mhurhangee/ep-ind-claims huggingface dataset:
A solid oxide fuel cell device that generates power by using fuel gas and oxidant gas, comprising: a fuel cell assembly having a plurality of fuel cells each including a fuel electrode layer to which the fuel gas is supplied, an air electrode layer to which the oxidant gas is supplied, and a solid electrolyte layer provided between the fuel electrode layer and the air electrode layer; and a partition provided between the plurality of fuel cells, wherein the fuel cell includes: an Ag seal portion that separates the fuel gas and the oxidant gas, wherein the Ag seal portion is filled between the fuel cell and the partition; and a dense body is formed between the fuel cell and the partition and is formed covering the Ag seal portion, wherein the solid oxide fuel cell device further has a concave portion surrounded and defined by the fuel cell, the Ag seal portion and the partition, and the dense body is formed over an inner wall of the concave portion, wherein the thickness of the dense body on the Ag seal portion in the concave portion is larger than the thickness of the dense body on the fuel cell in the concave portion and the thickness of the dense body on the partition in the concave portion. a fuel cell assembly having a plurality of fuel cells each including a fuel electrode layer to which the fuel gas is supplied, an air electrode layer to which the oxidant gas is supplied, and a solid electrolyte layer provided between the fuel electrode layer and the air electrode layer; and a partition provided between the plurality of fuel cells, wherein the fuel cell includes: an Ag seal portion that separates the fuel gas and the oxidant gas, wherein the Ag seal portion is filled between the fuel cell and the partition; and a dense body is formed between the fuel cell and the partition and is formed covering the Ag seal portion, wherein the solid oxide fuel cell device further has a concave portion surrounded and defined by the fuel cell, the Ag seal portion and the partition, and the dense body is formed over an inner wall of the concave portion, wherein the thickness of the dense body on the Ag seal portion in the concave portion is larger than the thickness of the dense body on the fuel cell in the concave portion and the thickness of the dense body on the partition in the concave portion. an Ag seal portion that separates the fuel gas and the oxidant gas, wherein the Ag seal portion is filled between the fuel cell and the partition; and a dense body is formed between the fuel cell and the partition and is formed covering the Ag seal portion, wherein the solid oxide fuel cell device further has a concave portion surrounded and defined by the fuel cell, the Ag seal portion and the partition, and the dense body is formed over an inner wall of the concave portion, wherein the thickness of the dense body on the Ag seal portion in the concave portion is larger than the thickness of the dense body on the fuel cell in the concave portion and the thickness of the dense body on the partition in the concave portion.
A method for wireless communications, comprising: attempting an attach procedure from a machine type communication, MTC, device, wherein the attach procedure comprises sending an attach request with a detecting triggering request indicator, the said attach request is for detecting a triggering request from a machine type communication, MTC, server.
An electrochemical battery system, comprising: a first electrochemical cell (114 1) including an anode with lithium or a lithium alloy metal; a first plurality of pressure sensors positioned and configured to sense localized variations in pressure along the anode; characterized by a memory in which command instructions are stored; and a processor configured to execute the command instructions to (i) identify an indication of a variation in localized pressure along the anode, and (ii) selectively control the first electrochemical cell based upon the identified indication and wherein the processor is further configured to execute the command instructions to: identify a maximum pressure within the first electrochemical cell using input from the first plurality of pressure sensors; compare the identified maximum pressure to a first threshold; and stop operation of the first electrochemical cell when the identified maximum pressure exceeds the first threshold. a first electrochemical cell (114 1) including an anode with lithium or a lithium alloy metal; a first plurality of pressure sensors positioned and configured to sense localized variations in pressure along the anode; characterized by a memory in which command instructions are stored; and a processor configured to execute the command instructions to (i) identify an indication of a variation in localized pressure along the anode, and (ii) selectively control the first electrochemical cell based upon the identified indication and wherein the processor is further configured to execute the command instructions to: identify a maximum pressure within the first electrochemical cell using input from the first plurality of pressure sensors; compare the identified maximum pressure to a first threshold; and stop operation of the first electrochemical cell when the identified maximum pressure exceeds the first threshold. identify a maximum pressure within the first electrochemical cell using input from the first plurality of pressure sensors; compare the identified maximum pressure to a first threshold; and stop operation of the first electrochemical cell when the identified maximum pressure exceeds the first threshold.
A method for controlling an insect pest, the Japanese pine sawyer, with vibrations, comprising: a step of determining a frequency range and an amplitude range of vibrations wherein the frequency is in a range of from 5 Hz to 5 KHz, and the amplitude in a range of from 0.05 m/s 2 to 100 m/s 2 in a habitat medium of a pest that induce or suppress a specific behavior of the pest; and a step of controlling the pest behavior by applying vibrations in the frequency range and amplitude range once or two or more times in the insect pest habitat medium. a step of determining a frequency range and an amplitude range of vibrations wherein the frequency is in a range of from 5 Hz to 5 KHz, and the amplitude in a range of from 0.05 m/s 2 to 100 m/s 2 in a habitat medium of a pest that induce or suppress a specific behavior of the pest; and a step of controlling the pest behavior by applying vibrations in the frequency range and amplitude range once or two or more times in the insect pest habitat medium.
Shelf serving device having a rail arrangement and a running gear which is supported by a track roller arrangement on a track of the rail arrangement and engages under a flange arrangement of the rail arrangement by means of an arrangement of underrun wheels (22, 23), the track being arranged below the flange arrangement (20, 21) in the direction of gravity, the track being arranged at the bottom of a U-shaped recess of the rail arrangement, the bottom forming the upper side of a base plate which rests on a support of the rail arrangement, and the running gear having guide rollers (24, 25) which are mounted on side walls (13, 14) of the U-shaped recess, characterized in that the rail arrangement has lateral support flanges (15, 16), the underside (17, 18) of which is aligned with the underside of the base plate, the flange arrangement having flanges (20, 21) which are arranged at the end of the side walls (13, 14) remote from the base plate and extending substantially parallel to the support flanges (15, 16), one support flange forming a U-shaped profile with the one side wall and the one flange and the other support flange forming a U-shaped profile with the other side wall and the other flange.
A computer-implemented method for assessing muscle fatigue in at least one muscle of a subject, the method comprising: (i) obtaining a first set of measurements of muscle contractions of the at least one muscle for a first time period; (ii) forming a first frequency distribution from values of a muscle contraction feature determined from the first set of measurements; characterized in that said method further comprising (iii) determining a first distribution fit of the first frequency distribution; (iv) determining whether the first distribution fit is statistically stable; (v) if the first distribution fit is determined to be statistically stable, determining, from the first distribution fit, a first value for a distribution fit feature; (vi) comparing the first value to a second value for the distribution fit feature to determine a measure of the fatigue of the at least one muscle during the first time period, wherein the second value for the distribution fit feature relates to a second distribution fit of a second frequency distribution, wherein the second frequency distribution is formed from values of the muscle contraction feature determined from a second set of measurements of muscle contractions of the at least one muscle for a second time period that is different to the first time period; and (vii) outputting a signal representing the determined measure of the fatigue. (i) obtaining a first set of measurements of muscle contractions of the at least one muscle for a first time period; (ii) forming a first frequency distribution from values of a muscle contraction feature determined from the first set of measurements; characterized in that said method further comprising (iii) determining a first distribution fit of the first frequency distribution; (iv) determining whether the first distribution fit is statistically stable; (v) if the first distribution fit is determined to be statistically stable, determining, from the first distribution fit, a first value for a distribution fit feature; (vi) comparing the first value to a second value for the distribution fit feature to determine a measure of the fatigue of the at least one muscle during the first time period, wherein the second value for the distribution fit feature relates to a second distribution fit of a second frequency distribution, wherein the second frequency distribution is formed from values of the muscle contraction feature determined from a second set of measurements of muscle contractions of the at least one muscle for a second time period that is different to the first time period; and (vii) outputting a signal representing the determined measure of the fatigue.
A method of controlling transmit power of a Physical Uplink Control Channel, PUCCH, signal to be transmitted by a User Equipment, UE, in wireless communication with a processor via a wireless network associated therewith, the PUCCH signal including a number of Channel Quality Indicator, CQI, bits and a number of Hybrid Automatic Repeat Request, HARQ, bits, the method comprising the steps of: using the processor, configuring a PUCCH format for the PUCCH signal; and using the processor, instructing the UE to apply a function of N HARQ as a value for h(n CQI, n HARQ), wherein h(n CQI, n HARQ) is a first power control parameter based on the PUCCH format and affecting the transmit power of the PUCCH signal, and wherein n CQI indicates the number of CQI bits and n HARQ indicates the number of HARQ bits in the PUCCH signal, characterised in that the UE is instructed to apply, as the function of n HARQ, only a linear function of n HARQ as a value for h(n CQI, n HARQ). using the processor, configuring a PUCCH format for the PUCCH signal; and using the processor, instructing the UE to apply a function of N HARQ as a value for h(n CQI, n HARQ), wherein h(n CQI, n HARQ) is a first power control parameter based on the PUCCH format and affecting the transmit power of the PUCCH signal, and wherein n CQI indicates the number of CQI bits and n HARQ indicates the number of HARQ bits in the PUCCH signal, characterised in that the UE is instructed to apply, as the function of n HARQ, only a linear function of n HARQ as a value for h(n CQI, n HARQ).
Arrangement for releasably connecting a first component to a second component - in particular, a body component to a trim component or one trim component to another trim component of a motor vehicle - having an assembly element which is arranged on the first component, and a fastening element which is arranged on the second component, wherein the assembly element and the fastening element are designed in such a way that in the assembled state of the arrangement, the fastening element is operatively connected to the assembly element in order to produce a main connection between the first component and the second component, characterized in that the assembly element has a disassembly means, and the fastening element has a guidance means complementary to the disassembly means, wherein the disassembly means and the guidance means are designed in such a way that in the assembled state of the arrangement, the disassembly means is spaced apart from the guidance means, and that the disassembly means can be brought into operative connection with the guidance means - in particular, only then - in order to create an auxiliary connection between the first component and the second component, and in order to facilitate release of the main connection between the first component and the second component.
An information processing apparatus comprising: a command generation section configured to generate a command for a communication terminal apparatus and a retry command and output the generated retry command together with the command to the communication terminal apparatus, characterized in that: the command generation section is configured to generate the retry command that is based on whether or not the command for the communication terminal apparatus is a command that has idempotence, wherein, in a case where the command for the communication terminal apparatus is a command that has idempotence, the command generation section is configured to generate the retry command by changing a sequence number of the command that has idempotence, and wherein, in a case where the command for the communication terminal apparatus is a command that does not have idempotence, the command generation section is configured to generate a command for checking a state of the communication terminal apparatus, as the retry command. the command generation section is configured to generate the retry command that is based on whether or not the command for the communication terminal apparatus is a command that has idempotence, wherein, in a case where the command for the communication terminal apparatus is a command that has idempotence, the command generation section is configured to generate the retry command by changing a sequence number of the command that has idempotence, and wherein, in a case where the command for the communication terminal apparatus is a command that does not have idempotence, the command generation section is configured to generate a command for checking a state of the communication terminal apparatus, as the retry command.
Suspended ceiling suspended from the ceiling of a room having profiled rails (2, 4; 16), which are arranged lengthways and crossways spaced apart from each other, which are T-shaped in cross-section, comprising a bar, a head and horizontal carrying flanges, between which mineral wool tiles carried by the carrying flanges are inserted into the respective frame formed by the profile rails (2, 4), wherein at least one metal sheet, which is bend up at at least one of its edges, is arranged rearwardly on top of the respective mineral wool tile, the edge of which is approximately as high as the bar of the profiled rail (2, 4) minus the thickness of the mineral wool tile such that the upper free edge of the metal edge can be engaged below the head of the profiled rail (2, 4), characterized in that the metal sheet covers the mineral wool tile completely.
An air purifier comprising: an air intake port; an air exhaust port; a fan between the air intake port and the air exhaust port; and a filter stack between the air intake port and the exhaust port, comprising in order from the air intake port: a pre-filter for coarse matter; a first particulate filter for particles of a first size range with a first maximum size; a general VOC filter which comprises a porous gas absorbent filter; a target gas filter comprising a catalyst filter or a chemisorption filter; and a second particulate filter for particles of a second size range, with a second maximum size smaller than the first maximum size, wherein the fan is between the pre-filter and the second particulate filter. an air intake port; an air exhaust port; a fan between the air intake port and the air exhaust port; and a filter stack between the air intake port and the exhaust port, comprising in order from the air intake port: a pre-filter for coarse matter; a first particulate filter for particles of a first size range with a first maximum size; a general VOC filter which comprises a porous gas absorbent filter; a target gas filter comprising a catalyst filter or a chemisorption filter; and a second particulate filter for particles of a second size range, with a second maximum size smaller than the first maximum size, a pre-filter for coarse matter; a first particulate filter for particles of a first size range with a first maximum size; a general VOC filter which comprises a porous gas absorbent filter; a target gas filter comprising a catalyst filter or a chemisorption filter; and a second particulate filter for particles of a second size range, with a second maximum size smaller than the first maximum size, wherein the fan is between the pre-filter and the second particulate filter.
Weighing machine constructed as a precision or analysis weighing machine, with at least one adjusting device comprising a drive, wherein the drive (4, 4') of the adjusting device (2, 2', 2", 2"', 2"") is constructed as a fluid drive, characterised in that the drive (4, 4') is arranged within the weighing machine housing and can be acted on by pressure from a pressure source, which is arranged outside the weighing machine, by way of a pressure connection.
An airfoil assembly comprising: an inner diameter ID endwall having a surface; an outer diameter OD endwall having a surface, the ID endwall and the OD endwall being concentric about a center line; and a pair of airfoils projecting radially outward from the ID endwall and terminating at the OD endwall, each airfoil having a leading edge, a trailing edge and a first side and an opposite second side extending substantially axially between the leading edge and the trailing edge, the airfoils being circumferentially spaced apart, wherein the ID endwall, the OD endwall and the airfoils define a fluid flow passage, characterized in that the surfaces (84, 90) of the ID endwall and the OD endwall (60, 76) each define at least one of a contoured region (80, 82, 86, 88), the contoured region (80, 82, 86, 88) having more than two convex or concave profiled regions on either the OD endwall or the ID endwall. an inner diameter ID endwall having a surface; an outer diameter OD endwall having a surface, the ID endwall and the OD endwall being concentric about a center line; and a pair of airfoils projecting radially outward from the ID endwall and terminating at the OD endwall, each airfoil having a leading edge, a trailing edge and a first side and an opposite second side extending substantially axially between the leading edge and the trailing edge, the airfoils being circumferentially spaced apart, wherein the ID endwall, the OD endwall and the airfoils define a fluid flow passage, characterized in that the surfaces (84, 90) of the ID endwall and the OD endwall (60, 76) each define at least one of a contoured region (80, 82, 86, 88), the contoured region (80, 82, 86, 88) having more than two convex or concave profiled regions on either the OD endwall or the ID endwall.
A toy construction set comprising operatively interconnectable blocks and first connectors, each of the blocks having a plurality of sides and a plurality of apertures formed in relief in the sides, and each of the connectors having a base and a plurality of pins having a cross-section that is circular and projecting integrally from one side of the base in a spaced apart arrangement for interconnecting blocks by positively engaging and being releasably retained within respective apertures of the blocks, wherein each of the plurality of sides of the blocks is uninterrupted by external projections and thereby provides a smooth sliding surface of the block and wherein each of the blocks has a plurality of the apertures in each of the sides whereby any two of the blocks can be interconnected at any of their sides by one or more of the connectors, characterised in that each of the connectors has a base in the form of a plate (19, 25, 27, 29, 31, 33, 35, 43, 53).
A rotomoulded article comprising: (i) at least one layer A comprising fibers embedded in a composition comprising at least one vinyl ester resin; and (ii) at least one layer B comprising: • from 40 to 100 %, preferably from 75 to 100 % by weight relative to the total weight of said layer B of at least one thermoplastic polyester; • from 0 to 60 % by weight relative to the total weight of said layer B of a polyolefin composition; said composition comprising at least one polyolefin, preferably said at least one polyolefin is polyethylene; and • from 0 to 20 % by weight relative to the total weight of said layer B of at least one additive selected from compatibilizing agent and/or impact modifier; wherein at least one layer A is in contact with one layer B. (i) at least one layer A comprising fibers embedded in a composition comprising at least one vinyl ester resin; and (ii) at least one layer B comprising: • from 40 to 100 %, preferably from 75 to 100 % by weight relative to the total weight of said layer B of at least one thermoplastic polyester; • from 0 to 60 % by weight relative to the total weight of said layer B of a polyolefin composition; said composition comprising at least one polyolefin, preferably said at least one polyolefin is polyethylene; and • from 0 to 20 % by weight relative to the total weight of said layer B of at least one additive selected from compatibilizing agent and/or impact modifier; wherein at least one layer A is in contact with one layer B. • from 40 to 100 %, preferably from 75 to 100 % by weight relative to the total weight of said layer B of at least one thermoplastic polyester; • from 0 to 60 % by weight relative to the total weight of said layer B of a polyolefin composition; said composition comprising at least one polyolefin, preferably said at least one polyolefin is polyethylene; and • from 0 to 20 % by weight relative to the total weight of said layer B of at least one additive selected from compatibilizing agent and/or impact modifier;