mhurhangee/ep-ind-claims huggingface dataset:
An iron sole plate comprising a metallic base material having an ironing surface, and a coating layer covering said ironing surface characterized in that said coating is a hydrolysis and polycondensation product of a composition comprising the followings: - methyl triethoxy silane (MTEOS), - tetraethoxy silane (TEOS), - an alkoxide or hydroxide of Cesium, and - water. - methyl triethoxy silane (MTEOS), - tetraethoxy silane (TEOS), - an alkoxide or hydroxide of Cesium, and - water.
A moving image decoding method for decoding an encoded bitstream obtained by dividing the moving image into a plurality of macroblocks, the macroblocks being spatially divided from a slice, the moving image including the slice, the method comprising: a macroblock size determination step for decoding macroblock size information in a sequence, and for determining a size of each of the macroblocks based on the macroblock size information, wherein the macroblock size information is multiplexed into the bitstream and the sequence is a set of a plurality of continuous frames and each of the continuous frames is temporally divided from the moving image; a coding mode decoding step for decoding a coding mode determined for each of the macroblocks, wherein the macroblocks are further divided into regions, the size of said regions being determined according to the macroblock size; and a macroblock decoding step for decoding pixel values in each of the macroblocks in the coding mode decoded by the coding mode decoding means. a macroblock size determination step for decoding macroblock size information in a sequence, and for determining a size of each of the macroblocks based on the macroblock size information, wherein the macroblock size information is multiplexed into the bitstream and the sequence is a set of a plurality of continuous frames and each of the continuous frames is temporally divided from the moving image; a coding mode decoding step for decoding a coding mode determined for each of the macroblocks, wherein the macroblocks are further divided into regions, the size of said regions being determined according to the macroblock size; and a macroblock decoding step for decoding pixel values in each of the macroblocks in the coding mode decoded by the coding mode decoding means.
An oral dosage composition comprising an effective amount of a peptide of SEQ ID NO:1, and comprising first delayed-release particles that release the peptide in the duodenum of a patient upon administration, wherein said first delayed-release particles comprise: a core particle; a coat comprising the peptide of SEQ ID NO:1 over the core particle; and a delayed-release coating outside the coat comprising said peptide, the delayed-release coating comprising 1:1 co-polymer of polymethacrylic acid and ethyl acrylate; the delayed- release coating being stable in simulated gastric fluid and releasing at least 70% of the peptide in the first delayed-release particles by about 90 minutes of exposure to simulated intestinal fluid having a pH of greater than 5. a core particle; a coat comprising the peptide of SEQ ID NO:1 over the core particle; and a delayed-release coating outside the coat comprising said peptide, the delayed-release coating comprising 1:1 co-polymer of polymethacrylic acid and ethyl acrylate; the delayed- release coating being stable in simulated gastric fluid and releasing at least 70% of the peptide in the first delayed-release particles by about 90 minutes of exposure to simulated intestinal fluid having a pH of greater than 5.
Vehicle having an oil supply arrangement with an electrical machine in a machine housing with at least one oil volume which is connected to an oil volume of a transmission housing of the vehicle for supplying oil, wherein the oil volume of the electrical machine is subdivided into at least two oil supply chambers (B, C) for equalizing the oil level in the machine housing, wherein a first oil supply chamber is arranged on a side of the machine housing facing the direction of travel of the vehicle and a second oil supply chamber is arranged on a side of the machine housing facing away from the direction of travel of the vehicle, characterized in that a rotor of the electrical machine runs transversely to the longitudinal orientation of the vehicle and in that the first oil supply chamber and the second oil supply chamber run parallel to a rotor axis of the rotor of the electrical machine and wherein the first oil supply chamber and the second oil supply chamber are arranged laterally opposite one another below the rotor axis of the electrical machine. of a transmission housing of the vehicle for supplying oil, wherein the oil volume of the electrical machine is subdivided into at least two oil supply chambers (B, C) for equalizing the oil level in the machine housing, wherein a first oil supply chamber is arranged on a side of the machine housing facing the direction of travel of the vehicle and a second oil supply chamber is arranged on a side of the machine housing facing away from the direction of travel of the vehicle, characterized in that a rotor of the electrical machine runs transversely to the longitudinal orientation of the vehicle and in that the first oil supply chamber and the second oil supply chamber run parallel to a rotor axis of the rotor of the electrical machine and wherein the first oil supply chamber and the second oil supply chamber are arranged laterally opposite one another below the rotor axis of the electrical machine.
A wafer container for holding a spaced stack of wafers, the stack having an axis (a) extending through the centers of the wafers, each wafer having a circular peripheral edge and a thickness, the container comprising: a base portion for receiving the stack of wafers, the base portion having a plurality of walls defining an open interior and four of said walls defining an opening perimeter; a cover portion that cooperatively connects with the base portion to form a closed interior for containing the stack of wafers, the cover portion having an inside surface with attachment structure; a wafer cushion attached to the inside surface of the cover portion at the attachment structure, the wafer cushion having a length and a width, the length extending in a direction parallel to the axis (a) of the stack of wafers, the wafer cushion comprising generally rectangular support structure defining a central elongate cushion window (53.2) with a pair of opposing side support structures, a central row of wafer engaging finger portions extending from the opposing side support structures down lengthwise in the window (53.2), each wafer engaging finger portion for engaging a single one of the stack of wafers, characterized in that each wafer engaging finger portion comprises a pair of legs extending from one of the two side support structures, the pair of legs extending to a mid-portion of the wafer engaging finger portion, the wafer engaging finger portion having a distal portion comprising a wafer engaging pad. a base portion for receiving the stack of wafers, the base portion having a plurality of walls defining an open interior and four of said walls defining an opening perimeter; a cover portion that cooperatively connects with the base portion to form a closed interior for containing the stack of wafers, the cover portion having an inside surface with attachment structure; a wafer cushion attached to the inside surface of the cover portion at the attachment structure, the wafer cushion having a length and a width, the length extending in a direction parallel to the axis (a) of the stack of wafers, the wafer cushion comprising generally rectangular support structure defining a central elongate cushion window (53.2) with a pair of opposing side support structures, a central row of wafer engaging finger portions extending from the opposing side support structures down lengthwise in the window (53.2), each wafer engaging finger portion for engaging a single one of the stack of wafers, characterized in that each wafer engaging finger portion comprises a pair of legs extending from one of the two side support structures, the pair of legs extending to a mid-portion of the wafer engaging finger portion, the wafer engaging finger portion having a distal portion comprising a wafer engaging pad.
A method for enhancing enzymatic hydrolysis of lignocellulose biomass, comprising the steps of: a. providing an aqueous dispersion of biomass; b. adding a preparation of fungal laccase to the biomass (a); c. adding a preparation of one or more cellulose hydrolysing enzyme to the biomass (b), wherein the addition in step b) is either simultaneous with the addition in step c), or is prior to the addition in step c); d. incubating the biomass of step b) and step c) either simultaneously or in sequence; wherein the fungal laccase is a polypeptide having at least 85% amino acid sequence identity to SEQ ID NO: 5. a. providing an aqueous dispersion of biomass; b. adding a preparation of fungal laccase to the biomass (a); c. adding a preparation of one or more cellulose hydrolysing enzyme to the biomass (b), wherein the addition in step b) is either simultaneous with the addition in step c), or is prior to the addition in step c); d. incubating the biomass of step b) and step c) either simultaneously or in sequence;
A dust bag for a vacuum cleaner comprising: a filter bag of an air-permeable material a front connector plate comprising a hole section, wherein a sleeve is provided, wherein, the filter bag is attached to the front connector plate and the sleeve is provided outside the filter bag, and wherein the sleeve is arranged to keep the filter bag in a folded position and where the sleeve is arranged to allow the filter bag to expand when air is blown through a hole formed in the hole section of the front connector plate, characterized in that the sleeve is of a flexible material. a filter bag of an air-permeable material a front connector plate comprising a hole section, wherein a sleeve is provided, wherein, the filter bag is attached to the front connector plate and the sleeve is provided outside the filter bag, and wherein the sleeve is arranged to keep the filter bag in a folded position and where the sleeve is arranged to allow the filter bag to expand when air is blown through a hole formed in the hole section of the front connector plate, characterized in that the sleeve is of a flexible material.
A superconductor switching arrangement, comprising: a superconductor having a plurality of first connection zones and at least one second connection zone, and having dielectric barriers between each of the plurality of first connection zones, the first and second connection zones being connectable by at least one superconducting path in use, a quenching device which is operable to selectively quench portions of the superconductor so as to remove the superconducting path between at least two of the first connection zones and the at least one second connection zone at a first time, t 1; and, wherein the quenching device is further configurable to provide a superconductive path between two adjacent first connection zones and at least one of the second connection zones at a second time, t 2. a superconductor having a plurality of first connection zones and at least one second connection zone, and having dielectric barriers between each of the plurality of first connection zones, the first and second connection zones being connectable by at least one superconducting path in use, a quenching device which is operable to selectively quench portions of the superconductor so as to remove the superconducting path between at least two of the first connection zones and the at least one second connection zone at a first time, t 1; and, wherein the quenching device is further configurable to provide a superconductive path between two adjacent first connection zones and at least one of the second connection zones at a second time, t 2.
A system comprising: a plurality of servers; a first network coupling the plurality of servers to each other and configured to connect the plurality of servers to one or more client computing devices; a second network coupling the plurality of servers to each other, wherein data transferred between the plurality of servers is transferred though the second network; and at least a first server, among the plurality of servers, configured to receive network management requests for configuring the second network from the one or more client computing devices through the first network, the network management requests comprising a request to update a configuration of the second network. a plurality of servers; a first network coupling the plurality of servers to each other and configured to connect the plurality of servers to one or more client computing devices; a second network coupling the plurality of servers to each other, wherein data transferred between the plurality of servers is transferred though the second network; and at least a first server, among the plurality of servers, configured to receive network management requests for configuring the second network from the one or more client computing devices through the first network, the network management requests comprising a request to update a configuration of the second network.
A method for estimating a measure of the gain and offset of a converter for generating, based on digital settings, reference voltages to be used as thresholds by a comparator (10, 20) in a photon-counting detector in an x-ray imaging system, said photon-counting detector comprising a plurality of comparators (10, 20) where the thresholds of an individual comparator (10, 20) are generated by a corresponding converter (100, 200), the method comprises the steps of: - selecting, from the plurality of converters (100, 200), a first converter to act as a reference converter and a second converter to act as a target converter; - assigning at least two different digital settings to the reference converter, said at least two digital settings being used to generate at least two different reference voltages to be used as thresholds by a comparator associated with the reference converter; - obtaining, based on photon count measurements performed by said photon-counting detector when the target converter is assigned target digital settings corresponding to target reference voltages in the vicinity of said reference voltages, information representing the number of photons registered in a photon counter associated with a comparator whose reference voltage is generated by the target converter; and - determining, based on the obtained information representing the number of photons and said at least two digital settings assigned to the reference converter, an estimate of the gain and offset of the target converter relative to the reference converter. - selecting, from the plurality of converters (100, 200), a first converter to act as a reference converter and a second converter to act as a target converter; - assigning at least two different digital settings to the reference converter, said at least two digital settings being used to generate at least two different reference voltages to be used as thresholds by a comparator associated with the reference converter; - obtaining, based on photon count measurements performed by said photon-counting detector when the target converter is assigned target digital settings corresponding to target reference voltages in the vicinity of said reference voltages, information representing the number of photons registered in a photon counter associated with a comparator whose reference voltage is generated by the target converter; and - determining, based on the obtained information representing the number of photons and said at least two digital settings assigned to the reference converter, an estimate of the gain and offset of the target converter relative to the reference converter.
Method for operating an apparatus unit for drying insulating layers by means of vacuum, in which a suction motor for generating a vacuum is operated in a vacuum chamber and in which water collecting in the vacuum chamber is pumped off by means of a pump, the pump being switched off when a predeterminable first time period for pump operation is reached, in which the pump is switched on again after a predeterminable second time period has elapsed, wherein a counter is increased by one counting step when the pump is switched on again, characterized in that the pump is not switched on again when a predeterminable number of counting steps have been reached, and in that the time periods in which the pump is operated are collected as positive time periods and in which the pump is not operated are collected as negative time periods and are added up to determine a comparison time period.
A method of creating a domain based on public key cryptography, comprising: providing, by a content-providing server, a display of one or more devices in the domain and selecting, by a user, a selected device from the displayed devices; transmitting, by the content-providing server, information on discrimination of one or more revoked devices to the selected device; extracting, by the selected device, a secret value from the received information, preparing a certificate using the extracted secret value, and transmitting device information and the certificate of the selected device to the content-providing server; verifying, by the content-providing server, the certificate and creating a domain ID and a domain key using the device information, the domain key being used in decrypting encrypted content; encrypting, by the content-providing server, the domain ID and the domain key using a unique public key of the selected device and transmitting the encrypted domain ID and domain key to the selected device; and restoring, by the selected device, the domain key using a unique secret key of the selected device. providing, by a content-providing server, a display of one or more devices in the domain and selecting, by a user, a selected device from the displayed devices; transmitting, by the content-providing server, information on discrimination of one or more revoked devices to the selected device; extracting, by the selected device, a secret value from the received information, preparing a certificate using the extracted secret value, and transmitting device information and the certificate of the selected device to the content-providing server; verifying, by the content-providing server, the certificate and creating a domain ID and a domain key using the device information, the domain key being used in decrypting encrypted content; encrypting, by the content-providing server, the domain ID and the domain key using a unique public key of the selected device and transmitting the encrypted domain ID and domain key to the selected device; and restoring, by the selected device, the domain key using a unique secret key of the selected device.
A polyethylene powder having a molecular weight in the range of 300,000 g/mol to 2,000,000 g/mol as determined by ASTM-D 4020, an average particle size, D 50, between 300 and 1000 μm, and a bulk density between 0.25 and 0.5 g/ml.
A waveguide interferometer for measuring physical parameters, whereby the waveguide interferometer contains a multicore waveguide, a light source and a signal detector, wherein the multicore waveguide has at least a first core and a second core, whereby a splitter (7, 13) is provided on the multicore waveguide, which is adapted to split a signal among the fiber cores, whereby the light source is arranged on a light feed side of the multicore waveguide to feed light to one of the first and the second core of the multicore waveguide and whereby the at least first core and second core each have an output on an opposite side of the multicore waveguide, wherein the output of at least one of the cores is activated by a coating with at least one chemically active substance (5, 5.1, 5.2), and one of the first and the second core is connected directly or indirectly to the signal detector on the same side of the multicore waveguide to which light from the light source is fed. wherein the multicore waveguide has at least a first core and a second core, whereby a splitter (7, 13) is provided on the multicore waveguide, which is adapted to split a signal among the fiber cores, whereby the light source is arranged on a light feed side of the multicore waveguide to feed light to one of the first and the second core of the multicore waveguide and whereby the at least first core and second core each have an output on an opposite side of the multicore waveguide, wherein the output of at least one of the cores is activated by a coating with at least one chemically active substance (5, 5.1, 5.2), and one of the first and the second core is connected directly or indirectly to the signal detector on the same side of the multicore waveguide to which light from the light source is fed.
Lift installation with at least one lift cage carrier, which is movable in a travel space provided for travel of the lift cage carrier, a first lift cage which is arranged at the lift cage carrier, and at least one second lift cage, which is arranged at the lift cage carrier, wherein at least one hydraulic adjusting element (20, 21) for the first lift cage is provided, which serves for adjusting the first lift cage relative to the lift cage carrier, and wherein at least one second hydraulic adjusting element (32, 33) for the second lift cage is provided, which serves for adjusting the second lift cage relative to the lift cage carrier, characterised in that a stroke of the hydraulic adjusting element (20, 21) for the first lift cage for adjusting the first lift cage in a first adjustment direction (23, 24) is converted into a stroke of the hydraulic adjusting element (32, 33) for the second lift cage for adjusting the second lift cage in an opposite adjustment direction (62, 61).
A surgical access device (200, 500, 600, 700, 800, 900), comprising: a housing (204', 504, 604, 704, 804, 904); a cannula (202', 502, 602, 704, 804, 904) extending distally from the housing, the housing and the cannula defining a working channel (522, 622, 722, 822, 922) extending therethrough that is sized and configured to receive a surgical instrument; a seal disposed within the working channel and configured to seal the working channel when no instrument is disposed therethrough; at least one entry port disposed in or proximate to the housing, the at least one entry port having a seal associated therewith; and at least one sealed exit port extending through a sidewall (218, 518) of the cannula, wherein the at least one entry port and the at least one sealed exit port are configured such that an angle formed between a central longitudinal axis extending through the cannula and an axis extending between the at least one entry port and the at least one sealed exit port is adjustable. a housing (204', 504, 604, 704, 804, 904); a cannula (202', 502, 602, 704, 804, 904) extending distally from the housing, the housing and the cannula defining a working channel (522, 622, 722, 822, 922) extending therethrough that is sized and configured to receive a surgical instrument; a seal disposed within the working channel and configured to seal the working channel when no instrument is disposed therethrough; at least one entry port disposed in or proximate to the housing, the at least one entry port having a seal associated therewith; and at least one sealed exit port extending through a sidewall (218, 518) of the cannula, wherein the at least one entry port and the at least one sealed exit port are configured such that an angle formed between a central longitudinal axis extending through the cannula and an axis extending between the at least one entry port and the at least one sealed exit port is adjustable.