532results about How to "Uniform treatment" patented technology

The invention discloses a battery management system of a vehicle-mounted lithium power battery. The system includes a master control unit and slave control units. The master control unit is in communication connection with the multiple slave control units through a data bus. The master control unit is in connection with battery groups, the total voltage and total current of which are acquired. The master control unit is also connected to a DC power supply, and is in connection with a charger through an external CAN bus. The master control unit mainly includes: a master microcontroller module, a total voltage detection module, a total current detection module, a battery system insulation detection module, a battery operating environment temperature detection module, a relay driving module, a data storage module, a bus communication module, an isolated power supply module, and a physical interface module of power supplies, data, signals, etc. The system provided in the invention has the advantages of simple structure, strong expansibility, and adaptability to different numbers of batteries. Being fully functional, the system has the functions of temperature control, equalization processing, battery performance evaluation, and battery self-protection, etc.

An angioplasty balloon having an elastic constraining structure that partially expands with the balloon so that, at maximum balloon inflation, the constraining structure forms a pattern of channels or “pillows” on the balloon.

The invention discloses a load balancing method, load balancing equipment and a load balancing system. The method comprises the following steps of: acquiring an address resolution protocol (ARP) request from a client; selecting a load balance node meeting preset load conditions from a load balance cluster, and acquiring a media access control (MAC) address of the load balance node meeting the preset conditions; and transmitting ARP response information to the client, wherein the ARP response information comprises the MAC address of the load balance node meeting the preset load conditions, so that the client transmits a service request to the load balance node meeting the preset load conditions for balancing processing after receiving the ARP response information. In the method, the equipment and the system, the ARP request is acquired from the client, and the load balance node meeting the preset load conditions is selected for the client for the service balancing processing according to the ARP request so as to realize the effective management of the load balance cluster and better the overall balancing processing effects of the load balance cluster.

A microwave oven includes a microwave generating device and a case. In the case, three antennas are arranged. The two antennas are arranged to face each other in the horizontal direction. In the microwave generating device, microwaves generated by a microwave generating section are distributed substantially equally to phase changers by a power distributer. Each of the phase changers adjusts the phase of the given microwave. Thus, a phase difference between the microwaves radiated from the two facing antennas is changed, and the microwaves are radiated.

Disclosed is an electrostatic chuck device which enables to perform a plasma process having high in-plane uniformity to a plate-like sample by improving the in-plane uniformity of the electric field intensity in a plasma when applied to a plasma processing apparatus. Specifically disclosed is an electrostatic chuck device (21) comprising an electrostatic chuck portion (22), a metal base portion (23) serving as a high-frequency generating electrode, and an insulating plate (24). The electrostatic chuck portion (22) is composed of a dielectric plate (31) whose upper surface (31a) serves as a mounting surface on which a plate-like sample (W) is placed, a supporting plate (32), an internal electrode (25) for electrostatic suction, and an insulating material layer (33). The internal electrode (25) for electrostatic suction is made of a composite sintered body containing an insulating ceramic and silicon carbide, while having a volume resistivity of not less than 1.0 x 10 Omega.cm but not more than 1.0 x 10 Omega.cm.

A substrate treating apparatus includes substrate treatment lines arranged one over another, each for treating substrates while transporting the substrates substantially horizontally. The apparatus further includes an interface section for transporting the substrates between the substrate treatment lines and an exposing machine having a plurality of exposing stages, the exposing machine being provided separately from the apparatus, and a controller for controlling transport of the substrates in the interface section to cause all the substrates similarly treated in each of the substrate treatment lines to be exposed on one of the exposing stages. This apparatus can uniform the quality of treatment among a plurality of substrates receiving the same type of treatment in the same substrate treating line.

The invention provides an intelligent automatic air processing device and an air processing method thereof. The device comprises a casing, driving wheels, a control unit and an air processing unit which can move on the casing and simultaneously have height displacement relative to the casing. The intelligent automatic air processing device has the advantages that 1), because the air processing unit can be arranged inside the casing or far away from the casing and can be lifted during a moving process of the device, the intelligent automatic air processing device can uniformly process air at any height and is fast and convenient, 2), the air processing unit and the casing are controlled by the control unit, thereby guaranteeing the air processing unit to be capable of preferably processing areas in great need of air processing, realizing intelligent design, and further reducing energy consumption.

A nanobubble generator and applications thereof are disclosed. The nanobubble generator comprises high-speed rotor impellers, micropore aerators and an air feeding pipe. The micropore aerators are disposed at an air discharge end of the air feeding pipe. The high-speed rotor impellers are disposed on the air feeding pipe. The nanobubble generator is advantageous in that: (1) the high-speed rotor impellers and the micropore aerators are alternatively arranged, thus increasing the contact area of air and residue liquid to be treated in an aeration reaction tank in a laboratory carbon tetrachloride separating system, and increasing the treating efficiency; (2) rotational symmetric arrangement of the high-speed rotor impellers facilitates uniform distribution of air bubbles in the aeration reaction tank so that treatment of the residue liquid is uniform; (3) the high-speed rotor impellers are perpendicular to the air feeding pipe, thus increasing the shearing force of the impellers and increasing the breaking efficiency of the bubbles; and (4) the micropore aerators are of a membrane type, pores are open during aeration, and the pores are closed by membranes during off-working states, thus protecting the pores from being clocked by particles in the residue liquid.

The invention discloses a method for simultaneously treating multiple kinds of biological tissue. The method includes the steps of pretreating, degreasing, cell extraction, crosslinking and sterilization. The method for simultaneously treating the multiple kinds of biological tissue can simultaneously treat the multiple kinds of biological tissue, the batch-treated biological tissue amount is large, the treatment degree is uniform, the process is simple, industrialization is easy, and efficient production is achieved. According to the method for simultaneously treating the multiple kinds of biological tissue, use of strong acid, strong base and protease is completely avoided, natural three-dimensional collagen support fiber structures of extracellular matrixes of the multiple kinds of biological tissue can be reserved, and cell components, causing immunogenicity, in the tissue are removed. The biological tissue prepared through the method has good bio-compatibility and mechanical performance, compared with natural biological tissue, high degradation resistance is achieved, and the biological tissue can be used for repairing various kinds of soft tissue injuries.

Disclosed are an apparatus and a method for wet-processing (such as cleaning and etching) an object such as a semiconductor wafer or substrate, and a fluid diffusion plate and a barrel used therein. The wet-processing apparatus according to the invention comprises: a treatment bath that contains and treats objects; a plurality of object support pipes that are installed inside the treatment bath and able to rotate, wherein plural slots are formed on the surface of the support pipes and support the object by allowing the object to be vertically positioned at the bottom surface of the treatment bath; and a rotation unit that is connected to and rotates the support pipes to rotate the object in a circumferential direction. The support pipe comprises: a treatment fluid spray hole for spraying the treatment fluid on the object; and a treatment fluid flow path for supplying the treatment fluid to the spray hole. The invention removes a dead zone inside the treatment bath and enables the uniform and smooth flow of the treatment fluid. Therefore, treatment efficiency and uniformity can be improved.

The invention relates to a method and a device for removing and drawing a synthetic thread to form a fully drawn yarn. The thread is formed by joining a plurality of extruded filaments and is guided by contact on the circumference of heated guide jackets of several driven galette pairs. In order to obtain a gentle and highly homogenized treatment of the filaments, the thread is guided in an S-shaped or Z-shaped thread course by a first galette pair having two guide jackets driven in opposite directions during the removal from a spinning zone and before the drawing. Thus, both sides of the thread can be brought directly into circumferential contact with the guide jackets for in order to heat the thread.

A vacuum system for the treatment of work pieces has an evacuatable treatment chamber having a centrally disposed low voltage arc discharge arrangement and laterally disposed loading opening. A coupling device between the work piece support and a receiving device on the system side allows simplified loading and removal of the work pieces to be treated along with the support by simply lifting onto or lowering from the receiving device.

A method and apparatus for manufacturing a multi-layer stack structure (12), the structure (12) comprising in order: a substrate (6a) a barrier layer (14) an adhesive layer (15) a barrier layer (14) a substrate (6b). The method comprises: a) providing two substrates (6a, 6b) in a single treatment space (5), the treatment space (5) comprising at least two electrodes (2, 3) for generating an atmospheric pressure glow discharge plasma in the treatment space (5); b) treating the facing surfaces of the two substrates (6a, 6b) simultaneously in the single treatment space (5); c) laminating the two treated substrates (6a, 6b) with an adhesive layer (15) in between the facing surfaces to obtain the multi-layer stack structure (12).

The invention discloses a sizing coating machine, and belongs to the field of trademark fabric production equipment. The sizing coating machine comprises a fabric inlet device, a size tank, a consolidation tank, a cleaning tank, a drying device and a winding device which are sequentially arranged, a stabilizing roller is arranged between the size tank and the consolidation tank, the set position of the stabilizing roller is higher than tank opening positions of the size tank and the consolidation tank, a size scraping device for controlling uniformity and the thickness of fabric surface size is arranged between the stabilizing roller and the size tank, a whole surface scraper and at least one rear scraper are arranged between the stabilizing roller and the consolidation tank, and edges of the rear scrapers are positioned below an edge of the whole surface scraper. By the aid of the sizing coating machine, the trademark fabric surface size can be smoother and more uniform, and size fixing effects are better.

A liquid processing system includes a liquid processing section including liquid processing units horizontally disposed therein and each configured to perform a liquid process while supplying a process liquid onto a substrate; a process liquid storing section that stores the process liquid to be supplied to the liquid processing units of the liquid processing section; and a piping unit including a supply pipe configured to guide the process liquid from the process liquid storing section to the liquid processing units. The process liquid storing section, the piping unit, and the liquid processing section are disposed inside a common casing in this order from below. The supply pipe of the piping unit has a horizontal pipe portion horizontally extending along an array direction of the liquid processing units, such that the process liquid is supplied from the horizontal pipe portion to the liquid processing units individually.

A system for handling workpieces includes a handling head assembly and a base assembly. The treatment head assembly has a treatment head and an upper rotor. The base assembly has a base and a lower rotor. The base and the lower rotor have magnets, wherein the upper rotor can engage the lower rotor by magnetic force generated by the magnets. The joined upper and lower rotors form a processing chamber in which semiconductor wafers are positioned for processing. A treatment fluid for treating the workpiece is introduced into the treatment chamber, optionally as the treatment head rotates the workpiece. Additionally, airflow around and through the processing chamber is controlled to reduce particulate additions to the workpiece.

The present invention provides a substrate placing stage (4) which is hard to cause an evenness in process at the position corresponding to an insert hole of a lifting pin of a placing stage body when the substrate (G) is subjected to plasma process. In the plasma process the substrate placing stage (G) for placing the substrate (4) is arranged in a processing container (2) by a partition (7) composed of an insulating component, which forms a space (31) between the substrate placing stage (G) and the bottom wall (2a) of the processing container (2), and the space (31) is in an air atmosphere.

The invention discloses an energy recycling type edible mushroom drying device. The drying device comprises an external fresh air introducing device, a total heat exchanger, a multistage pressing type airflow-adjustable air hole, an edible mushroom drying device and an induced draft fan, wherein the total heat exchanger is used for recycling the energy; the edible mushroom drying device sequentially comprises a drying room, an air pre-heater, a flow guiding plate, a variable cross-section air flue, an airflow pressure sensor, a blowing pore plate, an air return pore plate, and flow guiding devices arranged on an inlet of the blowing pore plate and an outlet of the air return pore plate, and the blowing pore plate and the air return pore plate are arranged in the drying room in parallel. According to the energy recycling type edible mushroom drying device, by combining a completely-new air supplying drying mode and a direct return-air self-circulation drying mode with a stairstep-energy-supplying air heating manner and the variable cross-section air flue according to different drying conditions of the edible mushroom, the stable distribution of air in the device is guaranteed, meanwhile, the air supplying temperature is decreased, and the drying quality is guaranteed; air is uniformly processed, and the energy consumption is reduced.

The invention provides a powder material low temperature plasma surface treatment method, which comprises the following steps: filling the powder material in a fluidized bed for surface treatment, performing vacuum-pumping in the fluidized bed, the reaction gas is introduced with quantification at the bottom of the fluidized bed, and the glow discharge plasma is generated in the fluidized bed by applying an electric field. A surface treatment apparatus comprises an electrode, the fluidized bed, a flow regulator, a gas cylinder, a plasma power supply generator, a particle filtering trap and a vacuum pump. According to the invention, treatment is carried out on the surface exposed in the plasma atmosphere, full treatment on the separated particulate surface can be realized, the treatment uniformity is good, the treatment efficiency is high and the treatment effect is ideal.

The invention relates to a high-quality textile dyeing mechanism, which includes a frame, a transmission roller rotatably mounted on the frame, a spraying and dyeing assembly fixedly arranged above the transmission roller, and a rotatively mounted frame located on both sides of the transmission roller The cloth guide roller and the driving assembly that drives the transmission roller to carry out gray cloth transmission also include a smear assembly that is located on one side of the transmission roller and moves along its outer circumference. The first connecting rod connected to the driving assembly, the second connecting rod connected to the other end of the first connecting rod in rotation, the third connecting rod connected to the second connecting rod at one end and installed on the second connecting rod The smearing roller at the other end of the three connecting rods; the greige cloth is pre-dyed, dyed and polished, and then reciprocated on the conveying roller by the smearing roller to achieve wrinkle removal, color fixation and uniform dyeing of the greige cloth. The technical problems of uneven dyeing and easy fading in the background technology.

The invention provides an automatic control system for tobacco seed osmoregulation and a use method thereof. The control system comprises a manual remote control device, a programmable controller, a seed soaking device, an automatic oxygen supply system, a dehydration system, an automatic water supplying and cleaning system, a water-temperature heating and circulating system and a fixed bracket, wherein the seed soaking device comprises a soaking tank which is arranged on the fixed bracket and is provided with a window, a tank cover lifting device, a stirring device and a net-shaped seed soaking cage arranged in the seed soaking tank; a cloth bag is arranged in the net-shaped seed soaking cage; a fence-shaped support frame having the same shape with the cloth bag is arranged in the cloth bag; and the signal output end of the programmable controller is respectively connected with the signal input ends of the automatic oxygen supply system, the dehydration system, automatic water supplying and cleaning system, the water-temperature heating and circulating system, the tank cover lifting device and the stirring device. The automatic control system can automatically control seeds to beevenly processed, is stable in quality, is time-saving and labor-saving, and is suitable for factory osmoregulation and seed soaking production of small seeds with small volume, such as tobacco, flowers, pasture and the like.

The invention relates to an area array laser radar and a mobile platform. An emission lens comprises an optical reshaping structure arranged in a light emission direction of an emission light source,wherein the optical reshaping structure comprises at least one columnar lens; a length direction of a columnar bulge arranged on one side, close to the emission light source, of each columnar lens isperpendicular to a divergence direction of an emission beam; and the emission beam is a uniform beam with a set divergence angle and a set shape after passing through the optical reshaping structure.The invention further provides the area array laser radar which comprises an area array light emission mechanism, an area array light receiving mechanism and a master control board, wherein the area array light emission mechanism comprises an emission light source, a driving emission circuit and the emission lens. The invention further provides the mobile platform. The problem of the nonuniform emission beam of an emission system of the common area array laser radar is solved, and the testing and operating safety and accuracy are improved.

The invention relates to a method for producing paperboards and paper tubes, comprising the following steps of: (1) carrying out steam blasting and fluid energy milling on plant waste materials to obtain a raw material A; (2) carrying out the steam blasting on waste and old textiles and animal fibers to obtain a raw material B; (3) preparing a sodium silicate solution with the mass concentration of 12-15% to obtain a raw material C; (4) uniformly mixing the raw material A with the mass percent of 84-86%, the raw material B with the mass percent of 6-9%, the raw material C with the mass percent of 6-8% and thermosetting resin with the mass percent of 0-4%, putting the mixture into a paper pressing machine to prepare the paperboards and the paper tubes; and (5) carrying out air drying and curing on the obtained paperboards and paper tubes or curing by adopting a drying machine or a blast blower. The invention has the advantages that: process is simple, raw materials are available; manpower and energy are saved, production efficiency is improved, production cost is reduced; and the obtained paperboards and the paper tubes have good and stable quality, thus the method is applicable topopularization and application and is environment-friendly for papermaking.

A particle optical device, comprising: a first source used to generate a first irradiation beam (E) along a first axis (A1); a second source used to generate a second irradiation beam (I) along a second axis (A2) ), the second axis intersects the first axis at the beam intersection point, and the first and second axes (A1, A2) define a beam plane. The workbench assembly (3), which places the sample near the beam intersection point (c), includes: a sample stage (21) on which the sample can be mounted; a set of actuators that realizes the sample stage (21) moving in the following directions Translational motion: the X-axis is substantially parallel to the vertical beam plane, the Y-axis is parallel to the beam plane, and the Z-axis is parallel to the beam plane. The X-axis, Y-axis and Z-axis are perpendicular to each other and pass through each other. The beam intersection point (c). It is characterized in that this set of actuators is installed to realize: the sample stage (21) rotates around a rotation axis (RA) that is basically parallel to the Z-axis, and the sample stage (21) rotates around a flip axis (RA) that is basically perpendicular to the Z-axis. FA) rotation, wherein the tilt axis (FA) itself can rotate about the rotation axis (RA).

The invention relates to an air purifier and an air treatment method thereof. The air purifier (1) comprises an air purification unit (3), a lifting unit (4) and a control unit (6), wherein the lifting unit (4) comprises a transmission mechanism (9) and a lifting mechanism (5); the transmission mechanism (9) receives the command of the control unit (6) to drive the lifting mechanism (5) to drive the air purification unit (3) to lift, thus realizing that the air purification unit (3) has spatial height displacement with respect to the shell; the air purification unit (3) receives the command of the control unit (6) to purify the air in the area to be treated; the air purification unit (3) is provided with an air quality sensor (2); the signal of the air quality sensor (2) is transferred to the control unit (6); and the control unit (6) controls the air purification unit (3) to stay and start working at the required height. The air purifier and the air treatment method have the following beneficial effects: priority is given to treatment of the area which is seriously polluted by judging the pollution level on a high place, thus achieving the effect of thorough and uniform treatment of the air.

The invention discloses a modulation method suitable for the state of charge equalization of a multi-module battery module set. The method comprises the following steps that: (1) the SOC (state of charge), voltage and current information of sub-module battery module sets is collected initially in one calculation cycle; (2) the number of switched-on modules is determined according to the voltage information and control output reference voltage signals; and (3) the SOC of the battery module sets of an energy storage system are sorted according to a descending order, and the serial numbers and switching-on statuses of the switched-on modules are determined according to the operation status of the system and an SOC equalization relationship. Compared with an existing modulation method, the modulation method provided by the present invention can reduce the switching loss of the energy storage system, ensure that the THD of the output voltage and current of the energy storage system meet requirements, and can be applied to single-phase and three-phase systems; and the modulation method of the present invention can realize the automatic equalization of the SOC of the module battery modulesets during a modulation process. According to the modulation method adopted, the complexity of the control of the system is reduced, and SOC equalization control and power control are free of coupling.

The invention relates to a transmitting lens, an area array laser radar, and a movable platform. The transmitting lens comprises an optical shaping structure which is set in a light transmitting direction of a transmitting light source. The optical shaping structure comprises at least one cylindrical lens, and the length direction of a cylindrical projection disposed at one side, close to the transmitting light source, of the cylindrical lens is perpendicular to the divergent direction of a transmitting light beam. The transmitting light beam becomes a uniform light beam with a set divergenceangle and a set shape after passing through the optical shaping structure. The invention also provides the area array laser radar, and the laser radar comprises an area array light transmitting mechanism, an area array light receiving mechanism, and a main control board. The area array light transmitting mechanism comprises a transmitting light source, a drive transmitting circuit and the transmitting lens. The invention also provides the movable platform. The invention solves a problem that transmitted beams of a transmitting system of a conventional area array laser radar are not uniform, and the testing and operation safety and accuracy are improved.

Provided is a treatment apparatus with which a substrate to be conveyed in an erected state can be treated with a treating liquid. The treatment apparatus is provided with a conveying means for conveying the substrate in the erected state in a predetermined direction and an etching treatment part 18 for jetting the treating liquid toward the substrate to be conveyed in the erected state by the conveying means. The etching treatment part 18 is provided with a plurality of nozzles 21a-21d for jetting the treating liquid toward the surface of the substrate. The nozzles 21a-21d are arranged at the predetermined intervals in the height direction of the substrate so that the nozzle positioned on the upper part in the height direction is positioned at the back of the nozzle positioned on the lower part in the substrate conveying direction.

The invention discloses a low-energy-consumption task scheduling strategy for CPU-GPU heterogeneity, and provides an ant colony task scheduling algorithm capable of simultaneously paying attention toreal-time constraints and system energy consumption aiming at the characteristics of a heterogeneous multi-core system and the problems that a traditional ant colony algorithm only optimizes a singletarget and is too slow in convergence speed. The method comprises the following steps: firstly, providing guidance information in a pheromone initialization process according to the energy consumptionof a task on a heterogeneous core; accelerating algorithm convergence speed, then, the cores are screened through task real-time constraint conditions; the method comprises the steps of obtaining a heterogeneous core of a task, selecting an appropriate execution core according to the calculation energy consumption of the task on the heterogeneous core, the inter-core communication energy consumption of different tasks and the pheromone content, continuously searching a scheduling scheme with lower energy consumption through multiple iterations of an ant colony algorithm, and adjusting the pheromone content according to the obtained result to further accelerate the convergence speed of the algorithm. A final task scheduling scheme is obtained after a plurality of iterations, so that the energy consumption of the system can be optimized under the condition that the real-time constraint of the task is met.