mhurhangee/ep-ind-claims huggingface dataset:
A method performed by a base station in a wireless communication system, the method comprising: allocating a resource for transmission of an ultra-reliable and low latency communication, URLLC, packet in a transmission time interval, TTI, scheduled for transmission of an enhanced mobile broad band, eMBB, packet; generating interference influence information indicating that the eMBB packet is affected by interference caused by the URLLC packet; transmitting, to a terminal, the eMBB packet; transmitting, to the terminal, the interference influence information in a predetermined time after transmission of the eMBB packet; and retransmitting, to the terminal, only the part of the eMBB packet corresponding to the resource region of said TTI affected by the interference of the URLLC packet, wherein the interference influence information includes an interference influence identifier indicating that the transmission of the eMBB packet is affected by interference caused by the URLLC packet, an interference region identifier indicating the region of the TTI affected by said interference, and a retransmission signal type identifier indicating that only the signal corresponding to the region affected by the interference is retransmitted. allocating a resource for transmission of an ultra-reliable and low latency communication, URLLC, packet in a transmission time interval, TTI, scheduled for transmission of an enhanced mobile broad band, eMBB, packet; generating interference influence information indicating that the eMBB packet is affected by interference caused by the URLLC packet; transmitting, to a terminal, the eMBB packet; transmitting, to the terminal, the interference influence information in a predetermined time after transmission of the eMBB packet; and retransmitting, to the terminal, only the part of the eMBB packet corresponding to the resource region of said TTI affected by the interference of the URLLC packet, wherein the interference influence information includes an interference influence identifier indicating that the transmission of the eMBB packet is affected by interference caused by the URLLC packet, an interference region identifier indicating the region of the TTI affected by said interference, and a retransmission signal type identifier indicating that only the signal corresponding to the region affected by the interference is retransmitted.
Optical position measuring device for determining the position of a first object in relation to a second object that is movable relative thereto along at least one measurement direction (x), having - a material measure extending along the measurement direction (x), said material measure being connected to the first object and comprising at least one measurement graduation, which consists of graduation regions (11.1, 11.2) with different optical properties that are arranged alternately along the measurement direction (x), and - a scanning unit, which is connected to the second object and which comprises at least one light source, a detector arrangement and at least one fibre-optic arrangement which consists of a multiplicity of optical fibres (23.1) that are arranged adjacent to one another, the image entry faces of which facing the material measure and the image exit faces of which facing the detector arrangement, - wherein a light pattern results from the interaction between the beams emitted by the light source and the measurement graduation, and the fibre-optic arrangement transmits the light pattern into a detection plane of the detector arrangement, characterized in that the fibre-optic arrangement is embodied as a fibre-optic plate and an interstice medium is arranged between the image exit face of the fibre-optic plate and the detector arrangement, said interstice medium ensuring that the beams emerging from the image exit face experience a lesser deflection on their path to the detector arrangement than in the case without an interstice medium. - a material measure extending along the measurement direction (x), said material measure being connected to the first object and comprising at least one measurement graduation, which consists of graduation regions (11.1, 11.2) with different optical properties that are arranged alternately along the measurement direction (x), and - a scanning unit, which is connected to the second object and which comprises at least one light source, a detector arrangement and at least one fibre-optic arrangement which consists of a multiplicity of optical fibres (23.1) that are arranged adjacent to one another, the image entry faces of which facing the material measure and the image exit faces of which facing the detector arrangement, - wherein a light pattern results from the interaction between the beams emitted by the light source and the measurement graduation, and the fibre-optic arrangement transmits the light pattern into a detection plane of the detector arrangement,
A method for cryopreservation of an initially liquid sample comprising a biological material in a cryopreservation medium, said biological material being substantially located or concentrated within the initially liquid sample at a base thereof, the method comprising the step of cooling the top surface of the sample to selectively form an ice layer comprising a pure volume of crystalline ice at the top surface of the sample, and wherein the cooling applied to the top surface of the sample is continued until a layer of the sample below the ice layer solidifies to form a vitrified, or amorphous solid, layer as a result of cooling below the glass transition temperature (Tg).
A composition comprising a graft copolymer that comprises: (i) a backbone comprising dextran with a weight-average molecular weight of at least 100000 Daltons, and (ii) poly alpha-1,3-glucan side chains comprising at least 95% alpha-1,3-glucosidic linkages, wherein the weight-average molecular weight of one or more of the poly alpha-1,3-glucan side chains is at least 100000 Daltons; wherein the graft copolymer is insoluble under aqueous conditions. (i) a backbone comprising dextran with a weight-average molecular weight of at least 100000 Daltons, and (ii) poly alpha-1,3-glucan side chains comprising at least 95% alpha-1,3-glucosidic linkages, wherein the weight-average molecular weight of one or more of the poly alpha-1,3-glucan side chains is at least 100000 Daltons;
A panelboard, comprising: a housing having a body and a door coupled to the body; a moveable bracket positioned within the body and coupled thereto, the moveable bracket being coupled to a swing mounted circuit breaker having a handle moveable between an ON position to an OFF position, the moveable bracket being moveable between a first-bracket position wherein the circuit breaker is in a service position and a second-bracket position wherein the circuit breaker is in an operational position; a lever positioned outside of the housing and configured to switch between a first-lever position a second-lever position; and a drive assembly at least partially protruding through an aperture of the body and operatively coupled to the lever, the drive assembly including a drive cog, the drive cog being positioned within the body of the housing and being configured to directly move the handle of the circuit breaker from the OFF position to the ON position when the moveable bracket is in the second-bracket position such that the circuit breaker is in the operational position and the lever is switched between the first-lever position and the second-lever position. a housing having a body and a door coupled to the body; a moveable bracket positioned within the body and coupled thereto, the moveable bracket being coupled to a swing mounted circuit breaker having a handle moveable between an ON position to an OFF position, the moveable bracket being moveable between a first-bracket position wherein the circuit breaker is in a service position and a second-bracket position wherein the circuit breaker is in an operational position; a lever positioned outside of the housing and configured to switch between a first-lever position a second-lever position; and a drive assembly at least partially protruding through an aperture of the body and operatively coupled to the lever, the drive assembly including a drive cog, the drive cog being positioned within the body of the housing and being configured to directly move the handle of the circuit breaker from the OFF position to the ON position when the moveable bracket is in the second-bracket position such that the circuit breaker is in the operational position and the lever is switched between the first-lever position and the second-lever position.
A vehicle door module made as a single piece, said module including a substantially planar support face, said module being intended to be covered by a trim panel, characterized in that it further includes a support element of a door pull-handle, made in a single piece with the module, said element including two branches extending in a projecting manner from the support face, said branches being connected to one another by a pull element extending substantially parallel to the support face.
Separator for an electrochemical cell, preferably a lithium-ion battery, comprising a porous layer that comprises at least one organic binding agent and at least one functionalised aluminium oxide hydroxide with the general formula AlOOH, wherein the aluminium oxide hydroxide is functionalised on its surface with at least 2.5 wt. % of at least one silicon containing organic compound, related to the weight of aluminium oxide hydroxide (calculated as A1OOH), and the weight ratio of functionalised aluminium oxide hydroxide to binding agent within a range of 1.5:1 to 20:1 with the exception of a separator that i. comprises a linear styrol-ethylene/butylene-styrol (SEBS) triblock copolymer with a proportion of styrol blocks of 30 to 33 wt. % related to the total weight of the block copolymer and a solution viscosity of 1.4 to 2.0 mPas in a 10 wt. % solution of toluol as an organic binding agent, and ii. comprising a Böhmit pigment with a crystallite size of 35 - 45 nm, which was functionalised on its surface through reaction with phenyl methyl dimethoxy silane at a Böhmit to silane ratio of 1.36:1, at a ratio of functionalised aluminium oxide hydroxide (ii) to organic binding agent (i) of 3.57:1. i. comprises a linear styrol-ethylene/butylene-styrol (SEBS) triblock copolymer with a proportion of styrol blocks of 30 to 33 wt. % related to the total weight of the block copolymer and a solution viscosity of 1.4 to 2.0 mPas in a 10 wt. % solution of toluol as an organic binding agent, and ii. comprising a Böhmit pigment with a crystallite size of 35 - 45 nm, which was functionalised on its surface through reaction with phenyl methyl dimethoxy silane at a Böhmit to silane ratio of 1.36:1,
A method for maintaining network data distribution, comprising: establishing connections between a host and a plurality of clients (310A-D), wherein data exchanged between the host and each of the plurality of clients (310A-D) is acknowledged upon receipt; negotiating backup viability of a first client from the plurality of clients (310A-D), wherein negotiating the backup viability of the first client comprises determining whether the first client is capable of connecting to each of the other clients (310B-D) from the plurality of clients (310A-D); generating an application providing host information concerning all other clients (310B-D) from the plurality of clients (310A-D), the application also providing operational functionality required by the first client in order for it to serve as a backup host; transmitting the application to the first client; and executing the application on the first client, wherein the first client establishes connections to all other clients (310B-D) from the plurality of clients (310A-D) based on at least the host information, and the first client receives data from a second client from the plurality of clients (310A-D); wherein the first client is configured to identify an interrupted communication between the host and the second client by polling the host and determining when the host is no longer capable or has continuously failed to fulfil certain host duties; and to continue a communication between the host and the second client, if the communication between the host and the second client is interrupted. establishing connections between a host and a plurality of clients (310A-D), wherein data exchanged between the host and each of the plurality of clients (310A-D) is acknowledged upon receipt; negotiating backup viability of a first client from the plurality of clients (310A-D), wherein negotiating the backup viability of the first client comprises determining whether the first client is capable of connecting to each of the other clients (310B-D) from the plurality of clients (310A-D); generating an application providing host information concerning all other clients (310B-D) from the plurality of clients (310A-D), the application also providing operational functionality required by the first client in order for it to serve as a backup host; transmitting the application to the first client; and executing the application on the first client, wherein the first client establishes connections to all other clients (310B-D) from the plurality of clients (310A-D) based on at least the host information, and the first client receives data from a second client from the plurality of clients (310A-D); wherein the first client is configured to identify an interrupted communication between the host and the second client by polling the host and determining when the host is no longer capable or has continuously failed to fulfil certain host duties; and to continue a communication between the host and the second client, if the communication between the host and the second client is interrupted.
A microfluidic device comprising: a substrate comprising: one or more inlet channels; a mixing channel; wherein at least one inlet channel is fluidically connected to the mixing channel; a first chamber fluidically connected to the mixing channel; a capture antibody immobilized on the substrate in the first chamber; a second chamber fluidically connected to the first chamber and/or one or more inlet channels, wherein the second chamber comprises two or more electrodes, wherein at least one of the two or more electrodes comprises a surface with a conductive polymer layer; an outlet channel fluidically connected to the second chamber; a light source to irradiate the two or more electrodes of the second chamber. a substrate comprising: one or more inlet channels; a mixing channel; wherein at least one inlet channel is fluidically connected to the mixing channel; a first chamber fluidically connected to the mixing channel; a capture antibody immobilized on the substrate in the first chamber; a second chamber fluidically connected to the first chamber and/or one or more inlet channels, wherein the second chamber comprises two or more electrodes, wherein at least one of the two or more electrodes comprises a surface with a conductive polymer layer; an outlet channel fluidically connected to the second chamber; one or more inlet channels; a mixing channel; wherein at least one inlet channel is fluidically connected to the mixing channel; a first chamber fluidically connected to the mixing channel; a capture antibody immobilized on the substrate in the first chamber; a second chamber fluidically connected to the first chamber and/or one or more inlet channels, wherein the second chamber comprises two or more electrodes, wherein at least one of the two or more electrodes comprises a surface with a conductive polymer layer; an outlet channel fluidically connected to the second chamber; a light source to irradiate the two or more electrodes of the second chamber.
A memory system comprising: a flash memory including a meta block and a data block, the meta block including a plurality of pages; and a memory controller including a meta data managing module configured to manage meta data to be stored in the meta block, wherein the meta data managing module is configured to compare a number of free pages from among the plurality of pages with a set free page count to provide a comparison result, and select a write target page of the meta data from among the free pages, by using one of a consecution meta write operation, in which all meta pages are used in round-robin manner regardless of changed meta pages, and a dirty meta write operation, in which only meta pages in which an update has occurred are selected, depending on the comparison result. a flash memory including a meta block and a data block, the meta block including a plurality of pages; and a memory controller including a meta data managing module configured to manage meta data to be stored in the meta block, wherein the meta data managing module is configured to compare a number of free pages from among the plurality of pages with a set free page count to provide a comparison result, and select a write target page of the meta data from among the free pages, by using one of a consecution meta write operation, in which all meta pages are used in round-robin manner regardless of changed meta pages, and a dirty meta write operation, in which only meta pages in which an update has occurred are selected, depending on the comparison result.
A filter capsule (100, 100') comprising: a filter capsule (100, 100') having a capsule wall (102, 102'), wherein the filter capsule (100, 100') has a longitudinal axis (109, 109') and partially defines a capsule chamber (118, 118'); a filter cartridge having a filter core and filter media secured to and surrounding the core, wherein the filter cartridge is secured in the capsule chamber (118, 118'); a capsule top cap (104, 104') secured to a top end (105, 132) of the capsule wall (102, 102') and having an inlet (106, 106') extending upwardly from the top cap (104, 104') with an axis offset (107, 107') from the filter capsule longitudinal axis (109, 109'), wherein the inlet (106, 106') defines a fluid inlet port (114, 114'); a recessed outlet (140, 140') secured to a bottom end of the capsule wall (102, 102'), wherein the outlet (140, 140') has a radially extended flange (144, 144') defining an outlet port (142, 150, 150') and a recessed outlet wall (146, 146') extending inwardly into the filter capsule core, wherein the filter cartridge core is superposed about the outlet wall (146, 146'), and wherein the combination of the recessed outlet flange (144, 144'), capsule wall (102, 102') and top cap (104, 104') define the capsule chamber (118, 118'); and further comprising a plurality of columns (124, 162) formed about an inner surface (103, 103') of the capsule wall (102, 102'), wherein each column (124, 162) has a top end (126, 166) that defines a cartridge cap receiving slot. a filter capsule (100, 100') having a capsule wall (102, 102'), wherein the filter capsule (100, 100') has a longitudinal axis (109, 109') and partially defines a capsule chamber (118, 118'); a filter cartridge having a filter core and filter media secured to and surrounding the core, wherein the filter cartridge is secured in the capsule chamber (118, 118'); a capsule top cap (104, 104') secured to a top end (105, 132) of the capsule wall (102, 102') and having an inlet (106, 106') extending upwardly from the top cap (104, 104') with an axis offset (107, 107') from the filter capsule longitudinal axis (109, 109'), wherein the inlet (106, 106') defines a fluid inlet port (114, 114'); a recessed outlet (140, 140') secured to a bottom end of the capsule wall (102, 102'), wherein the outlet (140, 140') has a radially extended flange (144, 144') defining an outlet port (142, 150, 150') and a recessed outlet wall (146, 146') extending inwardly into the filter capsule core, wherein the filter cartridge core is superposed about the outlet wall (146, 146'), and wherein the combination of the recessed outlet flange (144, 144'), capsule wall (102, 102') and top cap (104, 104') define the capsule chamber (118, 118'); and further comprising a plurality of columns (124, 162) formed about an inner surface (103, 103') of the capsule wall (102, 102'), wherein each column (124, 162) has a top end (126, 166) that defines a cartridge cap receiving slot.
A material testing system (10, 100, 200, 300, 400) comprising: an output shaft (22, 122, 222a, 222b, 322, 422) configured to be moved by operation of a motor (20, 120, 220a, 220b, 354), the output shaft (22, 122, 222a, 222b, 322, 422) coupleable to a test specimen (26, 126) such that movement of the output shaft (22, 122, 222a, 222b, 322, 422) imparts a mechanical force on the test specimen (26, 126); and a haptic feedback system (12, 112, 212a, 212b, 312) configured to provide an operator of the material testing system haptic feedback related to a position or state of the output shaft (22, 122, 222a, 222b, 322, 422) relative to the test specimen (26, 126) during setup or configuration of a test sequence. an output shaft (22, 122, 222a, 222b, 322, 422) configured to be moved by operation of a motor (20, 120, 220a, 220b, 354), the output shaft (22, 122, 222a, 222b, 322, 422) coupleable to a test specimen (26, 126) such that movement of the output shaft (22, 122, 222a, 222b, 322, 422) imparts a mechanical force on the test specimen (26, 126); and a haptic feedback system (12, 112, 212a, 212b, 312) configured to provide an operator of the material testing system haptic feedback related to a position or state of the output shaft (22, 122, 222a, 222b, 322, 422) relative to the test specimen (26, 126) during setup or configuration of a test sequence.
A method of diagnosing metastatic potential of a breast cancer in an individual with breast cancer, the method comprising a step of assaying a breast cancer tumour sample from the patient for expression of ADAM22, wherein expression of ADAM22 correlates with increased potential for metastasis compared with a patient who is ADAM22 negative.
A method for preconditioning a heating and/or cooling unit in a motor vehicle while said vehicle is at a standstill, wherein the heating and/or cooling unit draws its energy for heating and/or cooling the vehicle interior from an electrical store, and wherein, while the vehicle is at a standstill, the heating and/or cooling unit is activated in a first power stage in response to a signal of a remote starting device and is switched from the first power stage to a second power stage of the heating and/or cooling unit depending on specified conditions, characterised in that the first power stage (LS1 h, LS1k) is designed in such a way that, with the ventilation flaps at least almost closed, the heating and/or cooling circuit is internally preconditioned to reach a specified target temperature by appropriate control of the heating and/or cooling unit.