mhurhangee/patent-ind-claim-en huggingface dataset:
A data processing apparatus , comprising: a generation section configured to generate signaling including time information; and a processing section configured to process the signaling so as to be included into a preamble of a physical layer frame, wherein the signaling includes first information, L1-Basic, and second information, L1-Detail, that is read out after the first information, and characterized in that the first information includes a time information flag, L1B_time_info_flag, the time information flag indicating the presence or absence of time information in the second information and one of a plurality of precisions of the time information if present in the second information, wherein the time information is included in at least one of the first information and the second information. a generation section configured to generate signaling including time information; and a processing section configured to process the signaling so as to be included into a preamble of a physical layer frame, wherein the signaling includes first information, L1-Basic, and second information, L1-Detail, that is read out after the first information, and characterized in that the first information includes a time information flag, L1B_time_info_flag, the time information flag indicating the presence or absence of time information in the second information and one of a plurality of precisions of the time information if present in the second information, wherein the time information is included in at least one of the first information and the second information.
Device for mounting a heating panel on a surface such as a wall or ceiling, the device comprising: - a panel frame that is fastenable to the heating panel , comprising at least two upright clamping springs fitted to both sides of the panel frame ; a suspension frame that is fastenable to the surface; said device being characterised in that said suspension frame comprises at least one and preferably two suspension cables , which at a first end are anchored to the suspension frame and at a second end are provided with a means for suspending the panel frame , and in that said suspension frame is provided with at least two clamping spring openings on both sides of the suspension frame with a diameter suitable for inserting a clamping spring ; and, in that said device is arranged in such a way that the panel frame can be click-coupled to the suspension frame by fixing the at least two clamping springs through the clamping spring openings. - a panel frame that is fastenable to the heating panel , comprising at least two upright clamping springs fitted to both sides of the panel frame ; a suspension frame that is fastenable to the surface; said device being characterised in that said suspension frame comprises at least one and preferably two suspension cables , which at a first end are anchored to the suspension frame and at a second end are provided with a means for suspending the panel frame , and in that said suspension frame is provided with at least two clamping spring openings on both sides of the suspension frame with a diameter suitable for inserting a clamping spring ; and, in that said device is arranged in such a way that the panel frame can be click-coupled to the suspension frame by fixing the at least two clamping springs through the clamping spring openings. a suspension frame that is fastenable to the surface; said device being characterised in that said suspension frame comprises at least one and preferably two suspension cables , which at a first end are anchored to the suspension frame and at a second end are provided with a means for suspending the panel frame , and in that said suspension frame is provided with at least two clamping spring openings on both sides of the suspension frame with a diameter suitable for inserting a clamping spring ; and, in that said device is arranged in such a way that the panel frame can be click-coupled to the suspension frame by fixing the at least two clamping springs through the clamping spring openings.
A silicon deposition filament which is used to produce polycrystalline silicon, characterized in that : - the silicon deposition filament is constituted by a rod-shaped member made of polycrystalline silicon; - the polycrystalline silicon has an interstitial oxygen concentration of not less than 10 ppma and not more than 40 ppma; and - on a side surface, in a lengthwise direction, of the rod-shaped member, crystal grains each have a crystal grain size of not less than 1 mm being observed. - the silicon deposition filament is constituted by a rod-shaped member made of polycrystalline silicon; - the polycrystalline silicon has an interstitial oxygen concentration of not less than 10 ppma and not more than 40 ppma; and - on a side surface, in a lengthwise direction, of the rod-shaped member, crystal grains each have a crystal grain size of not less than 1 mm being observed.
Inner sole for sports footwear, comprising a base body , which is sized and shaped so as to be insertable into said sports footwear and to receive the sole of the foot of a user or a portion thereof, wherein said base body has a first face , which is provided with a plurality of projections defining corresponding recessed portions , and a second face , which has a substantially uniform and smooth surface, wherein said inner sole comprises at least one spacer which has substantially the same size and shape as said base body or as a part thereof, wherein said spacer is selectively switchable between a first position, in which it is coupled with said first face of said base body , and a second position, in which it is coupled with said second face of said base body , and wherein said spacer is shaped so that it is received within one or more of said recessed portions when it is coupled with said first face of said base body, so that, when said spacer is in said first position, the overall thickness of said inner sole coincides with the thickness of said base body , whereas, when said spacer is in said second position, the overall thickness of said inner sole , in the region in which said spacer is present, is substantially equal to the sum of the thickness of said base body and the thickness of said spacer , and in that said spacer is joined to said base body by means of a connecting element .
Rubber composition based on at least: - from 50 to 100 phr of a copolymer containing ethylene units and 1,3-diene units, the ethylene units in the copolymer representing more than 50 mol% of the monomer units of the copolymer, - from 0.1% to 9% by mass of crumb rubber, - a reinforcing filler, - a crosslinking system. - from 50 to 100 phr of a copolymer containing ethylene units and 1,3-diene units, the ethylene units in the copolymer representing more than 50 mol% of the monomer units of the copolymer, - from 0.1% to 9% by mass of crumb rubber, - a reinforcing filler, - a crosslinking system.
A computer-implemented method for generating a sequence of commands for replicating data on a source storage system to a destination storage system ; and wherein the source and destination storage system support a first and a second remote file access protocol, the method comprising: - scanning a directory of the source storage system for file system objects by the first and second remote file access protocol thereby obtaining a respective first and second representation of the file system objects; and - generating the sequence of commands based on the first and second representation and based on a predetermined rule set comprising rules for generating a command for replicating a file system object depending on a difference in representation of file system objects by the first and second remote file access protocol. - scanning a directory of the source storage system for file system objects by the first and second remote file access protocol thereby obtaining a respective first and second representation of the file system objects; and - generating the sequence of commands based on the first and second representation and based on a predetermined rule set comprising rules for generating a command for replicating a file system object depending on a difference in representation of file system objects by the first and second remote file access protocol.
A method for manufacturing at least one cutting edge structure comprising the steps of: providing a first polymeric material in liquid form in a container ; providing at least one cutting edge template within said first polymeric material ; curing said first polymeric material while said at least one cutting edge template is disposed in said first polymeric material to form a base structure ; removing said template to obtain a cavity in said base structure ; filling said cavity with a second material , said second material being a precursor for a polymeric material; curing said second material ; and separating said base structure and said cured second polymeric material , said at least one cutting edge structure comprised of said cured second polymeric material , characterized in that the at least one cutting edge structure is a razor blade or a portion of a blade box . providing a first polymeric material in liquid form in a container ; providing at least one cutting edge template within said first polymeric material ; curing said first polymeric material while said at least one cutting edge template is disposed in said first polymeric material to form a base structure ; removing said template to obtain a cavity in said base structure ; filling said cavity with a second material , said second material being a precursor for a polymeric material; curing said second material ; and separating said base structure and said cured second polymeric material , said at least one cutting edge structure comprised of said cured second polymeric material , characterized in that the at least one cutting edge structure is a razor blade or a portion of a blade box .
A vehicle tire sensor retaining system, the system comprising: a tire including a pair of sidewalls , each one of which extends radially outwardly from a respective bead area to a ground-contacting tread comprising a plurality of tread elements ; a sensor unit being mounted to the tire , the sensor unit including a pair of electrical contacts ; a tread wear sensor , the tread wear sensor extending into a selected one of the tread elements and the tread wear sensor including a wire , the wire including proximal ends , each one of the proximal ends electrically contacting a respective one of the sensor unit electrical contacts to create an electrical circuit; characterized in that the system further comprises: a flexible container mounted to an innerliner of the tire ; and a cup , the cup including a base and a sidewall that cooperate to form a cup cavity ; wherein a bottom of the tread wear sensor and the sensor unit are received in the cavity of the cup ; wherein the cup maintains a connection between the electrical contacts and the wire proximal ends ; and wherein the cup is disposed in the flexible container . a tire including a pair of sidewalls , each one of which extends radially outwardly from a respective bead area to a ground-contacting tread comprising a plurality of tread elements ; a sensor unit being mounted to the tire , the sensor unit including a pair of electrical contacts ; a tread wear sensor , the tread wear sensor extending into a selected one of the tread elements and the tread wear sensor including a wire , the wire including proximal ends , each one of the proximal ends electrically contacting a respective one of the sensor unit electrical contacts to create an electrical circuit; characterized in that the system further comprises: a flexible container mounted to an innerliner of the tire ; and a cup , the cup including a base and a sidewall that cooperate to form a cup cavity ; wherein a bottom of the tread wear sensor and the sensor unit are received in the cavity of the cup ; wherein the cup maintains a connection between the electrical contacts and the wire proximal ends ; and wherein the cup is disposed in the flexible container . a flexible container mounted to an innerliner of the tire ; and a cup , the cup including a base and a sidewall that cooperate to form a cup cavity ; wherein a bottom of the tread wear sensor and the sensor unit are received in the cavity of the cup ; wherein the cup maintains a connection between the electrical contacts and the wire proximal ends ; and wherein the cup is disposed in the flexible container .
A method performed in a first network node in a first wireless network of enabling a wireless device , being unable to access the first wireless network via a first network node , to access the first wireless network , the method comprising the steps: - receiving (S11) from a second network node in a second wireless network information indicating an inability of the wireless device to access the first wireless network , and - reconfiguring (S14) an access procedure parameter or access procedures parameters provided in the first wireless network based on the received information in order to improve the conditions for the wireless device when accessing first wireless network . - receiving (S11) from a second network node in a second wireless network information indicating an inability of the wireless device to access the first wireless network , and - reconfiguring (S14) an access procedure parameter or access procedures parameters provided in the first wireless network based on the received information in order to improve the conditions for the wireless device when accessing first wireless network .
A method of forming a first composite structure and a second composite structure, the method comprising: heating an outer mold line surface at a processing temperature; gelling a first composite preform to a gelled state inside the outer mold line surface ; removing the gelled first composite preform from the outer mold line surface while maintaining the outer mold line surface at the processing temperature; and gelling a second composite preform to a gelled state inside the outer mold line surface while maintaining the outer mold line surface at the processing temperature, wherein the first composite preform and the second composite preform in the gelled state is sufficiently self-supporting that the gelled composite preform (14; 14') can be extracted from an inner mold line surface of a mandrel . heating an outer mold line surface at a processing temperature; gelling a first composite preform to a gelled state inside the outer mold line surface ; removing the gelled first composite preform from the outer mold line surface while maintaining the outer mold line surface at the processing temperature; and gelling a second composite preform to a gelled state inside the outer mold line surface while maintaining the outer mold line surface at the processing temperature, wherein the first composite preform and the second composite preform in the gelled state is sufficiently self-supporting that the gelled composite preform (14; 14') can be extracted from an inner mold line surface of a mandrel .
An article for a steering column assembly comprising: a. a connection member having a base portion adapted to be attached to a column tube of the steering column assembly and opposing side walls extending from the base portion; and b. an energy absorption member ; wherein the energy absorption member is integrated into the connection member forming a singular piece; wherein the energy absorption member has a first generally flat segment , a second generally flat segment generally parallel to the first generally flat segment, and a curved portion therebetween; wherein the second generally flat segment extends from the base portion of the connection member; wherein the article is adapted to break away from a portion of the steering column assembly during an impact exceeding a threshold load. a. a connection member having a base portion adapted to be attached to a column tube of the steering column assembly and opposing side walls extending from the base portion; and b. an energy absorption member ; wherein the energy absorption member is integrated into the connection member forming a singular piece; wherein the energy absorption member has a first generally flat segment , a second generally flat segment generally parallel to the first generally flat segment, and a curved portion therebetween; wherein the second generally flat segment extends from the base portion of the connection member; wherein the energy absorption member is integrated into the connection member forming a singular piece; wherein the energy absorption member has a first generally flat segment , a second generally flat segment generally parallel to the first generally flat segment, and a curved portion therebetween; wherein the second generally flat segment extends from the base portion of the connection member;
A wound therapy system comprising: a negative pressure circuit configured to apply negative pressure to a wound; a pump fluidly coupled to the negative pressure circuit and operable to control the negative pressure within the negative pressure circuit; a pressure sensor configured to measure the negative pressure within the negative pressure circuit or at the wound; and a controller communicably coupled to the pump and the pressure sensor , the controller characterised b) being configured to execute a pressure testing procedure comprising operating the pump to establish the negative pressure within the negative pressure circuit and applying a pressure stimulus to the negative pressure circuit after the negative pressure has been established within the negative pressure circuit; observe a dynamic pressure response of the negative pressure circuit to the pressure stimulus using pressure measurements recorded by the pressure sensor ; and estimate a wound volume of the wound based on the dynamic pressure response. a negative pressure circuit configured to apply negative pressure to a wound; a pump fluidly coupled to the negative pressure circuit and operable to control the negative pressure within the negative pressure circuit; a pressure sensor configured to measure the negative pressure within the negative pressure circuit or at the wound; and a controller communicably coupled to the pump and the pressure sensor , the controller characterised b) being configured to execute a pressure testing procedure comprising operating the pump to establish the negative pressure within the negative pressure circuit and applying a pressure stimulus to the negative pressure circuit after the negative pressure has been established within the negative pressure circuit; observe a dynamic pressure response of the negative pressure circuit to the pressure stimulus using pressure measurements recorded by the pressure sensor ; and estimate a wound volume of the wound based on the dynamic pressure response. execute a pressure testing procedure comprising operating the pump to establish the negative pressure within the negative pressure circuit and applying a pressure stimulus to the negative pressure circuit after the negative pressure has been established within the negative pressure circuit; observe a dynamic pressure response of the negative pressure circuit to the pressure stimulus using pressure measurements recorded by the pressure sensor ; and estimate a wound volume of the wound based on the dynamic pressure response.
A laboratory instrument comprising: one or more trays , each comprising a plurality of recesses , which are configured to hold a plurality of sample vessels exhibiting barcode information, characterized in that the one or more trays comprises a plurality of openings between the recesses ; and further comprising_one or more rods that are separate from the trays , each comprising optical elements configured to read barcode information on the sample vessels , wherein the one or more rods are configured to move through the plurality of openings by way of being inserted into the openings or by lowering the tray . one or more trays , each comprising a plurality of recesses , which are configured to hold a plurality of sample vessels exhibiting barcode information, characterized in that the one or more trays comprises a plurality of openings between the recesses ; and further comprising_one or more rods that are separate from the trays , each comprising optical elements configured to read barcode information on the sample vessels , wherein the one or more rods are configured to move through the plurality of openings by way of being inserted into the openings or by lowering the tray .
A method of operation of a serving node in a communication network for updating subscriber data, comprising: • receiving a modification of subscriber data for a group of subscribers, said group being identified by a Reset-ID; • determining , for each subscriber in the group of subscribers, if updates to the subscriber data for the subscriber are to be done with high priority; • in response to determining that the updates to the subscriber data are needed now, communicating the modification of the subscriber data for the subscriber to one or more additional nodes; and • in response to determining that the updates to the subscriber data are not needed now, postponing the communication of the modification of the subscriber data for the subscriber, wherein determining if the updates to the subscriber data for the subscriber are to be done with high priority comprises determining that a user equipment associated with the subscriber is in an active state and the active state is a CONNECTED state. • receiving a modification of subscriber data for a group of subscribers, said group being identified by a Reset-ID; • determining , for each subscriber in the group of subscribers, if updates to the subscriber data for the subscriber are to be done with high priority; • in response to determining that the updates to the subscriber data are needed now, communicating the modification of the subscriber data for the subscriber to one or more additional nodes; and • in response to determining that the updates to the subscriber data are not needed now, postponing the communication of the modification of the subscriber data for the subscriber, wherein determining if the updates to the subscriber data for the subscriber are to be done with high priority comprises determining that a user equipment associated with the subscriber is in an active state and the active state is a CONNECTED state.