The invention discloses a ball picking and ordering machine for badminton balls. The machine comprises a machine head portion which is arranged on the top of the machine, ball storage portions which are arranged on the bottom of the machine and a ball picking and ordering system which is arranged in the machine; the machine head portion comprises a machine head shell which is arranged outside the machine and a filter, a vacuum pump, an upper sensor, a lower sensor, driving rods, a transmission mechanism and a motor which are arranged in the machine head shell, and the motor is connected to one end of each driving rod through the transmission mechanism; the machine head portion is connected with the ball storage portions through a combined buckle, the ball storage portions comprise upper positioning plates, ball cylinders, lower positioning plates, ball storage barrels and universal wheels, the ball cylinders are fixedly arranged on the lower positioning plates and penetrate through the upper positioning plates, the upper positioning plates and the lower positioning plates are fixedly connected to the driving rods, and the universal wheels are arranged on the bottoms of the ball storage barrels; the ball picking and ordering system comprises a collection pipe, an adjustment pipe, a connection pipe, a transmission pipe and a flexible telescopic pipe. The ball picking and ordering machine for the badminton balls has the advantages that the machine is easy to operate and low in intensity, and the movement of ball picking and ordering can be automatically completed.

Ball picking and ordering machine for badminton balls

The invention relates to an automatic badminton ball collecting and arranging vehicle which comprises a vehicle frame, a movement assembly, a collecting assembly, a presenting assembly, a wind power assembly, an arranging assembly and a driving assembly. The movement assembly is arranged at the bottom of the frame; the wind power assembly is installed on the lower middle portion of the machine, and wind power is guided into the collecting assembly and the arranging assembly through a wind guide pipe. The collecting assembly is arranged at the foremost end of the frame, and the presenting assembly is arranged at the middle front part of the frame; the arranging assembly composed of a ball receiving mechanism, an intermittent mechanism, a ball smashing mechanism and a ball replacing barrel mechanism is installed on the rear middle portion of the machine. The driving assembly composed of a driving motor, a gear, a synchronous belt, a synchronous belt wheel and the like is mainly installedon the lower middle portion of the machine. Wind power is adopted for assistance, damage to badminton balls in the collecting process can be effectively reduced, a badminton ball smashing mechanism and an intermittent mechanism are adopted for cooperative operation, and flexible operation of badminton ball collection can be achieved.

Automatic badminton ball collecting and arranging vehicle

The present invention relates to an automatic shuttlecock collecting device. In order to automatically collect shuttlecocks scattered in a training court, the automatic shuttlecock collecting device comprises: an injection unit to which a shuttlecock is collected by a collecting guiding bar, and which conveys the collected shuttlecock to a blowing pillar injection port by a rotational elasticity of a rotational roll brush; a blowing unit which lifts the injected shuttlecock to an upper part within a blowing pillar by a blowing action of a blower mounted on a basis of the blowing pillar; a cylindrical collecting unit in which the shuttlecock lifted by a blowing action flies in a space between an upper part of the cylindrical collecting unit and a leaving prevention semispherical net and then, is injected and loaded to a cylindrical loading pipe by gravity; a rotation unit which rotates the cylindrical collecting unit by transmitting rotational forces through a driving of wheels to a cylindrical rotational pipe protruding and provided as an integrated shape on a rear surface of a lower part of the cylindrical collecting unit in order to prevent the loaded shuttlecock from being weighted on one side; and a power unit which provides power to the rotational roll brush and the blower.

A shuttlecock collection automatic device

The invention relates to the field of sports goods, in particular to shuttlecock production and processing equipment. The equipment comprises a base, a supporting frame, a positioning passage, a feeding mechanism, a push rod, a retaining block, a conveying mechanism, a sensor, a rejecting device, a discharging tank and a recovery tank. The sensor is erected above the middle of the conveying mechanism, and the rejecting device is arranged at a discharging end of the conveying mechanism. The positioning passage is arranged at the top end of the supporting frame and erected above the base. The base is provided with the push rod horizontally moving towards a groove, and the retaining block is positioned between the base and a feeding end of the conveying mechanism. The surface of a conveying belt is provided with a strip groove extending along a conveying direction of the conveying belt, and the conveying belt is provided with a sensing area, and the sensor is positioned above the sensingarea. The rejecting device and the recovery tank are positioned on two opposite sides of a discharging end of the conveying mechanism respectively. The rejecting device comprises an air cylinder and apush plate arranged at one end of the air cylinder, and a moving direction of the air cylinder is perpendicular to the conveying direction of the conveying belt.

Shuttlecock production and processing equipment

The invention relates to the field of sports instruments, in particular to a sequencing device and method for shuttlecock conveying. The sequencing device comprises a collecting module, a sequencing module and a conveying device; the collecting module is used for collecting to-be-sequenced shuttlecocks; the sequencing module comprises a sequencing passage; a sequencing passage inlet and a sequencing passage outlet are formed in two ends of the sequencing passage; a lateral air flow passage communicating with the sequencing passage is arranged on one side of the sequencing passage; the conveying device is arranged below the sequencing passage and comprises a conveying belt and a driving device for driving the conveying belt to perform stepping type conveying as per the preset distance; a plurality of accommodating holes for accommodating the shuttlecocks are formed in the conveying belt; the conveying device comprises a loading station; the loading station is located under the sequencing passage outlet; and the driving device drives the accommodating holes to move to the loading station to collect the shuttlecocks output from the sequencing passage outlet. The sequencing device andmethod have the beneficial effects that the structure is simple and the shuttlecocks are not prone to damage.

Sequencing device and method for shuttlecock conveying

The invention discloses an automatic shuttlecock tidying and collecting device which comprises a frame and an airflow type conveying system, a directional tidying and conveying system and a replenishable shuttlecock collecting system installed on the frame. The airflow type conveying system comprises an air pump and a shuttlecock collection barrel, the upper end of the shuttlecock collection barrel is provided with a shuttlecock outlet while the lower end is provided with an air inlet channel, and the air inlet channel inclines to the horizontal level in an upward manner. The air outlet end of the air pump is communicated with the air inlet channel, and the shuttlecock outlet is connected with a shuttlecock outlet channel. The directional tidying and conveying system comprises two synchronous belts arranged in a splayed manner and a driving motor II used for driving the synchronous belts to rotate. The replenishable shuttlecock collecting system comprises a guide barrel, a replenishing channel arranged under the guide barrel and a driving motor I used for driving the collecting barrel arranged in the replenishing channel to move along the direction of the replenishing channel. The automatic shuttlecock tidying and collecting device can automatically tidy up a lot of shuttlecocks disordered prior to collection and storage, and efficiency in tidying and collecting is improved.

Automatic shuttlecock tidying and collecting device

The utility model discloses an automatic collection device that arranges in order of badminton, the novel nipple rectifier comprises a cylindrical shel, air -flowing type conveying system includes air pump and collection ball bucket, and the upper end of collecting the ball bucket is equipped with out the ball mouth, the lower extreme is equipped with the intake duct, and the intake duct favours upwards setting of horizontal plane, the end of giving vent to anger of air pump is linked together with the intake duct, goes out the ball mouth and connects a ball passageway, directional arrangement transfer system is including being two hold -in ranges that the splayed arranged and being used for driving hold -in range pivoted driving motor II, but the driving motor I that the surge drum that supply formula badminton collecting system includes the guide cylinder, establishes the supply way below the guide cylinder and is used for the drive to arrange the supply way in moved along supply way direction, the utility model discloses great volume randomly arranged's badminton can be put simultaneously in order and the storage is collected to improve the efficiency that the arrangement was collected.

Automatic collection device that arranges in order of badminton

The utility model discloses a novel mechanical type infinitely variable device, including casing, initiative awl dish, dabber, tapered roller, driven roller and variable speed control mechanism, initiative awl dish with the coaxial setting of dabber and all the rotation connect in the casing, driven roller is through splined connection in dabber, the tapered roller transmission is connected in between initiative awl dish and the driven roller, and the generating line that the point that contacts with driven roller on tapered roller's the circular conical surface corresponds is parallel with the dabber, variable speed control mechanism installs and is used for controlling driven roller along dabber slip in the casing, through tapered roller transmission power, realize the power dividing, output is stable and efficient, compare the structure with the existing product very simple, and spare part is manufactured conveniently, and be convenient for maintain, variable speed control is through worm gear, the realization of connecting rod assembly mechanism, and is simply durable, can also realize the intelligence variable speed with the step motor cooperation.

Novel mechanical type infinitely variable device

The invention discloses a stepless speed changing device. The stepless speed changing device comprises a housing, a driving cone disk, a mandrel, tapered rollers, a driven roller and a variable speed control mechanism, wherein the driving cone disk and the mandrel are coaxially arranged and rotationally connected with the housing; the driven roller is connected with the mandrel through a spline; the tapered rollers are in transmission connection between the driving cone disk and the driven roller; buses corresponding to points, in contact with the driven roller, on the circular conical surfaces of the tapered rollers are parallel to the mandrel; and the variable speed control mechanism is mounted on the housing and used for controlling the driven roller to slide along the mandrel. As power is transferred by the tapered rollers to realize power dividing, the output is stable and the efficiency is high; compared with a conventional product, the stepless speed changing device has the advantages that the structure is very simple, parts are convenient to produce and manufacture and the maintenance is convenient; and variable speed control is realized through the worm, gear and link combined mechanism, the structure is simple and durable, and under cooperation with a stepping motor, intelligent speed variation can be realized.

Stepless speed changing device

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Automatic shuttlecock tidying and collecting device

Automatic collection device that arranges in order of badminton

Novel mechanical type infinitely variable device

Stepless speed changing device