acting magnetic flux is high.

The invention discloses for one or more combs, where the spine thickness of a given comb is specifically matched to the thickness of a cutting blade for an electric clipper. In addition, a method of using the combs to make a smoother and more even transition from one hair length to another hair length in the hair-cutting process is disclosed.

Provided is an oscillating motor and electric clippers. The oscillating motor includes a U-shaped magnetic yoke, four permanent magnets and a swing arm. The U-shaped magnetic yoke causes end faces of two support legs to produce alternating magnetic poles with the control circuit. The four permanent magnets are fixedly mounted to an inner arm via a second magnetic yoke. The four permanent magnets are sequentially distributed on a same circumferential surface having a fulcrum being a circle centre. The polarities of radial end faces of the first permanent magnet and the fourth permanent magnet are the same. The polarities of radial end faces of the second permanent magnet and the third permanent magnet are the same, and the opposite of the polarity of the radial end face of the first permanent magnet. When a coil is electrified, the four permanent magnets produce torque having the same direction of rotation.

The invention discloses an electric clipper control system, relates to the industrial control field, and solves the problems that the prior art is single in cutting mode and big in safety troubles; the control system comprises a hall sensor used for sensing a trigger station and a controller receiving a hall signal of the hall sensor; the hall sensor comprises a hall stroke plate provided with a plurality of stations and a magnet matched with the hall stroke plate; when the trigger drives the magnet to different stations, the hall stroke plate senses a corresponding hall signal and inputs the hall signal into the controller; the controller outputs a corresponding control signal to control a rotary angle and a rotary direction of a brushless motor, thus controlling a cutting motion of a clipper head; the control system can realize full range opening and half range opening of the electric clipper head, and has current limit protection effect; when the trigger is buckled for two times after starting, the clipper head can fully open so as to remind a user to start cutting work, thus preventing safety troubles, and usage is safer.

The invention provides an electric hair cutter which can automatically collect cut hair, comprising a mainbody with a cutter head arranged at the front end and a driving device arranged in the interior for driving the cutter head to motion and a holding part formed at the rear half; a hair suction device arranged above the first half of the mainbody close to one side of the cutter head comprises a shell which forms a hair suction port aligning the cutter head on the front lower part and is provided with an exhaust port. The interior of the shell is provided with an exhaustion fan with the wind direction facing to the exhaust port; the exhaustion fan is provided with a power device which drives the operation of the exhaustion fan. The invention has the advantages of convenient application and carrying, avoiding the harassment of independent hair storage tank and the pipeline connected with the hair storage tank, leading the distance between the exhaustion fan which forms hair suction power and the hair suction port to be minimum, thus leading the suction of the hair suction port to reach maximum as much as possible, not affecting the function that the half rear of the mainbody is taken as a holding part and not affecting the hair cutting workmanship of the barber.

A waterproof electric clipper with an adjustable cutter and an adjustable stopping comb includes an upper cover, a lower cover, a cutter component, a stopping comb adjustment mechanism, a semi-exposedcutter adjustment mechanism, and a waterproof movement. The upper cover and the lower cover form a housing. The waterproof movement is installed in the housing. The cutter component is installed on one end of the housing. A groove is formed in the lower cover. The stopping comb adjustment mechanism is installed on the lower cover. The stopping comb adjustment mechanism and the cutter component are fixed to each other. The waterproof electric clipper is simple in structure, convenient to install and uninstall. By adjusting the stopping comb adjustment mechanism, the position of the stopping comb is adjusted. Further, the relative position of a movable cutter and a fixed cutter is adjusted by adjusting the semi-exposed cutter adjustment mechanism. The waterproof electric clipper achieves alarge adjustment range and high precision of the length of the hair to be cut, and has a good waterproof effect.

The invention discloses a preparation method of a rat myocardial ischemia reperfusion model. The preparation method comprises the following steps of: S1, preparing surgical instruments required by anexperiment as follows: 10% water, a 1ml injector, iodophor, a cotton swab, an electric clipper, a surgical plate, four rubber bands, scissors, two large ophthalmic bent forceps, a needle holder, hemostatic forceps, a 6-0 needle suture line, a 3-0 suture line, a suture needle, an electronic scale and a respirator; and S2, selecting a rat which is in a relatively good state, is male and has the weight of 220-250 g, weighing the rat, anesthetizing the rat, lying the rat on the back, fixing the rat on the surgical plate by using the rubber bands, shaving the left side of the sternum, wiping the iodophor on the shaved part for disinfection, longitudinally cutting the skin on the left side of the sternum by 4 cm, bluntly separating subcutaneous muscles, and exposing the pleura between the separated third and fourth ribs. Compared with an existing preparation method of a mouse myocardial ischemia reperfusion model, the preparation method of the rat myocardial ischemia reperfusion model has the advantages that the control is simple, the survival time of the rat is long, and the perfusion effect is good.

The invention relates to the technical field of electric clippers, in particular to an electric clipper with a refrigeration structure. The electric clipper with the refrigeration structure comprisesa machine body, a fixed blade and a movable blade assembly are arranged at the front end of the machine body, a semiconductor cooler is arranged on the fixed blade, and the semiconductor cooler is electrically connected with the machine body through a circuit. According to the electric clipper with the refrigeration structure, the structure is reasonable, the semiconductor refrigerator forcibly cools the fixed blade and the movable blade assembly, so that blade abrasion is reduced; air convection of a cooling fin area of the semiconductor refrigerator is enhanced through a wind wheel, so thatthe cooling efficiency is improved; and a working power supply of the semiconductor refrigerator comes from a micro-generator, and the micro-generator is driven by surplus power of a driving motor, sothat the over-high voltage requirement on a battery is avoided, the cruising ability of the battery is improved, the service life of the battery is prolonged, and environmental protection and energyconservation are achieved.

The invention discloses an electric clipper with a comb row and a movable blade adjusted by a knob. The electric clipper comprises a main frame, a comb row and a movable blade assembly, wherein a knob assembly is arranged in the main frame, is respectively connected to the comb row and the movable blade assembly, and comprises a box cover, a knob, a telescopic self-locking block, a rotary block, a box body, a spring, a bevel wheel, a fixing plug, a thread wheel and a pushing frame; the box body is fixed in the main frame; the fixing plug is arranged in the main frame at the lower end of the box body; the fixing plug and the bevel wheel are sleeved in a matched manner; the spring is sleeved with the middle part of the bevel wheel; the rotary block is buckled with the bevel wheel; the telescopic self-locking block is sleeved with the rotary block in a matched manner; the knob is sleeved with the rotary block; the box cover is sleeved with the knob, and is buckled with the box body; a sleeve is arranged at the side end of the box body, and is buckled with the thread wheel; a gear on the thread wheel is meshed with that on the bevel wheel; the thread wheel is in threaded connection with the pushing frame; and the telescopic self-locking block is sleeved with the upper end of the spring. The electric clipper provided by the invention is simple in structure and convenient in use, and can realize an ideal using effect by using the knob to control length of the comb row and the movable blade.

An electromagnetic hair-clippers with low vibration and noise features that its electromagnet and armature are respectively supported by two elastic supporters, a spring is arranged between said two supporters, and two springs are used to link said supporters to the regulating scrows at both sides of casing.

The invention discloses a high-voltage line hanging object cleaning device. The high-voltage line hanging object cleaning device is light and has a very high security coefficient. A line pressing wheel is mounted on a shaft. A spring is mounted at the lower side of the shaft. A push rod is mounted at the upper side of the shaft. A motor slide block, a tool rest slide block and a tooth-shaped guide rail are mounted on the guide rail frame. A tooth-shaped guide rail is engaged with a transmission gear. A tool rest is mounted on the tool rest slide block. A grinding wheel or an electric clipper is mounted on the tool rest. An active wheel is connected with the transmission gear through the shaft. The transmission gear is connected with a master motor through a transmission synchronous belt. A driven wheel is connected with a drive wheel through a walking synchronous belt. The high-voltage line hanging object cleaning device provided by the invention is simple in structure, flexible in operation and high in adaptability. According to the device, different kinds of high-voltage line hanging objects can be cleaned.

The invention relates to the technical field of haircut tools, particularly to a pair of electric clippers. The electric clippers comprise a clipper body and a battery integrated block. The clipper body comprises a clipper body housing, a motor arranged inside the clipper body housing, a cutter arranged at the front end of the clipper body housing and a power connecting socket at the rear end of the clipper body housing. The power connecting socket is provided with an insertion hole, the cutter is connected with the eccentric shaft at the front end of the motor, and the power connecting socket is electrically connected with the motor. The battery integrated block comprises a battery box, batteries and a PCB (printed circuit board), wherein the batteries and the PCB are arranged inside the battery box and electrically connected, the front end of the battery box is provided with a plug which is electrically connected with the PCB, and the rear end of the battery box is provided with a charging insertion hole arranged inside the insertion hole. According to the electric clippers, the clipper body and the battery integrated block are detachably connected through the cooperation of the plug and the insertion hole; when the batteries need charging, the battery integrated block can be take down directly for charging, which is convenient and rapid.

An electric clipper cooling device includes a body that has a cavity, spaced inner and outer layers, an external power source, a combination fan and vent, and a thermoelectric cooler disposed therein. A heat absorbing material is disposed between said inner and outer layers and lies adjacent the cavity for assisting to draw heated air outwardly therefrom. A plurality of elongated tubes are connected to the cooler and the cavity respectively for allowing the exchange of air therebetween. Air that has a first temperature is drawn to the cooler via one of the tubes and air that has a second temperature is introduced to the cavity via another of the tubes so that an electric device disposed within the body can be cooled during non-operating conditions.

The invention discloses electric hair clippers and a controlling method. The electric hair clippers comprise a shell (1), an upper cutter blade (2), a lower cutter blade (3), an electric motor (4) and an offset head (5), wherein the upper cutter blade (2), the lower cutter blade (3), the electric motor (4) and the offset head (5) are all arranged on the shell (1); an output shaft (6) of the electric motor (4) is connected with the upper cutter blade (2) by the offset head (5); a heat radiating fin (7) is arranged on the lower cutter blade (3); and a fan (8) for blowing the heat radiating fin (7) is arranged on the output shaft (6) of the electric motor (4). The key points of the method are that two switches are controlled according to room temperature T0 and cutter blade temperature Tx so as to realize switching of working modes of the fan (8). According to the electric hair clippers and the controlling method, the phenomenon that the cutter blades are heated in long-term working state so as to burn the skin can be avoided.

The invention relates to a movable rotational haircut appliance, which comprises an electric clipper, a hair adsorb nozzle mounted on the electric clipper, a hair adsorb tube, a hair adsorb tank and a wind adsorb motor. It is characterized in that: said electric clip device comprises a hair adsorb nozzle mounted on the electric clipper, and serially connected with electric clipper, hair adsorb nozzle, hair adsorb tube, rotational axle, three-way valve, hair adsorb tank, filter, bended head, and wind adsorb motor. The invention has the advantages that it can adsorb dust without repeating haircutting. The invention has longer service life than the electric clipper without hair adsorb nozzle.

The invention provides a hairdressing device. The hairdressing device comprises a host shell, a power supply, a control switch, a blowing mechanism, a hair curling cylinder, an electric clipper and adust collection mechanism. The control switch is positioned on the outer wall of the host shell. The power supply is electrically connected with the air blowing mechanism through the control switch. The electric clipper is electrically connected with the electric clipper through the control switch. A dust suction port of the dust suction mechanism is located at the electric hair clipper, the air blowing mechanism is connected with the dust suction mechanism, a filtering dust suction box only allowing air to pass through is further arranged between the air blowing mechanism and the air inlet, an air inlet is formed in the side wall of the hair curling cylinder, and an air blowing port of the air blowing mechanism faces the air inlet. By means of the ingenious connection relation, the brokenhair pushed by the electric hair clipper is sucked through the suction force of the air inlet of the hot air hair curling structure, the hot air hair curling structure is simple, and operation is easy, convenient and practical.

An electric clipper having a visual feedback system for displaying the running RPMs thereof. The electric clipper having a visual feedback system comprises a base hair clipper which includes an external display screen. The base hair clipper is constructed as conventional electric hair clippers and includes tuner is connected to the base hair clipper's internal motor and enables the operating speed of the motor to be adjusted. An internal tachometer is additionally included in the base hair clipper to generate measurements of the rotation speed of the motor. Such measurements are displayed on the external display, defined as an LED display. The LED display is configured to provide a digital readout of the RPMs of the motor in real time and provide a color coded output corresponding to a general range of RPMs.

The invention relates to an electric clipper type shaver. The electric clipper type shaver comprises a first assembly, a second assembly and an automatic drying device, wherein the first assembly comprises an outer cutter net, an outer blade frame, an outer blade frame releasing button, a cleaning blade window, a handhold component and a side terminal; the second assembly comprises a power switch,a battery level indicator, a charging state indicator, an outer cutter portion and an outer cutter releasing button; the outer blade frame releasing button and the outer blade frame are connected; the outer cutter net is arranged above the outer blade frame; the automatic drying device is arranged inside a handle shell, connected with a data judgment device and used for starting field drying treatment inside the handle shell when receiving a first drive command; and the automatic drying device is also used for stopping field drying treatment inside the handle shell when receiving a second drive command. By means of the electric clipper type shaver, drying treatment of the interior of the shaver can be automatically achieved.

The invention discloses an electric hair cutter which comprises a shell, a blade assembly and a blade adjusting mechanism. The blade assembly comprises an installation board, a static blade and a movable blade. A transmission block matched with the movable blade is hinged to the installation board. The blade adjusting mechanism comprises an adjusting sleeve and an adjusting frame. A push rod in transmission fit with the transmission block is arranged at the front end of the adjusting frame. The shell is fixedly sleeved with the adjusting sleeve. The adjusting frame is movably arranged between the adjusting sleeve and the shell. The adjusting frame is in sliding fit with the shell through chutes. A protruding block is arranged at the rear end of the adjusting frame. The blade adjusting mechanism further comprises an outer shell, wherein the shell is movably sleeved with the outer shell. A gear board used for driving the adjusting frame to move along the chutes extends from the front end of the outer shell and is provided with gear teeth in a stepped shape. A first spring is arranged between the adjusting frame and the shell and makes the protruding block matched with the gear teeth in an abutting manner all the time. The electric hair cutter is simple and reasonable in structure, convenient to assemble, easy to machine and low in manufacturing cost.

The invention provides an electric clipper. The electric clipper comprises a pair of cutting nippers, a hydraulic driving assembly, a reversing assembly and an oil inlet assembly. The hydraulic driving assembly is connected to the pair of cutting nippers to drive the cutting nipper to move. The reversing assembly is connected to the hydraulic driving assembly to provide two oil path cycles opposite in direction to the hydraulic driving assembly. The oil inlet assembly is connected to the reversing assembly. According to the electric clipper provided by the invention, the reversing assembly is additionally arranged to change the direction of the oil path entering the hydraulic driving assembly, so that an oil cylinder piston in the hydraulic driving assembly can reciprocate freely so as to automatically feed oil and return oil without a manual operation, and therefore, the work efficiency of the electric clipper is greatly improved.

The invention provides a long-haired rabbit shearing method. According to the method, electric clippers are used for shearing, and a long-haired rabbit is injected with accelerant by means of subcutaneous injection 5-25 minutes before shearing; the accelerant includes effective ingredients, including amiphenazole and vitamin B12; 0.1-0.2g of amiphenazole and 0.5-1g of vitamin B12 are applied per kg of rabbit. The accelerant containing pharmaceutically acceptable auxiliary ingredients is prepared into injection for injecting, according to a veterinarilly acceptable proportion. The accelerant has the effects of quickening blood circulation of rabbits and promoting fascicular follicular expansion and takes effect in a few minutes after injecting, specifically follicles can more strongly support rabbit hairs, so that the roots, close to skin, of the rabbit hairs are stiffer and shearing with the electric clippers is facilitated.

The invention relates to an electric clipper with a hair collecting device. The electric clipper comprises a clipper body with a scissor group, wherein an air inlet is formed in one end, close to the scissor group, of the clipper body, and an air channel communicates with the air inlet; a hair collecting cavity communicates with the air channel, a rear cover is fixedly connected to one end of the hair collecting cavity, and a filtering mesh enclosure is arranged at the other end of the hair collecting cavity; turbine blades connected with motors are arranged in the filtering mesh enclosure; and air outlets corresponding to the turbine blades are symmetrically formed in the two sides of the clipper body. The electric clipper disclosed by the invention has the beneficial effects that the clipped hair debris can be absorbed in the hair collecting cavity, so that the remained hair debris is reduced, and the electric clipper is convenient for a user to use; and the electric clipper is simple in structure and low in cost, and can be popularized to use in a wide range.