mhurhangee/ep-ind-claims huggingface dataset:
A heat exchange ventilator comprising: a housing in which a supply air passage connecting between an outdoor inlet port and an indoor outlet port, and an exhaust air passage connecting between an indoor inlet port and an outdoor outlet port are formed; a supply fan configured to send outdoor air into a room; an exhaust fan configured to send indoor air to outside of the room; a heat exchanger configured to exchange heat between the outdoor air sent into the room and the indoor air sent to the outside of the room; and a switching unit configured to switch between a heat exchange ventilation operation for which the heat exchanger is included in the supply air passage and the exhaust air passage and a normal ventilation operation for which at least one of the supply air passage and the exhaust air passage bypasses the heat exchanger, characterized by a control unit configured to, when an amount of change over time in indoor temperature or indoor enthalpy detected during the normal ventilation operation is smaller than a set threshold, cause the switching unit to switch from the normal ventilation operation to the heat exchange ventilation operation and make a volume of output air of the supply fan or the exhaust fan during the heat exchange ventilation smaller than a volume of output air during the normal ventilation operation. a housing in which a supply air passage connecting between an outdoor inlet port and an indoor outlet port, and an exhaust air passage connecting between an indoor inlet port and an outdoor outlet port are formed; a supply fan configured to send outdoor air into a room; an exhaust fan configured to send indoor air to outside of the room; a heat exchanger configured to exchange heat between the outdoor air sent into the room and the indoor air sent to the outside of the room; and a switching unit configured to switch between a heat exchange ventilation operation for which the heat exchanger is included in the supply air passage and the exhaust air passage and a normal ventilation operation for which at least one of the supply air passage and the exhaust air passage bypasses the heat exchanger, characterized by a control unit configured to, when an amount of change over time in indoor temperature or indoor enthalpy detected during the normal ventilation operation is smaller than a set threshold, cause the switching unit to switch from the normal ventilation operation to the heat exchange ventilation operation and make a volume of output air of the supply fan or the exhaust fan during the heat exchange ventilation smaller than a volume of output air during the normal ventilation operation.
An inverted T main runner for forming support structures for false ceilings, said runner consisting of a central web extending from an upper tube 6 and terminating in two horizontal flanges, whereby each end of the web comprises two parallel longitudinal cuts defining an elastically deformable band terminating in a depressed seat projecting from the web surface, the runner comprising a substantially rectangular tab for engagement in the depressed seat of the adjacent main runner, said tab comprising a cut, characterised in that said seat is provided with a tooth facing the web, and the cut is engagable by the tooth of the adjacent main runner when said tab is inserted into said depressed seat.
A method for locating a swallowable sensor device disposed within a patient, comprising: (a) transmitting an acoustic signal from the swallowable sensor device; (b) receiving the acoustic signal at a plurality of sensing elements, the plurality of sensing elements receiving the acoustic signal at respective times; (c) establishing a reference time as the time when a first sensing element receives the acoustic signal, the first sensing element receiving the acoustic signal before at least a subset of the other sensing elements; and (d) determining a location of the swallowable sensor device based on the reference time and the respective times. (a) transmitting an acoustic signal from the swallowable sensor device; (b) receiving the acoustic signal at a plurality of sensing elements, the plurality of sensing elements receiving the acoustic signal at respective times; (c) establishing a reference time as the time when a first sensing element receives the acoustic signal, the first sensing element receiving the acoustic signal before at least a subset of the other sensing elements; and (d) determining a location of the swallowable sensor device based on the reference time and the respective times.
Removable seat arrangement (1, 1') for a motor vehicle, having - a base with locking means (17, 19) for the releasable connection to the inside floor of a motor vehicle, - a seat structure with a seat cushion arranged thereon and with an adjustable backrest which is arranged thereon and can be laid down on the seat cushion, wherein the seat structure is attached in an articulated manner in the region of the front portion of the seat cushion to the base or to the vehicle floor in a manner so as to be pivotable about a pivot axis in order, after the backrest has been laid down, to be shiftable from the use position into an upright or tipped-over storage position, - a spring device for pretensioning the seat structure with respect to a pivoting movement to the storage position, in order to make it easier for the user to bring the seat structure from the use position into the storage position, characterized - in that the removable seat arrangement comprises limiting means for limiting the action of the spring device in a first portion of the pivoting movement after leaving the storage position. - a base with locking means (17, 19) for the releasable connection to the inside floor of a motor vehicle, - a seat structure with a seat cushion arranged thereon and with an adjustable backrest which is arranged thereon and can be laid down on the seat cushion, wherein the seat structure is attached in an articulated manner in the region of the front portion of the seat cushion to the base or to the vehicle floor in a manner so as to be pivotable about a pivot axis in order, after the backrest has been laid down, to be shiftable from the use position into an upright or tipped-over storage position, - a spring device for pretensioning the seat structure with respect to a pivoting movement to the storage position, in order to make it easier for the user to bring the seat structure from the use position into the storage position, characterized - in that the removable seat arrangement comprises limiting means for limiting the action of the spring device in a first portion of the pivoting movement after leaving the storage position.
An adjustable air vent which is adapted to guide an air stream flowing through said air vent, said air vent comprising - an elongate housing extending in a length direction, - one or more vertical vanes, at least partly located in said housing, - one or more horizontal vanes, at least partly located in said housing, - an air guide, at least partly located within said housing, fixedly positioned in relation to said housing and extending in said length direction, and - an air adjustment actuator being displaceable in relation to said housing to adjust a direction of said air stream, said air vent further comprising a first connection (39, 41, 43) directly or indirectly connecting said air adjustment actuator to said one or more horizontal vanes for vertically directing said air stream, said air vent further comprising a second connection directly or indirectly connecting said air adjustment actuator to said one or more vertical vanes for horizontally directing said air stream, said air adjustment actuator is displaceable relative to said air guide, preferably rotationally displaceable, characterized in that said air adjustment actuator surrounds said air guide. - an elongate housing extending in a length direction, - one or more vertical vanes, at least partly located in said housing, - one or more horizontal vanes, at least partly located in said housing, - an air guide, at least partly located within said housing, fixedly positioned in relation to said housing and extending in said length direction, and - an air adjustment actuator being displaceable in relation to said housing to adjust a direction of said air stream,
Interior aircraft light, comprising: a mounting structure for mounting the interior aircraft light to an aircraft seat; a UV radiation source; a visible light source; an optical system, configured to direct UV radiation from the UV radiation source towards a floor portion underneath the aircraft seat; and a second optical system, configured to direct visible light from the visible light source towards an aisle floor portion sideways of the aircraft seat. a mounting structure for mounting the interior aircraft light to an aircraft seat; a UV radiation source; a visible light source; an optical system, configured to direct UV radiation from the UV radiation source towards a floor portion underneath the aircraft seat; and a second optical system, configured to direct visible light from the visible light source towards an aisle floor portion sideways of the aircraft seat.
Inflatable separating region for a vehicle interior, in particular for a passenger cabin of an aircraft, having: a supporting structure which has a plurality of interconnected inflatable tubes (2a, 2b) made of a flexible material and being arranged and designed so as, in an inflated state, to form a self-supporting frame structure for the separating region; and a covering which comprises a plurality of flexible wall membranes which connect the inflatable tubes (2a, 2b) to one another in a planar manner and are designed to separate off the separating region in the inflated state from the vehicle interior, wherein the separating region in the inflated state is open upwards, wherein the supporting structure and the covering are designed to close off the separating region upwards at least in regions in a precisely fitting manner with the vehicle interior. a supporting structure which has a plurality of interconnected inflatable tubes (2a, 2b) made of a flexible material and being arranged and designed so as, in an inflated state, to form a self-supporting frame structure for the separating region; and a covering which comprises a plurality of flexible wall membranes which connect the inflatable tubes (2a, 2b) to one another in a planar manner and are designed to separate off the separating region in the inflated state from the vehicle interior, wherein the separating region in the inflated state is open upwards, wherein the supporting structure and the covering are designed to close off the separating region upwards at least in regions in a precisely fitting manner with the vehicle interior.
An aluminum alloy, wherein the composition comprises a magnesium (Mg) content of 2.6∼3.0% by weight; a silicon (Si) content of 9.9∼10.5% by weight; a zinc (Zn) content of 0.5% by weight or less; a copper (Cu) content of 0.15% by weight or less, a beryllium (Be) content of 0.005∼0.008% by weight; an iron (Fe) content of 0.6∼0.7%; a manganese (Mn) content of 0.5∼0.6%; a titanium (Ti) content of 0.01%∼0.02%; a nickel (Ni) content of 0.03% or less; a tin (Sn) content of 0.03% or less; a lead (Pb) content of 0.05% or less; a calcium (Ca) content of 0.01% or less; and a boron content of 0.002∼0.004%, and a balance of aluminium and unavoidable impurities.
A LED street lamp comprising: a power supply assembly 20, comprising a power supply body 22 carrying a cover 21 and a circuit module, one end of the cover 21 being connected with the power supply body 22 through a hinge 23, a structure of power supply cavity with two side walls 200, 201 being formed when molding the power supply body 22, two half outside walls 202, 203 being formed respectively on two sides of the power supply cavity 22 when molding it, two cover side walls 204, 205 in accordance with the shape of the half outside walls being provided by two sides of the cover 21, a reinforcing beam 207 being arranged between the half outside wall 202, 203 and the side wall 200, 201 and being positioned in the middle portion of the half outside 202, 203 wall or the side wall 200, 201 space being formed by the half outside wall, the reinforcing beam and the side wall, the space being covered and sealed by the cover side wall 204, 205; a light source assembly, comprising two supporting arms respectively mounted on the side walls of the power supply cavity and a plurality of light source modules mounted between two said supporting arms, one end of each of the supporting arms being mounted in said space, while the other end being mounted on an end cover for forming an integrated structure; and a street lamp connector, being rotatablely connected to the power supply body at its end. a power supply assembly 20, comprising a power supply body 22 carrying a cover 21 and a circuit module, one end of the cover 21 being connected with the power supply body 22 through a hinge 23, a structure of power supply cavity with two side walls 200, 201 being formed when molding the power supply body 22, two half outside walls 202, 203 being formed respectively on two sides of the power supply cavity 22 when molding it, two cover side walls 204, 205 in accordance with the shape of the half outside walls being provided by two sides of the cover 21, a reinforcing beam 207 being arranged between the half outside wall 202, 203 and the side wall 200, 201 and being positioned in the middle portion of the half outside 202, 203 wall or the side wall 200, 201 space being formed by the half outside wall, the reinforcing beam and the side wall, the space being covered and sealed by the cover side wall 204, 205; a light source assembly, comprising two supporting arms respectively mounted on the side walls of the power supply cavity and a plurality of light source modules mounted between two said supporting arms, one end of each of the supporting arms being mounted in said space, while the other end being mounted on an end cover for forming an integrated structure; and a street lamp connector, being rotatablely connected to the power supply body at its end.
An IL-8 inhibitor for use in the alleviation and/or prevention of pain in a patient exhibiting an activation of osteoclasts, presence of IL-8, and elevated levels of anti-citrullinated protein antibodies (ACPA) in a sample taken from said patient, wherein said patient does not manifest clinical signs of rheumatoid arthritis.
Method for operating an arc discharge between an anode and a tubular cathode, through which a working gas is conducted into a vacuum chamber, a magnetic field being generated around the cathode, at least on the output side, and having regions of the lines of flux that run parallel to the tube axis of the cathode, and an electrical voltage being generated between the cathode and the anode by means of a power supply device, characterized in that both the burning voltage for the arc discharge and at least one voltage pulse of at least 500 V is generated by means of the power supply device for igniting or maintaining the arc discharge, in that the power supply device is designed in such a way that it comprises a component, with which a maximum constant voltage of at least 500 V is provided, a component, with which the arc discharge current is controlled, and a component, with which on the one hand the burning voltage for the cathode arc discharge and on the other hand voltage pulses of at least 500 V are generated.
A Near Field Communication method of detection of a tag presence by a tag reader, comprising: - stimulating an input of a transmitter (1, 2) of the reader with a signal so as to generate an output signal based on the impulse response of said transmitter (1, 2), - evaluating the generated output signal in order to extract the impulse response of said transmitter (1, 2), - assessing, from the extracted impulse response of said transmitter (1, 2), the presence or the absence of a tag. - stimulating an input of a transmitter (1, 2) of the reader with a signal so as to generate an output signal based on the impulse response of said transmitter (1, 2), - evaluating the generated output signal in order to extract the impulse response of said transmitter (1, 2), - assessing, from the extracted impulse response of said transmitter (1, 2), the presence or the absence of a tag.
A method, comprising: estimating a number of future requests to a server pool that includes a plurality of servers configured with an active state and at least two different inactive states, wherein each of the at least two different inactive states provides a different latency time for transitioning to the active state; modeling response times of the plurality of servers in the server pool to respond to the future requests using quantile regression in which quantiles of a conditional distribution of a response time are expressed as functions of input workload and number of active servers in the server pool; computing a number of servers to operate in the active state and each of the inactive states to maintain the response times at a predefined level which is defined in a service level agreement, based on current capacities as a number of active servers and the estimated number of future requests that can be handled by an individual active server per unit time, wherein the computing considers the different transition latency periods between the at least two different inactive states and the active state and energy savings associated with individual inactive states; and causing individual servers to be transitioned between states to satisfy the computed number of servers. estimating a number of future requests to a server pool that includes a plurality of servers configured with an active state and at least two different inactive states, wherein each of the at least two different inactive states provides a different latency time for transitioning to the active state; modeling response times of the plurality of servers in the server pool to respond to the future requests using quantile regression in which quantiles of a conditional distribution of a response time are expressed as functions of input workload and number of active servers in the server pool; computing a number of servers to operate in the active state and each of the inactive states to maintain the response times at a predefined level which is defined in a service level agreement, based on current capacities as a number of active servers and the estimated number of future requests that can be handled by an individual active server per unit time, wherein the computing considers the different transition latency periods between the at least two different inactive states and the active state and energy savings associated with individual inactive states; and causing individual servers to be transitioned between states to satisfy the computed number of servers.
A shearer loader for underground mining, comprising: a mainframe extending in a longitudinal axis and having a first end portion and a second end portion opposite the first end portion; a ranging arm (20, 25) swivel-mounted at least at one of the first and second end portions (30, 35) of the mainframe, the ranging arm (20, 25) being provided with at least one cutting drum (40, 45) pivot-mounted at the ranging arm (20, 25); at least one shearer loader component configured to be mounted to the mainframe in a removable manner, but fixedly mounted to the mainframe during operation of the shearer loader; and characterised in that the shearer loader further comprises at least one bearing unit arranged at the mainframe at such a position that the at least one bearing unit supports the at least one shearer loader component when it is moved with respect to the mainframe during assembly or disassembly. a mainframe extending in a longitudinal axis and having a first end portion and a second end portion opposite the first end portion; a ranging arm (20, 25) swivel-mounted at least at one of the first and second end portions (30, 35) of the mainframe, the ranging arm (20, 25) being provided with at least one cutting drum (40, 45) pivot-mounted at the ranging arm (20, 25); at least one shearer loader component configured to be mounted to the mainframe in a removable manner, but fixedly mounted to the mainframe during operation of the shearer loader; and characterised in that the shearer loader further comprises at least one bearing unit arranged at the mainframe at such a position that the at least one bearing unit supports the at least one shearer loader component when it is moved with respect to the mainframe during assembly or disassembly.
A therapeutic composition, comprising an isolated aminoacyl-tRNA synthetase (AARS) polypeptide that consists of an amino acid sequence that is at least 90%, 95%, 98%, or 100% identical to SEQ ID NO:34, wherein the polypeptide has an extracellular signaling activity and has a solubility of at least about 5 mg/mL, and wherein the composition has a purity of at least about 95% on a protein basis and less than about 10 EU endotoxin / mg protein.
A method of scheduling a workload for a plurality of computers executing jobs and forming an heterogeneous network, the method comprising the steps of: - establishing a virtual network topology in which the nodes correspond to at least some of the computers in the heterogeneous network linked so that they form the nodes of a connected graph; - determining the current usage of the resources by one or more jobs being executed on the computers corresponding to the graph nodes, said current usage of the resources representing the current states of the nodes; - defining an additional virtual node directly connected to all the nodes of the connected graph, said additional virtual node having a user configured fixed state; - calculating a predicted state value for each node in the connected graph by using an average consensus algorithm applied to the corresponding graph converging against a state depending on the virtual node fixed state; and, - selecting another job having a predefined resource usage requirement to be executed next on one node only if the job resource requirements are closest to the difference between the node's predicted state and the node's current state value. - establishing a virtual network topology in which the nodes correspond to at least some of the computers in the heterogeneous network linked so that they form the nodes of a connected graph; - determining the current usage of the resources by one or more jobs being executed on the computers corresponding to the graph nodes, said current usage of the resources representing the current states of the nodes; - defining an additional virtual node directly connected to all the nodes of the connected graph, said additional virtual node having a user configured fixed state; - calculating a predicted state value for each node in the connected graph by using an average consensus algorithm applied to the corresponding graph converging against a state depending on the virtual node fixed state; and, - selecting another job having a predefined resource usage requirement to be executed next on one node only if the job resource requirements are closest to the difference between the node's predicted state and the node's current state value.