mhurhangee/ep-ind-claims huggingface dataset:
A hydrophone configured to operate in push-pull mode comprising a stack of layers (1, 2, 3, 4, 5) that are bonded to one another, the stack being produced along a direction of stacking (z), the layers (1, 2, 3, 4, 5) comprising at least one piezoelectric layer (2, 4) and a plurality of layers referred to as rigid layers (1, 3, 5), at least two of which are electrode layers, in which the rigid layers (1, 3, 5) exhibit a stiffness perpendicularly to the direction of stacking (z), which is higher than a stiffness of the piezoelectric layer perpendicularly to the direction of stacking (z), at least one piezoelectric layer (2, 4) comprises a central zone characterized in that the central zone comprises a set of perforations that pass through the piezoelectric layer (2, 4) solely along the direction of stacking (z), each perforation being closed tight by closure elements comprising portions of two of said rigid layers (1, 3, 5), said two rigid layers (1, 3) extending over the entirety of the surface of the central zone, and in which the perforations are filled with a filler material forming, with a piezoelectric material of the layer (2, 4), a connectivity composite 3-1.
An indoor unit of an air conditioner comprising: a main body, being a box member having blowing means and heat exchanging means stored therein, and including a blowout port formed on a front surface thereof in a range nearer a lower surface and on the lower surface in a range nearer the front surface; a front flap tiltably arranged on the front surface side of the blowout port; a lower flap tiltably arranged on the lower surface side of the blowout port; a fan casing which defines a blowout air duct from the blowing means to the blowout port; front tilting means configured to tilt the front flap; lower tilting means configured to tilt the lower flap; characterized in that control means is configured during a cooling operation to control the front tilting means and the lower tilting means so that the front flap and the lower flap stop at positions to form a smoothly continuing surface in the blowout air duct at a predetermined distance from each other, and the front side and the back side of the front flap and the lower flap are all exposed to blown air. a main body, being a box member having blowing means and heat exchanging means stored therein, and including a blowout port formed on a front surface thereof in a range nearer a lower surface and on the lower surface in a range nearer the front surface; a front flap tiltably arranged on the front surface side of the blowout port; a lower flap tiltably arranged on the lower surface side of the blowout port; a fan casing which defines a blowout air duct from the blowing means to the blowout port; front tilting means configured to tilt the front flap; lower tilting means configured to tilt the lower flap; characterized in that control means is configured during a cooling operation to control the front tilting means and the lower tilting means so that the front flap and the lower flap stop at positions to form a smoothly continuing surface in the blowout air duct at a predetermined distance from each other, and the front side and the back side of the front flap and the lower flap are all exposed to blown air.
A process for the production of a transparent electrode, comprising the process steps: I) provision of a transparent substrate layer, wherein the transparent substrate layer is glass or a transparent film of plastic, II) application of a grid structure comprising a plurality of bars of metal or at least comprising metallic particles to the substrate layer, III) application of a dispersion comprising a) at least one polythiophene, b) at least one polymer having SO 3 - M + groups, c) at least one fluorinated or perfluorinated polymer having SO 3 - M + groups, and d) at least one dispersing agent, preferably water, wherein M + represents H +, Li +, Na +, K + or NH 4 +, to the transparent substrate layer provided with the grid structure, and IV) at least partial removal of the dispersing agent resulting in obtaining a transparent electrode. I) provision of a transparent substrate layer, wherein the transparent substrate layer is glass or a transparent film of plastic, II) application of a grid structure comprising a plurality of bars of metal or at least comprising metallic particles to the substrate layer, III) application of a dispersion comprising a) at least one polythiophene, b) at least one polymer having SO 3 - M + groups, c) at least one fluorinated or perfluorinated polymer having SO 3 - M + groups, and d) at least one dispersing agent, preferably water, wherein M + represents H +, Li +, Na +, K + or NH 4 +, to the transparent substrate layer provided with the grid structure, and a) at least one polythiophene, b) at least one polymer having SO 3 - M + groups, c) at least one fluorinated or perfluorinated polymer having SO 3 - M + groups, and d) at least one dispersing agent, preferably water, IV) at least partial removal of the dispersing agent resulting in obtaining a transparent electrode.
A method for supporting cooperative concurrency in a concurrent priority queue (501, 601, 701, 801) of a middleware system, the concurrent priority queue including a calendar ring (502, 602, 702, 802) that stores requests having a target response time within a predetermined time limit and according to a target service time, and a lane (505, 704, 803) that stores requests that have been moved from the calendar ring to the lane due to contention between consumers, the method comprising: detecting one or more threads (811, 812) that contend to claim one or more requests in the concurrent priority queue; placing, via a first thread, a request from the calendar ring that is under contention into the lane in the concurrent priority queue; and releasing, via the first thread, a second thread, wherein the released thread proceeds to consume the request in the lane, wherein requests in the lane are claimed by the one or more threads before requests in the calendar ring. detecting one or more threads (811, 812) that contend to claim one or more requests in the concurrent priority queue; placing, via a first thread, a request from the calendar ring that is under contention into the lane in the concurrent priority queue; and releasing, via the first thread, a second thread, wherein the released thread proceeds to consume the request in the lane, wherein requests in the lane are claimed by the one or more threads before requests in the calendar ring.
An overhead robot system for moving objects, which may be stacked, located in a warehouse area, said system comprising a gantry unit arranged to move above objects located in the warehouse area, a gripper attached to the gantry unit and arranged to move along the gantry unit, said gripper comprising means to reach the warehouse area to pick up and release an object/stack of objects and to lift the object/stack of objects up for moving it to another location, and a robot control system for controlling the movements of the gantry unit and the gripper, characterised in that the system also comprises a platform (15, 74) that can be positioned at the gripper, to the vicinity and below an object/stack of objects held up in the gripper, for releasing a single object from the gripper onto the platform (15, 74), and carrying means (9, 71, 73) for moving the object from the platform to the edge of the warehouse area, said robot control system comprising control means for controlling the movements of the platform and the carrying means (9, 71, 73), the carrying means (9, 71, 73) comprising a carrying element (14, 73) for moving the object away from the platform (15, 74), and a carrier attached to the gantry unit and arranged to move along the gantry unit, being able to move along the gantry unit to the position of the gripper and beyond, said platform and carrying element (14,73) being in connection with the carrier.
An article comprising: a metal substrate of a food or beverage container or a portion thereof; and a coating applied on at least a portion of a major surface of the metal substrate, wherein the coating is formed from a coating composition comprising: a binder polymer having: one or more of backbone unsaturated cycloaliphatic groups with a double bond located between carbon atoms of a ring, wherein the unsaturated cycloaliphatic group comprises an unsaturated group that is at least bicyclic, and an iodine value of at least 10, determined by Test Method E "Iodine Value"; and a resole phenolic crosslinker. a metal substrate of a food or beverage container or a portion thereof; and a coating applied on at least a portion of a major surface of the metal substrate, wherein the coating is formed from a coating composition comprising: a binder polymer having: one or more of backbone unsaturated cycloaliphatic groups with a double bond located between carbon atoms of a ring, wherein the unsaturated cycloaliphatic group comprises an unsaturated group that is at least bicyclic, and an iodine value of at least 10, determined by Test Method E "Iodine Value"; and a resole phenolic crosslinker. wherein the coating is formed from a coating composition comprising: a binder polymer having: one or more of backbone unsaturated cycloaliphatic groups with a double bond located between carbon atoms of a ring, wherein the unsaturated cycloaliphatic group comprises an unsaturated group that is at least bicyclic, and an iodine value of at least 10, determined by Test Method E "Iodine Value"; and a resole phenolic crosslinker. a binder polymer having: one or more of backbone unsaturated cycloaliphatic groups with a double bond located between carbon atoms of a ring, wherein the unsaturated cycloaliphatic group comprises an unsaturated group that is at least bicyclic, and an iodine value of at least 10, determined by Test Method E "Iodine Value"; and one or more of backbone unsaturated cycloaliphatic groups with a double bond located between carbon atoms of a ring, wherein the unsaturated cycloaliphatic group comprises an unsaturated group that is at least bicyclic, and an iodine value of at least 10, determined by Test Method E "Iodine Value"; and a resole phenolic crosslinker.
A positioning device for positioning a component from a top down, said device comprising: a screw threaded into a top surface of a body; a plurality of balls positioned within a curved channel in the body where a top one of the balls is coupled to the screw, wherein the curved channel has a general J-shape where the curved channel extends downward from the screw, then towards a back surface of the body, and then towards a front surface of the body; and a pin positioned within and extending out of a front surface of the body, said pin being coupled to a bottom one of the balls, wherein threading the screw into the body causes the screw to push downward on the balls which causes the balls to push on the pin and extend it out of the body. a screw threaded into a top surface of a body; a plurality of balls positioned within a curved channel in the body where a top one of the balls is coupled to the screw, wherein the curved channel has a general J-shape where the curved channel extends downward from the screw, then towards a back surface of the body, and then towards a front surface of the body; and a pin positioned within and extending out of a front surface of the body, said pin being coupled to a bottom one of the balls, wherein threading the screw into the body causes the screw to push downward on the balls which causes the balls to push on the pin and extend it out of the body.
Partition separating a passenger compartment from a driver's cab of a rail vehicle for passenger traffic, wherein it comprises at least two doors (2, 3, 4) for the passage of persons, wherein the doors (2, 3, 4) are mounted in a common frame and are embodied to be at least partially transparent and the doors (2, 3, 4) are suitable for being smashed with an emergency hammer.
A terminal comprising: a receiving section configured to receive a TPC command for determining transmission power of an uplink shared channel; a transmission section configured to transmit the uplink shared channel; and a control section configured to control accumulation of TPC commands that are received using a time domain that is shorter than one subframe as specified by LTE, wherein when the TPC commands are accumulated, the control section controls determination of the transmission power of the uplink shared channel based on a sum of TPC commands, which are received using the time domain that is shorter than one subframe, in a given period that is determined in symbols, wherein when the TPC commands are not accumulated, the control section is configured to determine an adjustment value for the TPC commands. a receiving section configured to receive a TPC command for determining transmission power of an uplink shared channel; a transmission section configured to transmit the uplink shared channel; and a control section configured to control accumulation of TPC commands that are received using a time domain that is shorter than one subframe as specified by LTE, wherein when the TPC commands are accumulated, the control section controls determination of the transmission power of the uplink shared channel based on a sum of TPC commands, which are received using the time domain that is shorter than one subframe, in a given period that is determined in symbols, wherein when the TPC commands are not accumulated, the control section is configured to determine an adjustment value for the TPC commands.
A solid state lighting tile (12A, 12B), comprising: a substrate (13A, 13B); a solid state lighting element mounted on a surface of the substrate; and a reflector sheet (14, 24) on the surface of the substrate, wherein the reflector sheet (14, 24) comprises a diffuse reflector and, wherein the reflector sheet comprises microcellular polyethylene terephthalate. a substrate (13A, 13B); a solid state lighting element mounted on a surface of the substrate; and a reflector sheet (14, 24) on the surface of the substrate, wherein the reflector sheet (14, 24) comprises a diffuse reflector and, wherein the reflector sheet comprises microcellular polyethylene terephthalate.
A flow evaporator for discharging a liquid that has collected, for example a condensate, comprising an evaporation chamber that has an inlet opening, an evaporation base which, in the fitted state of the flow evaporator, delimits the evaporation chamber substantially in the direction of the force of gravity (g), a steam outlet opening, and a liquid channel that extends from the inlet opening to a water inlet opening located outside of the evaporation chamber and which forms a steam seal by it having a seal cross-section located entirely beneath the inlet opening in the direction of the force of gravity (g), characterised in that a heating element is connected to the evaporation chamber such as to conduct heat and is disposed above or beneath the evaporation chamber or is wound around the evaporation chamber.
A method, performed at a network controller, of managing a plurality of end nodes (3, 4, 5) of a Low-Power Wide Area Network, LPWAN, wherein each end node (3, 4, 5) is switchable between at least two operating modes, the method comprising: Broadcasting a mode change command to the plurality of end nodes (3, 4, 5), wherein the mode change command indicates a desired operating mode of the plurality of end nodes (3, 4, 5); determining whether at least one end node has not successfully switched into the desired operating mode in response to the mode change command; and in response to the detector determining that at least one end node has not switched into the desired mode, rebroadcasting the mode change command; wherein the at least two operating modes comprise at least: a first operating mode in which the end node transmits first information, generated at the end node, to a network controller; and a second operating mode in which the end node does not transmit the first information to the network controller; characterized by the step of determining comprising determining whether each of the plurality of end nodes has successfully switched into the desired operating mode in response to the mode change command based on whether the first information from each of the plurality of end nodes is received by the network controller or not. Broadcasting a mode change command to the plurality of end nodes (3, 4, 5), wherein the mode change command indicates a desired operating mode of the plurality of end nodes (3, 4, 5); determining whether at least one end node has not successfully switched into the desired operating mode in response to the mode change command; and in response to the detector determining that at least one end node has not switched into the desired mode, rebroadcasting the mode change command; a first operating mode in which the end node transmits first information, generated at the end node, to a network controller; and a second operating mode in which the end node does not transmit the first information to the network controller; characterized by the step of determining comprising determining whether each of the plurality of end nodes has successfully switched into the desired operating mode in response to the mode change command based on whether the first information from each of the plurality of end nodes is received by the network controller or not.
Device for packaging in a plastic bag packets dropped through an insert opening in a safe, which device comprises: - a frame placeable in the safe; - suspension means for suspending the plastic bag from the frame such that the opening of the bag is directed toward the insert opening of the safe; - sealing means arranged on the frame for sealing shut the opening of the plastic bag; characterized in that the sealing means are arranged under the suspension means; and wherein the sealing means comprise at least two heatable sealing bars displaceable against each other. - a frame placeable in the safe; - suspension means for suspending the plastic bag from the frame such that the opening of the bag is directed toward the insert opening of the safe; - sealing means arranged on the frame for sealing shut the opening of the plastic bag; characterized in that the sealing means are arranged under the suspension means; and wherein the sealing means comprise at least two heatable sealing bars displaceable against each other.
A synchronization signal block transmission method, the method performed by a terminal device and comprising: receiving a synchronization signal block, SSB, from a network device in a resource position of the SSB, wherein the resource position of the SSB is comprised in a candidate resource position set of the SSB, and the SSB comprises a primary synchronization signal, PSS, a secondary synchronization signal, SSS, and a physical broadcast channel, PBCH, wherein one resource position in the candidate resource position set is mapped to one symbol in time domain, the PSS, the SSS, and the PBCH are frequency-division multiplexed in the resource position, and a subcarrier spacing corresponding to the resource position is 15 kHz, 30 kHz, or 60 kHz, characterized in that when the subcarrier spacing is 15 kHz, the candidate resource position set is a first set or a subset of the first set, and indexes of a symbol in the first set are {0, 7, 14, 21}+28×a, wherein a≥0 and a is an integer; when the subcarrier spacing is 30 kHz, the candidate resource position set is a second set or a subset of the second set, and indexes of a symbol in the second set are {0, 1, 7, 8, 14, 15, 21, 22}+28×b; or when the subcarrier spacing is 60 kHz, the candidate resource position set is a third set or a subset of the third set, and indexes of a symbol in the third set are {0, 1, 2, 3, 7, 8, 9, 10, 14, 15, 16, 17, 21, 22, 23, 24}+28×c, wherein c≥0 and c is an integer. receiving a synchronization signal block, SSB, from a network device in a resource position of the SSB, wherein the resource position of the SSB is comprised in a candidate resource position set of the SSB, and the SSB comprises a primary synchronization signal, PSS, a secondary synchronization signal, SSS, and a physical broadcast channel, PBCH, wherein one resource position in the candidate resource position set is mapped to one symbol in time domain, the PSS, the SSS, and the PBCH are frequency-division multiplexed in the resource position, and a subcarrier spacing corresponding to the resource position is 15 kHz, 30 kHz, or 60 kHz, characterized in that when the subcarrier spacing is 15 kHz, the candidate resource position set is a first set or a subset of the first set, and indexes of a symbol in the first set are {0, 7, 14, 21}+28×a, wherein a≥0 and a is an integer; when the subcarrier spacing is 30 kHz, the candidate resource position set is a second set or a subset of the second set, and indexes of a symbol in the second set are {0, 1, 7, 8, 14, 15, 21, 22}+28×b; or when the subcarrier spacing is 60 kHz, the candidate resource position set is a third set or a subset of the third set, and indexes of a symbol in the third set are {0, 1, 2, 3, 7, 8, 9, 10, 14, 15, 16, 17, 21, 22, 23, 24}+28×c, wherein c≥0 and c is an integer.
An improved intruder resistant screen comprising: a frame comprising multiple elongate frame members joined by corner stakes; a woven wire intruder resistant mesh covering an opening enclosed by the frame; a plurality of clamp elements engaging with the elongate frame members to hold the mesh by a leveraged clamping action; and at least one fastener holding each clamping element to the elongate frame member; wherein there are two or more clamp elements engaging each elongate frame member; characterized in that: each clamp element is elongate in the direction of the respective elongate frame member; and each fastener has a drilling portion, a shank portion, a head and a thread. a frame comprising multiple elongate frame members joined by corner stakes; a woven wire intruder resistant mesh covering an opening enclosed by the frame; a plurality of clamp elements engaging with the elongate frame members to hold the mesh by a leveraged clamping action; and at least one fastener holding each clamping element to the elongate frame member; wherein there are two or more clamp elements engaging each elongate frame member; characterized in that: each clamp element is elongate in the direction of the respective elongate frame member; and each fastener has a drilling portion, a shank portion, a head and a thread.
Method for producing a synthesis gas containing carbon monoxide and hydrogen, natural gas being provided with a first carbon dioxide partial pressure (CO 2 pressure) and being processed, inter alia, by increasing the pressure to form a natural gas feed for a thermochemical conversion in which a raw synthesis gas is produced with a second CO 2 pressure which is above the first CO 2 pressure, from which raw synthesis gas at least carbon dioxide (3, 11) is subsequently separated in order to obtain the synthesis gas and carbon dioxide, of which at least some is recycled and used in the thermochemical conversion of the natural gas feed, characterized in that, in order to separate carbon dioxide, the raw synthesis gas is guided on the retentate side via a membrane which is permeable to carbon dioxide and is rinsed on the permeate side by the natural gas provided.
A cutting tool, comprising: a sintered compact including 30 to 80 vol.% cubic boron nitride and a binder phase, wherein the binder phase includes 2 to 10 vol.% ZrN. a sintered compact including 30 to 80 vol.% cubic boron nitride and a binder phase,