mhurhangee/patent-ind-claim-en huggingface dataset:
A method performed by a User Equipment "UE" comprising: determining a received signal strength of a reference signal transmitted from an eNodeB ; determining a coverage enhancement based on the determined signal strength; and transmitting a signature sequence of a plurality of signature sequences a first repeated number of times corresponding to the determined coverage enhancement, wherein determining the coverage enhancement comprises determining: whether an initial coverage extension level selected is supported by a network; if the initial coverage extension level is supported by the network, use the initial coverage extension level as the determined coverage enhancement; and if the initial coverage extension level is not supported by the network: determine a next closest coverage extension level that is supported by the network; and use the next closest coverage extension level as the determined coverage enhancement. determining a received signal strength of a reference signal transmitted from an eNodeB ; determining a coverage enhancement based on the determined signal strength; and transmitting a signature sequence of a plurality of signature sequences a first repeated number of times corresponding to the determined coverage enhancement, wherein determining the coverage enhancement comprises determining: whether an initial coverage extension level selected is supported by a network; if the initial coverage extension level is supported by the network, use the initial coverage extension level as the determined coverage enhancement; and if the initial coverage extension level is not supported by the network: determine a next closest coverage extension level that is supported by the network; and use the next closest coverage extension level as the determined coverage enhancement. whether an initial coverage extension level selected is supported by a network; if the initial coverage extension level is supported by the network, use the initial coverage extension level as the determined coverage enhancement; and if the initial coverage extension level is not supported by the network: determine a next closest coverage extension level that is supported by the network; and use the next closest coverage extension level as the determined coverage enhancement. determine a next closest coverage extension level that is supported by the network; and use the next closest coverage extension level as the determined coverage enhancement.
Flame ionisation detector, with a burner , in order to combust an oxygen-containing sample gas in a gas flame in the presence of air and while supplying a hydrogen-containing combustion gas , with a measurement device , in order to measure an ion current (I) from the gas flame to an electrode , with an evaluation device evaluating the measured ion current (I) and with a temperature sensor measuring the temperature (T) of the gas flame , wherein the evaluation device is embodied, during the evaluation of the measured ion current (I), to compensate for the cross-sensitivity thereof to the oxygen in the sample gas using the measured temperature (T).
A method at a mobile device comprising: receiving a message, wherein the message includes an identification of a sender, an identification of a recipient, and a message content; determining that the mobile device is set to at least one of a silent mode or a quiet mode wherein message alerts and phone ringing are prevented; on determining that the mobile device is set to at least one of the silent mode or the quiet mode, determining that the message content includes a predetermined phrase; and in response to determining that the message content includes the predetermined phrase, audibly presenting the message content. receiving a message, wherein the message includes an identification of a sender, an identification of a recipient, and a message content; determining that the mobile device is set to at least one of a silent mode or a quiet mode wherein message alerts and phone ringing are prevented; on determining that the mobile device is set to at least one of the silent mode or the quiet mode, determining that the message content includes a predetermined phrase; and in response to determining that the message content includes the predetermined phrase, audibly presenting the message content.
A system, comprising: a processor configured to: receive a test result, wherein the test result reflects a condition of a brain in a subject or a vagus nerve activity; and determine a stimulation parameter based on the test result; and a stimulator configured to: stimulate a first nerve based on the stimulation parameter, wherein stimulation of the first nerve assists or causes contraction of a respiratory muscle in the subject, and stimulate a second nerve, wherein stimulation of the second nerve establishes a nerve block or reduces inflammation. a processor configured to: receive a test result, wherein the test result reflects a condition of a brain in a subject or a vagus nerve activity; and determine a stimulation parameter based on the test result; and receive a test result, wherein the test result reflects a condition of a brain in a subject or a vagus nerve activity; and determine a stimulation parameter based on the test result; and a stimulator configured to: stimulate a first nerve based on the stimulation parameter, wherein stimulation of the first nerve assists or causes contraction of a respiratory muscle in the subject, and stimulate a second nerve, wherein stimulation of the second nerve establishes a nerve block or reduces inflammation. stimulate a first nerve based on the stimulation parameter, wherein stimulation of the first nerve assists or causes contraction of a respiratory muscle in the subject, and stimulate a second nerve, wherein stimulation of the second nerve establishes a nerve block or reduces inflammation.
A fixing device to fix an image on a recording medium comprising: - a heating member having an induction heating layer ; - a pressing member configured to contact the heating member and to form a nip portion (N) with the heating member through which the recording medium with the image to pass; - an induction heating unit comprising an induction heating coil and arranged along an outer circumferential surface of the heating member , the induction heating unit configured to applying an electric current to the induction heating coil to generate a magnetic flux to heat the induction heating layer of the heating member ; wherein (i) a wound width Wc of a center portion of the induction heating coil in a direction perpendicular to a longitudinal direction of the heating member ; (ii) a wound width Wp in the vicinity of and inside edges of a maximum recording medium passing region (R) of the recoding medium; and (iii) a wound width We of at least one of both edges of the induction heating coil in the longitudinal direction, satisfy that the wound width Wc is smaller than the wound width Wp and larger than or equal to the wound width We, characterized in that the induction heating unit includes a coil bobbin provided with a winding center portion on which a Litz wire is wound a plural number of laps to form the induction heating coil ; and that the wound width of the induction heating coil is changed by winding the Litz wire along a step portion formed on the winding center portion . - a heating member having an induction heating layer ; - a pressing member configured to contact the heating member and to form a nip portion (N) with the heating member through which the recording medium with the image to pass; - an induction heating unit comprising an induction heating coil and arranged along an outer circumferential surface of the heating member , the induction heating unit configured to applying an electric current to the induction heating coil to generate a magnetic flux to heat the induction heating layer of the heating member ; wherein (i) a wound width Wc of a center portion of the induction heating coil in a direction perpendicular to a longitudinal direction of the heating member ; (ii) a wound width Wp in the vicinity of and inside edges of a maximum recording medium passing region (R) of the recoding medium; and (iii) a wound width We of at least one of both edges of the induction heating coil in the longitudinal direction, satisfy that the wound width Wc is smaller than the wound width Wp and larger than or equal to the wound width We, characterized in that the induction heating unit includes a coil bobbin provided with a winding center portion on which a Litz wire is wound a plural number of laps to form the induction heating coil ; and that the wound width of the induction heating coil is changed by winding the Litz wire along a step portion formed on the winding center portion .
A thermal management system, comprising a battery water circuit and a seat water circuit , wherein the battery water circuit comprises a cooling water pump and a battery cooling/heating plate , wherein the cooling water pump and the battery cooling/heating plate are connected through a cooling water pipe ; and the seat water circuit has a liquid inlet end and a liquid outlet end , characterized in that the liquid inlet end is connected between a liquid outlet of the cooling water pump and a liquid inlet of the battery cooling/heating plate through a seat water pipe and the cooling water pipe, the liquid outlet end is connected between a liquid inlet of the cooling water pump and a liquid outlet of the battery cooling/heating plate through the seat water pipe and the cooling water pipe, the cooling water pump pumps a liquid medium in the battery water circuit from the liquid inlet end into the seat water circuit, and a liquid medium in the seat water circuit converges from the liquid outlet end into the battery water circuit; and the seat water circuit comprises a seat heat exchange branch, wherein two ends of the seat heat exchange branch are respectively connected to the liquid inlet end and the liquid outlet end, the seat heat exchange branch comprises a seat heat exchanger and a branch control valve, and the branch control valve is disposed between the liquid inlet end and the seat heat exchanger and is configured to control a temperature of a liquid medium in the seat heat exchanger. the battery water circuit comprises a cooling water pump and a battery cooling/heating plate , wherein the cooling water pump and the battery cooling/heating plate are connected through a cooling water pipe ; and the seat water circuit has a liquid inlet end and a liquid outlet end , characterized in that the liquid inlet end is connected between a liquid outlet of the cooling water pump and a liquid inlet of the battery cooling/heating plate through a seat water pipe and the cooling water pipe, the liquid outlet end is connected between a liquid inlet of the cooling water pump and a liquid outlet of the battery cooling/heating plate through the seat water pipe and the cooling water pipe, the cooling water pump pumps a liquid medium in the battery water circuit from the liquid inlet end into the seat water circuit, and a liquid medium in the seat water circuit converges from the liquid outlet end into the battery water circuit; and the seat water circuit comprises a seat heat exchange branch, wherein two ends of the seat heat exchange branch are respectively connected to the liquid inlet end and the liquid outlet end, the seat heat exchange branch comprises a seat heat exchanger and a branch control valve, and the branch control valve is disposed between the liquid inlet end and the seat heat exchanger and is configured to control a temperature of a liquid medium in the seat heat exchanger.
A method for wireless communication, comprising: generating a positioning reference signal, PRS ; configuring the PRS in at least one downlink subframe among a plurality of downlink subframes to be adjacent a clear channel assessment, CCA, exempt transmission CET , wherein the configuring comprises configuring periodicity and/or phase offset for transmitting the PRS adjacent the CET ; and transmitting the PRS in the at least one downlink subframe adjacent the CET using the unlicensed radio frequency spectrum band. generating a positioning reference signal, PRS ; configuring the PRS in at least one downlink subframe among a plurality of downlink subframes to be adjacent a clear channel assessment, CCA, exempt transmission CET , wherein the configuring comprises configuring periodicity and/or phase offset for transmitting the PRS adjacent the CET ; and transmitting the PRS in the at least one downlink subframe adjacent the CET using the unlicensed radio frequency spectrum band.
Device for a variable positioning of a specimen holder , comprising a holder seating for supporting the specimen holder , characterized in that the holder seating a) comprises a base part , which consists at least partially of an organic material and is provided with magnets so that it is displaceable and affixable on a magnetic or magnetziable support; as well as b) a plurality of spikes for pinning on the specimen holder , the spikes extending in a grid away from the base part to which they are firmly joined and especially into which they are embedded, and ending freely on one side. a) comprises a base part , which consists at least partially of an organic material and is provided with magnets so that it is displaceable and affixable on a magnetic or magnetziable support; as well as b) a plurality of spikes for pinning on the specimen holder , the spikes extending in a grid away from the base part to which they are firmly joined and especially into which they are embedded, and ending freely on one side.
An apparatus, comprising: a primary server-end transceiver device , the primary server-end transceiver device comprising a photonics transceiver and a first electrical transmitter; a first secondary server-end transceiver device , the first secondary server-end transceiver device comprising a second electrical transmitter; a first electrical cable to electrically couple the primary server-end transceiver device to the first secondary server-end transceiver device and a second secondary server-end QSFP-compliant device to electrically connect to the first secondary server-end transceiver device by a second electrical cable wherein the first electrical cable comprises a first bundle of electrical wires that facilitates an electrical connection between the primary server-end transceiver device and the first secondary server-end transceiver device and a second set of wires that facilitate an electrical connection between the primary server-end transceiver device and the second secondary server-end transceiver device. a primary server-end transceiver device , the primary server-end transceiver device comprising a photonics transceiver and a first electrical transmitter; a first secondary server-end transceiver device , the first secondary server-end transceiver device comprising a second electrical transmitter; a first electrical cable to electrically couple the primary server-end transceiver device to the first secondary server-end transceiver device and a second secondary server-end QSFP-compliant device to electrically connect to the first secondary server-end transceiver device by a second electrical cable wherein the first electrical cable comprises a first bundle of electrical wires that facilitates an electrical connection between the primary server-end transceiver device and the first secondary server-end transceiver device and a second set of wires that facilitate an electrical connection between the primary server-end transceiver device and the second secondary server-end transceiver device.
Biodegradable matrix for preventing post-surgical adhesions, in particular after soft tissue repair following abdominal surgery, within the body of a mammal, the matrix including a top layer made of a first biocompatible polymer material comprising poly(lactic acid) as a main component and optionally at least one further polymer selected from the group of poly(glycolic acid), poly(glycolic acid-lactic acid) and mixtures thereof; and a bottom layer made of a second biocompatible polymer material comprising as a main component at least one polymer selected from the group consisting of poly(glycolic acid), poly(lactic acid), poly(glycolic acid-lactic acid) and mixtures thereof; wherein the content of poly(lactic acid) in the first polymer material is higher than in the second polymer material; both layers are formed as porous scaffolds comprising a sponge-like structure with interconnected pores of different sizes, the top layer being hydrophilic, having a water contact angle of less than 75° and the bottom layer being hydrophobic, having a water contact angle of more than 90°. a top layer made of a first biocompatible polymer material comprising poly(lactic acid) as a main component and optionally at least one further polymer selected from the group of poly(glycolic acid), poly(glycolic acid-lactic acid) and mixtures thereof; and a bottom layer made of a second biocompatible polymer material comprising as a main component at least one polymer selected from the group consisting of poly(glycolic acid), poly(lactic acid), poly(glycolic acid-lactic acid) and mixtures thereof; wherein the content of poly(lactic acid) in the first polymer material is higher than in the second polymer material; both layers are formed as porous scaffolds comprising a sponge-like structure with interconnected pores of different sizes, the top layer being hydrophilic, having a water contact angle of less than 75° and the bottom layer being hydrophobic, having a water contact angle of more than 90°.
An method for preparing ethylene comprising: thermally cracking of naphtha, C2 and C3 hydrocarbon compounds including propane to obtain thermally cracked gas; cooling the thermally cracked gas containing hydrogen and C1, C2, and C3+ hydrocarbon compounds; compressing the cooled thermally cracked gas; feeding a thermally cracked compressed stream to a first distillation apparatus selectively operated as a first deethanizer or a depropanizer; and feeding an overhead discharge stream of the first distillation apparatus to a second distillation apparatus, wherein in a case where the first distillation apparatus is operated as the first deethanizer, a bottom discharge stream of the second distillation apparatus is fed to a C2 separator, and in a case where the first distillation apparatus is operated as the depropanizer, the bottom discharge stream of the second distillation apparatus is passed through a third distillation apparatus and fed to the C2 separator, wherein in a case where a content of a C1 hydrocarbon compound in the thermally cracked compressed stream is less than 20 mole%, the first distillation apparatus is operated as the first deethanizer, and in a case where the content of the C1 hydrocarbon compound in the thermally cracked compressed stream is 20 mole% or more, the first distillation apparatus is operated as the depropanizer, and wherein a overhead discharge stream of the C2 separator contains ethylene, and the overhead discharge stream of the C2 separator is fed to a first compressor. thermally cracking of naphtha, C2 and C3 hydrocarbon compounds including propane to obtain thermally cracked gas; cooling the thermally cracked gas containing hydrogen and C1, C2, and C3+ hydrocarbon compounds; compressing the cooled thermally cracked gas; feeding a thermally cracked compressed stream to a first distillation apparatus selectively operated as a first deethanizer or a depropanizer; and feeding an overhead discharge stream of the first distillation apparatus to a second distillation apparatus, wherein in a case where the first distillation apparatus is operated as the first deethanizer, a bottom discharge stream of the second distillation apparatus is fed to a C2 separator, and in a case where the first distillation apparatus is operated as the depropanizer, the bottom discharge stream of the second distillation apparatus is passed through a third distillation apparatus and fed to the C2 separator, wherein in a case where a content of a C1 hydrocarbon compound in the thermally cracked compressed stream is less than 20 mole%, the first distillation apparatus is operated as the first deethanizer, and in a case where the content of the C1 hydrocarbon compound in the thermally cracked compressed stream is 20 mole% or more, the first distillation apparatus is operated as the depropanizer, and wherein a overhead discharge stream of the C2 separator contains ethylene, and the overhead discharge stream of the C2 separator is fed to a first compressor.
A mountable sensor assembly comprising: a sensor circuit ; a sensor housing having walls that define a cavity with an opening for receiving the sensor circuit ; a cover configured to enclose the opening; and a deformable gasket provided to seal between the cover and the housing , wherein the cover is configured to interface with the walls of the housing through a ratcheting mechanism that provides a ratcheting effect where pushing down the cover relative to the housing creates multiple successive locking latches; wherein the ratcheting mechanism comprises one or more ratcheting assemblies, where each ratcheting assembly has a first ratcheting portion on the housing and a second ratcheting portion on the cover ; wherein one of the first ratcheting portion or the second ratcheting portion comprises a plurality of flexible latching fingers that engage a plurality of solid ridges on the other of the first ratcheting portion or the second ratcheting portion . a sensor circuit ; a sensor housing having walls that define a cavity with an opening for receiving the sensor circuit ; a cover configured to enclose the opening; and a deformable gasket provided to seal between the cover and the housing , wherein the cover is configured to interface with the walls of the housing through a ratcheting mechanism that provides a ratcheting effect where pushing down the cover relative to the housing creates multiple successive locking latches; wherein the ratcheting mechanism comprises one or more ratcheting assemblies, where each ratcheting assembly has a first ratcheting portion on the housing and a second ratcheting portion on the cover ; wherein one of the first ratcheting portion or the second ratcheting portion comprises a plurality of flexible latching fingers that engage a plurality of solid ridges on the other of the first ratcheting portion or the second ratcheting portion .