mhurhangee/ep-ind-claims huggingface dataset:
A display device, comprising: (a) a substrate; (b) a first layer having an array of row electrodes formed in rows across the substrate in a first direction and a second layer having an array of column electrodes formed in columns across the substrate in a second direction different from the first direction wherein the row and column electrodes (12, 16) overlap to form pixel locations; (c) one or more layers of light-emitting material formed between the row and column electrodes (12, 16) to form a two-dimensional array of pixels, the pixels being located in the pixel locations; and (d) a plurality of chiplets located over the substrate on a diagonal of the pixel array or on a plurality of spaced-apart diagonals of the pixel array, the number of chiplets being less than the number of pixels, each chiplet being configured to exclusively control a subset of row electrodes and a subset of column electrodes, whereby the pixels are configured to be controlled to display an image, characterized in that each chiplet is diagonally oriented with respect to the row and column electrodes (12, 16) and has two rows of connection pads, wherein one row of connection pads is connected to the corresponding row electrodes and one row of connection pads is connected to the corresponding column electrodes. (a) a substrate; (b) a first layer having an array of row electrodes formed in rows across the substrate in a first direction and a second layer having an array of column electrodes formed in columns across the substrate in a second direction different from the first direction wherein the row and column electrodes (12, 16) overlap to form pixel locations; (c) one or more layers of light-emitting material formed between the row and column electrodes (12, 16) to form a two-dimensional array of pixels, the pixels being located in the pixel locations; and (d) a plurality of chiplets located over the substrate on a diagonal of the pixel array or on a plurality of spaced-apart diagonals of the pixel array, the number of chiplets being less than the number of pixels, each chiplet being configured to exclusively control a subset of row electrodes and a subset of column electrodes, whereby the pixels are configured to be controlled to display an image,
A fluid pressure cylinder that extends and contracts in accordance with supply/discharge of fluid pressure to/from a cylindrical cylinder tube, the fluid pressure cylinder comprising: the cylinder tube; a piston rod linked to a piston; a cylinder head supporting the piston rod; and a bottom member that seals the cylinder tube; characterized in that the cylinder tube comprises: a plurality of small outer diameter portions having an outer diameter smaller than those of end portions in an axial direction, the plurality of the small outer diameter portions being formed in a middle region at inner side of both the end portions of the cylinder tube in the axial direction at prescribed intervals in the axial direction of the cylinder tube by a spinning process; and a holding member provided on an outer circumferential surface of the cylinder tube between the plurality of the small outer diameter portions formed in the middle region, the holding member being configured to hold a pipe that supplies/discharges the fluid pressure to/from the cylinder tube. the cylinder tube; a piston rod linked to a piston; a cylinder head supporting the piston rod; and a bottom member that seals the cylinder tube; characterized in that the cylinder tube comprises: a plurality of small outer diameter portions having an outer diameter smaller than those of end portions in an axial direction, the plurality of the small outer diameter portions being formed in a middle region at inner side of both the end portions of the cylinder tube in the axial direction at prescribed intervals in the axial direction of the cylinder tube by a spinning process; and a holding member provided on an outer circumferential surface of the cylinder tube between the plurality of the small outer diameter portions formed in the middle region, the holding member being configured to hold a pipe that supplies/discharges the fluid pressure to/from the cylinder tube. a plurality of small outer diameter portions having an outer diameter smaller than those of end portions in an axial direction, the plurality of the small outer diameter portions being formed in a middle region at inner side of both the end portions of the cylinder tube in the axial direction at prescribed intervals in the axial direction of the cylinder tube by a spinning process; and a holding member provided on an outer circumferential surface of the cylinder tube between the plurality of the small outer diameter portions formed in the middle region, the holding member being configured to hold a pipe that supplies/discharges the fluid pressure to/from the cylinder tube.
A hearing aid adapted for alleviating tinnitus of a user, said hearing aid comprising an audio input means, a signal processing unit and an output transducer, the hearing aid further comprises a band stop filter adapted to match a tinnitus of the user and switching means and switch control means for controlling the switching of said band stop filter into and out of the signal path between the audio input means and the output transducer, in response to a predefined trigger event, wherein said audio input means is selected from a group comprising a microphone, a telecoil, a wireless data link and a signal generator and CHARACTERISED IN THAT the hearing aid further comprises: band stop filter control means and tinnitus monitoring means for controlling the adaptation of band stop filter parameters in response to a registered change in the perceived strength of the hearing aid users tinnitus and wherein said tinnitus monitoring means comprises means for measuring electroen-cephalography signals of said user.
An illumination device comprising: a light source part having a case for accommodating a flat shaped light emitting panel and a wiring board placed on a non-luminous surface side of the light emitting panel; and an attachment part having a housing for accommodating a circuit board for controlling a lighting of the light emitting panel and adapted to be detachable with respect to a back face of the light source part, wherein the case is formed to be protruded toward a side of the attachment part so as to constitute a concave wiring board accommodation part for accommodating the wiring board in the back side thereof, wherein the housing is formed to be protruded toward a side of the light source so as to constitute a concave circuit board accommodation part for accommodating the circuit board in the back side thereof, and wherein the wiring board accommodation part and the circuit board accommodation part are configured in a manner that, the wiring board and the circuit board are arranged so as not to be overlapped to each other in a state that the attachment part and the light source part are attached so that the case of the light source part and the housing of the attachment part are fitted to each other. a light source part having a case for accommodating a flat shaped light emitting panel and a wiring board placed on a non-luminous surface side of the light emitting panel; and an attachment part having a housing for accommodating a circuit board for controlling a lighting of the light emitting panel and adapted to be detachable with respect to a back face of the light source part, wherein the case is formed to be protruded toward a side of the attachment part so as to constitute a concave wiring board accommodation part for accommodating the wiring board in the back side thereof, wherein the housing is formed to be protruded toward a side of the light source so as to constitute a concave circuit board accommodation part for accommodating the circuit board in the back side thereof, and wherein the wiring board accommodation part and the circuit board accommodation part are configured in a manner that, the wiring board and the circuit board are arranged so as not to be overlapped to each other in a state that the attachment part and the light source part are attached so that the case of the light source part and the housing of the attachment part are fitted to each other.
An in vitro method of inhibiting the activity of a kinase or a synthetase, the method including binding an active site of the kinase or synthetase with a deuterated imidazole moiety, thereby inhibiting the activity of the kinase or the synthetase.
A lipid membrane structure having cell permeability or showing enhanced cell permeability, comprising an encapsulated physiologically active substance and a lipid bound to a peptide consisting of an amino acid sequence of the following: LX 1 X 2 X 1 X 1 X 1 L, LLX 2 X 1 X 1 X 1 L, or LX 1 X 2 X 1 X 1 L, wherein L represents a leucine residue; X 1 represents a polar amino acid residue; and X 2 is Q, wherein Q represents a glutamine residue, and wherein a tyrosine residue and a cysteine residue are bound in that order to the C-terminal end of said peptide, for use as a medicament.
A chabazite-type zeolite having a silica to alumina molar ratio of no less than 15, a silanol group to silicon molar ratio of no more than 1.6 × 10 -2, an average crystal size of 0.5 μm to less than 1.5 μm, and a ratio of 50%-volume particle size to 10%-volume particle size of no more than 3.2.
System for generating electric energy, comprising a bellows system configured to expand or contract a bellows of the bellows system based on changes of environmental conditions, in particular temperature changes and/or atmospheric pressure changes; a piezo generator configured to generate said electric energy by a piezoelectric element elastically deformable by the movement of the expanding or contracting bellows, a capacitor or a battery for storing the electric energy generated by the piezo generator; and a charging unit for charging the capacitor or the battery by the generated electric energy, characterized by a control unit for controlling the charging unit, wherein the control unit is configured to activate the charging when the energy stored in the capacitor or the battery falls below a second threshold and deactivate the charging when the energy stored in the capacitor or the battery exceeds a third threshold, wherein the control unit is configured to predict or receive a temporal profile of a power consumption of a device connected to the capacitor or the battery and the energy generated by the piezo generator, wherein the temporal profile indicates an expected power consumption of the device and the energy generated by the piezo generator over a period of time; and the control unit is configured to set the second threshold and third threshold based on the temporal profile in order to match energy requirements of the device and the available energy of the system each time. a bellows system configured to expand or contract a bellows of the bellows system based on changes of environmental conditions, in particular temperature changes and/or atmospheric pressure changes; a piezo generator configured to generate said electric energy by a piezoelectric element elastically deformable by the movement of the expanding or contracting bellows, a capacitor or a battery for storing the electric energy generated by the piezo generator; and a charging unit for charging the capacitor or the battery by the generated electric energy, a control unit for controlling the charging unit, wherein the control unit is configured to activate the charging when the energy stored in the capacitor or the battery falls below a second threshold and deactivate the charging when the energy stored in the capacitor or the battery exceeds a third threshold, wherein the control unit is configured to predict or receive a temporal profile of a power consumption of a device connected to the capacitor or the battery and the energy generated by the piezo generator, wherein the temporal profile indicates an expected power consumption of the device and the energy generated by the piezo generator over a period of time; and
An apparatus for assisting a driver of a vehicle in driving the vehicle, comprising: a road sign recognizer configured to recognize a road sign from an image captured by a vehicle-mounted imager; a turn detector configured to detect a turning action of the vehicle; a notifier configured to notify the driver of the vehicle of road sign information representing the road sign recognized by the road sign recognizer, the notifier being further configured to, upon the turning action of the vehicle being detected by the turn detector, withhold notifying the driver of the vehicle of the road sign information representing the road sign recognized by the road sign recognizer within a predetermined period of time during the turning action, characterized in that the notifier is configured to withhold notifying the driver of the vehicle of the road sign information recognized within a period of time during the turning action of the vehicle, in which period of time a steering angle of the vehicle is equal to or less than a threshold (θth). a road sign recognizer configured to recognize a road sign from an image captured by a vehicle-mounted imager; a turn detector configured to detect a turning action of the vehicle; a notifier configured to notify the driver of the vehicle of road sign information representing the road sign recognized by the road sign recognizer, the notifier being further configured to, upon the turning action of the vehicle being detected by the turn detector, withhold notifying the driver of the vehicle of the road sign information representing the road sign recognized by the road sign recognizer within a predetermined period of time during the turning action, characterized in that the notifier is configured to withhold notifying the driver of the vehicle of the road sign information recognized within a period of time during the turning action of the vehicle, in which period of time a steering angle of the vehicle is equal to or less than a threshold (θth).
A retro-reflective sensor coating arrangement comprising a base layer of sensor material that is a pressure or temperature sensitive paint and characterised by a plurality of optical bodies in or on the base layer arranged to refract and collimate a signal light emitted by the sensor coating.
A method for manufacturing a battery cell including an electrode assembly and electrolyte provided in a battery case composed of a laminate sheet having a resin layer and a metal layer, comprising: (a) thermally fusing and sealing the periphery of the battery case except for an end part thereof while the electrode assembly is mounted in the battery case; (b) introducing the electrolyte through the end part and then sealing the end part via thermal fusion; (c) charging and discharging the battery cell to activate the battery cell; (d) puncturing a part inside the end part to form a through-hole communicating with the inside of the battery case; and (e) pulling top and bottom faces of the battery case in the opposite direction to each other at the part to open the battery case while applying vacuum pressure, to thereby remove the gas generated during activation as well as excess electrolyte, wherein the battery case has a rectangular structure in plan view and the end part is one edge side of the battery case. (a) thermally fusing and sealing the periphery of the battery case except for an end part thereof while the electrode assembly is mounted in the battery case; (b) introducing the electrolyte through the end part and then sealing the end part via thermal fusion; (c) charging and discharging the battery cell to activate the battery cell; (d) puncturing a part inside the end part to form a through-hole communicating with the inside of the battery case; and (e) pulling top and bottom faces of the battery case in the opposite direction to each other at the part to open the battery case while applying vacuum pressure, to thereby remove the gas generated during activation as well as excess electrolyte,
A method of transmitting data from a mobile station to a fixed station via a first dedicated physical data channel and a second dedicated physical data channel which are disposed in an uplink direction from the mobile station to the fixed station (103, said method comprising: estimating a transmit power margin which is a transmit power to be assigned to the transmission of the second dedicated physical data channel by subtracting at least a transmit power of said first physical data channel from a first maximum transmit power value configured by the fixed station, wherein the first maximum transmit power is set to a lower value than a second maximum transmit power value which said mobile station can output; evaluating a state of candidate E-TFCs (E-DCH (Enhanced Dedicated Channel) Transport Format Combination) when setting the data transmission via said second dedicated physical data channel by using the estimated transmit power margin; selecting one of the candidate E-TFCs to be used for the data transmission via said second dedicated physical data channel from said candidates, by using scheduling result information controlling the transmission of said second dedicated physical data channel and a result of the evaluation; and transmitting said data to said fixed station with transmit power calculated based on the selected E-TFC; characterized in that the first maximum transmit power value is determined based on a spreading factor of the second dedicated physical data channel. estimating a transmit power margin which is a transmit power to be assigned to the transmission of the second dedicated physical data channel by subtracting at least a transmit power of said first physical data channel from a first maximum transmit power value configured by the fixed station, wherein the first maximum transmit power is set to a lower value than a second maximum transmit power value which said mobile station can output; evaluating a state of candidate E-TFCs (E-DCH (Enhanced Dedicated Channel) Transport Format Combination) when setting the data transmission via said second dedicated physical data channel by using the estimated transmit power margin; selecting one of the candidate E-TFCs to be used for the data transmission via said second dedicated physical data channel from said candidates, by using scheduling result information controlling the transmission of said second dedicated physical data channel and a result of the evaluation; and transmitting said data to said fixed station with transmit power calculated based on the selected E-TFC; characterized in that the first maximum transmit power value is determined based on a spreading factor of the second dedicated physical data channel.
Device for rotating working rolls of a rolling mill synchronised with the speed of a moving strip undergoing a rolling operation in a plurality of roll stands, comprising a set of rolls below the strip and a set of rolls above the strip, said set of lower rolls comprising at least one lower intermediate roll rotating a lower working roll by surface contact and friction, said set of upper rolls comprising at least one upper intermediate roll rotating an upper working roll by surface contact and friction, said lower and upper working rolls being capable of being put into contact with respectively one of the lower and upper faces of the strip to be rolled, said intermediate and working rolls having axes of rotation aligned in at least one vertical plane, characterised in that: before bringing the lower working rolls into contact with the strip for active rolling positions, a means of vertical thrust (R1i, R2i, P1I, P2I, EI, EI') exerts a first force downward on the lower working roll. before bringing the lower working rolls into contact with the strip for active rolling positions, a means of vertical thrust (R1i, R2i, P1I, P2I, EI, EI') exerts a first force downward on the lower working roll.
A contact socket for an implantable medical device, comprising a plurality of electrical contacts and at least one sealing ring; each electrical contact of the plurality of electrical contacts comprising: - a housing of the respective electrical contact; the sealing ring comprising: - an outer ring, which comprises or essentially consists of a high-performance thermoplastic material selected from a polyaryl and a liquid crystal polymer, the polyaryl being selected from a polyarylethersulfone, a polyaryletherketone and a polyphenylene sulfide; and - an inner ring, which comprises or essentially consists of a liquid silicone or a polyurethane; the inner ring and the outer ring being arranged with form fit relative to one another, and the at least one sealing ring being arranged between two electrical contacts of the plurality of electrical contacts, characterized in that the outer ring has a larger outside diameter than the outside diameter of the respective housing of each of the two adjoining electrical contacts, and the inner ring has a smaller outside diameter than the outside diameter of the respective housing of each of the two adjoining electrical contacts. each electrical contact of the plurality of electrical contacts comprising: - a housing of the respective electrical contact; - a housing of the respective electrical contact; the sealing ring comprising: - an outer ring, which comprises or essentially consists of a high-performance thermoplastic material selected from a polyaryl and a liquid crystal polymer, the polyaryl being selected from a polyarylethersulfone, a polyaryletherketone and a polyphenylene sulfide; and - an inner ring, which comprises or essentially consists of a liquid silicone or a polyurethane; the inner ring and the outer ring being arranged with form fit relative to one another, and the at least one sealing ring being arranged between two electrical contacts of the plurality of electrical contacts, characterized in that the outer ring has a larger outside diameter than the outside diameter of the respective housing of each of the two adjoining electrical contacts, and the inner ring has a smaller outside diameter than the outside diameter of the respective housing of each of the two adjoining electrical contacts. - an outer ring, which comprises or essentially consists of a high-performance thermoplastic material selected from a polyaryl and a liquid crystal polymer, the polyaryl being selected from a polyarylethersulfone, a polyaryletherketone and a polyphenylene sulfide; and - an inner ring, which comprises or essentially consists of a liquid silicone or a polyurethane; the inner ring and the outer ring being arranged with form fit relative to one another, and the at least one sealing ring being arranged between two electrical contacts of the plurality of electrical contacts, characterized in that the outer ring has a larger outside diameter than the outside diameter of the respective housing of each of the two adjoining electrical contacts, and the inner ring has a smaller outside diameter than the outside diameter of the respective housing of each of the two adjoining electrical contacts.