mhurhangee/ep-ind-claims huggingface dataset:
A pressure transmitter measuring a pressure of a process fluid comprising: a pressure sensor; a pressure transmitter body having a first coefficient of thermal expansion and including a first opening (326, 810); a first isolation diaphragm (330, 812) coupled to the pressure transmitter body and positioned in the first opening (326, 810), the first isolation diaphragm (330, 812) having a first surface in communication with the process fluid; a first passageway (322, 820) extending between the first opening (326, 810) and the pressure sensor, the first passageway (322, 820) configured to contain fill fluid in communication with a second surface of the first isolation diaphragm (330, 812); a first expansion chamber (342, 822) formed in the pressure transmitter body and coupled to the first passageway (322, 820), the first expansion chamber (342, 822) including a first insert (346, 830) having a second coefficient of thermal expansion; and wherein the first coefficient of thermal expansion of the pressure transmitter body is greater than the second coefficient of thermal expansion of the insert (346,830), characterized in that the first expansion chamber (342, 822) is interposed between a first side opening (347, 840) on a first side of the body and the first passageway (322, 820). a pressure sensor; a pressure transmitter body having a first coefficient of thermal expansion and including a first opening (326, 810); a first isolation diaphragm (330, 812) coupled to the pressure transmitter body and positioned in the first opening (326, 810), the first isolation diaphragm (330, 812) having a first surface in communication with the process fluid; a first passageway (322, 820) extending between the first opening (326, 810) and the pressure sensor, the first passageway (322, 820) configured to contain fill fluid in communication with a second surface of the first isolation diaphragm (330, 812); a first expansion chamber (342, 822) formed in the pressure transmitter body and coupled to the first passageway (322, 820), the first expansion chamber (342, 822) including a first insert (346, 830) having a second coefficient of thermal expansion; and wherein the first coefficient of thermal expansion of the pressure transmitter body is greater than the second coefficient of thermal expansion of the insert (346,830), characterized in that the first expansion chamber (342, 822) is interposed between a first side opening (347, 840) on a first side of the body and the first passageway (322, 820).
A method of operating a first wireless device associated with a group including the first wireless device and a second wireless device, the method comprising: receiving (403, 503) a first data packet from the second wireless device of the group; measuring (407, 507) a first reference signal received power, RSRP, based on a reference signal received from the second wireless device of the group; determining (419, 515/517, 515/537) whether or not to transmit Acknowledgement/Negative, ACK/NACK, feedback for the first data packet based on a comparison between the first RSRP and a first RSRP threshold; wherein determining comprises determining to not transmit ACK feedback responsive to the first RSRP being greater than the first RSRP threshold and responsive to successfully decoding the first data packet; the method further comprising: receiving a second data packet from the second wireless device of the group; measuring a second RSRP associated with the second wireless device; and determining (515/517) to not transmit NACK feedback for the second data packet responsive to the second RSRP being less than a second RSRP threshold and responsive to failure decoding the second data packet; wherein the first and second RSRP thresholds are different. receiving (403, 503) a first data packet from the second wireless device of the group; measuring (407, 507) a first reference signal received power, RSRP, based on a reference signal received from the second wireless device of the group; determining (419, 515/517, 515/537) whether or not to transmit Acknowledgement/Negative, ACK/NACK, feedback for the first data packet based on a comparison between the first RSRP and a first RSRP threshold; wherein determining comprises determining to not transmit ACK feedback responsive to the first RSRP being greater than the first RSRP threshold and responsive to successfully decoding the first data packet; the method further comprising: receiving a second data packet from the second wireless device of the group; measuring a second RSRP associated with the second wireless device; and determining (515/517) to not transmit NACK feedback for the second data packet responsive to the second RSRP being less than a second RSRP threshold and responsive to failure decoding the second data packet; wherein the first and second RSRP thresholds are different. receiving a second data packet from the second wireless device of the group; measuring a second RSRP associated with the second wireless device; and determining (515/517) to not transmit NACK feedback for the second data packet responsive to the second RSRP being less than a second RSRP threshold and responsive to failure decoding the second data packet; wherein the first and second RSRP thresholds are different.
A product comprising at least one retention device (33, 33A, 33B), the retention device (33, 33A, 33B) comprising: - a first member, - a second member extending from a first end of the first member and defining a first contact point, - a third member extending from a second end of the first member and defining a second contact point, and - at least one spring member (34, 34B) extending from at least one of the first, second, or third members (35, 36, 40) and defining a third contact point, wherein: - when the first and second contact points (39, 43) are in contact with a substantially rigid surface and a force is applied to the third contact point, a force is transmitted to the substantially rigid surface at one or both of the first or second contact points (39, 43) and characterised in that - the first member is formed as an arch and is configured to substantially remain in the form of the arch and not to contact to the substantially rigid surface when the force is applied to the third contact point. - a first member, - a second member extending from a first end of the first member and defining a first contact point, - a third member extending from a second end of the first member and defining a second contact point, and - at least one spring member (34, 34B) extending from at least one of the first, second, or third members (35, 36, 40) and defining a third contact point, - when the first and second contact points (39, 43) are in contact with a substantially rigid surface and a force is applied to the third contact point, a force is transmitted to the substantially rigid surface at one or both of the first or second contact points (39, 43) and characterised in that - the first member is formed as an arch and is configured to substantially remain in the form of the arch and not to contact to the substantially rigid surface when the force is applied to the third contact point.
An information processing system comprising: a display device; an image management server; a microscope; and a controller configured to: acquire from the microscope a plurality of images having different depth positions; divide the plurality of images into a plurality of sub-regions; and for each sub-region, generate in-focus position information which corresponds to a depth position; and output to the image management server the plurality of images, and the in-focus position information for each sub-region, wherein, for each sub-region, the in-focus position information indicates said sub-region and one of the plurality of images in an in-focus state, wherein the controller is configured to generate, as the in-focus position information, at least one of a color distribution map and a look-up table. a display device; an image management server; a microscope; and a controller configured to: acquire from the microscope a plurality of images having different depth positions; divide the plurality of images into a plurality of sub-regions; and for each sub-region, generate in-focus position information which corresponds to a depth position; and output to the image management server the plurality of images, and the in-focus position information for each sub-region, wherein, for each sub-region, the in-focus position information indicates said sub-region and one of the plurality of images in an in-focus state, acquire from the microscope a plurality of images having different depth positions; divide the plurality of images into a plurality of sub-regions; and for each sub-region, generate in-focus position information which corresponds to a depth position; and output to the image management server the plurality of images, and the in-focus position information for each sub-region, wherein, for each sub-region, the in-focus position information indicates said sub-region and one of the plurality of images in an in-focus state, wherein the controller is configured to generate, as the in-focus position information, at least one of a color distribution map and a look-up table.
An IMS application server for executing services, such as IP Contact Center services, accessible over a plurality of different access channels, comprising: a service creation layer operable to provide components (141, 142, 143, 144) for creating at least one service, testing the at feast one service and deploying the at least one service into a service execution layer; and said service execution layer comprising: service logic components operable to execute the at least one service; and communication components operable to connect to at least one external service provided by other systems and/or network nodes involved in executing the at least one service, wherein the service creation layer comprises a graphical development environment associated with a node library for providing one or more node types and a drag-and-drop functionality for designing the service as a flow graph. a service creation layer operable to provide components (141, 142, 143, 144) for creating at least one service, testing the at feast one service and deploying the at least one service into a service execution layer; and said service execution layer comprising: service logic components operable to execute the at least one service; and communication components operable to connect to at least one external service provided by other systems and/or network nodes involved in executing the at least one service, service logic components operable to execute the at least one service; and communication components operable to connect to at least one external service provided by other systems and/or network nodes involved in executing the at least one service, wherein the service creation layer comprises a graphical development environment associated with a node library for providing one or more node types and a drag-and-drop functionality for designing the service as a flow graph.
Linear drive comprising a spindle nut and a spindle, and comprising an end shield in which a bearing for rotatably mounting the spindle nut or spindle is received, the spindle being screwed into the spindle nut, first projections that protrude on either side in the transverse direction to the axis of the spindle being formed on the end shield for connecting, by means of a fixed, in particular a non-cantilever, Cardan joint or universal joint, to a device to be driven, characterised in that two interconnected joint parts have second projections protruding in the transverse direction to the axis of the spindle, in particular one projection being formed on each of the joint parts, each of the joint parts having an cavity, into each of which a first projection of the end shield is inserted, in particular by means of a clearance fit in each case, in particular therefore by means of a fit having backlash in each case, the second projections being oriented perpendicularly to the first projections.
A method to optimize the power assignment of user streams transmitted from base stations in coordinated base station transmission systems, said CBST systems employing block diagonalization techniques and being deployed in MIMO-OFDM scenarios, wherein said optimization is subject to a plurality of constraints on the maximum available power transmission from each base station, comprising solving said optimization of power assignment with a single constraint, considering an equivalent base station among said base stations, wherein said single constraint is the most stringent of said plurality of constraints, characterised in that said single constraint is based on a function comprising the precoding weights whose sum of squared values is maximum among all said base stations of each symbol transmitted to each user.
A glass panel unit comprising a first panel including at least a first glass pane; a second panel arranged to face the first panel with a predetermined gap left with respect to the first panel and including at least a second glass pane; a sealing member arranged between the first panel and the second panel to hermetically bond the first panel and the second panel together; an internal space configured to form a reduced-pressure space by being sealed hermetically with the first panel, the second panel, and the sealing member; and a spacer arranged in the internal space so as to be in contact with the first panel and the second panel, the spacer including a plurality of resin layers that are stacked one on top of another in a facing direction in which the first panel and the second panel face each other, at least any two of the plurality of resin layers having different elastic moduli, wherein one resin layer, having the smallest elastic modulus, out of the plurality of resin layers has a greater visible light transmittance than any other one of the plurality of resin layers. a first panel including at least a first glass pane; a second panel arranged to face the first panel with a predetermined gap left with respect to the first panel and including at least a second glass pane; a sealing member arranged between the first panel and the second panel to hermetically bond the first panel and the second panel together; an internal space configured to form a reduced-pressure space by being sealed hermetically with the first panel, the second panel, and the sealing member; and a spacer arranged in the internal space so as to be in contact with the first panel and the second panel, the spacer including a plurality of resin layers that are stacked one on top of another in a facing direction in which the first panel and the second panel face each other, at least any two of the plurality of resin layers having different elastic moduli, wherein one resin layer, having the smallest elastic modulus, out of the plurality of resin layers has a greater visible light transmittance than any other one of the plurality of resin layers.
Injection device for an internal combustion engine, having a first injection valve for injecting fuel of a first fuel composition, which comprises an ethanol fraction, and having a separate, second injection valve for injecting fuel (4") of a second fuel composition, which differs from the first fuel composition, characterized in that the injection device has a heating device for pre-heating only the fuel of the first fuel composition, which is injected by way of the first injection valve, wherein the first injection valve is arranged further remote than the second injection valve from the combustion chamber of the internal combustion engine, and wherein the heating device comprises a heating unit which is integrated into a central fuel supply line for the first injection valve.
A method of controlling a mobile terminal comprising: displaying e-book content comprising one or more pages on a touchscreen; determining whether a touch lock prerequisite for setting the touchscreen to a touch lock mode is met; setting the touchscreen to the touch lock mode when the touch lock prerequisite is met; and maintaining the touchscreen in the touch lock mode until the touchscreen receives one or more specific touch actions to terminate the touch lock mode, characterized in that: a first-specific page of the e-book content and a specific indicator indicating a second-specific page of the e-book content are displayed on the touchscreen when the touchscreen is set to the touch lock mode, and that when a touch action on the specific indicator is received, the second-specific page of the e-book content is displayed and the touch lock mode is terminated. displaying e-book content comprising one or more pages on a touchscreen; determining whether a touch lock prerequisite for setting the touchscreen to a touch lock mode is met; setting the touchscreen to the touch lock mode when the touch lock prerequisite is met; and maintaining the touchscreen in the touch lock mode until the touchscreen receives one or more specific touch actions to terminate the touch lock mode, characterized in that: a first-specific page of the e-book content and a specific indicator indicating a second-specific page of the e-book content are displayed on the touchscreen when the touchscreen is set to the touch lock mode, and that when a touch action on the specific indicator is received, the second-specific page of the e-book content is displayed and the touch lock mode is terminated. a first-specific page of the e-book content and a specific indicator indicating a second-specific page of the e-book content are displayed on the touchscreen when the touchscreen is set to the touch lock mode, and that when a touch action on the specific indicator is received, the second-specific page of the e-book content is displayed and the touch lock mode is terminated.
A method for receiving control channels by a user equipment "UE" in a wireless communication system, the method comprising: receiving control information for receiving an enhanced Physical Downlink Control CHannel "ePDCCH" from a base station through higher layer signaling, the control information including a physical resource block "PRB" information of the ePDCCH and information indicative of a scrambling code identifier of a dedicated reference signal; identifying a second resource for the ePDCCH based on the control information; identifying a first resource for a Physical Downlink Control Channel "PDCCH" associated with a common reference signal on the first resource according to the second resource for the ePDCCH, comprising deriving a ratio between a number of blind demodulations for the dedicated reference signal and a number of blind demodulations for the common reference signal based on system information to obtain a value for determining the second resource; receiving the ePDCCH associated with the dedicated reference signal on the second resource; and receiving the PDCCH associated with the common reference signal on the first resource, wherein the first resource is defined by a downlink bandwidth and a first set of orthogonal frequency division multiplex "OFDM" symbols in a subframe, and the second resource is defined by at least one PRB indicated by the control information and a second set of OFDM symbols in the subframe. receiving control information for receiving an enhanced Physical Downlink Control CHannel "ePDCCH" from a base station through higher layer signaling, the control information including a physical resource block "PRB" information of the ePDCCH and information indicative of a scrambling code identifier of a dedicated reference signal; identifying a second resource for the ePDCCH based on the control information; identifying a first resource for a Physical Downlink Control Channel "PDCCH" associated with a common reference signal on the first resource according to the second resource for the ePDCCH, comprising deriving a ratio between a number of blind demodulations for the dedicated reference signal and a number of blind demodulations for the common reference signal based on system information to obtain a value for determining the second resource; receiving the ePDCCH associated with the dedicated reference signal on the second resource; and receiving the PDCCH associated with the common reference signal on the first resource, wherein the first resource is defined by a downlink bandwidth and a first set of orthogonal frequency division multiplex "OFDM" symbols in a subframe, and the second resource is defined by at least one PRB indicated by the control information and a second set of OFDM symbols in the subframe.
A connector comprising: a housing including a fastening part for fastening the housing to a device with a bolt; an opening provided in the housing; and a plate-like cover covering the opening, characterized in that the connector further comprises a protection rib for controlling infiltration of water from the opening into the device, projecting from a circumference of the opening, wherein the cover is overlapping the protection rib, the cover being configured to be bolt-fastened together with the fastening part to the device in a direction in which the protection rib is extending; wherein a bearing surface of the fastening part on which the bolt is to be tightened and the edge of the protection rib are formed in the same plane. a housing including a fastening part for fastening the housing to a device with a bolt; an opening provided in the housing; and a plate-like cover covering the opening, characterized in that the connector further comprises a protection rib for controlling infiltration of water from the opening into the device, projecting from a circumference of the opening, wherein the cover is overlapping the protection rib, the cover being configured to be bolt-fastened together with the fastening part to the device in a direction in which the protection rib is extending; wherein a bearing surface of the fastening part on which the bolt is to be tightened and the edge of the protection rib are formed in the same plane.
Method for rearing pigs in a barn having at least one pen unit, comprising the steps of transferring an already pregnant sow into the pen unit, weaning piglets no sooner than three weeks after the sow has farrowed the piglets, and transferring the sow out of the pen unit, the piglets being weaned by dividing the pen unit using a dividing element to form a piglet region and a sow region, the weaning being carried out so as to prevent physical contact between the sow and piglets farrowed in the pen unit by the sow, characterized in that the piglets are fattened in the pen unit until they are ready for slaughter and are transferred out of the pen unit as pigs for slaughter, each having a slaughter weight of at least 110 kg, in particular at least 120 kg, the piglet region being gradually enlarged by moving the dividing element, thereby reducing the size of the sow region between the step of weaning and the step of transferring out the pigs for slaughter.