mhurhangee/patent-ind-claim-en huggingface dataset:
A reference signal receiving method, comprising: when a terminal device is out of a first time period, detecting, by the terminal device , a first signal, and determining, based on a detection result of the first signal, whether to use a first reference signal to perform time-frequency tracking and/or channel measurement; and receiving, by the terminal device , a second reference signal when the terminal device is in the first time period, wherein the first reference signal and the second reference signal are reference signals used for time-frequency tracking and/or channel measurement. when a terminal device is out of a first time period, detecting, by the terminal device , a first signal, and determining, based on a detection result of the first signal, whether to use a first reference signal to perform time-frequency tracking and/or channel measurement; and receiving, by the terminal device , a second reference signal when the terminal device is in the first time period, wherein the first reference signal and the second reference signal are reference signals used for time-frequency tracking and/or channel measurement.
A glide plate assembly for insertion between at least two conveyor rollers of a conveyor having a pair of spaced apart opposing longitudinal members each one including at least one roller attachment bracket , said glide plate assembly comprising: a longitudinal lateral cross member including side walls terminating in an inwardly curved lip ; a support clip attaching to a distal end of said lateral cross member for cooperatively engaging said at least one roller attachment bracket ; and a longitudinal glide plate comprising a main body including at least one pair of spaced apart opposing flanges projecting downward from said main body, each of said flanges including a shoulder for cooperatively engaging said curved lip , said glide plate including a front tab and a rear tab of a selected length, characterised in that said glide plate front tab includes a curved portion extending below an upper surface of said glide plate member main body with said front tab having a terminal front end extending upward to a selected position spaced apart from an outer surface of an adjacent conveyor roller providing a spring and flexing capability for the transfer of packages or parcels there over. a longitudinal lateral cross member including side walls terminating in an inwardly curved lip ; a support clip attaching to a distal end of said lateral cross member for cooperatively engaging said at least one roller attachment bracket ; and a longitudinal glide plate comprising a main body including at least one pair of spaced apart opposing flanges projecting downward from said main body, each of said flanges including a shoulder for cooperatively engaging said curved lip , said glide plate including a front tab and a rear tab of a selected length, characterised in that said glide plate front tab includes a curved portion extending below an upper surface of said glide plate member main body with said front tab having a terminal front end extending upward to a selected position spaced apart from an outer surface of an adjacent conveyor roller providing a spring and flexing capability for the transfer of packages or parcels there over.
Device for the intermittent coating of a substrate being moved relative to the device in a transport direction U, comprising a nozzle body with at least two nozzle blocks , wherein provided between the nozzle jaws , is an insertion film with a cut-out opening, wherein the cut-out opening in the insertion film forms a nozzle slot inside the nozzle body , and the nozzle slot , extending transverse to the transport direction U of the substrate and parallel to the substrate , ends in an outlet gap , wherein the outlet gap is in flow connection via the nozzle slot with a delivery channel , and at least one nozzle block is provided with at least two passage openings , which open between the delivery channel and the outlet gap into the nozzle slot and are in each case closed with an elastically deformable element 121b) fluid-tight towards the nozzle slot with the formation of a volume, wherein each elastically deformable element is on the one hand in operational effect connection with the coating material in the nozzle slot and, on the other, with an actuator , taking effect in the direction of the nozzle slot , characterised in that the at least two passage openings open in serial fashion into the nozzle slot, wherein the passage openings of a nozzle block are arranged following one another in the flow direction q of the coating material, going from the intake channel to the outlet gap , the elastically deformable elements can be subjected to load and relieved of load by the actuators simultaneously and alternating in each case between two switching positions, with the changing of the respective volume.
An apparatus comprising: a first input node; a first termination resistor coupled to the first input node and a reference node; a second input node, wherein the first and second inputs nodes are to receive a differential input signal; a second termination resistor coupled to the second input node and the reference node; an amplifier to receive first and second signals from the first and second input nodes, respectively; a multiplexer coupled to the amplifier , the multiplexer to alternatively pass a Failover Clock or a Local Tx Clock signals for use when the primary clock is unavailable, wherein the clock signal at the multiplexer output is provided to downstream clock distribution circuitry and is fed back through a low-pass filter to a comparator coupled to the multiplexer , the comparator to receive a differential output of the amplifier and to provide an amplified output; a digital offset cancellation circuit coupled to the comparator and the amplifier , wherein the digital offset cancellation circuit is to compensate offset in the differential input signal at an input of the amplifier, an oversampled, control circuit coupled between the comparator and the digital offset cancellation circuit , the control circuit , in cooperation with the comparator , controlling the digital offset cancellation circuit by a digital correction code value based on the offset in the differential input signal, wherein the digital offset cancellation circuit is to compensate the offset by adjusting current strengths of the differential input signal at the input of the amplifier. a first input node; a first termination resistor coupled to the first input node and a reference node; a second input node, wherein the first and second inputs nodes are to receive a differential input signal; a second termination resistor coupled to the second input node and the reference node; an amplifier to receive first and second signals from the first and second input nodes, respectively; a multiplexer coupled to the amplifier , the multiplexer to alternatively pass a Failover Clock or a Local Tx Clock signals for use when the primary clock is unavailable, wherein the clock signal at the multiplexer output is provided to downstream clock distribution circuitry and is fed back through a low-pass filter to a comparator coupled to the multiplexer , the comparator to receive a differential output of the amplifier and to provide an amplified output; a digital offset cancellation circuit coupled to the comparator and the amplifier , wherein the digital offset cancellation circuit is to compensate offset in the differential input signal at an input of the amplifier, an oversampled, control circuit coupled between the comparator and the digital offset cancellation circuit , the control circuit , in cooperation with the comparator , controlling the digital offset cancellation circuit by a digital correction code value based on the offset in the differential input signal, wherein the digital offset cancellation circuit is to compensate the offset by adjusting current strengths of the differential input signal at the input of the amplifier.
A soluble or derivatized chitosan of formula (I) for use in a method of treating mucositis or ulceration in the gastrointestinal (GI) tract of a subject, the method comprising administering to the subject an effective amount of a composition comprising a soluble or derivatized chitosan, wherein the soluble or derivatized chitosan comprises a chitosan of the following formula (I): wherein: n is an integer between 20 and 6000; and each R 1 is independently selected for each occurrence from hydrogen, acetyl, and a group of formula (II): wherein at least 25% of R 1 substituents are H, at least 1% of R 1 substituents are acetyl, and at least 2% of R 1 substituents are a group of formula (II), thereby treating the mucositis or ulceration. n is an integer between 20 and 6000; and each R 1 is independently selected for each occurrence from hydrogen, acetyl, and a group of formula (II):
A hydrostatic seal assembly for a gas turbine engine, comprising: a seal support ; a seal shoe integral to the seal support and radially movable relative to the seal support; a plurality of seal teeth disposed at a radially inboard surface of the seal shoe; a secondary seal located upstream of the seal shoe, wherein the secondary seal is configured to prevent airflow from entering a seal cavity located radially outboard of the seal shoe from a high pressure area upstream of the seal assembly and/or prevent airflow from exiting the seal cavity via an upstream side of the seal assembly; and a scalloped plate disposed downstream of the seal shoe, the scalloped plate including one or more plate openings formed therein to admit airflow into the seal cavity radially outboard of the seal shoe; characterized in that the seal shoe is formed from a first material and the plurality of seal teeth are formed from a second material softer than the first material such that the plurality of seal teeth are abradable in the event of a rub between the plurality of seal teeth and an adjacent rotating component . a seal support ; a seal shoe integral to the seal support and radially movable relative to the seal support; a plurality of seal teeth disposed at a radially inboard surface of the seal shoe; a secondary seal located upstream of the seal shoe, wherein the secondary seal is configured to prevent airflow from entering a seal cavity located radially outboard of the seal shoe from a high pressure area upstream of the seal assembly and/or prevent airflow from exiting the seal cavity via an upstream side of the seal assembly; and a scalloped plate disposed downstream of the seal shoe, the scalloped plate including one or more plate openings formed therein to admit airflow into the seal cavity radially outboard of the seal shoe; characterized in that the seal shoe is formed from a first material and the plurality of seal teeth are formed from a second material softer than the first material such that the plurality of seal teeth are abradable in the event of a rub between the plurality of seal teeth and an adjacent rotating component .
A method for performing a paging procedure by a base station, BS, in a wireless communication system, the method comprising: identifying that paging for a mobile station, MS, is initiated; transmitting a paging indicator for scheduling a paging message for a specific coverage class, the paging indicator including both of a first part indicating a paging identifier, ID, which is a predefined fixed value and a second part indicating a group of MSs which need to receive the paging message, the group of MSs being determined based on at least one of an MS ID, an application performed in the MS, a service performed in the MS, a location of the MS, or an MS associated ID; and transmitting the paging message including an identifier of the MS based on the paging indicator, wherein the second part is applied to at least one MS belonging to the specific coverage class, and indicates whether the paging message is transmitted for MSs belonging to the specific coverage class. identifying that paging for a mobile station, MS, is initiated; transmitting a paging indicator for scheduling a paging message for a specific coverage class, the paging indicator including both of a first part indicating a paging identifier, ID, which is a predefined fixed value and a second part indicating a group of MSs which need to receive the paging message, the group of MSs being determined based on at least one of an MS ID, an application performed in the MS, a service performed in the MS, a location of the MS, or an MS associated ID; and transmitting the paging message including an identifier of the MS based on the paging indicator, wherein the second part is applied to at least one MS belonging to the specific coverage class, and indicates whether the paging message is transmitted for MSs belonging to the specific coverage class.
A medical device comprising: a core assembly configured to be advanced within a corporeal lumen, the core assembly comprising: a first conductor having a proximal end portion and a distal end portion , the first conductor forming a lumen; a second conductor at least partially disposed within the lumen of the first conductor, the second conductor comprising a first conductive material and having a proximal end portion and a distal end portion extending distal to the distal end portion of the first conductor; an insulative material disposed over at least a portion of the second conductor, the insulative material defining one or more uninsulated portions of the second conductor; and a second conductive material surrounding the second conductor along at least part of the one or more uninsulated portions, the second conductive material having a higher electrical conductivity than the first conductive material; an interventional element coupled to the distal end portion of the first conductor, the interventional element being electrically coupled to the first conductor, the interventional element comprising a body formed of a third conductive material; and a fourth conductive material disposed over at least a portion of the third conductive material of the interventional element, the fourth conductive material having a higher electrical conductivity than the third conductive material. a first conductor having a proximal end portion and a distal end portion , the first conductor forming a lumen; a second conductor at least partially disposed within the lumen of the first conductor, the second conductor comprising a first conductive material and having a proximal end portion and a distal end portion extending distal to the distal end portion of the first conductor; an insulative material disposed over at least a portion of the second conductor, the insulative material defining one or more uninsulated portions of the second conductor; and a second conductive material surrounding the second conductor along at least part of the one or more uninsulated portions, the second conductive material having a higher electrical conductivity than the first conductive material; an interventional element coupled to the distal end portion of the first conductor, the interventional element being electrically coupled to the first conductor, the interventional element comprising a body formed of a third conductive material; and a fourth conductive material disposed over at least a portion of the third conductive material of the interventional element, the fourth conductive material having a higher electrical conductivity than the third conductive material.
A power semiconductor unit , comprising: a power semiconductor switch adapted for switching a current through the power semiconductor unit , the power semiconductor switch comprising a positive power input , a negative power input and a gate ; a gate driver circuit for receiving a gate signal (V S ) from a gate signal input and for connecting the gate of the power semiconductor switch with a positive voltage reference (+V G ) from a positive voltage reference input ; where the gate driver circuit is further adapted for connecting the gate of the power semiconductor switch with a negative voltage reference (-VG) from a negative voltage reference input ; a common mode coupling device for providing an impedance for a common mode current through auxiliary inputs of the power semiconductor unit , the auxiliary inputs comprising the gate signal input , the positive voltage reference input , the negative voltage reference input , a positive power reference input connected with the positive power input and a negative power reference input connected with the negative power input ; wherein the common mode coupling device comprises a common mode choke with a single core coupling the auxiliary inputs . a power semiconductor switch adapted for switching a current through the power semiconductor unit , the power semiconductor switch comprising a positive power input , a negative power input and a gate ; a gate driver circuit for receiving a gate signal (V S ) from a gate signal input and for connecting the gate of the power semiconductor switch with a positive voltage reference (+V G ) from a positive voltage reference input ; where the gate driver circuit is further adapted for connecting the gate of the power semiconductor switch with a negative voltage reference (-VG) from a negative voltage reference input ; a common mode coupling device for providing an impedance for a common mode current through auxiliary inputs of the power semiconductor unit , the auxiliary inputs comprising the gate signal input , the positive voltage reference input , the negative voltage reference input , a positive power reference input connected with the positive power input and a negative power reference input connected with the negative power input ; wherein the common mode coupling device comprises a common mode choke with a single core coupling the auxiliary inputs .
A surge arrester arrangement with pre-assembled and electrically connected surge arresters located in a common housing, wherein coupling-type means for electrical and mechanical connection are provided on the housing for direct mounting on a standardized busbar system with a plurality of busbars , wherein these means include spring elements and a latching mechanism and the housing extends in its longitudinal extension over a plurality of busbars , characterized in that at least over one longitudinal extension section of the housing, the latter includes a width recess such that a free space is formed which can accommodate at least one electrotechnical component which is functionally separate from the surge arrester arrangement . wherein coupling-type means for electrical and mechanical connection are provided on the housing for direct mounting on a standardized busbar system with a plurality of busbars , wherein these means include spring elements and a latching mechanism and the housing extends in its longitudinal extension over a plurality of busbars , characterized in that at least over one longitudinal extension section of the housing, the latter includes a width recess such that a free space is formed which can accommodate at least one electrotechnical component which is functionally separate from the surge arrester arrangement .
A process for recovering molecular iodine from an aqueous solution comprising a iodine-containing aromatic compound and a iodine-containing inorganic compound, including a iodide ion, said process comprising the steps of: A) converting the iodine of said iodine-containing aromatic compound into molecular iodine; and B) collecting said molecular iodine wherein the pH of the aqueous solution comprising the iodine-containing aromatic compound undergoing the conversion of step A is lower than 1 and wherein the weight ratio between the iodide ion and the iodine contained in the aromatic compound in the aqueous solution is at least 0.5 or higher. A) converting the iodine of said iodine-containing aromatic compound into molecular iodine; and B) collecting said molecular iodine
A nonionic surfactant comprising polyglycerol monoether represented by the following formula : wherein a ring Z represents a condensed ring of an aromatic hydrocarbon ring having 6 to 14 carbon atoms and a 3 to 6-membered heterocycle containing an oxygen atom as a heteroatom; R 1 is a substituent bonded to the ring Z and represents an aliphatic hydrocarbon group having 14 to 25 carbon atoms; the ring Z optionally has one or more substituents other than R 1 ; and n is an average number of monomers of glycerol and represents 2 to 20.
Laser system comprising a laser weapon having an effective laser with at least one beam guide (1.1, 3) and an effective range around an object/target when the effective laser is used, characterized by a protective device having at least one additional laser that operates in a visible spectral range, the protective device being configured in such a way that the additional laser is switched on when at least one person has been detected in the effective range of the effective laser before the effective laser is used.
A method for blind detection of a Physical Downlink Control Channel, PDCCH, implemented by a terminal device which has at least one search space comprising n user equipment, UE, -specific search spaces and m common search spaces, the method comprising: when (S110) the number of PDCCH blind detections in the at least one search space of the terminal device is greater than a maximum number of blind detections, reducing, by the terminal device, only the number of PDCCH blind detections in the n UE-specific search spaces comprised in the at least one search space, the reduced number of PDCCH blind detections in the at least one search space being less than or equal to the maximum number of blind detections, where n and m are integers greater than or equal to 0, and n and m are not 0 at the same time; and performing (S120), by the terminal device, a PDCCH blind detection in the at least one search space according to the reduced number of PDCCH blind detections in the at least one search space. when (S110) the number of PDCCH blind detections in the at least one search space of the terminal device is greater than a maximum number of blind detections, reducing, by the terminal device, only the number of PDCCH blind detections in the n UE-specific search spaces comprised in the at least one search space, the reduced number of PDCCH blind detections in the at least one search space being less than or equal to the maximum number of blind detections, where n and m are integers greater than or equal to 0, and n and m are not 0 at the same time; and performing (S120), by the terminal device, a PDCCH blind detection in the at least one search space according to the reduced number of PDCCH blind detections in the at least one search space.