mhurhangee/ep-ind-claims huggingface dataset:
A projection display device comprising: a storage means for storing a pixel value and a depth value for each of a plurality of pixels constituting a display image; an acquiring means for acquiring the pixel value and the depth value for each of a plurality of pixels stored in the storage means; a light output means for sequentially outputting light corresponding to each of the plurality of pixels according to the pixel value acquired by the acquiring means; a reflecting member (41; 42) for reflecting the light of each pixel output from the light output means; a light guide body that has a light reflecting surface for repeatedly reflecting the light of each pixel reflected by the reflecting member (41; 42), and for guiding the light to a position corresponding to the pixel on a projection surface; and a control means for changing an angle at which the light of each pixel reflected by the reflecting member (41; 42) is incident on the light guide body by driving the reflecting member according to the depth value of the pixel, so as to change a light path length to the projection surface by changing the number of times of the repeated reflections by the light guide body according to the depth value of each pixel acquired by the acquiring means. a storage means for storing a pixel value and a depth value for each of a plurality of pixels constituting a display image; an acquiring means for acquiring the pixel value and the depth value for each of a plurality of pixels stored in the storage means; a light output means for sequentially outputting light corresponding to each of the plurality of pixels according to the pixel value acquired by the acquiring means; a reflecting member (41; 42) for reflecting the light of each pixel output from the light output means; a light guide body that has a light reflecting surface for repeatedly reflecting the light of each pixel reflected by the reflecting member (41; 42), and for guiding the light to a position corresponding to the pixel on a projection surface; and a control means for changing an angle at which the light of each pixel reflected by the reflecting member (41; 42) is incident on the light guide body by driving the reflecting member according to the depth value of the pixel, so as to change a light path length to the projection surface by changing the number of times of the repeated reflections by the light guide body according to the depth value of each pixel acquired by the acquiring means.
A switch device, comprising: a substrate; an operation knob that is arranged above the substrate and that comprises an operation surface formed into a shape comprising a long axis and a short axis; a switch contact that is arranged on the substrate corresponding to a region in the operation surface between the long axis and the short axis, and that allows a switching operation according to a press operation of the operation knob; a first resilient dome that is arranged on the substrate corresponding to an end in the long axis, and that is resiliently deformable and is configured to bias the operation knob in a direction separating from the substrate; and a second resilient dome that is resiliently deformable and arranged corresponding to the region in the operation surface between the long axis and the short axis, and that allows a switching operation of the switch contact, wherein, when the operation knob is pressed, the first resilient dome fails to reverse and the second resilient dome reverses. a substrate; an operation knob that is arranged above the substrate and that comprises an operation surface formed into a shape comprising a long axis and a short axis; a switch contact that is arranged on the substrate corresponding to a region in the operation surface between the long axis and the short axis, and that allows a switching operation according to a press operation of the operation knob; a first resilient dome that is arranged on the substrate corresponding to an end in the long axis, and that is resiliently deformable and is configured to bias the operation knob in a direction separating from the substrate; and a second resilient dome that is resiliently deformable and arranged corresponding to the region in the operation surface between the long axis and the short axis, and that allows a switching operation of the switch contact, wherein, when the operation knob is pressed, the first resilient dome fails to reverse and the second resilient dome reverses.
A method for the production of acetylene using plasma technology, characterized in that methane is passed at a flow rate of 2-4 l/min/kW into a non-thermal plasma in the reaction chamber of a plasma source while feeding in H 2 at a flow rate of 10-40 l/min/kW, so that in said reaction chamber there is a pressure of 20-300 mbar, said plasma being produced at a power of 3 kW to 1 MW by means of a microwave plasma source.
An optical inverter gate comprising a guiding element defining an input pathway having first and second sections (106b, 106c) configured to receive a first optical input signal having a phase modulation which represents a logical state, a reference pathway having first and second sections (108b, 108c) configured to receive an optical reference signal, wherein the first and second sections of the reference pathway meet with the first and second sections, respectively, of the input pathway at corresponding first and second interference areas (107a, 107b) to produce first and second interference signals (124a, 124b), and first and second intermediate pathways (112a, 112b) configured to receive the first and second interference signals and running from the first and second interference areas, respectively, to meet at a junction area joined with an output pathway defined by the guiding element, to provide an optical output signal having a phase modulation that is inverted relative to the phase modulation of the first optical input signal; a first nonlinear element positioned in the first intermediate pathway; and a second nonlinear element positioned in the second intermediate pathway.
A device for positioning a wheel speed sensor relative to a pole wheel, comprising a fastening mechanism for attaching the device to an axle body part, and a receiving region for receiving the wheel speed sensor, characterized in that the device further comprises a positioning mechanism for the controlled setting of a distance between the receiving region and the pole wheel.
A connection structure in which a first connecting object is connected to a second connecting object with a connecting part interposed therebetween, wherein at least a Cu-Sn intermetallic compound, a M-Sn intermetallic compound (M is Ni and/or Mn) and a Cu-M-Sn intermetallic compound exist in a cross-section of the connecting part when the cross-section of the connecting part is analyzed with a wavelength dispersive X-ray spectrometer, and when the cross-section of the connecting part is evenly divided into ten sections in a vertical direction and a lateral direction, respectively, to form 100 segmentalized squares in total, a ratio of the number of squares in which two or more kinds of intermetallic compounds having different constituent elements exist to the number of all squares except for squares in which only a Sn-based metal component exists in one square is 70% or more.
An irradiation target processing system for insertion and retrieving irradiation targets into and from an instrumentation tube in a nuclear reactor core, the system comprising a target retrieving system comprising a target exit port configured to be coupled to a target storage container and an exhaust system; a target insertion system comprising a target filling device, a target retention tubing and a target diverter coupled to the target filling device, the target retention tubing and the target retrieving system, and further comprising a target supply junction at the target retention tubing, wherein the target supply junction is configured to be connected to the instrumentation tube; and a transport gas supply system comprising a first gas supply tubing, a second gas supply tubing and a transport gas supply junction coupled to the first and second gas supply tubing (102, 104), wherein the first gas supply tubing is coupled to the exit port of the target retrieving system and the second gas supply tubing is configured to be coupled to a junction for supplying gas to the instrumentation tube; and wherein the target retrieving system, the target insertion system and the transport gas supply system are mounted on a movable support.
In vitro method for determining whether a compound is immunotoxic wherein the expression level of at least one marker gene is determined in a sample obtained from a Jurkat cell cultured in vitro, which is exposed to the compound in the in vitro culture, wherein the marker gene is CHAC1, and wherein it is concluded that the compound is immunotoxic if the expression level of the CHAC1 marker gene is below or above a predetermined reference value.
An active electrode, comprising: - an electrode for sensing an electric potential and generating an input signal; - a shield (44, 48) placed near said electrode, and said shield (44, 48) being electric insulated from said electrode; - an integrated amplifier having an input connected to said at least one electrode for receiving the input signal; - said shield (44, 48) being connected to said output of the integrated amplifier to actively drive the electrical potential of said shield (44, 48), thereby providing an active shielding of said electrode; characterized in - that the integrated amplifier provides a buffered path outputting a buffered output signal; and - that the buffered path includes a first mixer in front of the integrated amplifier for frequency shifting the input signal from a basic frequency range to a higher frequency range, and a second mixer on the output of the integrated amplifier for frequency shifting the amplified signal from said higher frequency range back to said basic frequency range. - an electrode for sensing an electric potential and generating an input signal; - a shield (44, 48) placed near said electrode, and said shield (44, 48) being electric insulated from said electrode; - an integrated amplifier having an input connected to said at least one electrode for receiving the input signal; - said shield (44, 48) being connected to said output of the integrated amplifier to actively drive the electrical potential of said shield (44, 48), thereby providing an active shielding of said electrode; characterized in - that the integrated amplifier provides a buffered path outputting a buffered output signal; and - that the buffered path includes a first mixer in front of the integrated amplifier for frequency shifting the input signal from a basic frequency range to a higher frequency range, and a second mixer on the output of the integrated amplifier for frequency shifting the amplified signal from said higher frequency range back to said basic frequency range.
A pharmaceutical injection system, comprising: a pharmaceutical injection device that has a main body case and a pharmaceutical syringe mounting portion provided within the main body case and to which a pharmaceutical syringe is removably mounted; a charging device in which the pharmaceutical injection device is placed, and which has a charger (15,24) configured to charge the pharmaceutical injection device; characterised by a detector that is provided to the pharmaceutical injection device and/or the charging device and detects whether or not the pharmaceutical syringe has been mounted to the pharmaceutical syringe mounting portion; and an alarm section that is connected to the detector, and the alarm section being configured to emit an alarm when it is detected that the pharmaceutical syringe has been mounted onto the pharmaceutical syringe mounting portion. a pharmaceutical injection device that has a main body case and a pharmaceutical syringe mounting portion provided within the main body case and to which a pharmaceutical syringe is removably mounted; a charging device in which the pharmaceutical injection device is placed, and which has a charger (15,24) configured to charge the pharmaceutical injection device; characterised by a detector that is provided to the pharmaceutical injection device and/or the charging device and detects whether or not the pharmaceutical syringe has been mounted to the pharmaceutical syringe mounting portion; and an alarm section that is connected to the detector, and the alarm section being configured to emit an alarm when it is detected that the pharmaceutical syringe has been mounted onto the pharmaceutical syringe mounting portion.
A data processing apparatus comprising: processing circuitry (24, 25) to execute a plurality of processes; and being characterized in that it comprises an ownership protection circuitry configured to control access to memory based on an ownership table comprising one or more entries each indicating, for a corresponding block of physical addresses, which of said plurality of processes is an owner process that has exclusive control of access to the corresponding block of physical addresses; wherein the ownership protection circuitry is configured to reject an access request from a current process to access data at a target physical address when a corresponding entry of the ownership table corresponding to the target physical address indicates that the current process is not permitted to access the target physical address. processing circuitry (24, 25) to execute a plurality of processes; and being characterized in that it comprises an ownership protection circuitry configured to control access to memory based on an ownership table comprising one or more entries each indicating, for a corresponding block of physical addresses, which of said plurality of processes is an owner process that has exclusive control of access to the corresponding block of physical addresses; wherein the ownership protection circuitry is configured to reject an access request from a current process to access data at a target physical address when a corresponding entry of the ownership table corresponding to the target physical address indicates that the current process is not permitted to access the target physical address.
A ventilation sole for a shoe, having a vent hole formed in a sidewall of the sole of the shoe, an air supply hole formed in an upper surface of the sole of the shoe, and an air passage, through which the air supply hole communicates with the vent hole, such that outside air is supplied into the shoe, wherein a vent hole control device, which is opened or closed through a knocking operation, is installed in the vent hole such that part thereof is exposed outside the sole of the shoe, characterized in that the vent hole control device comprises a cylindrical casing unit (210, 220) which is open at opposite ends thereof and is tightly fitted into the vent hole, knocking means (211, 213, 230, 240, 260) provided in the casing unit (210, 220), and a movable member, advanced or retracted through an operation of pushing the knocking means (211, 213, 230, 240, 260) to open or close an open vertex part of an outer casing of the casing unit (210, 220).
Method for managing electrical energy of an electrical energy generation installation, the installation comprising at least a first renewable power plant for energy generation and a second renewable power plant for energy generation, each power plant (1, 2) comprising at least one renewable energy source (1.RES, 2.RES), and at least one energy storage system (1.ESS, 2.ESS) associated with the corresponding renewable energy source (1.RES, 2.RES), which are at least partially charged or discharged when they are actuated, the method comprising an executing cycle in which a respective actuation setpoint (1.9, 2.9) is generated for each storage system (1.ESS, 2.ESS), said actuation setpoints (1.9, 2.9) defining the actuation upon said storage systems (1.ESS, 2.ESS), and in which said generated actuation setpoints (1.9, 2.9) are applied upon said storage systems (1.ESS, 2.ESS), the executing cycle comprising an actuation step in which a respective energy generation setpoint (1.0, 2.0) is received for each power plant (1, 2), the energy generation of each renewable energy source (1.RES, 2.RES) is measured, each generation setpoint (1.0, 2.0) is compared with the corresponding measured generation, a first differential between the generation and the generation setpoint (1.0) of the first power plant and a second differential between the generation and the generation setpoint (2.0) of the second power plant being obtained, characterized in that, in the method, both differentials are compared with each other, and actuation setpoints (1.9, 2.9) are generated based on the result of said comparison.
A method at a base station, comprising: determining a resource indication value based on at least a first parameter and a second parameter, wherein the first parameter indicates a starting resource block location and the second parameter indicates a length of a sequence of resource blocks, and a predefined relationship between the first parameter and the second parameter comprises xL + yQ ≤ N, wherein x represents the first parameter, y represents the second parameter, L and Q are predefined positive integers larger than 1, and N represents a maximum number of available resource blocks that the base station can provide to a user equipment;_and transmitting the resource indication value to the user equipment. determining a resource indication value based on at least a first parameter and a second parameter, wherein the first parameter indicates a starting resource block location and the second parameter indicates a length of a sequence of resource blocks, and a predefined relationship between the first parameter and the second parameter comprises xL + yQ ≤ N, wherein x represents the first parameter, y represents the second parameter, L and Q are predefined positive integers larger than 1, and N represents a maximum number of available resource blocks that the base station can provide to a user equipment;_and transmitting the resource indication value to the user equipment.
A composite fibre comprising polyurethane and a metal particulate, the metal being selected from silver, copper, gold, titanium, zinc, iron, aluminium or combinations thereof wherein the particulate has mean particle diameter in the range 50nm - 50μm.
A lateral foot sliding mechanism comprising: - low platform having a profiled groove along the mid of the platform - 2 sliding mechanisms and handgrips, positioned on each end of the low platform - each said sliding mechanism containing a U shaped profile support - a magnetic insert positioned in each U shaped profile support of the sliding mechanism characterized in that - the sliding mechanisms moving within the profiled groove - each said sliding mechanism further containing a higher foot support and a lower foot support - each said U shaped profile support being equipped with fixed base support of said higher foot support and fixed base support of said lower foot support which are positioned on both ends of one side of said U shaped profile support and elements for lateral movement of the sliding mechanisms which are positioned on both ends on the opposite side of the U shaped profile support - each of said base supports (8,9) of the two sliding mechanisms 2 is equipped with holders (12,13), each holder (12,13) being connected to a guide - each magnetic insert being connected at a free end to the lower foot support through a threaded spindle and at the other end of the magnetic insert being rotationally fixed in the U shaped profile support with a fixed support and - each said lower foot support is equipped with a knob for moving the free end of the magnetic insert towards or from the low platform, thus adjusting the load. - low platform having a profiled groove along the mid of the platform - 2 sliding mechanisms and handgrips, positioned on each end of the low platform - each said sliding mechanism containing a U shaped profile support - a magnetic insert positioned in each U shaped profile support of the sliding mechanism - the sliding mechanisms moving within the profiled groove - each said sliding mechanism further containing a higher foot support and a lower foot support - each said U shaped profile support being equipped with fixed base support of said higher foot support and fixed base support of said lower foot support which are positioned on both ends of one side of said U shaped profile support and elements for lateral movement of the sliding mechanisms which are positioned on both ends on the opposite side of the U shaped profile support - each of said base supports (8,9) of the two sliding mechanisms 2 is equipped with holders (12,13), each holder (12,13) being connected to a guide - each magnetic insert being connected at a free end to the lower foot support through a threaded spindle and at the other end of the magnetic insert being rotationally fixed in the U shaped profile support with a fixed support and - each said lower foot support is equipped with a knob for moving the free end of the magnetic insert towards or from the low platform, thus adjusting the load.
A vehicle seat, comprising: • a foundation adapted for attachment to a vehicle floor; • an upwardly extending support frame coupled to the foundation; • a deformable seat shell adapted to assume various shapes between an initial lordosis position and a final kyphosis position in response to variable rearward loads applied by the torso of a seated passenger; and • a compliant shell-motion controller that couples the deformable seat shell with the support frame via upper and lower motion-control links (24U, 24L), wherein the upper motion-control link includes a spheroidal joint and the lower motion-control link includes a pivotable strut (210, 220). • a foundation adapted for attachment to a vehicle floor; • an upwardly extending support frame coupled to the foundation; • a deformable seat shell adapted to assume various shapes between an initial lordosis position and a final kyphosis position in response to variable rearward loads applied by the torso of a seated passenger; and • a compliant shell-motion controller that couples the deformable seat shell with the support frame via upper and lower motion-control links (24U, 24L),
The application of an engineered Corynebacterium glutamicum bacteria having a high production of L-lysine constructed by inactivating the gene NCgl1221 of Corynebacterium glutamicum and having the nucleotide sequence of the NCgl1221 gene encoding frame as set forth in SEQ ID NO.1 in production of L-lysine.
A toner comprising a toner particle, wherein the toner particle includes a toner base particle containing a binder resin and includes a protruded portion on the surface of the toner base particle; the protruded portion comprises an organosilicon polymer and a polyhydric acid metal salt; and the polyhydric acid metal salt is present on the surface of the protruded portion. the toner particle includes a toner base particle containing a binder resin and includes a protruded portion on the surface of the toner base particle; the protruded portion comprises an organosilicon polymer and a polyhydric acid metal salt; and the polyhydric acid metal salt is present on the surface of the protruded portion.