mhurhangee/patent-ind-claim-en huggingface dataset:
A device for endoluminal treatment of venous insufficiencies, comprising: - a flexible optical fiber defining an elongated axis, - a proximal end optically connectable to a source of radiation , and - a distal end receivable within the vein and including radiation emitting surfaces of the optical fiber , which are adapted to emit radiation from the radiation source laterally with respect to the elongated axis of the optical fiber and to emit the radiation radially and circumferentially onto an angularly extending portion of the surrounding vein, and - a substantially transparent cap enclosing the emitting surfaces and fixedly secured to the optical fiber and sealed with respect thereto by fusing. - a flexible optical fiber defining an elongated axis, - a proximal end optically connectable to a source of radiation , and - a distal end receivable within the vein and including radiation emitting surfaces of the optical fiber , which are adapted to emit radiation from the radiation source laterally with respect to the elongated axis of the optical fiber and to emit the radiation radially and circumferentially onto an angularly extending portion of the surrounding vein, and - a substantially transparent cap enclosing the emitting surfaces and fixedly secured to the optical fiber and sealed with respect thereto by fusing.
A device, CTRL-DEV, for controlling a dual-mode Bluetooth low energy, BLE, multimedia device, DM-BLE, having a first sound system, SS1, adapted to be associated with at least one Bluetooth multimedia device, SPK 1 , SPK 2 , SPK N , and a second sound system, SS2, adapted to be associated with at least one Bluetooth Low Energy multimedia device, BLE-SPK 1 , BLE-SPK 2 , BLE-SPK N , the controlling device comprising : - an access circuit, CTRL-AC, arranged to obtain a first latency value of the first sound system which corresponds to a time taken for an input multimedia stream to travel from an input of the first sound system to an output of said first sound system, and a second latency value of the second sound system which corresponds to a time taken for an input multimedia stream to travel from an input of the second sound system to an output of said second sound system, - a separation circuit, CTRL-SEC, arranged to separate an input multimedia stream, INP-S, into a first multimedia signal, INP-S1, and a second multimedia signal, INP-S2, - a synchronization circuit, CTRL-SYC, arranged to delay the first and second multimedia signals based on the first and second latency values, and - a transmission circuit, CTRL-TC, arranged to respectively transmit the delayed first and second multimedia signals to the first and second sound systems. - an access circuit, CTRL-AC, arranged to obtain a first latency value of the first sound system which corresponds to a time taken for an input multimedia stream to travel from an input of the first sound system to an output of said first sound system, and a second latency value of the second sound system which corresponds to a time taken for an input multimedia stream to travel from an input of the second sound system to an output of said second sound system, - a separation circuit, CTRL-SEC, arranged to separate an input multimedia stream, INP-S, into a first multimedia signal, INP-S1, and a second multimedia signal, INP-S2, - a synchronization circuit, CTRL-SYC, arranged to delay the first and second multimedia signals based on the first and second latency values, and - a transmission circuit, CTRL-TC, arranged to respectively transmit the delayed first and second multimedia signals to the first and second sound systems.
An optical fiber cable comprising: a core including a plurality of optical fibers ; an outer filling that is disposed outside the core ; a sheath that covers the core and the outer filling , and a pair of separators disposed so as to sandwich the core therebetween, wherein the sheath is formed in a rectangular shape in a transverse cross-sectional view, and each of the separators is located between the core and the sheath , characterized by the core including an inner filling , and a wrapping tube which wraps the plurality of optical fiber and the inner filling . a core including a plurality of optical fibers ; an outer filling that is disposed outside the core ; a sheath that covers the core and the outer filling , and a pair of separators disposed so as to sandwich the core therebetween, wherein the sheath is formed in a rectangular shape in a transverse cross-sectional view, and each of the separators is located between the core and the sheath , characterized by the core including an inner filling , and a wrapping tube which wraps the plurality of optical fiber and the inner filling .
Surface-coated positive electrode active material particles comprising: positive electrode active material particles; and a coating layer applied on a surface of the positive electrode active material particles, wherein the coating layer includes a polyimide comprising one or more structures selected from the group consisting of pyrrole, aniline, and carbazole, wherein the coating layer includes metal ions of one or more metals selected from the group consisting of magnesium, aluminum, zirconium, and lithium. positive electrode active material particles; and a coating layer applied on a surface of the positive electrode active material particles, wherein the coating layer includes a polyimide comprising one or more structures selected from the group consisting of pyrrole, aniline, and carbazole, wherein the coating layer includes metal ions of one or more metals selected from the group consisting of magnesium, aluminum, zirconium, and lithium.
Entropy encoding apparatus comprising a decomposer configured to convert a sequence of syntax elements having a value range which is sub-divided into a sequence of N partitions (140 1-3 ) into a sequence of source symbols by individually decomposing at least a subgroup of the syntax elements into a respective number n of source symbols s i with i=1...n, the respective number n of source symbols depending on as to which of the sequence of N partitions (140 1-3 ) a value z of the respective syntax elements falls into, so that a sum of values of the respective number of source symbols s i yields z, and, if n>1, for all i=1...n-1, the value of s i corresponds to a range of the i th partition; a subdivider configured to subdivide the sequence of source symbols into a first subsequence of source symbols and a second subsequence of source symbols such that all source symbols s x with x being member of a first subset of {1...N} are contained within the first subsequence and all source symbols s y with y being member of a second subset of {1...N} being disjoint to the first subset, are contained within the second subsequence ; a VLC encoder configured to symbol-wisely encode the source symbols of the first subsequence ; and an arithmetic encoder configured to encode the second subsequence of source symbols, characterised in that the subgroup of the syntax elements encompass absolute transform coefficient levels of absolute transform coefficients of transform blocks of a picture with the absolute transform coefficient levels of a respective transform block representing a prediction residual and being arranged within the sequence of syntax elements in accordance with a scan path leading through the absolute transform coefficients of the respective transform blocks, wherein the decomposer is configured to adapt one or more of limits between the partitions during decomposing the absolute transform coefficient levels of the absolute transform coefficients of a respective transform block depending on already encoded absolute transform coefficient levels of absolute transform coefficients of the respective transform blocks preceding in the scan order or depending on a position of the absolute transform coefficient level currently to be decomposed in the scan order, or based on an evaluation of the already reconstructed absolute transform coefficient levels of transform coefficients neighboring - either spatially or in scan order - the position of the absolute transform coefficient level currently to be decomposed.
A wire having a core of steel with a diameter ranging from 0.30 mm to 3.0 mm, said wire having two layers of metal coating: - a first layer of a zinc alloy around said core and clearly showing a zinc gradient with zinc being more present at the outer side, - a second layer of copper around said first layer. - a first layer of a zinc alloy around said core and clearly showing a zinc gradient with zinc being more present at the outer side, - a second layer of copper around said first layer.
A method comprising: introducing glycerol and tertiary butanol (TBA) into a reactor comprising an acidic catalyst to produce one or more glycerol ethers selected from mono-tert butyl glycerol ethers, di-tert butyl glycerol ethers, tri-tert butyl glycerol ethers, or a combination thereof, wherein the reactor is operated at a molar ratio of TBA to glycerol in the range of from 2:1 to 7:1, wherein the reactor further contains an oligomerization catalyst effective to catalyze the oligomerization of isobutylene to provide one or more branched olefins.
A cylindrical battery comprising: an electrode plate having an active material applied onto a base member formed of a punching steel plate, the electrode plate being wound via a separator together with an electrode plate , which has a different polarity so as to form an electrode assembly, and having an outermost peripheral portion positioned at the outermost periphery of the electrode assembly and a main portion that is other than the outermost peripheral portion , wherein the rate of hole area of the base member at a portion of the electrode assembly, wherein the electrode of different polarity overlap, which is formed in the main portion and radially inwardly overlaps on a winding terminal end of the electrode plate having the different polarity, is smaller than that of the base member at the outermost peripheral portion . an electrode plate having an active material applied onto a base member formed of a punching steel plate, the electrode plate being wound via a separator together with an electrode plate , which has a different polarity so as to form an electrode assembly, and having an outermost peripheral portion positioned at the outermost periphery of the electrode assembly and a main portion that is other than the outermost peripheral portion , wherein the rate of hole area of the base member at a portion of the electrode assembly, wherein the electrode of different polarity overlap, which is formed in the main portion and radially inwardly overlaps on a winding terminal end of the electrode plate having the different polarity, is smaller than that of the base member at the outermost peripheral portion .
A method for assessing the specificity of an antigen binding moiety comprising the steps of: a. providing an antigen binding moiety specific for a target antigen, wherein the target antigen is a peptide bound to a molecule of the human major histocompatibility complex (MHC); b. generating a chimeric antigen receptor (CAR) expressing reporter T (CAR-T) cell by: i. transferring the antigen binding moiety into a CAR vector system operationally coupled to a response element; ii. transferring the CAR vector system into a reporter T cell comprising a reporter gene under the control of the response element; c. contacting the reporter CAR-T cell with a target cell comprising the target antigen on the surface, in particular wherein the target cell is a cancer cell; and d. determining T cell activation by determining the expression of the reporter gene to establish the specificity of the antigen binding moiety; wherein the antigen binding moiety is a Fab fragment. a. providing an antigen binding moiety specific for a target antigen, wherein the target antigen is a peptide bound to a molecule of the human major histocompatibility complex (MHC); b. generating a chimeric antigen receptor (CAR) expressing reporter T (CAR-T) cell by: i. transferring the antigen binding moiety into a CAR vector system operationally coupled to a response element; ii. transferring the CAR vector system into a reporter T cell comprising a reporter gene under the control of the response element; i. transferring the antigen binding moiety into a CAR vector system operationally coupled to a response element; ii. transferring the CAR vector system into a reporter T cell comprising a reporter gene under the control of the response element; c. contacting the reporter CAR-T cell with a target cell comprising the target antigen on the surface, in particular wherein the target cell is a cancer cell; and d. determining T cell activation by determining the expression of the reporter gene to establish the specificity of the antigen binding moiety;
A preparation method of a super absorbent polymer composition, comprising 1) a step of forming a hydrogel polymer by cross-linking polymerization of a water-soluble ethylene-based unsaturated monomer having at least partially neutralized acidic groups in the presence of an internal cross-linking agent and a polymerization initiator; 2) a step of mixing the hydrogel polymer with a carboxylic acid-based additive, followed by pulverization to prepare a pulverized product containing hydrous super absorbent polymer particles and the additive, wherein the carboxylic acid-based additive is used in an amount of 0.01 to 10 parts by weight based on 100 parts by weight of the hydrogel polymer; and 3) a step of preparing a super absorbent polymer composition containing super absorbent polymer particles and the additive by drying the pulverized product; wherein the carboxylic acid-based additive is at least one selected from the group consisting of a carboxylic acid represented by the following Chemical Formula 1 and a salt thereof: in Chemical Formula 1, A is alkyl having 5 to 21 carbon atoms, B 1 is -OCO- or -COOCH(R 1 )COO-, B 2 is -CH 2 CH 2 -, -CH(R 2 )-, or -CH=CH-, wherein, R 1 and R 2 are each independently alkyl having 1 to 4 carbon atoms, n is an integer of 1 to 3, and C is a carboxyl group. 1) a step of forming a hydrogel polymer by cross-linking polymerization of a water-soluble ethylene-based unsaturated monomer having at least partially neutralized acidic groups in the presence of an internal cross-linking agent and a polymerization initiator; 2) a step of mixing the hydrogel polymer with a carboxylic acid-based additive, followed by pulverization to prepare a pulverized product containing hydrous super absorbent polymer particles and the additive, wherein the carboxylic acid-based additive is used in an amount of 0.01 to 10 parts by weight based on 100 parts by weight of the hydrogel polymer; and 3) a step of preparing a super absorbent polymer composition containing super absorbent polymer particles and the additive by drying the pulverized product; A is alkyl having 5 to 21 carbon atoms, B 1 is -OCO- or -COOCH(R 1 )COO-, B 2 is -CH 2 CH 2 -, -CH(R 2 )-, or -CH=CH-, wherein, R 1 and R 2 are each independently alkyl having 1 to 4 carbon atoms, n is an integer of 1 to 3, and C is a carboxyl group.
A brake caliper , comprising: a caliper lever holding a brake pad ; an actuator for driving the caliper lever ; a body holding the actuator ; and a pin held in the body , an end of the pin being inserted into the caliper lever to support the caliper lever rotatably relative to the body characterized by a fluid retaining chamber for retaining fluid, the fluid retaining chamber being defined by the caliper lever and the end of the pin . a caliper lever holding a brake pad ; an actuator for driving the caliper lever ; a body holding the actuator ; and a pin held in the body , an end of the pin being inserted into the caliper lever to support the caliper lever rotatably relative to the body characterized by a fluid retaining chamber for retaining fluid, the fluid retaining chamber being defined by the caliper lever and the end of the pin .
A method for wireless communications by a base station, BS, comprising: determining a position of a first synchronization signal, SS, block, within a burst of SS blocks, wherein each SS block within the burst of SS blocks comprises a primary SS, PSS, a secondary SS, SSS, and a physical broadcast channel, PBCH, and the SS burst comprises an anchor SS block with a distinctive feature for a receiver to identify a structure of the SS burst; and transmitting the burst of SS blocks in accordance with the determination. determining a position of a first synchronization signal, SS, block, within a burst of SS blocks, wherein each SS block within the burst of SS blocks comprises a primary SS, PSS, a secondary SS, SSS, and a physical broadcast channel, PBCH, and the SS burst comprises an anchor SS block with a distinctive feature for a receiver to identify a structure of the SS burst; and transmitting the burst of SS blocks in accordance with the determination.
Method for positioning a set of vehicles comprising at least two vehicles with respect to remarkable points comprising the following steps : - a step of starting from a known position, from which the position of each vehicle is known using either an inertial measurement unit or an Ultra-Short Baseline acoustic system, USBL, the respective locations of said remarkable points not being known ; - a step of communicating the location of at least a first vehicle having discovered a first remarkable point to at least one other vehicle of the set of vehicles , the said first vehicle remaining substantially stationary with respect to the said first remarkable point and at least the said other vehicle of the set of vehicles determining its position with respect to the said at least first vehicle ; - a step of searching for a second remarkable point, different from said first remarkable point, by the set of vehicles except said first vehicle ; - a step of communicating the location of at least one second vehicle having discovered a second remarkable point to at least said first vehicle , said second vehicle remaining substantially stationary with respect to said second remarkable point and at least said first vehicle determining its position with respect to said at least second vehicle - a step of searching for another remarkable point, different from the first and second remarkable points, by all the vehicles except said second vehicle . - a step of starting from a known position, from which the position of each vehicle is known using either an inertial measurement unit or an Ultra-Short Baseline acoustic system, USBL, the respective locations of said remarkable points not being known ; - a step of communicating the location of at least a first vehicle having discovered a first remarkable point to at least one other vehicle of the set of vehicles , the said first vehicle remaining substantially stationary with respect to the said first remarkable point and at least the said other vehicle of the set of vehicles determining its position with respect to the said at least first vehicle ; - a step of searching for a second remarkable point, different from said first remarkable point, by the set of vehicles except said first vehicle ; - a step of communicating the location of at least one second vehicle having discovered a second remarkable point to at least said first vehicle , said second vehicle remaining substantially stationary with respect to said second remarkable point and at least said first vehicle determining its position with respect to said at least second vehicle - a step of searching for another remarkable point, different from the first and second remarkable points, by all the vehicles except said second vehicle .
A transcutaneous analyte sensor assembly, the assembly comprising: a housing adapted for mounting on a skin of a host; an electronics unit configured to releasably mate with the housing ; and a sensor configured to measure a level of an analyte in the host, wherein the sensor is operably connected to the electronics unit when the electronics unit is mated to the housing , wherein the housing comprises at least two electrical contacts configured to operably connect the sensor to the electronics unit when releasably mated thereto, wherein the electrical contacts are spaced along a proximal portion of the sensor , and wherein the sensor includes a working electrode and a counter and/or reference electrode , wherein the working electrode comprises a wire and the counter and/or reference electrode comprises a wire, the wires being coaxial, wherein one of the electrical contacts contacts the working electrode of the sensor and the other electrical contact contacts the counter and/or reference electrode of the sensor . a housing adapted for mounting on a skin of a host; an electronics unit configured to releasably mate with the housing ; and a sensor configured to measure a level of an analyte in the host, wherein the sensor is operably connected to the electronics unit when the electronics unit is mated to the housing , wherein the housing comprises at least two electrical contacts configured to operably connect the sensor to the electronics unit when releasably mated thereto, wherein the electrical contacts are spaced along a proximal portion of the sensor , and wherein the sensor includes a working electrode and a counter and/or reference electrode , wherein the working electrode comprises a wire and the counter and/or reference electrode comprises a wire, the wires being coaxial, wherein one of the electrical contacts contacts the working electrode of the sensor and the other electrical contact contacts the counter and/or reference electrode of the sensor .
An induction cooking hob , in particular for a domestic appliance, comprising - a glass ceramic panel for supporting cooking utensils, and - at least one circuit board arranged beneath the glass ceramic panel , wherein - said circuit board includes a plurality of induction coils , characterised in that - the induction cooking hob comprises at least one illumination panel arranged beneath the glass ceramic panel and above the circuit board , - the induction cooking hob comprises at least one pressure blower arranged at a margin of the circuit board , - the induction cooking hob comprises at least one suction blower arranged at a margin of the circuit board and opposite to the pressure blower , - an outlet of the pressure blower and an inlet of the suction blower are arranged between the illumination panel and the circuit board , and - an outlet of the suction blower and an inlet of the pressure blower are arranged beneath the circuit board . - a glass ceramic panel for supporting cooking utensils, and - at least one circuit board arranged beneath the glass ceramic panel , wherein - said circuit board includes a plurality of induction coils , - the induction cooking hob comprises at least one illumination panel arranged beneath the glass ceramic panel and above the circuit board , - the induction cooking hob comprises at least one pressure blower arranged at a margin of the circuit board , - the induction cooking hob comprises at least one suction blower arranged at a margin of the circuit board and opposite to the pressure blower , - an outlet of the pressure blower and an inlet of the suction blower are arranged between the illumination panel and the circuit board , and - an outlet of the suction blower and an inlet of the pressure blower are arranged beneath the circuit board .