mhurhangee/ep-ind-claims huggingface dataset:
A negative type photosensitive resin composition comprising: a polymer compound which has, in a main chain thereof, a constitutional unit A represented by Formula A-1, a constitutional unit B that is at least one of constitutional units represented by Formulae B-1, B-2, B-3, B-4, B-5, B-6, or B-7, and a constitutional unit C containing an ethylenically unsaturated group; and a polymerization initiator, in Formulae A-1 and B-1 to B-7, R 1 to R 3 each independently represent a divalent linking group, Q represents a divalent structure containing a sulfonamide group, n represents an integer of 0 or greater, R 4 to R 7 each independently represent a single bond or a divalent linking group, and Y 1 to Y 5 each independently represent an aromatic hydrocarbon ring or an aliphatic hydrocarbon ring. a polymer compound which has, in a main chain thereof, a constitutional unit A represented by Formula A-1, a constitutional unit B that is at least one of constitutional units represented by Formulae B-1, B-2, B-3, B-4, B-5, B-6, or B-7, and a constitutional unit C containing an ethylenically unsaturated group; and a polymerization initiator, in Formulae A-1 and B-1 to B-7, R 1 to R 3 each independently represent a divalent linking group, Q represents a divalent structure containing a sulfonamide group, n represents an integer of 0 or greater, R 4 to R 7 each independently represent a single bond or a divalent linking group, and Y 1 to Y 5 each independently represent an aromatic hydrocarbon ring or an aliphatic hydrocarbon ring.
A facility for processing a rigid product, said facility comprising at least one robotic manipulator arm (1A or 1B), which is equipped with a gripping clamp adapted to grip at one end and hold in cantilever a rigid product, a 3D measurement unit allowing for digital acquisition of the three-dimensional geometry of at least part of a product to be processed, a processing unit (3A or 3B), and electronic control means, which are configured to control the movement in space of the gripping clamp by means of the robotic manipulator arm (1A or 1B), to control the gripping clamp, and to control the 3D measurement unit and the processing unit (3A, 3B), so as to carry out the following successive steps for each processing of a rigid product: - gripping by means of the gripping clamp of a rigid product to be processed, which is gripped by one of its ends and held in cantilever by the gripping clamp, - moving the gripping clamp by means of the robotic manipulator arm (1A or 1B) so as to position and, if necessary, move the product that is held in cantilever by the gripping clamp relative to the 3D measurement unit and digitally acquire by means of the 3D measurement unit the three-dimensional geometry of at least part of the product to be processed, and preferably at least the entire part of the product that is cantilevered relative to the gripping clamp, - moving the gripping clamp by means of the robotic manipulator arm (1A or 1B), so as to position the product held by the gripping clamp, relative to the processing unit (3A or 3B), - automatic processing of said product, by means of the processing unit (3A or 3B), based on at least the three-dimensional geometry of all or part of this product, which has been digitally acquired by means of the 3D measurement unit, the product being preferably held and, if necessary, optionally moved by means of the gripping clamp during the processing. - gripping by means of the gripping clamp of a rigid product to be processed, which is gripped by one of its ends and held in cantilever by the gripping clamp, - moving the gripping clamp by means of the robotic manipulator arm (1A or 1B) so as to position and, if necessary, move the product that is held in cantilever by the gripping clamp relative to the 3D measurement unit and digitally acquire by means of the 3D measurement unit the three-dimensional geometry of at least part of the product to be processed, and preferably at least the entire part of the product that is cantilevered relative to the gripping clamp, - moving the gripping clamp by means of the robotic manipulator arm (1A or 1B), so as to position the product held by the gripping clamp, relative to the processing unit (3A or 3B), - automatic processing of said product, by means of the processing unit (3A or 3B), based on at least the three-dimensional geometry of all or part of this product, which has been digitally acquired by means of the 3D measurement unit, the product being preferably held and, if necessary, optionally moved by means of the gripping clamp during the processing.
A method of transmitting a signal by a user equipment, UE, in a wireless communication system, the method comprising: transmitting 1st-stage Sidelink Control Information, SCI, through a physical sidelink control channel, PSCCH; and transmitting 2nd-stage SCI through a physical sidelink shared channel, PSSCH, characterized in that a number of symbols for transmission of the 2nd-stage SCI is determined based on a multiplication of i) a reciprocal of a modulation order of the 2nd-stage SCI and ii) a number of 2nd-stage SCI-related bits including 2nd-stage SCI bits and cyclic redundancy, CRC, bits of the 2nd-stage SCI. transmitting 1st-stage Sidelink Control Information, SCI, through a physical sidelink control channel, PSCCH; and transmitting 2nd-stage SCI through a physical sidelink shared channel, PSSCH, characterized in that a number of symbols for transmission of the 2nd-stage SCI is determined based on a multiplication of i) a reciprocal of a modulation order of the 2nd-stage SCI and ii) a number of 2nd-stage SCI-related bits including 2nd-stage SCI bits and cyclic redundancy, CRC, bits of the 2nd-stage SCI.
A multilayered elastomeric article comprising: a first layer, wherein the first layer includes a first elastomeric material compounded with a first colored pigment; and a second layer, wherein the second layer includes a second elastomeric material compounded with a second colored pigment and titanium dioxide, wherein a sufficient level of contrast exists between the first layer and the second layer to detect a breach of the first layer, characterised in that the second layer comprises titanium dioxide, wherein the ratio of the parts of titanium dioxide to the parts of the second colored pigment ranges from about 0.25 to about 3. a first layer, wherein the first layer includes a first elastomeric material compounded with a first colored pigment; and a second layer, wherein the second layer includes a second elastomeric material compounded with a second colored pigment and titanium dioxide, wherein a sufficient level of contrast exists between the first layer and the second layer to detect a breach of the first layer, characterised in that the second layer comprises titanium dioxide, wherein the ratio of the parts of titanium dioxide to the parts of the second colored pigment ranges from about 0.25 to about 3.
A monitoring device for a pipe system, the monitoring device comprising: a housing defining a mounting surface and a pair of mounting receptacles on a mounting side, the housing configured to mount on an exterior surface of a pipe element of the pipe system, the housing comprising a housing body and a housing cover defining a wet compartment; a strap assembly comprising a mounting tab, the strap assembly secured to the housing by receiving the housing fastener through the mounting tab and within a pair of mounting receptacles; the device being characterized by: a tamper-resistant housing fastener configured to resist unfastening without a special removal tool; a sensor, the sensor being a leak detector, the wet compartment being sized to receive the sensor; a dry compartment separate from the wet compartment and sealed from water intrusion through a wall of the housing body, the dry compartment being sealably isolated from the wet compartment and from an environment surrounding the housing assembly; and a controller, a communications device, and a battery, the housing being sized to receive the controller, the communications device, and the battery. a housing defining a mounting surface and a pair of mounting receptacles on a mounting side, the housing configured to mount on an exterior surface of a pipe element of the pipe system, the housing comprising a housing body and a housing cover defining a wet compartment; a strap assembly comprising a mounting tab, the strap assembly secured to the housing by receiving the housing fastener through the mounting tab and within a pair of mounting receptacles; the device being characterized by: a tamper-resistant housing fastener configured to resist unfastening without a special removal tool; a sensor, the sensor being a leak detector, the wet compartment being sized to receive the sensor; a dry compartment separate from the wet compartment and sealed from water intrusion through a wall of the housing body, the dry compartment being sealably isolated from the wet compartment and from an environment surrounding the housing assembly; and a controller, a communications device, and a battery, the housing being sized to receive the controller, the communications device, and the battery.
A method for transmitting multimedia broadcast multicast service, MBMS, group service data, comprising: sending, by a base station, group service data to user equipment, UE, within one multicast channel scheduling period, MSP, on a multimedia broadcast multicast service single frequency network, MBSFN, subframe corresponding to a multicast channel, MCH; characterized in that the method further comprises: when the base station cannot completely send the group service data on the MBSFN subframe that is corresponding to the MCH and that is within the MSP, sending, by the base station, on one or more other subframes other than the MBSFN subframe, remaining group service data that cannot be sent on the MBSFN subframe corresponding to the MCH; and instructing, by the base station, the UE to receive the remaining data on the one or more other subframes. sending, by a base station, group service data to user equipment, UE, within one multicast channel scheduling period, MSP, on a multimedia broadcast multicast service single frequency network, MBSFN, subframe corresponding to a multicast channel, MCH; characterized in that the method further comprises: when the base station cannot completely send the group service data on the MBSFN subframe that is corresponding to the MCH and that is within the MSP, sending, by the base station, on one or more other subframes other than the MBSFN subframe, remaining group service data that cannot be sent on the MBSFN subframe corresponding to the MCH; and instructing, by the base station, the UE to receive the remaining data on the one or more other subframes. when the base station cannot completely send the group service data on the MBSFN subframe that is corresponding to the MCH and that is within the MSP, sending, by the base station, on one or more other subframes other than the MBSFN subframe, remaining group service data that cannot be sent on the MBSFN subframe corresponding to the MCH; and instructing, by the base station, the UE to receive the remaining data on the one or more other subframes.
A collapsible support for a computer cabinet comprising: - a first endpiece; - a second endpiece; - an elongated guide member connected to and spanning between said first and second endpieces; said guide member comprising a guide recess, and one or more guide pins; and - a first and a second leg; characterized in that the collapsible support comprises: - an elongated toothed rack spanning between said first and second endpieces; said toothed rack comprising one or more guide recesses, each adapted for receiving a guide pin of the guide member, thereby allowing said toothed rack to slide from a first position to a second position relative to said guide member; - said first and second leg, each comprising: a) a foot (152, 162); b) a leg part (154, 164) connected to the foot (152, 162); and c) a sled (156, 166) connected to the leg part (154, 164); wherein said sled (156, 166) comprises i) a locking means (157, 167) adapted for engaging with said toothed rack, and ii) a guide pin (158, 168) adapted for engaging with the guide recess of the guide member, thereby allowing said sled (156, 166) and thereby said leg (150, 160) to move along said guide recess; and - disengagement means adapted for sliding the toothed rack from said first position to said second position relative to said guide member. - a first endpiece; - a second endpiece; - an elongated guide member connected to and spanning between said first and second endpieces; said guide member comprising a guide recess, and one or more guide pins; and - a first and a second leg; - an elongated toothed rack spanning between said first and second endpieces; said toothed rack comprising one or more guide recesses, each adapted for receiving a guide pin of the guide member, thereby allowing said toothed rack to slide from a first position to a second position relative to said guide member; - said first and second leg, each comprising: a) a foot (152, 162); b) a leg part (154, 164) connected to the foot (152, 162); and c) a sled (156, 166) connected to the leg part (154, 164); wherein said sled (156, 166) comprises i) a locking means (157, 167) adapted for engaging with said toothed rack, and ii) a guide pin (158, 168) adapted for engaging with the guide recess of the guide member, thereby allowing said sled (156, 166) and thereby said leg (150, 160) to move along said guide recess; and a) a foot (152, 162); b) a leg part (154, 164) connected to the foot (152, 162); and c) a sled (156, 166) connected to the leg part (154, 164); wherein said sled (156, 166) comprises i) a locking means (157, 167) adapted for engaging with said toothed rack, and ii) a guide pin (158, 168) adapted for engaging with the guide recess of the guide member, thereby allowing said sled (156, 166) and thereby said leg (150, 160) to move along said guide recess; and - disengagement means adapted for sliding the toothed rack from said first position to said second position relative to said guide member.
A buoyancy system for a fish pen, the fish pen comprising an enclosure for keeping fish confined in the fish pen, the enclosure being secured to an inner buoyancy body being a closed pipe of polymer material and floating on a water surface, wherein the buoyancy system comprises the inner buoyancy body and an outer buoyancy body extending around the outer circumference of the fish pen on the outside of the inner buoyancy body; and the inner buoyancy body is directly secured to the outer buoyancy body with a mooring so that the outer buoyancy body and the inner buoyancy body move independently of each other relative to waves, said buoyancy system being characterized in that said inner buoyancy body is extending around an outer circumference of the fish pen.
A method for performing wireless discovery between two or more wireless stations, the method comprising: prior to a connection having been established between a first wireless station and a second wireless station, transmitting a data string from the first wireless station to the second wireless station; and establishing (S730, S795) a wireless connection between the first wireless station and the second wireless station if the second wireless station receiving the data string contains the necessary interoperability hardware and/or software to run a service or application described by the data string, wherein the data string includes necessary interoperability information for the service or application to run on the second wireless station, wherein the data string further includes unique identification data for the service or application, and wherein the data string is an output of a hash function based on the unique identification data for the service or application along with the necessary interoperability information. prior to a connection having been established between a first wireless station and a second wireless station, transmitting a data string from the first wireless station to the second wireless station; and establishing (S730, S795) a wireless connection between the first wireless station and the second wireless station if the second wireless station receiving the data string contains the necessary interoperability hardware and/or software to run a service or application described by the data string, wherein the data string includes necessary interoperability information for the service or application to run on the second wireless station, wherein the data string further includes unique identification data for the service or application, and wherein the data string is an output of a hash function based on the unique identification data for the service or application along with the necessary interoperability information.
A method of manufacturing a microelectromechanical system (100, 200), the microelectromechanical system comprising a fixed body element and an element that is releasable from the body and, once released, is moveable relative to the fixed body element (220, 232, 1014, 1024), the method comprising: patterning a metal coating (210, 304a) on a first surface of a first sheet of a flexible plastic material (206, 1000) to remove the metal coating (210, 304a) from a first portion of the surface of the first sheet, while leaving a first metallic region on a second portion of the first surface of the first sheet; patterning the first sheet to produce the fixed body element (1018, 1022) from the first portion of the first sheet, and the releasable and moveable element (1014, 1024) from the second portion of the first sheet of the flexible plastic material, with the releasable and moveable element having the first metallic region and a tether that tethers the releasable and moveable element to a portion of the fixed body element; and laminating a second sheet of a flexible plastic material to the first sheet to provide a composite laminated structure. patterning a metal coating (210, 304a) on a first surface of a first sheet of a flexible plastic material (206, 1000) to remove the metal coating (210, 304a) from a first portion of the surface of the first sheet, while leaving a first metallic region on a second portion of the first surface of the first sheet; patterning the first sheet to produce the fixed body element (1018, 1022) from the first portion of the first sheet, and the releasable and moveable element (1014, 1024) from the second portion of the first sheet of the flexible plastic material, with the releasable and moveable element having the first metallic region and a tether that tethers the releasable and moveable element to a portion of the fixed body element; and laminating a second sheet of a flexible plastic material to the first sheet to provide a composite laminated structure.
A detection system for detecting contact between an implement in a saw and an object comprising: an electrically conductive charge plate positioned at a predetermined distance from the implement; a detection circuit comprising a transformer, the transformer further comprising: a first winding (152, 154) formed from a first electrical conductor (852, 862) between a first terminal and a second terminal; and a second winding (152, 154) formed from a second electrical conductor (852, 862) between a third terminal and a fourth terminal, characterized by; a single cable (724, 742) connecting the first terminal and the second terminal of the winding to the charge plate and the implement, the single cable comprising: a first conductor (852, 862) electrically connected to the first terminal of the winding and to the electrically conductive plate; a second conductor (852, 862) electrically connected to the implement; and an electrical insulator (852, 862) positioned between the first conductor and the second conductor. an electrically conductive charge plate positioned at a predetermined distance from the implement; a detection circuit comprising a transformer, the transformer further comprising: a first winding (152, 154) formed from a first electrical conductor (852, 862) between a first terminal and a second terminal; and a second winding (152, 154) formed from a second electrical conductor (852, 862) between a third terminal and a fourth terminal, characterized by; a first winding (152, 154) formed from a first electrical conductor (852, 862) between a first terminal and a second terminal; and a second winding (152, 154) formed from a second electrical conductor (852, 862) between a third terminal and a fourth terminal, characterized by; a single cable (724, 742) connecting the first terminal and the second terminal of the winding to the charge plate and the implement, the single cable comprising: a first conductor (852, 862) electrically connected to the first terminal of the winding and to the electrically conductive plate; a second conductor (852, 862) electrically connected to the implement; and an electrical insulator (852, 862) positioned between the first conductor and the second conductor. a first conductor (852, 862) electrically connected to the first terminal of the winding and to the electrically conductive plate; a second conductor (852, 862) electrically connected to the implement; and an electrical insulator (852, 862) positioned between the first conductor and the second conductor.
A method of supporting a plurality of remote controllers (1a...1n) interfacing with a digital television receiver, the method comprising the steps of: - defining a Java-based event class for event configuration and a Java-based function class for confirming functions of a remote controller, each including a plurality of Application Programming Interfaces, APIs, the plurality of APIs including a remote controller identifier, ID, enabling to identify a remote controller; - receiving a signal from a specific remote controller among the plurality of remote controllers, the signal including a remote controller ID and key code information; - identifying the specific remote controller by determining whether the remote controller ID from the received signal is the remote controller ID included in the event class; - generating an event signal corresponding to the key code information of the identified remote controller; and - controlling the digital television receiver according to the generated event signal. - defining a Java-based event class for event configuration and a Java-based function class for confirming functions of a remote controller, each including a plurality of Application Programming Interfaces, APIs, the plurality of APIs including a remote controller identifier, ID, enabling to identify a remote controller; - receiving a signal from a specific remote controller among the plurality of remote controllers, the signal including a remote controller ID and key code information; - identifying the specific remote controller by determining whether the remote controller ID from the received signal is the remote controller ID included in the event class; - generating an event signal corresponding to the key code information of the identified remote controller; and - controlling the digital television receiver according to the generated event signal.