mhurhangee/ep-ind-claims huggingface dataset:
A power supply device that applies a voltage in which a DC voltage and an AC voltage are superimposed on each other to a charging member that charges an image bearer, comprising: an AC voltage generator configured to generate the AC voltage; a DC voltage generator configured to generate the DC voltage; a DC current detector provided on an output terminal side of the DC voltage generator and configured to detect an output DC current flowing into the image bearer; characterized in that the device further comprises: a reverse waveform applicator (R, RC, RD) configured to apply a reverse phase waveform of a ripple voltage expected in the DC current detector to the DC current detector. an AC voltage generator configured to generate the AC voltage; a DC voltage generator configured to generate the DC voltage; a DC current detector provided on an output terminal side of the DC voltage generator and configured to detect an output DC current flowing into the image bearer; characterized in that the device further comprises: a reverse waveform applicator (R, RC, RD) configured to apply a reverse phase waveform of a ripple voltage expected in the DC current detector to the DC current detector.
A combination of TNF-α and IFN-γ for use in a method for the treatment of tumors by induction of a permanent growth arrest (senescence) in tumor cells, in which p16 lnk4a is present, wherein the substances are each employed in a concentration of 0.0001 ng/ml to 10,000 ng/ml in the pharmaceutical composition at the site of action and wherein the use of the combination is performed over a period of time of at least 3 to 4 days to maximum 30 days.
Network camera comprising: - an image sensor; - a cover that is at least partially opaque to the visible spectrum, the cover being movable between a closed position, in which it extends in front and hides the image sensor, and an open position; - a processing module having at least one input, a first output and a second output, and being designed to receive images acquired by the image sensor via the input, to process the images a first time so as to generate a video stream and a second time so as to generate information data relating to the images acquired, and to transmit the video stream via the first output and the information data via the second output; - a detection device that is designed to detect whether the cover is in the open position or in the closed position; - a switching device that is connected to the first output of the processing module; the network camera being designed such that, when the detection device detects that the cover is in the closed position, the switching device is controlled so as to forbid any transmission to a communication network by the processing module via the first output. - an image sensor; - a cover that is at least partially opaque to the visible spectrum, the cover being movable between a closed position, in which it extends in front and hides the image sensor, and an open position; - a processing module having at least one input, a first output and a second output, and being designed to receive images acquired by the image sensor via the input, to process the images a first time so as to generate a video stream and a second time so as to generate information data relating to the images acquired, and to transmit the video stream via the first output and the information data via the second output; - a detection device that is designed to detect whether the cover is in the open position or in the closed position; - a switching device that is connected to the first output of the processing module; the network camera being designed such that, when the detection device detects that the cover is in the closed position, the switching device is controlled so as to forbid any transmission to a communication network by the processing module via the first output.
Encapsulation structure comprising at least: - a hermetically sealed cavity in which a micro-device is encapsulated, - a substrate (102, 104) of which one face (113, 115) delimits one side of the cavity, - at least two trenches formed through said face (113, 115) of the substrate (102, 104), the interior volumes of each of the trenches communicating together, - first portions of getter material covering at least in part side walls of the trenches without entirely filling the trenches, - an opening formed through one of the first portions of getter material or through the substrate (102, 104) and making the interior volumes of the trenches communicate with an interior volume of the cavity, in which, when the opening is formed through the substrate (102, 104) and communicates with the trenches, the first portions of getter material completely cover the trenches at said face (113, 115) of the substrate (102, 104) or, when the opening is formed through one of the first portions of getter material, the first portions of getter material completely cover the trenches at said face (113, 115) of the substrate (102, 104) except at said opening. - a hermetically sealed cavity in which a micro-device is encapsulated, - a substrate (102, 104) of which one face (113, 115) delimits one side of the cavity, - at least two trenches formed through said face (113, 115) of the substrate (102, 104), the interior volumes of each of the trenches communicating together, - first portions of getter material covering at least in part side walls of the trenches without entirely filling the trenches, - an opening formed through one of the first portions of getter material or through the substrate (102, 104) and making the interior volumes of the trenches communicate with an interior volume of the cavity,
A stylus for use with a display screen which is touch-sensitive, the stylus comprising: a sensor configured to provide a sensor signal, the sensor being at an end of the stylus which is adapted to be placed into contact with the display screen; an actuator, within the stylus and responsive to a control signal, configured to vibrate the stylus; a memory, within the stylus, containing operating instructions; a processor, within the stylus and connected to the memory, configured to execute the operating instructions, to: receive the sensor signal; process the sensor signal to determine a velocity of the stylus across the display screen; and provide the control signal based upon the velocity; and a power supply, within the stylus, configured to provide operating power to at least the processor, wherein the operating instructions in the memory cause the processor to process the sensor signal to determine a characteristic of the sensor signal and determine the velocity based at least in part upon the characteristic of the sensor signal; characterized in that the sensor comprises a force sensor responsive to changes in a surface texture of the display screen and configured to provide the sensor signal responsive to the stylus being moved on the display screen. a sensor configured to provide a sensor signal, the sensor being at an end of the stylus which is adapted to be placed into contact with the display screen; an actuator, within the stylus and responsive to a control signal, configured to vibrate the stylus; a memory, within the stylus, containing operating instructions; a processor, within the stylus and connected to the memory, configured to execute the operating instructions, to: receive the sensor signal; process the sensor signal to determine a velocity of the stylus across the display screen; and provide the control signal based upon the velocity; and receive the sensor signal; process the sensor signal to determine a velocity of the stylus across the display screen; and provide the control signal based upon the velocity; and a power supply, within the stylus, configured to provide operating power to at least the processor, wherein the operating instructions in the memory cause the processor to process the sensor signal to determine a characteristic of the sensor signal and determine the velocity based at least in part upon the characteristic of the sensor signal; characterized in that the sensor comprises a force sensor responsive to changes in a surface texture of the display screen and configured to provide the sensor signal responsive to the stylus being moved on the display screen.
A method for receiving uplink response signals, in a system comprising a base station and a mobile station, the method comprising judging (401, 501), by the base station, whether to use a downlink secondary component carrier to transmit downlink data to the mobile station; if the judging result is positive, allocating (402, 502), by the base station, extra resources according to the number of transmission blocks for transmitting the downlink data in the downlink secondary component carrier; transmitting, by the base station, indices of the allocated extra resources to the mobile station; transmitting, by the base station, the downlink data via a downlink component carrier to the mobile station; and receiving, by the base station, response signals that are transmitted by the mobile station, using uplink resources selected, by the mobile station, from available resources and corresponding modulation symbols, wherein the available resources include preconfigured resources corresponding to a downlink primary component carrier and the extra resources allocated to the downlink secondary component carrier by the base station, characterized in that the uplink resources and the modulation symbols are selected by the mobile station based on a preconfigured mapping relation between a state of the response signals and the selected resources and the modulation symbols according to the state of the response signals, wherein the mapping relation includes cases in which the resource corresponding to the response signals that are NACK/DTX is not selected; where NACK represents Negative Acknowledgement, and DTX represents Discontinuous Transmission; and when the response signals are all DTX, no resource is selected; and wherein allocating (402,502), by the base station, extra resources according to the number of the transmission blocks for transmitting the downlink data in the downlink secondary component carrier comprises: selecting resources from a preconfigured first resource list if the number of the transmission blocks for transmitting downlink data is 1, each of the elements in the first resource list including 1 resource; and selecting resources from a preconfigured second resource list if the number of the transmission blocks for transmitting downlink data is 2, each of the elements in the second resource list including 2 resources. selecting resources from a preconfigured first resource list if the number of the transmission blocks for transmitting downlink data is 1, each of the elements in the first resource list including 1 resource; and selecting resources from a preconfigured second resource list if the number of the transmission blocks for transmitting downlink data is 2, each of the elements in the second resource list including 2 resources.
A replaceable cutting insert to be on-edge mounted to a tool, said cutting insert (11;111;211) comprising a polygonal body of wear resistant material, said body including a first side surface (12;112;212) and a second side surface (13;113;213) opposing one another and therebetween a number of end surfaces (14A-14D), the intersection of two end surfaces forming a first cutting edge (16;116;216) at a corner portion, said cutting insert being provided with a central hole to receive a clamping device, said hole intersecting the first side surface and the second side surface, wherein the first side surface (12;112;212) is substantially planar, wherein the second side surface (13;113;213) connects to raised portions (15;115;215) at corner portions, wherein the first side surface (12;112;212) is greater than the second side surface (13;113;213), and wherein the corner portion comprises the first cutting edge (16;116;216) and a second cutting edge (17; 117; 217), characterized in that the cutting insert (11:111: 211) has four identical cutting corners, and in that a clearance face (20;120;220) trails the cutting edges (16,17), said clearance face (20; 120;220) having a generally greater extension behind the second cutting edge (17;117;217) than behind the first cutting edge (16;116;216) in a direction of extension parallel to the side surfaces towards a trailing raised portion (15; 115; 215).
A device for adjusting the height of an operating table, with a lifting slide which is movable relatively to a chassis of the operating table, with a main guide (32, 33) with a first longitudinal axis about which the lifting slide is rotatable, with a secondary guide with a second longitudinal axis, and with a guide means which is connected to the chassis of the operating table and which has a contact area in which the guide means contacts the secondary guide in a contact area of the secondary guide, wherein the main guide (32, 33) and the secondary guide are used for guiding a lifting movement of the lifting slide in an adjustment range of the lifting slide parallel to the first longitudinal axis, wherein a plane E extending perpendicularly to the first longitudinal axis and through the guide means has a first intersection point with the first longitudinal axis and a second intersection point with the second longitudinal axis, characterised in that the position (P1, P2) of the second intersection point, with the lifting movement of the lifting slide within its adjustment range, changes by an adjustment distance, and that the connection between the guide means and the chassis allows a compensation movement of the guide means, in such a manner that the contact area of the guide means is shiftable by the shifting distance.
A display module, characterized by comprising: a back plate comprising a back plate body and a side wall, the back plate body and the side wall being integrally formed and together defining a mounting space, a free end of the side wall being folded to form an joining flange extending in parallel with the back plate body; a display screen, an edge of an inside surface of the display screen being fixed to an outside surface of the joining flange; an optical film set mounted in the mounting space; the optical film set comprises a first film disposed adjacent to an inner side of the display screen, and an edge of the first film is provided with a side protrusion; the joining flange is provided with a avoiding notch, the avoiding notch is provided with a mounting member, the mounting member is defined with a mounting sink the mounting sink is recessed relative to the outside surface of the mounting member, an outside surface, and the side protrusion is clamped in the mounting sink; the mounting member is in an elongated strip shape, and both ends of the mounting member in a longitudinal direction are riveted and fixed to two opposite side edges of the notch; and the side protrusion is defined with a hanging hole, the mounting sink is provided with a hooking protrusion, and the hanging hole is engaged with the hooking protrusion. a back plate comprising a back plate body and a side wall, the back plate body and the side wall being integrally formed and together defining a mounting space, a free end of the side wall being folded to form an joining flange extending in parallel with the back plate body; a display screen, an edge of an inside surface of the display screen being fixed to an outside surface of the joining flange; an optical film set mounted in the mounting space; the optical film set comprises a first film disposed adjacent to an inner side of the display screen, and an edge of the first film is provided with a side protrusion; the joining flange is provided with a avoiding notch, the avoiding notch is provided with a mounting member, the mounting member is defined with a mounting sink the mounting sink is recessed relative to the outside surface of the mounting member, an outside surface, and the side protrusion is clamped in the mounting sink; the mounting member is in an elongated strip shape, and both ends of the mounting member in a longitudinal direction are riveted and fixed to two opposite side edges of the notch; and the side protrusion is defined with a hanging hole, the mounting sink is provided with a hooking protrusion, and the hanging hole is engaged with the hooking protrusion.
A system for automatically ablating target tissue in a heart of a patient comprising: a processing device adapted to store programs in a memory, the programs configured to present an image of a heart on a screen display, enable automatic or manual selection of the target tissue, designate locations of the target tissue on the image of the heart, and identify ablation parameters for ablation of the target tissue; a catheter comprising a plurality of ablation electrodes, wherein the plurality of the ablation electrodes is configured to be brought into contact with target tissue; a navigator, wherein the navigator is configured to select automatically at least one ablation electrode of the plurality of the ablation electrodes, the at least one ablation electrode being closest to the designated locations of the target tissue; a generator adapted to automatically ablate the target sites in the heart; wherein the processing device is adapted to drive the generator to ablate the target tissue with at least one selected ablation electrode. a processing device adapted to store programs in a memory, the programs configured to present an image of a heart on a screen display, enable automatic or manual selection of the target tissue, designate locations of the target tissue on the image of the heart, and identify ablation parameters for ablation of the target tissue; a catheter comprising a plurality of ablation electrodes, wherein the plurality of the ablation electrodes is configured to be brought into contact with target tissue; a navigator, wherein the navigator is configured to select automatically at least one ablation electrode of the plurality of the ablation electrodes, the at least one ablation electrode being closest to the designated locations of the target tissue; a generator adapted to automatically ablate the target sites in the heart; wherein the processing device is adapted to drive the generator to ablate the target tissue with at least one selected ablation electrode.
A sensor device (1002, 1100, 1200) comprising: a housing defining a cavity, an inlet to receive fluid pumped from an instrument device, an outlet to return the fluid to a fluid reservoir, and a fluid channel defined inside the cavity between the inlet and the outlet; a heat pump (1008, 1112) mounted inside the cavity, the heat pump (1008, 1112) having a side surface thermally coupled to the fluid channel, and an opposite side surface thermally coupled to a plate, the heat pump configured to induce a temperature change; and a sensor unit aligned with an aperture in the plate, the sensor unit including an optical component (1004, 1006, 1121, 1203) and a thermal component, the optical component (1004, 1006, 1121, 1203) being configured to measure a vascular endothelial response from the induced temperature change. a housing defining a cavity, an inlet to receive fluid pumped from an instrument device, an outlet to return the fluid to a fluid reservoir, and a fluid channel defined inside the cavity between the inlet and the outlet; a heat pump (1008, 1112) mounted inside the cavity, the heat pump (1008, 1112) having a side surface thermally coupled to the fluid channel, and an opposite side surface thermally coupled to a plate, the heat pump configured to induce a temperature change; and a sensor unit aligned with an aperture in the plate, the sensor unit including an optical component (1004, 1006, 1121, 1203) and a thermal component, the optical component (1004, 1006, 1121, 1203) being configured to measure a vascular endothelial response from the induced temperature change.
A confectionery composition, comprising: a first portion, said first portion including a cooked saccharide component and/or a cooked sugar component; and a second portion, said second portion including an elastomeric material; wherein said first portion comprises at least one first food acid and said second portion comprises at least one second food acid which is distinct from said at least one first food acid; and wherein said first portion and said second portion form a homogenous mixture.
A terminal apparatus comprising: a processor; and a memory associated with the processor; wherein the processor receives system information in a first band, the system information includes at least information indicating a number of subcarriers from a resource block corresponding to the smallest physical resource block index n PRB within transmission bandwidth of NB-IoT cell, the processor determines, based on the number of subcarriers, a first sequence allocated to resource elements among a reference signal sequence, and the processor performs a reception process of a physical channel based on the first sequence. a processor; and a memory associated with the processor; wherein the processor receives system information in a first band, the system information includes at least information indicating a number of subcarriers from a resource block corresponding to the smallest physical resource block index n PRB within transmission bandwidth of NB-IoT cell, the processor determines, based on the number of subcarriers, a first sequence allocated to resource elements among a reference signal sequence, and the processor performs a reception process of a physical channel based on the first sequence.
Device for the treatment of raw materials comprising at least two spaced apart electrodes, which are in contact with a controlled electrical energy source, wherein the electrodes are formed by at least two electrically separated electrode segments (1-12, la-12a, lb-12b), to which electric energy can be applied in an electrically separated manner, each of said segments is connected to the electrical energy source in an electrically controlled manner, characterised in that every electrode segment (1-12, la-12a, lb-12b) is connected to a measuring device for determination of the electrical conductivity between electrode segments (1-12, la-12a, lb-12b), wherein the electrical energy source is controlled by a control unit and is set up to respectively apply electric energy at least to the two electrode segments (1-12, la-12a, lb-12b) between which the lowest electrical conductivity is determined.
A liquid crystal composition comprising: liquid crystal molecules comprising at least one of a liquid crystal compound having an alkenyl group and a liquid crystal compound having an alkoxy group; and a first stabilizer comprising a compound having a structure represented by Formula 1-1: wherein X 1, X 2, X 3, and X 4 are each independently hydrogen or halogen, wherein Y1 is =O, when k is 0, or Y1 is a C1 to C10 alkoxy group, a hydroxyl group, -NHCOCH 3, or =O when k is 1. liquid crystal molecules comprising at least one of a liquid crystal compound having an alkenyl group and a liquid crystal compound having an alkoxy group; and a first stabilizer comprising a compound having a structure represented by Formula 1-1: wherein X 1, X 2, X 3, and X 4 are each independently hydrogen or halogen, wherein Y1 is =O, when k is 0, or Y1 is a C1 to C10 alkoxy group, a hydroxyl group, -NHCOCH 3, or =O when k is 1.