63results about How to "Correct for circumferential non-uniformity" patented technology

The invention discloses a speed-adjustable tea leaf drying device with movement wheels. The tea leaf drying device comprises a drying air flow blowing device (5) which is structurally symmetric in a left-and-right mode. The drying air flow blowing device (5) comprises an annular body part (53) and an annular outer shell part (54), wherein the annular body part (53) is provided with an axially-extending cylindrical air-blowing drying channel (50), and the annular outer shell part (54) is supported on the annular body part (53) through radial supports (58) and contains the annular body part (53). A plurality of radial air-blowing air channels (51) evenly distributed in the axial direction are formed in the annular body part (53) so that air flow can be input in the radial direction of the cylindrical air-blowing drying channel (50).

A heat dissipating type tea drying device capable of achieving automatic control comprises a drying air flow blowing device (5) structurally symmetric in a left-and-right mode. The drying air flow blowing device (5) comprises an annular body part (53) and an annular shell part (54), wherein the annular body part (53) is provided with a cylindrical air blowing drying channel (50) extending axially, and the annular shell part (54) is supported on the annular body part (53) through a radial support (58) and contains the annular body part (53). The annular body part (53) is internally provided with a plurality of radial air blowing air channels (51) evenly distributed in the axial direction so as to input air flow in the radial direction of the cylindrical air blowing drying channel (50).

Provided is a textile airflow twisting device capable of reducing noise. The device is used for twisting rough yarns. The device comprises a vortex airflow twisting device (5). The vortex airflow twisting device (5) comprises an annular body portion (53) which is internally provided with a cylindrical vortex air chamber (50), and an annular housing portion (54) which integrally holds the annular body portion (53). The annular body portion (53) is internally provided with a plurality of tangential air channels (51) distributed uniformly along a circumferential direction, so as to input airflow along the tangential direction of the cylindrical vortex air chamber (50). An annular airflow distribution chamber (540) is between the annular housing portion (54) and the annular body portion (53).

A tea drying device driven by a motor to ascend and descend and provided with an electromagnetic control valve comprises a drying airflow blowing device (5) which is structurally symmetrical in the left-right direction. The drying airflow blowing device (5) comprises an annular body part (53) and an annular shell part (54), wherein the annular body part (53) is provided with a cylindrical blowing drying channel (50) which extends in the axial direction, and the annular shell part (54) is supported on the annular body part (53) through a radial support (58) and contains the annular body part (53). The annular body part (53) is provided with a plurality of radial blowing channels (51) which are uniformly distributed in the axial direction so that airflow can be input in the radial direction of the cylindrical blowing drying channel (50).

The invention discloses a tea drying device capable of replacing an airflow filter screen. The tea drying device comprises a drying and airflow blowing device (5) which is bilaterally symmetrical in structure, wherein the drying and airflow blowing device (5) comprises a ring-shaped body part (53) of an axial-extending cylindrical air-blowing and drying channel (50) and a ring-shaped housing part (54) which is supported on the ring-shaped body part (53) through a radial bracket (58) and is used for accommodating the ring-shaped body part (53); and a plurality of radial air-blowing air paths (51) which are uniformly distributed in an axial direction are arranged in the ring-shaped body part (53) for inputting airflow along a radial direction of the cylindrical air-blowing and drying channel (50).

A damping type tea drying apparatus comprises a drying air-flow blowing device (5) with a symmetrical structure; the drying air-flow blowing device (5) comprises an annular body portion (53) provided with an axially extending cylindrical blowing drying channel (50), and an annular housing portion (54) supported by a radial bracket (58) on the annular body portion (53) and receiving the annular body portion (53); the annular body portion (53) is provided with a plurality of radial blowing airways (51) uniformly distributed in the axial direction, so as to input the air-flow along the radial direction of the cylindrical blowing drying channel (50).

The invention provides a tea leaf drying device allowing the speed to be adjusted. The tea leaf drying device comprises a drying airflow blowing device (5) of bilateral symmetry in structure. The drying airflow blowing device (5) comprises an annular body part (53) and an annular shell part (54), wherein the annular body part (53) is provided with a cylindrical blowing and drying channel (50) extending in the axial direction, and the annular shell part (54) is supported on the annular body part (53) through a radial support (58) and contains the annular body part (53). A plurality of radial blowing air channels (51) uniformly distributed in the axial direction are formed in the annular body part (53) so that airflow can be input in the radial direction of the cylindrical blowing and drying channel (50).

The invention discloses an airflow twisting device provided with a filter net and driven by a lifting motor to lift for textile. The airflow twisting device is used for twisting a thick yarn and comprises a vortex airflow twisting device (5), wherein the vortex airflow twisting device (5) comprises an annular body part (53) and an annular housing part (54), wherein a cylindrical vortex air chamber (50) is arranged in the annular body part (53); the annular housing part (54) and the annular body part (53) are integrally molded; the annular housing part (54) accommodates the annular body part (53); a plurality of tangential airways (51) which are evenly distributed along the peripheral direction are formed in the annular body part (53) to input the airflow along the tangential direction of the cylindrical vortex air chamber (50); and an annular airflow distribution chamber (540) is formed between the annular housing part (54) and the annular body part (53).

A tea drying device automatically controlled and provided with an airflow filtering net comprises a drying airflow blowing device (5) which is structurally symmetric left and right. The drying airflow blowing device (5) comprises an annular body part (53) and an annular shell part (54), wherein the annular body part (53) is provided with a cylindrical blowing drying channel (50) extending in the axial direction, and the annular shell part (54) is supported on the annular body part (53) through a radial support (58) and contains the annular body part (53). A plurality of radial blowing air flues (51) evenly distributed in the axial direction are arranged in the annular body part (53) so that airflow can be input in the radial direction of the cylindrical blowing drying channel (50).

The invention discloses a tea leaf drying device with movement wheels. The tea leaf drying device comprises a drying air flow blowing device (5) which is structurally symmetric in a left-and-right mode. The drying air flow blowing device (5) comprises an annular body part (53) and an annular outer shell part (54), wherein the annular body part (53) is provided with an axially-extending cylindrical air-blowing drying channel (50), and the annular outer shell part (54) is supported on the annular body part (53) through radial supports (58) and contains the annular body part (53). A plurality of radial air-blowing air channels (51) evenly distributed in the axial direction are formed in the annular body part (53) so that air flow can be input in the radial direction of the cylindrical air-blowing drying channel (50).

A speed-adjustable tea drying device with moving rollers, comprising a structurally left-right symmetrical drying air blowing device (5), said drying air blowing device (5) comprising a cylindrical blowing device extending axially. The annular body portion (53) of the gas drying channel (50) and the annular housing portion (54) supported on the annular body portion (53) by radial brackets (58) and containing the annular body portion (53) ), the annular body portion (53) is provided with a plurality of radial blowing air passages (51) uniformly distributed in the axial direction to direct the airflow along the cylindrical blowing drying passage (50) Radial direction input.

A tea drying device powered by solar power, comprising a structurally symmetrical drying air blowing device (5), the drying air blowing device (5) including a cylindrical air blowing and drying channel extending axially The annular body portion (53) of (50) and the annular housing portion (54) supported on said annular body portion (53) by radial brackets (58) and accommodate said annular body portion (53), said The annular body part (53) is provided with a plurality of radial air blowing channels (51) uniformly distributed in the axial direction to input the air flow along the radial direction of the cylindrical air blowing and drying channel (50) .

A shock-absorbing tea drying device with an airflow filter, comprising a structurally symmetrical drying airflow blowing device (5), the drying airflow blowing device (5) including a cylindrical blowing device extending axially. The annular body portion (53) of the gas drying channel (50) and the annular housing portion (54) supported on the annular body portion (53) by radial brackets (58) and containing the annular body portion (53) ), the annular body portion (53) is provided with a plurality of radial blowing air passages (51) uniformly distributed in the axial direction to direct the airflow along the cylindrical blowing drying passage (50) Radial direction input.

A tea drying device comprises a drying airflow blowing device (5) which is of a left-right symmetrical structure. The drying airflow blowing device (5) comprises an annular body part (53) and an annular shell part (54), wherein the annular body part (53) is provided with a cylindrical blow-drying channel (50) extending in the axial direction, the annular shell part (54) is supported by the annular body part (53) through a radial support (58) and contains the annular body part (53), and the annular body part (53) is also provided with a plurality of radial blowing air paths (51) evenly distributed in the axial direction to feed airflow in the radial direction of the cylindrical blow-drying channel (50).

The invention discloses a tea drying device capable of being hydraulically driven to lift. The tea drying device comprises a dry airflow blowing device (5) with a bilaterally-symmetrical structure, wherein the dry airflow blowing device (5) comprises an annular body part (53) with an axially extended cylindrical air blowing and drying channel (50) and an annular shell part (54) which is supported on the annular body part (53) by a radial bracket (58) and is used for containing the annular body part (53); a plurality of radial air blowing channels (51) which are evenly distributed in the axial direction are formed in the annular body part (53) and are used for inputting the airflow along the radial direction of the cylindrical air blowing and drying channel (50).

The invention relates to a tea drying device with an airflow filter screen, comprising a drying airflow blowing device (5) in bilateral symmetry in structure, wherein the drying airflow blowing device (5) comprises an annular body part (53) and an annular shell part (54); the annular body part (53) is provided with a cylindrical blowing drying channel (50) extending along the axial direction; the annular shell part (54) is supported on the annular body part (53) by a radial support (58) and used for containing the annular body part (53); a plurality of radial blowing airways (51) uniformly distributed in the axial direction are arranged in the annular body part (53) so as to input the airflow along the radial direction of the cylindrical blowing drying channel (50).

A textile airflow twisting device driven by a lifting motor to lift is used for twisting rough yarn and comprises a vortex airflow twisting device (5), the vortex airflow twisting device (5) comprises an annular body part (53) and an annular shell part (54), wherein a cylindrical vortex air chamber (50) is formed in the annular body part (53), the annular shell part (54) is integrally formed and is used for containing the annular body part (53), multiple tangential air channels (51) evenly distributed in the circumferential direction are formed in the annular body part (53) to input airflow in the tangential direction of the cylindrical vortex air chamber (50), and an annular airflow distributing chamber (540) is formed between the annular shell part (54) and the annular body part (53).

A tea drying device comprises a drying airflow blowing device (5) which is of a left-right symmetrical structure. The drying airflow blowing device (5) comprises an annular body part (53) and an annular shell part (54), wherein the annular body part (53) is provided with a cylindrical blow-drying channel (50) extending in the axial direction, the annular shell part (54) is supported by the annular body part (53) through a radial support (58) and contains the annular body part (53), and the annular body part (53) is also provided with a plurality of radial blowing air paths (51) evenly distributed in the axial direction to feed airflow in the radial direction of the cylindrical blow-drying channel (50).

The invention relates to an airflow twisting device used for weaving and with a filter screen being convenient to replace. The airflow twisting device is used for twisting rough yarns, and comprises a vortex airflow twisting unit (5), the vortex airflow twisting unit (5) comprises an annular body portion (53) and an annular housing portion (54), the interior of the annular body portion (53) is provided with a cylindrical vortex air chamber (50), the annular housing portion (54) is integrally molded and accommodates the annular body portion (53), the annular body portion (53) is provided with a plurality of tangential airways (51) which are uniformly distributed along the circumferential direction in order to input airflow along the tangential direction of the cylindrical vortex air chamber (50), and an annular airflow distribution chamber (540) is arranged between the annular housing portion (54) and the annular body portion (53).

A tea drying device capable of achieving quick air blowing and drying comprises a drying air flow blowing device (5) which is bilaterally symmetric in structure. The drying air flow blowing device (5) comprises an annular body part (53) and an annular shell part (54), the annular body part (53) is provided with a cylindrical air blowing and drying channel (50) extending axially, and the annular shell part (54) is supported on the annular body part (53) through a radial support (58) and contains the annular body part (53). The annular body part (53) is internally provided with a plurality of radial air blowing channels (51) distributed evenly in the axial direction so that air flow can be input in the radial direction of the cylindrical air blowing and drying channel (50).

Provided is a solar powered dustproof spinning airflow twisting device, used to twist rough yarns. The device comprises a vortex airflow twisting device (5). The vortex airflow twisting device (5) comprises an annular body portion (53) which is internally provided with a cylindrical vortex air chamber (50), and an annular housing portion (54) which integrally holds the annular body portion (53). The annular body portion (53) is internally provided with a plurality of tangential air channels (51) which are uniformly distributed along the circumferential direction, so as to input airflow along the tangential direction of the cylindrical vortex air chamber (50). An annular airflow distribution chamber (540) is between the annular housing portion (54) and the annular body portion (53).

A dustproof tea drying device with moving rollers comprises a drying airflow blowing device (5), wherein the drying airflow blowing device (5) is structurally bilaterally symmetric and comprises an annular body part (53) provided with a cylindrical blowing drying passage (50) which extends axially, and an annular shell part (54) which is supported on the annular body part (53) through a radial bracket (58) and contains the annular body part (53), and the annular body part (53) is internally provided with a plurality of blowing air passages (51) which are uniformly distributed axially to input air flow along the radial direction of the cylindrical blowing drying passage (50).

A solar-powered and speed-adjustable tea drying device, comprising a structurally symmetrical drying air blowing device (5), and the drying air blowing device (5) includes a cylindrical air blowing device extending axially. The annular body portion (53) of the drying channel (50) and the annular housing portion (54) supported on the annular body portion (53) and accommodated by the radial support (58) , the annular body portion (53) is provided with a plurality of radial air blowing channels (51) uniformly distributed in the axial direction to direct the air flow along the diameter of the cylindrical air blowing and drying channel (50) Enter direction.

A tea drying device provided with a replaceable airflow filtering net and an LED lamp comprises a drying airflow blowing device (5) which is structurally symmetric left and right. The drying airflow blowing device (5) comprises an annular body part (53) and an annular shell part (54), wherein the annular body part (53) is provided with a cylindrical blowing drying channel (50) extending in the axial direction, and the annular shell part (54) is supported on the annular body part (53) through a radial support (58) and contains the annular body part (53). A plurality of radial blowing air flues (51) evenly distributed in the axial direction are arranged in the annular body part (53) so that airflow can be input in the radial direction of the cylindrical blowing drying channel (50).

The invention discloses a tea drying device capable of quickly blowing, drying and preventing dust. The tea drying device comprises a drying air flow blowing device (5) which is eudipleural in structure, wherein the drying air flow blowing device (5) comprises an annular body part (53) of a cylindrical blow drying channel (50) which extends in an axial direction, and an annular shell part (54) which accommodates and is supported by the annular body part (53) through radial supports (58), and a plurality of blow air passages (51) which are uniformly distributed in the axial direction are arranged in the annular body part (53) so as to input airflow along the axial direction of the cylindrical blow drying channel (50).