43results about How to "Affect output" patented technology

A server arrangement for managing observation data of wireless devices, including data input logic for obtaining observation data from wireless devices, the obtained data including behavioral and contextual raw data relative to the wireless devices, data mining logic for establishing a number of derived data elements, on the basis of processing and analyzing the obtained observation and optional supplementary data, the processing and analyzing incorporating aggregation procedures. At least one derived data element includes usage metrics with contextual dimension relative to applications or other features of wireless devices and users, data storage for storing the obtained data and the number of derived information elements, and a data distribution logic providing derived data. The distribution logic may serve a data query constructed by an external entity through provision of derived information from derived data elements according to the query parameters. A corresponding method for execution by the server arrangement is presented.

A solar power system comprises a solar receiver, a heated solids storage tank downstream of the solar receiver, a fluidized bed heat exchanger downstream of the heated solids storage tank, and means for transporting solid particles from the fluidized bed heat exchanger to a cold solids storage tank upstream of the solar receiver. The fluidized bed heat exchanger includes a first fluidized bed and a second fluidized bed. Solid particles flow through the fluidized bed heat exchanger and transfer heat energy to heating surfaces in the two fluidized beds. The system permits the solid particles to absorb more energy and permits a constant energy output from the fluidized bed heat exchanger.

The invention discloses a disinfecting and crushing apparatus for plastics medical waste. The disinfecting and crushing apparatus comprises a stander, wherein a cutting box, a transport cavity, an extruding box and a discharging cavity are arranged in the stander, the cutting box is disposed on the front end of the stander, the top end of the cutting box is provided with a feeding frame, the feeding frame is provided with a feeding hopper communicated with the cutting box, the bottom end of the cutting box is provided with a cutting motor, the top end of the cutting motor is provided with a cutting rotating shaft, the cutting rotating shaft stretches into the cutting box and is provided with a plurality of pairs of cutting blades and spiral rods, the cutting blades and the spiral rods aredistributed in an staggered manner, the bottom end of the cutting rotating shaft is provided with a brush rod, the outer end of the brush rod is provided with a cleaning brush, the bottom end of the cutting box is provided with a water outlet and a transport port, the cleaning brush is disposed right above the water outlet and the transport port, and the water outlet is connected with a water discharging pipe. The cleaning brush is driven by a brush rod to rotate, so that the material can be prevented from being adhered onto a bottom plate and influencing the output of materials, and the blockage condition of the material can be prevented.

A pulse width filtering circuit for filtering pulse signals includes an input transition detection circuit detecting change of state of an input signal, including a first transition from a low signal to a high signal and a second transition from the high signal to the low signal; a first delay circuit determining whether the high signal from the first transition is maintained longer than a first period and, if so, generating a first output indicative of the first transition, after the first period; a second delay circuit determining whether the low signal from the second transition is maintained for longer than a second period and, if so, generating a second output indicative of the second transition, after the second period; and a switching circuit connected to the first and second delay circuits and selectively outputting the first output and the second output, based on the state of the input signal.

The invention provides a discharging buffering device for paper products after high-speed cutting, and belongs to a speed regulating device in a high-speed output process for the paper products. The discharging buffering device is used for reducing the paper conveying speed after the paper products are cut through a cutting machine and enabling the paper conveying speed to be matched with low-speed paper conveying required by a subsequent procedure. According to the discharging buffering device, an upper shaft rubber sleeve and a lower shaft rubber sleeve are fixedly installed on an upper rotating shaft and a lower rotating shaft in a sleeved mode respectively, the upper shaft rubber sleeve and the lower shaft rubber sleeve are located above and below the cut paper products, and the upper rotating shaft and the lower rotating shaft rotate in the reverse direction. When an outer circular protrusion of the upper shaft rubber sleeve and an outer circular protrusion of the lower shaft rubber sleeve are oppositely overlapped, the cut paper products are clamped, the linear speed of the contact portions between the outer circular protrusions and the cut paper products is greatly less than the speed of the cut paper products, and the directions of the speeds are the same. According to the technical scheme, the technical problems that high-speed paper conveying of the paper products cut through the high-speed paper cutting machine cannot be matched with low-speed paper conveying required by the subsequent procedure, and continuous production is affected are solved.

The invention discloses an on-chip integrated cascade amplification semiconductor laser. The on-chip integrated cascade amplification semiconductor laser comprises a ridge type area, an on-chip DBR grating structure, a tapered type area and an epitaxial waveguide; the DBR grating structure is arranged on the ridge type area, the ridge type area is a ridge type waveguide structure, the tapered typearea is a gain waveguide structure; the epitaxial waveguide has a first-order ladder thickness; the ridge type area is arranged at a thin side of the epitaxial waveguide, the tapered type area is arranged at a thick side of the epitaxial waveguide, and the ridge type area and the tapered type area are cascaded. The laser of the design can more sufficiently utilize the tapered type area gain in comparison with a laser amplification way of traditionally utilizing the tapered gain structure; the base model feature is maintained when the mode volume is extended based on the iso-luminous flux principle, the optical quality of the near diffraction limit laser is guaranteed, and the brightness is greatly improved.

The invention discloses a high-frequency high-power microwave device, which comprises a circular waveguide sleeve and an inner conductor coaxial with the circular waveguide sleeve. An electron beam transmission channel with an inner diameter of 8mm and an outer diameter of 14.6mm is formed between the inner conductor and the circular waveguide sleeve. A high-frequency structure is sequentially provided with a reflection region, a beam current pre-modulation region, a phase modulation region and a beam wave conversion region which are coaxial in the electron beam transmission direction. An annular collector protruding inwards in the radial direction is arranged behind the beam wave conversion region. An annular electron beam with the inner diameter of 12mm, the outer diameter of 12.6mm, thevoltage of 400kV and the beam intensity of 7.3kA is transmitted in the high-frequency structure under the guidance of an axial magnetic field with the magnetic field intensity of 1.5T, and high-frequency high-power microwaves with the frequency of 67.4GHz are generated. The high-frequency high-power microwave device is simple in structural size, and has the advantages of being small, light and easy to assemble.

The invention discloses a metering pump with a special-shaped cavity, which comprises a housing, a rotor and two cover plates. The housing is a cylinder with a special-shaped surface inner cavity, an inlet and an outlet, and the special-shaped surface inner cavity is formed by combining a circular arc surface with a non-circular arc surface. The rotor comprises a rotor body and two pairs of combined sliding plates, wherein the rotor body is a column body processed with a transmission shaft, a centering shaft and crisscross guide grooves, and the combined sliding plates are mounted in the guide grooves. The cover plates are flat plates processed with bearing holes. The two end surfaces of the housing are matched with the cover plates for constituting a sealed cavity. In the sealed cavity, the rotor is matched with the bearing holes on the cover plates through the transmission shaft and the centering shaft. External driving force couple is acted on the transmission shaft so as to enable the rotor to rotate. When the rotor rotates, the non-circular arc surface of the special-shaped surface inner cavity can enable the two pairs of the combined sliding plates to slide in a cross manner so as to suck in fluid from the inlet and press out the fluid from the outlet. When the rotor rotates one cycle, four standard volumes are formed in a cavity body and the equal quantity of the fluid flows by the cavity body when the rotor rotates every one cycle. The flow rate of the fluid is metered by counting the number of rotation cycles of the rotor.

An input/output (I/O) module is configured to connect a controller and a field device. The I/O module includes a PWM (pulse width modulation) demodulator configured to demodulate a PWM signal that is input from the controller, a current source configured to output a current based on an output signal of the PWM demodulator to the field device, a resistance connected in line with the current source, and a feedback circuit configured to feed back an output current of the current source to the PWM demodulator via the controller.

The invention discloses a coaxial high-frequency high-power microwave device, which comprises a circular waveguide sleeve and an inner conductor coaxial with the circular waveguide sleeve. A high-frequency structure is arranged in the circular waveguide sleeve. The high-frequency structure is sequentially provided with a reflection region, a beam current pre-modulation region, a phase modulation region and a beam wave conversion region which are coaxial in the electron beam transmission direction. The reflection region, the beam pre-modulation region, the phase modulation region and the beam-wave conversion region are respectively provided with annular groove-shaped cavities at the corresponding positions of the sleeve wall of the circular waveguide sleeve and the inner conductor, and thecavities at the corresponding positions of the sleeve wall of the circular waveguide sleeve and the inner conductor form a reflection cavity, beam pre-modulation cavities a phase modulation cavity andbeam-wave conversion cavities. An annular collector protruding inwards in the radial direction is arranged behind the beam wave conversion region. An annular electron beam with the voltage of 400kV and the current of 9.0kA is transmitted in the microwave device under the guidance of an axial magnetic field with the magnetic field intensity of 1.2T, and 70GHz high-frequency high-power microwaves are generated. By adopting the coaxial high-frequency high-power microwave device, high-frequency high-power microwaves can be generated, and the microwave generation efficiency can be improved.

A variable output pump system is provided, the pump system having a first positive displacement pump; a pump drive operably coupled to the first positive displacement pump, wherein the pump drive operates the first positive displacement pump to have a first output profile during a first operating range and a second output profile during a second operating range, the pump drive having a hydraulic release being configured to decrease the second output profile as a hydraulic pressure increases.

The invention discloses a deep-sea motor based on magnetic coupling transmission and a transmission method. The deep-sea motor based on magnetic coupling transmission comprises a non-magnetic pressure-resistant shell and a magnetic coupling motor; the pressure-resistant shell comprises a body and a cover body, and the magnetic coupling motor comprises a driving assembly and a magnetic coupling output rotor shaft; and a containing cavity is formed in the body, the cover body comprises a cover plate and an inner barrel part protruding towards the inner side face of the cover plate, the magnetic coupling output rotor shaft is installed in the inner barrel part through a bearing, the driving assembly is installed in the containing cavity, the body is covered with the cover plate in a sealed mode, and the magnetic coupling output rotor shaft is in transmission connection with the driving assembly in a magnetic coupling transmission mode. The deep-sea motor based on magnetic coupling transmission does not need a sealing element to carry out dynamic sealing on the output shaft, and the problems of oil leakage and dynamic sealing of the rotary output shaft are solved.

The invention discloses a non-return device of clothes treatment equipment and the clothes treatment equipment, and belongs to the technical field of household appliances. The non-return device comprises a main channel for fluid to flow, a non-return piece and a bypass channel; the non-return piece is arranged in the main channel and has an opening state allowing downstream fluid in the main channel to pass through and a closing state preventing countercurrent fluid in the main channel from passing through; and the bypass channel is communicated with the main channel and is used for dredging countercurrent fluid in the main channel when the non-return piece is in the closed state. After the countercurrent fluid enters the main channel, the non-return piece is in the closed state to prevent the countercurrent fluid from passing through the non-return piece, and part of the countercurrent fluid blocked by the non-return piece is guided outwards from the bypass channel, so that the burden of the non-return piece is relieved, and the risk that the non-return piece is permeated by the countercurrent fluid and even fails is reduced.

The invention relates to an assembly device for an intravenous needle catheter and a needle handle, which includes a frame, a catheter assembly device arranged on the frame, a needle handle discharging device and a material transfer mechanism; wherein, the needle handle discharging device includes a feeder and a needle handle. A conveying channel for conveying needle handles, the feeder has one or a group of output ports, the feeder is fixed on the frame and can transport the needle handles to the conveying port in a unified direction and in an orderly manner along the output port. On the feeding channel; the needle handle discharge device also includes a limiting device and a positioning plate; the positioning plate and the limiting device are sequentially arranged at the end of the conveying material channel, and are driven to move up and down by the driving device. Using the above technical scheme, the venous needle The assembly device of the catheter and the needle handle can realize the orderly output of the needle handle and the positioning of the venous needle catheter, realize the automatic assembly of the needle handle and the venous needle catheter, and have a high degree of automation. Compared with manual loading, the work efficiency is improved.

A livestock breading wastewater treatment device and method are disclosed and relates to the technical field of livestock breading. The livestock breading wastewater treatment device and method can help solve a problem that currently livestock breading wastewater discharge causes environment pollution and leads to waste of organic fertilizer. According to the livestock breading wastewater treatment device and method, a wastewater collection tank is used for collecting livestock breading wastewater, a liquid level sensor is used for collecting height of liquid levels in the wastewater collection tank in real time, a stirring rod is used for stirring the wastewater in the wastewater collection tank in a timed manner, wastewater output can be prevented from being affected by deposition, a quick-freezing box is used for quickly freezing the wastewater held in a mould, a horizontal conveying device and an elevating machine are arranged in the wastewater collection tank, the horizontal conveying device is used for transversely conveying the mould, the elevating machine is used for upward transporting the mould, an auxiliary material spraying box is used for spraying plant growth facilitating microelements or matters that facilitate fast wastewater degradation in the wastewater in the mould in mould transporting processes, the mould is taken out and transported outward when the mould is transported to an opening of the quick-freezing box, and the livestock breading wastewater treatment device and method are suitable for treating livestock breading wastewater.

The invention discloses a spiral extrusion supplying device for biological product materials. The spiral extrusion supplying device for the biological product materials comprises supporting posts, a burette, a top plate and a burette fixing plate. Antiskid blocks are installed at the bottom ends of the supporting posts, the top plate is welded to the top ends of the supporting posts, a threaded post is installed on the top plate in a penetrating mode, a rotary handle is welded to the top of the threaded post, a limiting block is arranged at the bottom end of the threaded post, and an insertinggroove is formed in the limiting block. A pushing rod is installed at the top end of a rubber plug, a limiting groove is formed in the top end face of the pushing rod, an inserting block is arrangedin the limiting groove, the threaded post and the pushing rod are fixed in an inserted mode through the inserting groove and the inserting block, a burette limiting block is welded to the top surfaceof the burette fixing plate, a titration port limiting hole is formed in the burette limiting block in a penetrating mode, the bottom end of the burette is provided with a titration port, and the burette and the burette fixing plate are installed in a limiting mode through the titration port and the titration port limiting hole. The spiral extrusion supplying device for the biological product materials has the advantage of being capable of controlling the dosage of titration supplying.