mhurhangee/ep-ind-claims huggingface dataset:
Method for the surface treatment of flat products made of aluminium alloys, the method comprising: - pickling of the flat product; - carrying out a colour measurement on the surface of the flat product to determine at least one measured colour value after pickling the flat product; - generating output information on the basis of the at least one measured colour value, the output information being indicative of compliance with at least one default for the measured colour value; - outputting or triggering the output of the output information, the output information being characteristic of a need for error search and carrying out the error search; and - wherein the output information can provide an indication that there is an error in the process flow which is not directly attributed to the composition of at least one treatment solution for the pickling. - pickling of the flat product; - carrying out a colour measurement on the surface of the flat product to determine at least one measured colour value after pickling the flat product; - generating output information on the basis of the at least one measured colour value, the output information being indicative of compliance with at least one default for the measured colour value; - outputting or triggering the output of the output information, the output information being characteristic of a need for error search and carrying out the error search; and - wherein the output information can provide an indication that there is an error in the process flow which is not directly attributed to the composition of at least one treatment solution for the pickling.
A virtual or augmented reality headset, comprising: a frame including opposing arm members (414a, 414b), a bridge positioned intermediate the opposing arm members (414a, 414b), and a linear rail that extends across the bridge from one side of the frame to an opposing side of the frame; a pair of virtual or augmented reality eyepieces (430a, 430b) each having an optical center, the pair of virtual or augmented reality eyepieces (430a, 430b) movably coupled to the linear rail to enable adjustment of an interpupillary distance between the optical centers; and an adjustment mechanism coupled to both of the pair of virtual or augmented reality eyepieces (430a, 430b) and operable to simultaneously move the pair of virtual or augmented reality eyepieces (430a, 430b) in adjustment directions aligned with the linear rail to adjust the interpupillary distance; characterized in that the headset further comprises: a pair of pins which slideably couple respective ones of the virtual or augmented reality eyepieces (430, 430b) to respective ones of the opposing arm members (414a, 414b) between a temple region and an ear region of the respective one of the opposing arm members (414a, 414b), so as to assist in guiding the virtual or augmented reality eyepieces (430, 430b) as they move outwardly or inwardly relative to the opposing arm members (414a, 414b). a frame including opposing arm members (414a, 414b), a bridge positioned intermediate the opposing arm members (414a, 414b), and a linear rail that extends across the bridge from one side of the frame to an opposing side of the frame; a pair of virtual or augmented reality eyepieces (430a, 430b) each having an optical center, the pair of virtual or augmented reality eyepieces (430a, 430b) movably coupled to the linear rail to enable adjustment of an interpupillary distance between the optical centers; and an adjustment mechanism coupled to both of the pair of virtual or augmented reality eyepieces (430a, 430b) and operable to simultaneously move the pair of virtual or augmented reality eyepieces (430a, 430b) in adjustment directions aligned with the linear rail to adjust the interpupillary distance; characterized in that the headset further comprises: a pair of pins which slideably couple respective ones of the virtual or augmented reality eyepieces (430, 430b) to respective ones of the opposing arm members (414a, 414b) between a temple region and an ear region of the respective one of the opposing arm members (414a, 414b), so as to assist in guiding the virtual or augmented reality eyepieces (430, 430b) as they move outwardly or inwardly relative to the opposing arm members (414a, 414b).
A system for magnetic field compensation, comprising a plurality of coils each one arranged in a respective receptacle, and a controller for controlling the coils for magnetic field compensation, the coils being connected to and addressed by the controller; characterised in that the system is designed as a modular system; and that position detection is implemented by the controller sequentially driving the coils and using sensor signals to identify where the respective receptacle is installed. the system is designed as a modular system; and that position detection is implemented by the controller sequentially driving the coils and using sensor signals to identify where the respective receptacle is installed.
A Base Station, BS, apparatus, configured to receive, from a core network, a mapping rule in which a dedicated radio section Quality of Service, QoS, parameter is mapped to each of QoS parameters which is applied to a service flow by the core network, respectively, comprising: a storage unit configured to store the mapping rule; an identification unit configured to identify, based on the stored mapping rule, a dedicated radio section QoS parameter applied to a service flow which the BS apparatus provides to a terminal and mapped to one of the QoS parameters, the one of the QoS parameters being applied to the service flow for a packet to be transmitted from the core network to the terminal; and a transmission unit configured to transmit the packet at the dedicated radio section QoS level by applying the identified dedicated radio section QoS parameter in packet transmission, wherein when a particular QoS parameter having a service type of a non-guaranteed bit rate, Non-GBR, which does not guarantee a bandwidth is applied to one service flow which includes packets of each piece of content having different QoS requirements, the mapping rule maps different dedicated radio section QoS parameters for each piece of content included in the one service flow. a storage unit configured to store the mapping rule; an identification unit configured to identify, based on the stored mapping rule, a dedicated radio section QoS parameter applied to a service flow which the BS apparatus provides to a terminal and mapped to one of the QoS parameters, the one of the QoS parameters being applied to the service flow for a packet to be transmitted from the core network to the terminal; and a transmission unit configured to transmit the packet at the dedicated radio section QoS level by applying the identified dedicated radio section QoS parameter in packet transmission, wherein when a particular QoS parameter having a service type of a non-guaranteed bit rate, Non-GBR, which does not guarantee a bandwidth is applied to one service flow which includes packets of each piece of content having different QoS requirements, the mapping rule maps different dedicated radio section QoS parameters for each piece of content included in the one service flow.
A method for optically and mechanically coupling an optical fiber to an optical or optoelectronic component on a substrate, the method comprising: providing an optical fiber comprising a core and a cladding, the core being exposed at an end face of the optical fiber; forming a polymer waveguide core on the end face, the polymer waveguide core extending from the fiber core; bringing the polymer waveguide core in proximity of the optical or optoelectronic component; providing a liquid optical material, the liquid optical material embedding the polymer waveguide core; and curing the liquid optical material, thereby forming a polymer cladding layer encapsulating the polymer waveguide core and mechanically attaching the optical fiber to the optical or optoelectronic component. providing an optical fiber comprising a core and a cladding, the core being exposed at an end face of the optical fiber; forming a polymer waveguide core on the end face, the polymer waveguide core extending from the fiber core; bringing the polymer waveguide core in proximity of the optical or optoelectronic component; providing a liquid optical material, the liquid optical material embedding the polymer waveguide core; and curing the liquid optical material, thereby forming a polymer cladding layer encapsulating the polymer waveguide core and mechanically attaching the optical fiber to the optical or optoelectronic component.
A carbon dioxide separator (326, 701, 802, 901) for a fuel cell system, the carbon dioxide separator (326, 701, 802, 901) comprising: a sweep channel configured to receive a sweep gas; a feed channel configured to receive a fuel exhaust stream of the fuel cell system; a carbon dioxide separation membrane disposed between the sweep channel and the feed channel, the carbon dioxide separation membrane having a higher permeability to carbon dioxide and water than to hydrogen gas, carbon monoxide, and nitrogen gas; and a first blocking layer disposed on a first side of the carbon dioxide separation membrane, characterized by that the first blocking layer comprising a first oxygen blocking layer disposed between the carbon dioxide separation membrane and the sweep channel, the oxygen blocking layer having a higher permeability to water and carbon dioxide than to oxygen gas and nitrogen gas. a sweep channel configured to receive a sweep gas; a feed channel configured to receive a fuel exhaust stream of the fuel cell system; a carbon dioxide separation membrane disposed between the sweep channel and the feed channel, the carbon dioxide separation membrane having a higher permeability to carbon dioxide and water than to hydrogen gas, carbon monoxide, and nitrogen gas; and a first blocking layer disposed on a first side of the carbon dioxide separation membrane, characterized by that the first blocking layer comprising a first oxygen blocking layer disposed between the carbon dioxide separation membrane and the sweep channel, the oxygen blocking layer having a higher permeability to water and carbon dioxide than to oxygen gas and nitrogen gas.
A coronary artery vascular stent with drug-carrying slots, comprised of a plurality of main supporting unit rings (1,8) and connecting rods (4,6) at the proximal, distal and in the intermediate portion of the stent, said main supporting unit ring (1,8) consists of a plurality of unit waves, the wave rod exterior surface of the unit waves has drug-carrying slots, the accumulative slot-length of the drug-carrying slots covers 60%-75% of the total wave rod length of the main supporting unit rings (1,8), characterized in that each of the unit wave consists of a reinforcement ring, a straight rod segment and a transition segment (21,22) connecting the reinforcement ring and the straight rod segment, and the straight rod segment and the transition segment (21,22) are 5-15% wider than the reinforcement ring, the unit wave in the intermediate portion of the stent is comprised of two types of wave shapes (11,13), wherein the wave shape length of the one type is 25-35% shorter than that of the other type.
Method for waste ink management during additive manufacturing comprising: delivering ink to an additive manufacturing location; collecting waste ink from the additive manufacturing location; and curing said waste ink upon collection, said method being characterized in that: said collecting comprises: collecting said waste ink from a roller or from printing head servicing; and distributing said waste ink evenly over a collecting cartridge; and said curing comprises radiating curing energy evenly over said cartridge; said method being further characterized in that it comprises: detecting when said cartridge is full; and irradiating drip pipes of said cartridge to cure undripped ink. delivering ink to an additive manufacturing location; collecting waste ink from the additive manufacturing location; and curing said waste ink upon collection, said method being characterized in that: said collecting comprises: collecting said waste ink from a roller or from printing head servicing; and distributing said waste ink evenly over a collecting cartridge; and said curing comprises radiating curing energy evenly over said cartridge; said method being further characterized in that it comprises: detecting when said cartridge is full; and irradiating drip pipes of said cartridge to cure undripped ink. said collecting comprises: collecting said waste ink from a roller or from printing head servicing; and distributing said waste ink evenly over a collecting cartridge; and collecting said waste ink from a roller or from printing head servicing; and distributing said waste ink evenly over a collecting cartridge; and said curing comprises radiating curing energy evenly over said cartridge; said method being further characterized in that it comprises: detecting when said cartridge is full; and irradiating drip pipes of said cartridge to cure undripped ink. detecting when said cartridge is full; and irradiating drip pipes of said cartridge to cure undripped ink.
A method applied in coding data during signal transmission, wherein the coding includes generating parity bits on a block of data such that from a word of K bits a code word of N bits is generated, the method comprising: selecting a factor b, where 1 ≤ b ≤ K, where n and k are positive integers, and where n = N / b and k = K / b; defining a binary model matrix H 0 = [ H a H b] of size ( n - k) × n as a combination of a first submatrix H a corresponding to the data bits and a second submatrix H b corresponding to the parity bits, where the second submatrix H b =[ h b0 | H b 1] is composed of a column vector h b 0 having n-k positions and a triple diagonal structured H b 1, wherein the elements of the two central diagonals h b 1 ( i,i), h b 1 ( i +1, i), 0≤i≤n-k -2 and the first element h b 1 ( n-k -1,0) of the last row are equal to 1, where n-k is the number of rows and columns of the submatrix H b, and of the remaining elements of the triple-diagonal structured H b 1 are equal to zero; generating a compact matrix H 1 from the binary model matrix H 0 by replacing each of the 1 s in the binary model matrix H 0 with a whole number and the Os in said binary model matrix H 0 with -1, wherein the whole numbers are greater than or equal to 0 and less than b; generating a parity matrix H of a quasi-cyclic low-density parity check, LDPC code from the compact matrix H 1; applying the parity matrix H to the block of data to determine the parity bits for the block of data to generate the LDPC codeword; and transmitting the LDPC codeword via a transmitter over a channel from a first communication device to a second communication device. selecting a factor b, where 1 ≤ b ≤ K, where n and k are positive integers, and where n = N / b and k = K / b; defining a binary model matrix H 0 = [ H a H b] of size ( n - k) × n as a combination of a first submatrix H a corresponding to the data bits and a second submatrix H b corresponding to the parity bits, where the second submatrix H b =[ h b0 | H b 1] is composed of a column vector h b 0 having n-k positions and a triple diagonal structured H b 1, wherein the elements of the two central diagonals h b 1 ( i,i), h b 1 ( i +1, i), 0≤i≤n-k -2 and the first element h b 1 ( n-k -1,0) of the last row are equal to 1, where n-k is the number of rows and columns of the submatrix H b, and of the remaining elements of the triple-diagonal structured H b 1 are equal to zero; generating a compact matrix H 1 from the binary model matrix H 0 by replacing each of the 1 s in the binary model matrix H 0 with a whole number and the Os in said binary model matrix H 0 with -1, wherein the whole numbers are greater than or equal to 0 and less than b; generating a parity matrix H of a quasi-cyclic low-density parity check, LDPC code from the compact matrix H 1; applying the parity matrix H to the block of data to determine the parity bits for the block of data to generate the LDPC codeword; and transmitting the LDPC codeword via a transmitter over a channel from a first communication device to a second communication device.
Sleeve for use in the heat-therapeutic treatment of the human foot, in particular for use in the treatment of tissue damage after surgical interventions, of injuries, of injuries, of inflammations and of chronic rheumatic diseases, and in particular in chemotherapy with cytostatic drugs in palmar-plantar erythrodysesthesia, e.g. carboplatin, capecitabine, 5-Fu, cyclophosphamide, cytarabine, docetaxel, doxorubicin, oxaliplatin, paclitaxel, sorafinide, and sunitinib, comprising a heat transfer body which can be brought into a substantially planar initial shape and comprises at least one first flexible material layer and at least one second flexible material layer which confine one or more flow spaces through which a heat-transmitting fluid can flow, and which are connected to one another by a plurality of contacting devices and comprising at least one first supply line for supplying a heat-transmitting fluid to the heat transfer body and with at least one second supply line for discharging a heat-transmitting fluid from the heat transfer body, wherein the heat transfer body is asymmetrically shaped in plan view in the planar initial shape, characterized in that the heat transfer body comprises a first section which substantially corresponds to the outline of a sole of a foot, and a second section which is connected thereto, preferably in a bonded manner, and which is designed such that, in the position of use, it extends over the forefoot region of a user, and in that furthermore a connecting device is provided, by means of which this first section is connectable or connected to this second section such that the sleeve is held on the foot of the user in the position of use, wherein at flow spaces, in particular at critical flow spaces, in which, in particular as a result of buckling and/or rotational movements of the human foot, a fold in the flow space is formed, the fluid can flow at at least one interrupted point of a linear contact between two flow spaces in order to ensure an uninterrupted flow of the fluid.
A power tool comprising: a motor having an output shaft; a housing; a transmission assembly comprising a transmission housing and a transmission, the transmission receiving a rotary input from the output shaft, the transmission comprising a sun gear and a plurality of planet gears meshing with the sun gear, the planet gears carried by an input planet carrier; an output spindle driven by the transmission, the output spindle comprising a rear end that is supported for rotation about an output spindle axis by one of the sun gear, the input planet carrier, and the motor output shaft, and a front end opposite the rear end; a rear bearing that indirectly supports the rear end of the output spindle; and a front bearing disposed between the housing and the output spindle, the front bearing being configured to support the output spindle for rotation about the output spindle axis at a location proximate the front end; characterized in that the rear bearing is disposed between the input planet carrier and the transmission housing, and the rear end of the output spindle is received in an opening in the input planet carrier. a motor having an output shaft; a housing; a transmission assembly comprising a transmission housing and a transmission, the transmission receiving a rotary input from the output shaft, the transmission comprising a sun gear and a plurality of planet gears meshing with the sun gear, the planet gears carried by an input planet carrier; an output spindle driven by the transmission, the output spindle comprising a rear end that is supported for rotation about an output spindle axis by one of the sun gear, the input planet carrier, and the motor output shaft, and a front end opposite the rear end; a rear bearing that indirectly supports the rear end of the output spindle; and a front bearing disposed between the housing and the output spindle, the front bearing being configured to support the output spindle for rotation about the output spindle axis at a location proximate the front end; characterized in that the rear bearing is disposed between the input planet carrier and the transmission housing, and the rear end of the output spindle is received in an opening in the input planet carrier.
Telescopic suspension device configured to be attached to the hub of a wheel comprising a first tube (12, 112, 212), a second tube (14, 114, 214) sliding relative to the first tube and a main spring (34, 134, 234) arranged inside said tubes, and further comprising a pretension adjustment stopper (18, 118, 218, 318) of the main spring (34, 134, 234) installed at the upper end of said first tube (12, 112, 212), characterized in that the pretension adjustment stopper (18, 118, 218) of the main spring comprises a pretension tracking system (39, 139, 239) of the main spring (34, 134, 234) representative of the weight of the user.
An orientable connector for connection devices of vehicle hydraulic systems comprising an input and/or output section and a connection end, wherein said connector comprises a head provided with orientation means arranged between the input and/or output section and the connection end and configured to establish hydraulic communication between both (31, 32); wherein the head comprises: • a flat support face from which the connection end extends perpendicularly; and • a flat orientation face, opposite the flat support face, on which the orientation means are located; said connector characterised in that the orientations means comprise a protruding element, wherein said protruding element adopts the following constructive configurations: - a prismatic configuration with a triangular, square, pentagonal, or hexagonal contour; or - an elliptical configuration; or - a configuration mixed between a square prism and a cylinder, having two flat side walls arranged between two curved side walls. • a flat support face from which the connection end extends perpendicularly; and • a flat orientation face, opposite the flat support face, on which the orientation means are located; - a prismatic configuration with a triangular, square, pentagonal, or hexagonal contour; or - an elliptical configuration; or - a configuration mixed between a square prism and a cylinder, having two flat side walls arranged between two curved side walls.
A method for manufacturing a denatured whey protein comprising processing a whey protein solution by repeating the following steps and 2 times or more continuously in a pressurizing type homogenizer: a step for treating the whey protein solution on pressure at 50 MPa or higher and on heating at 85 to 100°C; and, a step for decompressing to 0.05 to 0.5 MPa after the treating of the step and maintaining the whey protein solution at 0.05 to 0.5 MPa in the range of the heating temperature of the step ±10°C, wherein the treatment time period after the decompression of the step is 1.34 minutes or less. a step for treating the whey protein solution on pressure at 50 MPa or higher and on heating at 85 to 100°C; and, a step for decompressing to 0.05 to 0.5 MPa after the treating of the step and maintaining the whey protein solution at 0.05 to 0.5 MPa in the range of the heating temperature of the step ±10°C,
A pharmaceutical composition comprising a chemokine for use in suppressing or preventing cancer metastasis wherein the pharmaceutical composition is administered to a patient in combination with hyperthermia, wherein the cancer is locally heated in the hyperthermia.