53results about How to "Balance inhomogeneity" patented technology

A control system for an ozone disinfection cabinet device for medical wearable articles, including a DSP controller, a motor drive circuit, and an ozone disinfection cabinet device, the ozone disinfection cabinet device includes an ozone gas flow ejection device (5), and the ozone gas flow ejection device (5) It includes an annular inner layer part (53) with a cylindrical disinfection gas chamber (50) inside and an annular shell part (54) integrally formed around the annular inner layer part (53). The layer part (53) is provided with multi-circle blowing air channel groups distributed along the axial direction, and a plurality of radial direction blowing air channels (51) are evenly distributed in the circumferential direction in each ring of blowing air channel groups to direct the air flow along the According to the radial direction input of the cylindrical disinfection air chamber (50), an annular air flow distribution chamber (540) is formed between the annular outer shell portion (54) and the annular inner layer portion (53).

The invention provides a medical ozone disinfection cabinet device convenient for replacing an airflow filter screen. The device comprises an ozone airflow jet device (5), wherein the ozone airflow jet device (5) comprises an annular core part (53) and an annular shell part (54); a cylindrical disinfection air chamber (50) is formed inside the annular core part (53), and the annular shell part (54) is integrally formed and encloses the annular core part (53); multiple circles of blowing airway groups are arranged in the annular core part (53) and are distributed along the axial direction, and a plurality of radial-directional blowing airways (51) are uniformly distributed in the circumference of each circle of the blowing airway group, so that an airflow can be input along the radial direction of the cylindrical disinfection air chamber (50); and an annular airflow distribution cavity (540) is formed between the annular shell part (54) and the annular core part (53).

The invention discloses a medical ozone sterilizing cabinet device for wearable objects. The medical ozone sterilizing cabinet device comprises an ozone flow spraying device (5). The ozone flow spraying device (5) comprises an annular inner portion (53) internally provided with a cylindrical sterilizing gas chamber (50) and an integrally-formed annular shell portion (54) surrounding the annular inner portion (53). The annular inner portion (53) is internally provided with a plurality of blowing feeding gas passage sets distributed in the axial direction, and a plurality of blowing feeding gas passages (51) in the radial direction are evenly distributed in each blowing feeding gas passage set in the circumferential direction so that gas flow can be input in the radial direction of the cylindrical sterilizing gas chamber (50). An annular gas flow distributing cavity (540) is formed between the annular shell portion (54) and the annular inner portion (53).

An automatic control medical ozone disinfection cabinet device, comprising an ozone gas flow ejection device (5), and the ozone gas flow ejection device (5) includes an annular inner layer part ( 53) and an integrally formed annular shell portion (54) surrounding the annular inner layer portion (53), the annular inner layer portion (53) is provided with multi-circle blowing air channel groups distributed along the axial direction, A plurality of blowing air channels (51) in the radial direction are evenly distributed in the circumferential direction in each circle of blowing air channel group to input the air flow along the radial direction of the cylindrical disinfection air chamber (50), and the annular shell An annular air distribution chamber (540) is formed between the portion (54) and the annular inner layer portion (53).

A medical ozone disinfection cabinet device driven by hydraulic pressure, including an ozone gas flow ejection device (5), and the ozone gas flow ejection device (5) includes an annular inner layer part with a cylindrical disinfection gas chamber (50) inside (53) and an integrally formed annular shell portion (54) surrounding the annular inner layer portion (53), the annular inner layer portion (53) is provided with multi-circle blowing air channel groups distributed along the axial direction , a plurality of blowing air passages (51) in the radial direction are evenly distributed in the circumferential direction in each circle of blowing air passage group to input the airflow along the radial direction of the cylindrical disinfection air chamber (50), the annular An annular air distribution chamber (540) is formed between the shell portion (54) and the annular inner layer portion (53).

An automatically-controlled shock-absorbing medical ozone disinfection cabinet device comprises an ozone gas flow spray device (5), wherein the ozone gas flow spray device (5) comprises a ring-shaped inner layer part (53) with a cylindrical disinfection gas chamber (50) arranged therein and an integrally formed ring-shaped housing part (54) surrounding the ring-shaped inner layer part (53); a plurality of circles of blowing air passage groups distributed in the axial direction are arranged in the ring-shaped inner layer part (53); a plurality of radial blowing air passages (51) are uniformly distributed in each circle of the blowing air passage groups in the circumferential direction to input gas flow in the radial direction of the cylindrical disinfection gas chamber (50); and a ring-shaped gas flow distribution cavity (540) is formed between the ring-shaped housing part (54) and the ring-shaped inner layer part (53).

The invention provides a medicinal ozone disinfection cabinet device with an airflow filter screen. The device comprises an ozone airflow jet device (5), wherein the ozone airflow jet device (5) comprises an annular core part (53) in which a cylindrical disinfection air chamber (50) is arranged and an annular shell part (54) which is integrally molded and encloses the annular core part (53); multiple circles of blow airway groups are arranged in the annular core part (53) and distributed along the axial direction, and multiple blow airways (53) in the radial direction are uniformly distributed on the circumference in each circle of blow airway groups so as to input the airflow along the radial direction of the cylindrical disinfection air chamber (50); and an annular airway distribution cavity (540) is reserved between the annular shell part (54) and the annular core part (53).

The invention discloses a system and a method for heating optical pumping bubbles by using different temperatures. The system comprises a processed empty optical pumping bubble bracket, a central temperature control unit, a temperature sensor, a heater, a liquid nitrogen storage device, four pipelines, three valve groups, two nitrogen cylinders, the optical pumping bubbles and a gas source, wherein the on / off of the heater is controlled by the central temperature control unit through the status of the temperature sensor, and the temperature statuses of the two ends of each optical pumping bubble is controlled by the on / off state of the heater. According to the system and the method, the structure is simple, the control is convenient, the first temperature of the optical pumping bubbles can be equalized, and the uniformity and orderliness of the operation of self-spin-exchange optical pumping reaction of alkali metals and inert gases in the optical pumping bubbles are guaranteed.

A dust-proof and adjustable medical ozone disinfection cabinet device, comprising an ozone gas flow ejection device (5), and the ozone gas flow ejection device (5) includes an annular inner layer with a cylindrical disinfection gas chamber (50) inside part (53) and an integrally formed annular shell part (54) surrounding the annular inner layer part (53), and the annular inner layer part (53) is provided with multiple rings of blowing air channels distributed along the axial direction group, in each group of blowing air passages, a plurality of blowing air passages (51) in the radial direction are evenly distributed on the circumference to input the airflow along the radial direction of the cylindrical disinfection air chamber (50), the An annular air distribution chamber (540) is formed between the annular shell portion (54) and the annular inner layer portion (53).

The invention discloses a processing method of highway reconstruction and extension project joint part. The processing method is characterized in that the slope angle of an original roadbed is utilized to build a slope step by step, the slope is set to be a slope which downwardly inclines from the edge of the original roadbed to the central direction of the original roadbed, a geogrid and reinforcing ribs are laid on each step of the slope, layer-by-layer compaction is performed to obtain a new roadbed, and accordingly the new and old roadbeds can effectively resist longitudinal acting force, the settling inhomogeneity of the new and old roadbeds is balanced, and pavement cracking is avoided; gravel piles are arranged on two sides of the joint of the new and old roadbeds and are coordinated with a support beam and fixing rings, so that the possibility of cracking, caused by transverse acting force, between the new roadbed and the old roadbed is lowered effectively. The method has the advantages that the settling quantity of the widening roadbed and a pavement during highway reconstruction and extension is reduced effectively, cracking between the new pavement and the old pavement is avoided, the construction quality of the highway reconstruction and extension is increased, and service life is prolonged.

A medical ozone disinfection cabinet device powered by solar energy and equipped with LED lighting, comprising an ozone gas flow ejection device (5), and the ozone gas flow ejection device (5) includes a cylindrical disinfection gas chamber (50) inside An annular inner layer part (53) and an integrally formed annular outer shell part (54) surrounding the annular inner layer part (53), the annular inner layer part (53) is provided with multiple rings distributed along the axial direction A group of blowing air passages, a plurality of blowing air passages (51) in the radial direction are evenly distributed in the circumferential direction in each circle of the blowing air passage group, so as to input the air flow along the radial direction of the cylindrical disinfection air chamber (50) , between the annular shell portion (54) and the annular inner layer portion (53) is an annular air distribution chamber (540).

The invention discloses a dustproof ozone disinfection cabinet device for medical use; the ozone disinfection cabinet device comprises an ozone airflow jetting device (5), wherein the ozone airflow jetting device (5) comprises an annular inner layer part (53) provided with a cylindrical disinfecting air chamber (50) therein and an annular housing part (54) which is integrally formed and surrounds the annular inner layer part (53); multiple circles of air blowing and feeding duct groups which are distributed in an axial direction are arranged inside the annular inner layer part (53); multiple air blowing and feeding ducts (51) in a radial direction are uniformly distributed on the peripheral direction of each circle of the air blowing and feeding duct group so as to input an airflow in the radial direction of the cylindrical disinfecting air chamber (50); and an annular airflow distributing cavity (540) is formed between the annular housing part (54) and the annular inner layer part (53).

A medical ozone disinfection cabinet device with an LED lighting lamp, comprising an ozone gas flow ejection device (5), and the ozone gas flow ejection device (5) includes an annular inner layer with a cylindrical disinfection gas chamber (50) inside part (53) and an integrally formed annular shell part (54) surrounding the annular inner layer part (53), and the annular inner layer part (53) is provided with multiple rings of blowing air channels distributed along the axial direction group, in each group of blowing air passages, a plurality of blowing air passages (51) in the radial direction are evenly distributed on the circumference to input the airflow along the radial direction of the cylindrical disinfection air chamber (50), the An annular air distribution chamber (540) is formed between the annular shell portion (54) and the annular inner layer portion (53).

The invention provides a speed-adjustable medical ozone disinfection cabinet device stable in operation. The speed-adjustable medical ozone disinfection cabinet device comprises an ozone airflow ejection device (5). The ozone airflow ejection device (5) comprises an annular inner-layer part (53) internally provided with a cylindrical disinfection chamber (50) and an annular shell part (54) surrounding the annular inner-layer part (53), wherein the annular inner-layer part (53) and the annular shell part (54) are integrally formed. The annular inner-layer part (53) is internally provided with a plurality of circles of blowing air passage sets distributed in the axial direction. A plurality of blowing air passages (51) in the radial direction are evenly distributed in each circle of blowing air passage sets in the peripheral direction to input airflow in the radial direction of the cylindrical disinfection chamber (50), and an annular airflow distribution cavity (540) is formed between the annular shell part (54) and the annular inner-layer part (53).

A medical ozone disinfection cabinet device powered by solar energy, comprising an ozone gas flow ejection device (5), and the ozone gas flow ejection device (5) includes an annular inner layer part ( 53) and an integrally formed annular shell portion (54) surrounding the annular inner layer portion (53), the annular inner layer portion (53) is provided with multi-circle blowing air channel groups distributed along the axial direction, A plurality of blowing air channels (51) in the radial direction are evenly distributed in the circumferential direction in each circle of blowing air channel group to input the air flow along the radial direction of the cylindrical disinfection air chamber (50), and the annular shell An annular air distribution chamber (540) is formed between the portion (54) and the annular inner layer portion (53).

An intelligent medical ozone disinfection cabinet device, comprising an ozone gas flow ejection device (5), the ozone gas flow ejection device (5) including an annular inner layer part (53) with a cylindrical disinfection gas chamber (50) inside and an integrally formed annular shell portion (54) surrounding the annular inner layer portion (53), the annular inner layer portion (53) is provided with multiple rings of blowing air channel groups distributed along the axial direction, each ring A plurality of blowing air passages (51) in the radial direction are evenly distributed in the circumferential direction in the blowing air passage group to input the airflow along the radial direction of the cylindrical disinfection air chamber (50), and the annular shell part ( 54) and the annular inner layer part (53) is an annular air distribution chamber (540).