39results about How to "Increase working capacity" patented technology

The invention relates to the technical field of integrated circuit manufacturing, and discloses a film removal arranging device of an integrated circuit. The film removal arranging device comprises aframe, two symmetrically arranged carrier plate feeding devices, two symmetrically arranged carrier plate conveying line devices, two symmetrically arranged film removing devices, a carrying manipulator, a visual detection device, a tray feeding device and a tray conveying line device, wherein the carrier plate feeding devices, the carrier plate conveying line devices, the film removing devices, the carrying manipulator, the visual detection device, the tray feeding device and the tray conveying line device are arranged on the frame; the film removing devices are positioned below the carrier plate feeding devices; the carrier plate conveying line devices are connected with the carrier plate feeding devices; the tray feeding device is positioned between the two carrier plate feeding devices; the tray conveying line device is positioned between the two carrier plate conveying line devices and is connected with the tray feeding device; and the carrying manipulator and the visual detectiondevice are arranged on the frame and are positioned above the carrier plate conveying line devices and the tray conveying line device. The film removal arranging device has the advantages of being efficient and accurate in glue removing, automatic in feeding and discharging, high in processing efficiency and capable of collecting and arranging the integrated circuit.

The invention discloses a method for producing active carbon for gasoline vapor adsorption. The method comprises the steps of: taking other wood material containing carbon as raw materials, and taking zinc chloride, phosphoric acid and the like as activating agents, and mixing, kneading, extruding, drying, activating, soaking and conducting other steps to prepare a finished product. According to the method disclosed by the invention, bulk specific weight can be improved effectively, namely the weight adsorption amount of the carbon is improved, so that the gasoline adsorption amount of the active carbon for gasoline vapor adsorption can be improved to be 16g / 100ml; the displacement volume is improved to be 9g / 100ml; the working volume of an adsorption plant is reduced; the application range is expanded; the abrasive resistance of the active carbon for gasoline vapor adsorption is improved to be over 93%; mechanical wear of the active carbon in the using process is reduced; the operating life is prolonged; the floating dust on the surface of the active carbon is basically removed; airflow resistance is reduced, and the method is not only used for gasoline vapor adsorption, but also suitable for recovery of benzene and high-boiling point solvents.

The invention relates to a microwave source device in the technical field of high power microwave, particularly relates to a millimeter waveband transition time oscillator based on a high order mode working mechanism, and belongs to the technical field of high power microwave. The oscillator comprises a cathode seat (1), a cathode (2), an inner conductor (3), an outer conductor (4), a supporting ring (5), an outer cylinder (6) and a solenoid coil (7), the whole structure is symmetrical relative to the central axis, a left end of the cathode seat (1) is connected with the inner conductor of a pulse power source, the cathode (2) sleeves a right end of the cathode seat (1), the left end of the outer conductor (4) is connected with the outer conductor of the pulse power source, the right end of the inner conductor (3) and the right end of the outer conductor (4) are connected with the left end of the supporting ring (5), and the right end of the supporting ring (5) is connected with a radiation system; and the millimeter waveband transition time oscillator provided by the invention overcomes the problem that the capacity of the millimeter device is limited, and the output efficiency of the millimeter waveband transition time oscillator based on the high order mode working mechanism is high, and the working frequency is pure.

The invention relates to the technical field of electronic integrated circuit manufacturing, and discloses a carrier plate conveying line device of an integrated circuit film removing machine. The carrier plate conveying line device comprises conveying frames, a direct current motor, a conveying belt, heating plates, driving friction wheels, a stepping motor, a pressing wheel assembly, a receivingplate assembly, an empty plate collecting assembly and a prepressing wheel assembly; the conveying frames are arranged on a frame; feeding ends of the conveying frames are provided with the driving friction wheels; the driving friction wheels are driven by the stepping motor; the prepressing wheel assembly is arranged above the driving friction wheels; the prepressing wheel assembly presses a roller towards the driving friction wheels through elasticity of springs; the heating plates are arranged at the ends of the two conveying frames; the pressing wheel assembly is arranged above the heating plates and comprises a pressing cylinder, a roller mounting plate and a plurality of rollers; the rollers are connected to a telescopic end of the pressing cylinder through a roller mounting plate;the rollers correspond to the edge frame strip of a carrier plate; and the rear end of each heating plate is provided with a limiting assembly. The carrier plate conveying line device is capable of automatically feeding and discharging, high in adaptability, reliable in conveying and accurate in positioning.

The invention relates to the technical field of electronic communication, in particular to an automatic feeding device and method of cylindrical lithium battery assembled by wearable intelligent device. The automatic feeding device comprises a battery feeding device installed on a machine frame and a first handling device, and the battery feeding device includes a material disc storage assembly and a material disc extracting assembly; the material disc storage assembly used for storing material discs for placing batteries can be changed through moving; the material disc extracting assembly corresponds to the material disc storage assembly and extracts and locates the material disc; the first handling device is located on the top of the material disc extracting assembly, and carries the batteries in the material disc extracting assembly; the material disc storage assembly includes a transverse shifting assembly, a longitudinal shifting assembly and a material disc box assembly. According to the automatic feeding device and method for the cylindrical lithium battery assembled by the wearable intelligent device, a material disc is used and convenient to feed; and the material disc storage assembly is used, the working capacity is increased, and the working efficiency is improved.

The invention provides a liquid metal based converter valve cooling system. The liquid metal based converter valve cooling system comprises a liquid metal heat sink, a first heat exchanger and a second heat exchanger which are sequentially connected, wherein the liquid metal heat sink comprises a liquid metal pipeline arranged in a hollow cavity in the liquid metal heat sink, the first heat exchanger comprises a first pipeline and a second pipeline which are arranged in a hollow cavity in the first heat exchanger, the second heat exchanger comprises a third pipeline arranged in a hollow cavity in the second heat exchanger, the liquid metal pipeline is connected with the first pipeline to form a liquid metal circulation loop, and the second pipeline and the third pipeline are connected to form a deionized water circulation loop. Compared with the prior art, the liquid metal based converter valve cooling system provided by the invention has the advantages that the liquid metal has very high heat conduction capability, heat of a converter valve can be rapidly taken away and is finally dissipated to air through the external heat exchangers, heat accumulation at a hot source can be reduced, and the temperature of a hot source is reduced.

The invention relates to the technical field of motor rotor production. A magnetic tile assembly system comprises a magnetic tile loading assembly device. The magnetic tile loading assembly device comprises a magnetic tile bin unloading mechanism, an unloading pushing mechanism, a magnetic tile assembly mechanism and a magnetic tile mounting plate. The unloading pushing mechanism and the magnetictile assembly mechanism are mounted on the magnetic tile mounting plate. The unloading pushing mechanism is coupled with the magnetic tile bin unloading mechanism. The unloading pushing mechanism pushes the unloaded magnetic tile into the magnetic tile assembly mechanism. The advantage of the magnetic tile assembly system is that a plurality of magnetic tiles can be stored by the magnetic tile binunloading mechanism, and the assembly of the magnetic tiles can be efficiently and accurately completed through the cooperation between the mechanisms.

The invention relates to an ion exchange resin composite cooperate recover agent, formed by following materials (mass percentage) as alkyl phenol at 0-8.0, high-effect penetrant at 0.5-4.5, sodium chloride at 3-10, alcaine at 0-7, acid of wine at 0-2.5, oxidant at 0.4-0.6, non-ionic surface activator at 5.5-10, sodium dithionite at 0-0.1, recover disperser T-225 at 2.5-8.0, and the left is water, or formed by following materials as recover reducer as 0.3-1.0, sodium chloride at 0-1, alcaine at 0-10, combiner at 0-1.2, sludge remover rosin amine at 3-11, caustic soda at 0-2, amphiprotic surface activator at 4-10, symclosene at 7.5-12, recover agent SW-218 at 1.0-2.5 and the left is water. The invention has short recover time, while it can remove high-level metal ion, and high organic removing efficiency, without corrosion on device and harm on people.

Provided is an activated carbon for controlling natural gas components wherein the volume of pores having a pore diameter of 2.0 nm is 0.5 ml / ml or more per unit volume in the differential pore size distribution determined by the BJH method from a nitrogen adsorption isotherm, and the value obtained by subtracting the volume of pores at a pore diameter of 2.0 nm per unit volume from the volume ofpores at a pore diameter of 3.0 nm per unit volume is 0.075 ml / ml or more in the integral pore size distribution determined by the BJH method from a nitrogen adsorption isotherm.

The invention relates to the technical field of the communication. Optical fiber device detection equipment comprises a rack and a feeding device, a feeding manipulator device, a before-detection analysis module, an optical fiber device performance detection module, a protective cap mounting device, a stepping conveying device, a foldable manipulator placing device and a blanking device which arearranged on the rack; the feeding device is joined with the before-detection analysis module through the feeding manipulator device; the before-detection analysis module, the optical fiber device performance detection module and the protective cap mounting device are orderly joined; the location of the stepping conveying device is corresponding to the before-detection analysis module, the opticalfiber device performance detection module and the protective cap mounting device; and the protective cap mounting device is joined with the blanking device through the foldable manipulator placing device. The optical fiber device detection equipment has the advantages of being high in automation degree, high in working efficiency, high in finished product yield and extensive in testing range.

A fuel vapor storage and recovery apparatus (1) includes a fuel vapor storage canister, said fuel vapor storage canister comprising at least first and second vapor storage compartments (7, 8) filled with an absorbent material, for instance filled with activated carbon, at least a vapor inlet port (3), an atmospheric vent port (4) and a purge port (5). Said fuel vapor storage canister defines an air flow path between said vapor inlet port (3) and said atmospheric vent port (4) during shut- off of the internal combustion engine of the vehicle. During purging cycles there is defined an air flow path between said atmospheric vent port (4) and said purge port (5) wherein said first and second vapor storage compartments (7, 8) are arranged in concentric relationship and wherein said first and second vapor storage compartments (7, 8) in flow direction are separated from each other by an air gap diffusion barrier.

In addition, a method for regenerating a carbon dioxide absorbent according to the present disclosure includes a carbon dioxide absorbent including a diamine compound including primary and tertiary amines, a polar aprotic solvent and a protic solvent absorbing carbon dioxide, and removing the carbon dioxide by heating the carbon dioxide-absorbed carbon dioxide absorbent.

The invention relates to a dual-control dual-isolation high and low temperature shock test system with heat transfer, energy saving and compensation functions. The dual-control dual-isolation high and low temperature shock test system comprises two test boxes isolated, a precooling area arranged between the test boxes, a compression control area and a preheating area. An evaporator is arranged in the precooling area. Low temperature valve controls are arranged between the precooling area and the test boxes. A condenser is arranged in the preheating area. High temperature valve controls are arranged between the preheating area and the test boxes. A primary compressor, a secondary compressor, a heat exchanger and a central controller are arranged in the compression control area. The evaporator, the primary compressor and the heat exchanger are connected to form a primary compression unit used for cooling. The condenser, the secondary compressor and the heat exchanger are connected to form a secondary compression unit for heating. The central controller controls the primary compressor, the secondary compressor, the low temperate valve controls and the high temperature valve controls to be on or off. Compared with the prior art, the dual-control dual-isolation high and low temperature shock test system has the advantages such as energy efficiency, compact structure and high service capacity.

The invention relates to an underground remote control locking device and a remote control locking method, and belongs to the technical field of petroleum and natural gas well drilling. By-pass holes are formed in a body, a locked body and an unlocking sleeve; the locked body is arranged at the inner side of the body, the unlocking sleeve is arranged at the outer side of the body, and the body is connected with an upper casing through screw threads; the middle part of the body is provided with grooves, locking blocks are arranged in the grooves of the body, and the number of the locking blocks and the grooves of the body in the circumferential direction is at least two; the middle part of the locked body is provided with a concave groove, and the axial profile is in a tooth shape and is engaged with the locking blocks; the inner side of the lower part of the unlocking sleeve is provided with an annular concave groove, and the annular concave groove is matched with an inclined surface lug boss of the locking blocks; an unlocking sleeve spring is arranged in an annular space formed between the unlocking sleeve and the upper end surface of the intermediate-diameter part of the body, and a locked body spring is arranged in an annular space formed between the lower part of the locked body and the side surface of the major-diameter end of the body; a sealing ring is arranged in a corresponding position of the unlocking sleeve and the body. The underground remote control locking device and the remote control locking method have the advantage that the multiple locking and unlocking of components is realized.

The invention belongs to the technical field of desulfurization, and particularly relates to an efficient desulfurization material and a preparation method thereof. The high-efficiency desulfurizationmaterial is prepared from industrial carbon-based solid waste, an adhesive, a pore-forming agent and an activating agent. The method comprises the following steps: (1) adjusting the industrial carbon-based solid waste to be alkaline, dehydrating, adding the adhesive, the pore-forming agent and the activating agent, uniformly mixing, adding water, reacting, and granulating and forming after the reaction is finished; and (2) drying the molded material, and carrying out secondary carbonization and water vapor reactivation treatment to obtain the finished product of the carbon-based composite adsorption material. According to the method, the industrial carbon-based solid waste is recycled; carrying out modification and pore size adjustment; after being impregnated with the active components,the desulfurization material is more suitable for gas-phase removal of hydrogen sulfide in the industries of coal chemical industry, petrochemical industry and the like, the sulfur capacity of the desulfurization material can reach 35% or above, and meanwhile, through reasonable pore size distribution, the converted elemental sulfur is deposited in a semi-firm state, is easier to desorb and regenerate, has high working capacity, can be recycled, and is energy-saving and environment-friendly.

A process for the synthesis of ammonia from a make-up gas containing hydrogen and nitrogen, comprising at least two steps for the synthesis of ammonia, wherein: said reactive steps are performed in series and each of said reactive steps provides an ammonia-containing product gas; the second and any subsequent reactive step receives, as a feed stream,at least a portion of the product gas of the previous reactive step;an intermediate adsorptive step of ammonia is performed between consecutive reactive steps, so that the product gas of each step is depleted of ammonia prior to the subsequent reactive step of said series.

Disclosed is a fluorescent substance for a display device with much improved coverage, optical characteristics, work capacity, and yield, which is obtained by adjusting particle sizes of materials for surface treatment of the fluorescent substrate and pigment, content, and kind of the materials to be used. According to the fluorescent substance for a display device for displaying a desired image when electrons emitted from a cathode collide with a fluorescent screen formed on an anode by an accelerated applied voltage, colloidal silica is formed on the surface of the fluorescent substance, and the colloidal silica content is in a range of 0.01-0.1% of the fluorescent substance by mass.

The invention relates to the electronic communication technology field and especially relates to automatic assembling equipment of an intelligent bracelet lithium battery. A soft package cylinder battery bidirectional alignment component and method comprises a first installation seat, a first scale ruler, a first adjustment bolt, a fourth motor, a second belt drive component, a rotating vertical seat, a rotating shaft, a second finger cylinder, a clamping jaw, a battery bench, an optical fiber sensor, a third finger cylinder and a correction clamp block. By using the soft package cylinder battery bidirectional alignment component and method in the technical scheme, the battery alignment component is continuously straightened through rotating a battery, a problem of excessive correction iseffectively avoided, and two ends are straightened to further improve a qualified rate.

The invention discloses a method for designing a microwave and millimeter-wave spatial power synthesis amplifier. The design method determines the components of the power synthesis amplifier first comprising a power divider, a power amplifier and a power combiner, and then mainly introduces the design method of the power divider according to the characteristics and requirements of the prior art. The power divider is realized mainly by the following steps: a, designing a transition section from a microstrip to a substrate integrated waveguide; b, designing a transition section from the substrate integrated waveguide to a semi-mode substrate integrated waveguide; and c, designing a transition section from the semi-mode substrate integrated waveguide to the microstrip so as to form a multi-channel power divider. Based on the realization of the power divider, the power divider can be used as the power synthesizer by reversing the power divider according to the reversibility of a passive network. Compared with the prior art, the microwave and millimeter-wave spatial power combining amplifier adopts the planar structure design completely, and has the advantages of high combining efficiency, good heat sink performance, simple processing, low cost, high yield and the like.

The invention relates to the technical field of integrated circuits. A wafer fixing device comprising a wafer adsorption mechanism and a wafer stage mechanism. The wafer stage mechanism is used for receiving the processed wafer. The wafer suction mechanism is located in the center of the wafer stage mechanism for sucking the wafer fixed on the wafer stage mechanism. The wafer fixing device has theadvantages of convenient and stable wafer positioning, and is suitable for wafers of different sizes.

A fuel vapor storage and recovery apparatus (1 ) includes a fuel vapor storage canister, said fuel vapor storage canister comprising at least first and second vapor storage compartments (7,8) filled with an absorbent material, for instance filled with activated carbon, at least a vapor inlet port (3), an atmospheric vent port (4) and a purge port (5). Said fuel vapor storage canister defines an air flow path between said vapor inlet port (3) and said atmospheric vent port (4) during shut- off of the internal combustion engine of the vehicle. During purging cycles there is defined an air flow path between said atmospheric vent port (4) and said purge port (5) wherein said first and second vapor storage compartments (7,8) are arranged in concentric relationship and wherein said first and second vapor storage compartments (7,8) in flow direction are separated from each other by an air gap diffusion barrier.

The invention relates to the field of uranium hydrometallurgy, in particular to an ion exchange method for gas generation in the uranium extraction process. The ion exchange method comprises the following steps: connecting N ion exchange towers in series, adsorbing to-be-treated liquid, and controlling the pH value of adsorption tail liquid of a first tower; in the adsorption process, carrying out exhausting; cutting out after the first tower is saturated, circularly exhausting the Nth ion exchange tower in a liquid inlet form by utilizing the discharged liquid, and adsorbing after exhausting; cutting tail into a new tower; for the cut-out first tower, carrying out leaching in a manner that qualified leaching liquid enters the first tower for circular leaching, and then adopting upper liquid inlet nested circular leaching or upper liquid inlet series counter-current leaching; emptying liquid from the leached ion exchange tower, transforming, and exhausting from the top of the tower; and emptying liquid from the transformed ion exchange resin tower, washing, and using the washed ion exchange tower for adsorption. The invention improves the influence of gas on operation, ensures higher gradient, enhances the resin capacity, enhances the leacheate concentration and reduces the wastewater volume.

The invention discloses a variable load multiple ultra-low speed inner curve wind energy absorbing plunger pump, and relates to a wind energy absorbing plunger pump. The variable load multiple ultra-low speed inner curve wind energy absorbing plunger pump comprises a controller (1), a main shaft (2), a rolling bearing (3), a first rotor (4), a plunger (5), a beam (6), an idler wheel (7), a valve plate (8), a second rotor (9), a third rotor (10), a fourth rotor (11), a stator (23) and a reset spring (24). The main shaft (2) is connected with the first rotor (4), the second rotor (9), the third rotor (10) and the fourth rotor (11) through a spline. Each rotor is axially provided with two rows of plunger pairs. Each plunger pair is radially placed on the rotor. Compared with conventional hydraulic pump, the starting and working speeds of the variable load multiple ultra-low speed inner curve wind energy absorbing plunger pump are reduced and the flow is large, and the pump is adaptive to external load change to adjust the number of pumps participating work automatically, and is suitable for energy compression and accumulation in wind power generation and sea wave generation systems.

The invention relates to a dual-control dual-isolation high and low temperature shock test system with heat transfer, energy saving and compensation functions. The dual-control dual-isolation high and low temperature shock test system comprises two test boxes isolated, a precooling area arranged between the test boxes, a compression control area and a preheating area. An evaporator is arranged in the precooling area. Low temperature valve controls are arranged between the precooling area and the test boxes. A condenser is arranged in the preheating area. High temperature valve controls are arranged between the preheating area and the test boxes. A primary compressor, a secondary compressor, a heat exchanger and a central controller are arranged in the compression control area. The evaporator, the primary compressor and the heat exchanger are connected to form a primary compression unit used for cooling. The condenser, the secondary compressor and the heat exchanger are connected to form a secondary compression unit for heating. The central controller controls the primary compressor, the secondary compressor, the low temperate valve controls and the high temperature valve controls to be on or off. Compared with the prior art, the dual-control dual-isolation high and low temperature shock test system has the advantages such as energy efficiency, compact structure and high service capacity.

The invention provides a motor home air conditioner capable of achieving outdoor regional constant temperature. The motor home air conditioner comprises constant-temperature main machine boxes and constant-temperature auxiliary machine boxes, the constant-temperature main machine boxes are fixedly connected with the constant-temperature auxiliary machine boxes through bolts, the inner sides of the constant-temperature auxiliary machine boxes are provided with display control panels, and transmission control boxes are connected below the display control panels through wire pipes; and the inner sides of the constant-temperature main machine boxes are provided with energy guiding fans, one side of each energy guiding fan is connected with a transmission control machine box through a wire pipe, one side of each energy guiding fan is provided with a heat sink, and one side of each heat sink is provided with a wire pipe and connected with the corresponding transmission control box.