mhurhangee/ep-ind-claims huggingface dataset:
A method for performing space coordination among cells, which applies in mobile communication system that comprises multiple cells, one of said multiple cells is the serving cell of terminal, one or more cells of the other cells are coordinated cell of said terminal, the base station that corresponding to each said cell provide cooperative transmission service for said terminal, comprising: the base station in said serving cell obtaining the channel information of said terminal; the base station in said serving cell performing pre-scheduling to said terminal according to the acquired channel information of said terminal and the service requirement of said terminal; characterized in that the method further comprises: the base station in said serving cell transmitting the pre-scheduling information to the base station in said coordinated cell, so that the base station in said coordinated cell performing coordinated scheduling / coordinated beam-forming together with the base station in said serving cell based on said pre-scheduling information; wherein the pre-scheduling information transmitted from the base station in said serving cell to the base station in said coordinated cell, comprises: the identification information of said terminal, the resource information allocated to said terminal and / or the space information in resource corresponding to said terminal. the base station in said serving cell obtaining the channel information of said terminal; the base station in said serving cell performing pre-scheduling to said terminal according to the acquired channel information of said terminal and the service requirement of said terminal; characterized in that the method further comprises: the base station in said serving cell transmitting the pre-scheduling information to the base station in said coordinated cell, so that the base station in said coordinated cell performing coordinated scheduling / coordinated beam-forming together with the base station in said serving cell based on said pre-scheduling information; wherein the pre-scheduling information transmitted from the base station in said serving cell to the base station in said coordinated cell, comprises: the identification information of said terminal, the resource information allocated to said terminal and / or the space information in resource corresponding to said terminal. the base station in said serving cell transmitting the pre-scheduling information to the base station in said coordinated cell, so that the base station in said coordinated cell performing coordinated scheduling / coordinated beam-forming together with the base station in said serving cell based on said pre-scheduling information; wherein the pre-scheduling information transmitted from the base station in said serving cell to the base station in said coordinated cell, comprises: the identification information of said terminal, the resource information allocated to said terminal and / or the space information in resource corresponding to said terminal.
A device substrate comprising: a Box layer having a higher thermal conductivity than at least SiO 2 and being an electrical insulator; an Si device layer formed on one surface of the Box layer; a substrate having a higher thermal conductivity than at least SiO 2 and being an electrical insulator, the substrate formed on an opposite surface of the Box layer; and an adhesive having a heat-resistant temperature of at least 250°C, the adhesive formed between the Box layer and the substrate. a Box layer having a higher thermal conductivity than at least SiO 2 and being an electrical insulator; an Si device layer formed on one surface of the Box layer; a substrate having a higher thermal conductivity than at least SiO 2 and being an electrical insulator, the substrate formed on an opposite surface of the Box layer; and an adhesive having a heat-resistant temperature of at least 250°C, the adhesive formed between the Box layer and the substrate.
A composition that inhibits an activity of an inflammatory interleukin-17 cytokine comprising a compound selected from a function blocking antibody targeted against an inflammatory IL-17 cytokine or an IL-17 receptor, an intrabody that binds to the IL-17 receptor complex or a synthetic intermediate of IL-17 or the IL-17 receptor complex, a soluble fragment of the IL-17 receptor complex which binds IL-17, a morpholino antisense oligonucleotide that silences gene expression of IL-17 or IL-17 receptor, a microRNA (miRNA) that silences gene expression of IL-17 or IL-17 receptor, a short hairpin RNA (shRNA) that silences gene expression of IL-17 or IL-17 receptor, and a short interfering RNA (siRNA) that silences gene expression of IL-17 or IL-17 receptor, for use in a method for reducing the severity of Dry Eye Syndrome, wherein said method comprises locally administering said composition to an eye of a subject.
An injectable lens material comprising a polysiloxane polymer, wherein said injectable lens material has a viscosity for being injected through standard cannula wherein said polysiloxane polymer has functional acryl groups at terminal ends of said polymer, the lens material being for use in enhancing regeneration of lens cells in a mammal after endocapsular extraction by filling a lens capsule bag of the mammal with the lens material.
A magazine for receiving a plurality of joining elements and for supplying the joining elements to a joining apparatus comprising two storage grooves for storing and guiding the joining elements, which storage grooves extend at least sectionally along two mutually concentric circular paths, characterized by a feed mechanism for moving the stored joining elements along the storage grooves.
A method comprising: sending, by a user equipment (114, 116), a request to a server including a white space database (199A, 199B, 199N), wherein the server (199A, 199B, 199N) is located at a first address; and receiving, at the user equipment (114, 116), a response to the request, the response including a second address for accessing the server (199A, 199B, 199N), wherein the response includes a time when the second address is going to take effect. sending, by a user equipment (114, 116), a request to a server including a white space database (199A, 199B, 199N), wherein the server (199A, 199B, 199N) is located at a first address; and receiving, at the user equipment (114, 116), a response to the request, the response including a second address for accessing the server (199A, 199B, 199N), wherein the response includes a time when the second address is going to take effect.
A method for managing services in a Generalized-Multi-Protocol Label Switching, GMPLS, controlled network under conditions of a disrupted control plane connectivity, wherein nodes of said network use a Resource Reservation Protocol with Traffic Engineering extensions, RSVP-TE, to allocate and provision resources of said network, said method comprising the steps of: a) evaluating local RSVP Path or Resv state data by a sending node having sent at least once a signalling message to a receiving node without receipt of an acknowledgement message from said receiving node within a configurable time to determine an IP address of a node being located after the non-responsive receiving node along a service path and b) sending the signalling message by the sending node to the determined IP address of the next node located behind the non-responsive receiving node along the service path. a) evaluating local RSVP Path or Resv state data by a sending node having sent at least once a signalling message to a receiving node without receipt of an acknowledgement message from said receiving node within a configurable time to determine an IP address of a node being located after the non-responsive receiving node along a service path and b) sending the signalling message by the sending node to the determined IP address of the next node located behind the non-responsive receiving node along the service path.
A method for producing one or more semiconductor fin structures comprising the steps of: • Producing one or more elongate structures on a substrate, said structures consisting of an alloy of silicon and germanium, a part of said structures extending outwards with respect to the surface (10,14) of an insulation layer present on said substrate, a top portion (8',9) of said structures consisting of relaxed and defect free alloy material, • subjecting said structure(s) to an oxidation step, so as to transform said structure(s) to: • one or more fins comprising a base portion formed of said alloy and a top portion formed of germanium in a strained condition, said top portion being formed by condensation of germanium, • a layer of silicon oxide, covering said fin(s), said oxide layer being formed by oxidation of the silicon, • removing the part of said layer of silicon oxide extending above said surface (10,14) of said insulation layer, to thereby produce said one or more fin structures comprising a top portion of germanium in strained condition on a base portion of said alloy material. • Producing one or more elongate structures on a substrate, said structures consisting of an alloy of silicon and germanium, a part of said structures extending outwards with respect to the surface (10,14) of an insulation layer present on said substrate, a top portion (8',9) of said structures consisting of relaxed and defect free alloy material, • subjecting said structure(s) to an oxidation step, so as to transform said structure(s) to: • one or more fins comprising a base portion formed of said alloy and a top portion formed of germanium in a strained condition, said top portion being formed by condensation of germanium, • a layer of silicon oxide, covering said fin(s), said oxide layer being formed by oxidation of the silicon, • one or more fins comprising a base portion formed of said alloy and a top portion formed of germanium in a strained condition, said top portion being formed by condensation of germanium, • a layer of silicon oxide, covering said fin(s), said oxide layer being formed by oxidation of the silicon, • removing the part of said layer of silicon oxide extending above said surface (10,14) of said insulation layer, to thereby produce said one or more fin structures comprising a top portion of germanium in strained condition on a base portion of said alloy material.
Method for diagnosing the operation of a cooling circuit of at least one battery of a rotating electrical machine for a motor vehicle, said cooling circuit including in particular a heat exchanger and a pump for circulating a cooling liquid in said cooling circuit, said method comprising: - a step of measuring a temperature of the coolant ( Temp_liq_TBT) in the cooling circuit, - a step of determining a temperature threshold ( S_Temp), - a monitoring step ( Surv_act) by comparing the temperature of the coolant ( Temp_lig_TBT) with the temperature threshold ( S_tem p), - and in the case where the temperature of the coolant ( Temp_liq_TBT) exceeds the temperature threshold ( S_temp), said method comprises a step of engaging a degraded operating mode ( MF_Deg), characterized in that the temperature threshold ( S_temp) is estimated from a barycenter between an exterior air temperature ( Temp_ext) and a component temperature ( Temp_comp) of the battery, and in that ' monitoring step ( Surv_act) is triggered only if the conditions following prerequisites for its realization are verified: - no pump fault, - no electrical fault reported on a liquid sensor cooling associated with the battery, - no fault reporting of the presence of coolant by the battery, - an air conditioning compressor is activated, - a solenoid valve of the heat exchanger is activated without rising electrical fault, - an outside air temperature has been stable for a predetermined period. - a step of measuring a temperature of the coolant ( Temp_liq_TBT) in the cooling circuit, - a step of determining a temperature threshold ( S_Temp), - a monitoring step ( Surv_act) by comparing the temperature of the coolant ( Temp_lig_TBT) with the temperature threshold ( S_tem p), - and in the case where the temperature of the coolant ( Temp_liq_TBT) exceeds the temperature threshold ( S_temp), said method comprises a step of engaging a degraded operating mode ( MF_Deg), characterized in that the temperature threshold ( S_temp) is estimated from a barycenter between an exterior air temperature ( Temp_ext) and a component temperature ( Temp_comp) of the battery, and in that ' monitoring step ( Surv_act) is triggered only if the conditions following prerequisites for its realization are verified: - no pump fault, - no electrical fault reported on a liquid sensor cooling associated with the battery, - no fault reporting of the presence of coolant by the battery, - an air conditioning compressor is activated, - a solenoid valve of the heat exchanger is activated without rising electrical fault, - an outside air temperature has been stable for a predetermined period. - no pump fault, - no electrical fault reported on a liquid sensor cooling associated with the battery, - no fault reporting of the presence of coolant by the battery, - an air conditioning compressor is activated, - a solenoid valve of the heat exchanger is activated without rising electrical fault, - an outside air temperature has been stable for a predetermined period.
A wireless base station (6 1) arranged to transmit a first datum to a mobile station, and to transmit to the mobile station a transmission alert notifying the mobile station of forthcoming transmission of the first datum, and to receive a second datum from a mobile station, the second datum being transmitted by the mobile station in response to receipt by the mobile station of the first datum on a reception channel for the first datum, wherein the wireless base station (6 1) comprises: a detection unit arranged to detect handover of the mobile station from the wireless base station (6 1) to a handover destination wireless base station (6 2); and a wireless reception unit arranged to receive a second datum transmitted by the mobile station in response to a first datum transmitted to the mobile station from the wireless base station (6 1), which first datum is transmitted following transmission of a transmission alert notifying the mobile station of the forthcoming transmission of the first datum, wherein when the detection unit detects handover of the mobile station, the wireless reception unit is arranged to continue to receive from the mobile station, and to process, the second datum transmitted after starting the transmission of the transmission alert from the handover destination wireless base station (6 2) to the mobile station and before starting the transmission of the second datum from the mobile station to the handover destination wireless base station (6 2), in response to first data transmitted by the wireless base station (6 1). a detection unit arranged to detect handover of the mobile station from the wireless base station (6 1) to a handover destination wireless base station (6 2); and a wireless reception unit arranged to receive a second datum transmitted by the mobile station in response to a first datum transmitted to the mobile station from the wireless base station (6 1), which first datum is transmitted following transmission of a transmission alert notifying the mobile station of the forthcoming transmission of the first datum, wherein when the detection unit detects handover of the mobile station, the wireless reception unit is arranged to continue to receive from the mobile station, and to process, the second datum transmitted after starting the transmission of the transmission alert from the handover destination wireless base station (6 2) to the mobile station and before starting the transmission of the second datum from the mobile station to the handover destination wireless base station (6 2), in response to first data transmitted by the wireless base station (6 1).
A method of applying a seal material in manufacturing a vacuum insulated glazing unit, wherein the VIG unit comprises a first glass sheet, having a first interior major surface and a first exterior major surface, a second glass sheet having a second interior major surface and second exterior major surface, the glass sheets are placed in parallel with said interior major surfaces facing each other and providing a gap therein between, wherein a plurality of support structures are distributed in said gap, and a seal material for providing a seal of said gap, wherein the method comprises the steps of providing one of said glass sheets, arranging said seal material on a major surface of at least one of said glass sheets by means of a nozzle having a nozzle opening of elongated shape, such as a rectangular or oval shape, providing a plurality of support structures on the major surface of at least one of the glass sheets; pairing said first glass sheet and said second glass sheet so that the surface of the at least one of said glass sheets comprising the seal material is the interior surface, and evacuating said gap so as to provide said VIG unit, wherein the arranged seal material is of an elongated transverse cross-sectional shape, such as a rectangular transverse cross-sectional shape and wherein the applied seal material width is between 3-12 mm, such as between 5-12 mm measured along a major surface of the glass sheet on which the seal material is deposited. a first glass sheet, having a first interior major surface and a first exterior major surface, a second glass sheet having a second interior major surface and second exterior major surface, the glass sheets are placed in parallel with said interior major surfaces facing each other and providing a gap therein between, wherein a plurality of support structures are distributed in said gap, and a seal material for providing a seal of said gap, wherein the method comprises the steps of providing one of said glass sheets, arranging said seal material on a major surface of at least one of said glass sheets by means of a nozzle having a nozzle opening of elongated shape, such as a rectangular or oval shape, providing a plurality of support structures on the major surface of at least one of the glass sheets; pairing said first glass sheet and said second glass sheet so that the surface of the at least one of said glass sheets comprising the seal material is the interior surface, and evacuating said gap so as to provide said VIG unit, wherein the arranged seal material is of an elongated transverse cross-sectional shape, such as a rectangular transverse cross-sectional shape and wherein the applied seal material width is between 3-12 mm, such as between 5-12 mm measured along a major surface of the glass sheet on which the seal material is deposited.
Appliance connectable to a device for the extracorporeal oxygenation of blood of the type comprising at least an inlet connection and an outlet connection for the blood, at least an inlet channel and an outlet channel for a work gas intended to supply oxygen to blood and/or remove CO 2 from the same, characterized by the fact that it comprises: - first sensor means which can be positioned along at least one between the inlet and outlet connections (3a, 3b) of blood to read at least a characteristic blood value (V b) corresponding to the blood pressure (p bin, p bout) along one between said inlet connection and said outlet connection or to the blood pressure interval (Δp b) between them; - second sensor means which can be positioned along at least one between the inlet and outlet channels (4a, 4b) of gas to read at least a characteristic gas value (V g) corresponding to the gas pressure (p gin, p gout) along one between said inlet channel and said outlet channel or to the gas pressure interval (Δp g) between them; - variation means for varying at least the gas pressure along the inlet channel and/or along the outlet channel, wherein said variation means are operatively connected to said first and second sensor means (21, 22) and are programmed to make the difference between said characteristic gas value (Vg) read by said second sensor means and said characteristic blood value (V b) read by said first sensor means substantially equal to at least a predefined value. - first sensor means which can be positioned along at least one between the inlet and outlet connections (3a, 3b) of blood to read at least a characteristic blood value (V b) corresponding to the blood pressure (p bin, p bout) along one between said inlet connection and said outlet connection or to the blood pressure interval (Δp b) between them; - second sensor means which can be positioned along at least one between the inlet and outlet channels (4a, 4b) of gas to read at least a characteristic gas value (V g) corresponding to the gas pressure (p gin, p gout) along one between said inlet channel and said outlet channel or to the gas pressure interval (Δp g) between them; - variation means for varying at least the gas pressure along the inlet channel and/or along the outlet channel, wherein said variation means are operatively connected to said first and second sensor means (21, 22) and are programmed to make the difference between said characteristic gas value (Vg) read by said second sensor means and said characteristic blood value (V b) read by said first sensor means substantially equal to at least a predefined value.
A wave pool comprising: a plurality of wave generators adapted to produce wave segments that travel forward in said wave pool, wherein said wave generators are extended in a substantially staggered manner relative to the travel direction of the wave segments; a sloped floor extended within said wave pool, wherein said floor comprises an incline that enables the resultant wave to break thereon, characterised in that a pair of dividing walls extended substantially forward in said travel direction in front of each of said wave generators, wherein within each pair, said dividing walls are extended substantially parallel to each other or with a fade angle of no more than 20 degrees relative to each other, to enable the wave segments to form and merge together to form a single resultant wave. a plurality of wave generators adapted to produce wave segments that travel forward in said wave pool, wherein said wave generators are extended in a substantially staggered manner relative to the travel direction of the wave segments; a sloped floor extended within said wave pool, wherein said floor comprises an incline that enables the resultant wave to break thereon, characterised in that a pair of dividing walls extended substantially forward in said travel direction in front of each of said wave generators, wherein within each pair, said dividing walls are extended substantially parallel to each other or with a fade angle of no more than 20 degrees relative to each other, to enable the wave segments to form and merge together to form a single resultant wave.