mhurhangee/ep-ind-claims huggingface dataset:
An induction medium for creating an immunologically polarized mesenchymal stem cell population from an unstimulated mesenchymal stem cell population, the induction medium comprising: a. a Toll-like receptor 3 ligand, b. erythropoietin, and c. a hypoxia mimetic selected from cobalt chloride and/or desferrioxamine, wherein the immunologically polarized mesenchymal stem cell population possesses anti-inflammatory characteristics marked by expression of anti-inflammatory or immunosuppressive mediators. a. a Toll-like receptor 3 ligand, b. erythropoietin, and c. a hypoxia mimetic selected from cobalt chloride and/or desferrioxamine, wherein the immunologically polarized mesenchymal stem cell population possesses anti-inflammatory characteristics marked by expression of anti-inflammatory or immunosuppressive mediators.
A motor control device comprising: a circuit board; a first power conversion circuit mounted on the circuit board and configured to supply current to drive a motor; a second power conversion circuit mounted on the circuit board and configured to supply current to drive a motor identical to or different from a motor to which current is supplied by the first power conversion circuit; a temperature detection circuit including a temperature detection element; and a control circuit configured to limit current supplied by the first power conversion circuit and current supplied by the second power conversion circuit, based on temperature detected by the temperature detection circuit, wherein the temperature detection element is mounted on the circuit board on which the first power conversion circuit and the second power conversion circuit are mounted, characterized in that the temperature detection element is arranged at a position between the first power conversion circuit and the second power conversion circuit. a circuit board; a first power conversion circuit mounted on the circuit board and configured to supply current to drive a motor; a second power conversion circuit mounted on the circuit board and configured to supply current to drive a motor identical to or different from a motor to which current is supplied by the first power conversion circuit; a temperature detection circuit including a temperature detection element; and a control circuit configured to limit current supplied by the first power conversion circuit and current supplied by the second power conversion circuit, based on temperature detected by the temperature detection circuit, wherein the temperature detection element is mounted on the circuit board on which the first power conversion circuit and the second power conversion circuit are mounted, characterized in that the temperature detection element is arranged at a position between the first power conversion circuit and the second power conversion circuit.
A kit of materials suitable for dentin restoration, comprising a combination of a plurality of kinds of curable pastes for filling in a form of layers, wherein each of the curable pastes is made of a polymerizable composition containing a polymerizable monomer, a polymerization initiator, a filler and coloring agents, wherein for each curable paste, a cured body obtained by curing the curable paste has a different color tone as measured according to JIS Z 8729, and each curable paste exhibits a Value L* of 55 to 75, as measured according to JIS Z 8729, and further wherein the plurality of kinds of curable pastes have a Value L* fluctuation range which is the difference of maximum Value L* and minimum Value L* of 3 or less in the CIELab color system when cured bodies of 3.0 mm in thickness, obtained by curing the curable pastes, are measured for color against a black background.
A wavelength conversion device being a fluorescent plate and comprising: a substrate having a first surface and a second surface; a wavelength conversion element provided on the first surface; and a heat sink provided on the second surface separately from the substrate; wherein the heat sink includes a flat plate and a plurality of fins, and the flat plate is in surface contact with the second surface of the substrate; wherein an outer diameter of the plurality of fins is smaller than an outer diameter of the substrate; characterised in that the wavelength conversion device further comprises: a balance adjustment member provided in an outer circumferential portion of the plurality of fins. a substrate having a first surface and a second surface; a wavelength conversion element provided on the first surface; and a heat sink provided on the second surface separately from the substrate; wherein the heat sink includes a flat plate and a plurality of fins, and the flat plate is in surface contact with the second surface of the substrate; wherein an outer diameter of the plurality of fins is smaller than an outer diameter of the substrate; characterised in that the wavelength conversion device further comprises: a balance adjustment member provided in an outer circumferential portion of the plurality of fins.
A method for controlling the laying down of components of tyres on forming drums, said method comprising: a. sending a first electromagnetic radiation incident on a first laying structure comprising a forming drum and a first component of a tire laid down on said forming drum; b. detecting at least one corresponding first reflected radiation; c. determining, as a function of said first reflected radiation a first parameter representative of a first main length of said first component; d. comparing said first parameter with one or more pre-stored reference parameters (Ref); e. generating a first correction signal as a function of said comparison; f. sending said first correction signal to at least one preparation station adapted to prepare said first component to regulate the preparation of further components. a. sending a first electromagnetic radiation incident on a first laying structure comprising a forming drum and a first component of a tire laid down on said forming drum; b. detecting at least one corresponding first reflected radiation; c. determining, as a function of said first reflected radiation a first parameter representative of a first main length of said first component; d. comparing said first parameter with one or more pre-stored reference parameters (Ref); e. generating a first correction signal as a function of said comparison; f. sending said first correction signal to at least one preparation station adapted to prepare said first component to regulate the preparation of further components.
Test method including a test phase for a differential protection device having a first differential protection chain, a second differential protection chain, a test device for testing said differential protection chains, and a processing unit for implementing the test phase, the test phase including: - a step (53, 63) of commanding the flow or the injection of a test current in the test device for a predetermined duration shorter than a no-trip time of said first and of said second differential protection chains (7, 8), - steps (54, 55, 64, 65) of determining a state of said first and of said second differential protection chain after the flow of the test current, of monitoring the conformity of the change in the protection chains, and of determining the state of the test, and - a step (57, 59, 65, 66) of tripping or of signalling if the test is satisfactory, characterized in that it includes, during the test phase: - a step of determining the state of said first and of said second differential protection chain before the flow of the test current, and - a step of calculating the duration of injection of the test current on the basis of the result of the determination of the state of said differential protection chains before the flow of the test current. - a step (53, 63) of commanding the flow or the injection of a test current in the test device for a predetermined duration shorter than a no-trip time of said first and of said second differential protection chains (7, 8), - steps (54, 55, 64, 65) of determining a state of said first and of said second differential protection chain after the flow of the test current, of monitoring the conformity of the change in the protection chains, and of determining the state of the test, and - a step (57, 59, 65, 66) of tripping or of signalling if the test is satisfactory, - a step of determining the state of said first and of said second differential protection chain before the flow of the test current, and - a step of calculating the duration of injection of the test current on the basis of the result of the determination of the state of said differential protection chains before the flow of the test current.
A first device, comprising: means for receiving from a second device a command indicating the first device to skip monitoring a downlink control channel between the second device and the first device for a time period (410, 430, 440, 450, 460); means for, in response to a random access procedure being triggered by a first trigger condition, determining whether the time period (410, 430, 440, 450, 460) overlaps with a time window associated with the random access procedure, and ignoring or performing the command based on the determination; means for, in response to the random access procedure being triggered by a second trigger condition, performing the command, wherein the second trigger condition comprises the first device initiating the random access procedure as a contention-free random access procedure for beam failure recovery; and means for receiving the command in a search space associated with the beam failure recovery, the command comprising a Cell Radio Network Temporary Identifier C-RNTI of the first device and indicating a successful contention resolution for the first device. means for receiving from a second device a command indicating the first device to skip monitoring a downlink control channel between the second device and the first device for a time period (410, 430, 440, 450, 460); means for, in response to a random access procedure being triggered by a first trigger condition, determining whether the time period (410, 430, 440, 450, 460) overlaps with a time window associated with the random access procedure, and ignoring or performing the command based on the determination; determining whether the time period (410, 430, 440, 450, 460) overlaps with a time window associated with the random access procedure, and ignoring or performing the command based on the determination; means for, in response to the random access procedure being triggered by a second trigger condition, performing the command, wherein the second trigger condition comprises the first device initiating the random access procedure as a contention-free random access procedure for beam failure recovery; and
Lights comprising one or more light modules for connection to a light, wherein the at least one light module comprising a circuit board with a population face, on which a plurality of LED's and electrical conductor tracks for making electrical contact with the LED's are arranged, wherein the circuit board has at least one opening (10, 10') and a coupling piece (12, 12') of a plug connection is fixed to the board in the area of the opening, in which a mating coupling piece on the light side, which is fixed to a housing section of the light, can engage from the rear face of the board opposite the population face, an electrical contact is formed through the opening from the population face to the rear face of the board, in order to supply the LED's with electrical power from the rear face of the light module.
A system, comprising: a charger comprising a base and a first fool-proof structure; and a wearable device comprising a first locating structure arranged at a side edge of the wearable device; wherein the base has a holding groove, the holding groove is adapted to a back shell of the wearable device, a Pogo pin connector is arranged in the holding groove; wherein the first fool-proof structure comprises a first insert and a second insert, the first insert and the second insert are arranged at an edge of the holding groove, the first insert has a width less than that of the second insert, the first insert of the first fool-proof structure is used to match with the first locating structure at a side edge of the wearable device, and the first fool-proof structure is configured to make that the charger and the wearable device are connected only in one direction by inserting the first insert of the first fool-proof structure into the first locating structure of the wearable device, wherein the Pogo pin connector of the charger is connected to a Pogo pin connector of the wearable device for charging the wearable device only when the first insert of the first fool-proof structure matches with the first locating structure of the wearable device, characterized in that, the first locating structure is an interspace between two function buttons at the side edge of the wearable device. a charger comprising a base and a first fool-proof structure; and a wearable device comprising a first locating structure arranged at a side edge of the wearable device; wherein the base has a holding groove, the holding groove is adapted to a back shell of the wearable device, a Pogo pin connector is arranged in the holding groove; wherein the first fool-proof structure comprises a first insert and a second insert, the first insert and the second insert are arranged at an edge of the holding groove, the first insert has a width less than that of the second insert, the first insert of the first fool-proof structure is used to match with the first locating structure at a side edge of the wearable device, and the first fool-proof structure is configured to make that the charger and the wearable device are connected only in one direction by inserting the first insert of the first fool-proof structure into the first locating structure of the wearable device, wherein the Pogo pin connector of the charger is connected to a Pogo pin connector of the wearable device for charging the wearable device only when the first insert of the first fool-proof structure matches with the first locating structure of the wearable device, characterized in that, the first locating structure is an interspace between two function buttons at the side edge of the wearable device.
A quantum random number generator comprising: a quantum bit generator configured to generate and output a plurality of quantum bits with photons; a projective measurement equipment configured to project the plurality of quantum bits by using information of a random number sequence for a random measurement basis selection and output a measurement result in a binary bit string; and a random number extractor configured to compress the measurement result to extract random numbers by using an estimation probability estimated by an eavesdropper and output a random number sequence related to generation of the random number extracted, wherein the random number extractor acquires a probability distribution of measurement expectation values, calculates the estimation probability by using the probability distribution of the measurement expectation values acquired, and compresses the measurement result by the estimation probability calculated to output the random number sequence, wherein the random number extractor acquires the probability distribution of the measurement expectation values from (a) the information of the random number sequence used in the projective measurement equipment and (b) at least one of a displacement quantity of a projection axis of two non-orthogonal bases that are estimated in advance as information of imperfection of the projective measurement equipment measured in advance or a probability that two or more photons are included in the plurality of quantum bits as information of imperfection of the quantum bit generator. a quantum bit generator configured to generate and output a plurality of quantum bits with photons; a projective measurement equipment configured to project the plurality of quantum bits by using information of a random number sequence for a random measurement basis selection and output a measurement result in a binary bit string; and a random number extractor configured to compress the measurement result to extract random numbers by using an estimation probability estimated by an eavesdropper and output a random number sequence related to generation of the random number extracted, wherein the random number extractor acquires a probability distribution of measurement expectation values, calculates the estimation probability by using the probability distribution of the measurement expectation values acquired, and compresses the measurement result by the estimation probability calculated to output the random number sequence, wherein the random number extractor acquires the probability distribution of the measurement expectation values from (a) the information of the random number sequence used in the projective measurement equipment and (b) at least one of a displacement quantity of a projection axis of two non-orthogonal bases that are estimated in advance as information of imperfection of the projective measurement equipment measured in advance or a probability that two or more photons are included in the plurality of quantum bits as information of imperfection of the quantum bit generator.
A unit device of a refrigeration cycle apparatus, the unit device configured to form part of a refrigerant circuit using flammable or slightly flammable refrigerant, and comprising: a unit body; and a storage box characterized by the storage box being provided with a sensor configured to detect leakage of the refrigerant and an opening portion configured to communicate with the unit body, the storage box being attached to an outer wall portion of the unit body, wherein in the unit body, a drain pan is provided, the drain pan being configured to receive water of condensation, wherein the drain pan has a natural outlet for drain water, the natural outlet being configured so that the drain water naturally flows out of the drain pan, and wherein the natural outlet is configured to communicate with the inside of the storage box via the opening portion, so that leaked refrigerant can flow through the natural outlet into the storage box and thereby be detected by the sensor. a unit body; and a storage box characterized by the storage box being provided with a sensor configured to detect leakage of the refrigerant and an opening portion configured to communicate with the unit body, the storage box being attached to an outer wall portion of the unit body, wherein in the unit body, a drain pan is provided, the drain pan being configured to receive water of condensation, wherein the drain pan has a natural outlet for drain water, the natural outlet being configured so that the drain water naturally flows out of the drain pan, and wherein the natural outlet is configured to communicate with the inside of the storage box via the opening portion, so that leaked refrigerant can flow through the natural outlet into the storage box and thereby be detected by the sensor.
Printing machine comprising a system for the transport of substrates, along a transport path oriented along a longitudinal axis from at least one input magazine supplying the printable substrates, to at least one output magazine receiving the substrates, and comprising: - movable gripping means each comprising an opening/closing system ensuring release or gripping of substrates, said gripping means comprising front and rear gripping means, each grasping either a substrate, front and rear respectively, or a part situated to the front and rear respectively of the same substrate, along the transport path, - guide means, for guiding the gripping means along the transport path, - at least one motorisation means ensuring independent displacement between at least the front gripping means and the rear gripping means, - the guide means, the gripping means and their associated opening/closing system are controlled by computer means, - said at least one motorisation means ensures displacement of said gripping means along said guide means between the input and output magazines, characterised in that the guide means are spaced apart by a variable transverse distance controlled by the computer means, the computer means control the opening and closing of the gripping means, evaluate the speed and/or position of the movable elements, and lastly deliver the signals for command and control of the motorisation means allowing the system for the transport of substrates to grasp each substrate so as to tension and/or displace substrates of variable sizes along the transport path, without stopping printing. - movable gripping means each comprising an opening/closing system ensuring release or gripping of substrates, said gripping means comprising front and rear gripping means, each grasping either a substrate, front and rear respectively, or a part situated to the front and rear respectively of the same substrate, along the transport path, - guide means, for guiding the gripping means along the transport path, - at least one motorisation means ensuring independent displacement between at least the front gripping means and the rear gripping means, - the guide means, the gripping means and their associated opening/closing system are controlled by computer means, - said at least one motorisation means ensures displacement of said gripping means along said guide means between the input and output magazines,
A steam cleaning device comprising: a supply of water for generating steam; and a steam cleaning head (500, 600, 700) for ejecting steam generated from said supply of water in proximity to a surface to be cleaned; wherein the steam cleaning head (500, 600, 700) comprises a portion (510, 610, 710) for receiving a composition (680, 780) adapted to be used in conjunction with such a steam cleaning device, the portion being perfused by steam during ejection by said steam cleaning head (500, 600, 700) of steam generated from said supply of water; characterised in that the portion (510, 610, 710) of the steam cleaning head (500, 600, 700) for receiving the composition (680, 780) is accessible by a user on a first side of the steam cleaning head, which first side is different from a second side of the steam cleaning head adapted to receive a cleaning cloth. a supply of water for generating steam; and a steam cleaning head (500, 600, 700) for ejecting steam generated from said supply of water in proximity to a surface to be cleaned; wherein the steam cleaning head (500, 600, 700) comprises a portion (510, 610, 710) for receiving a composition (680, 780) adapted to be used in conjunction with such a steam cleaning device, the portion being perfused by steam during ejection by said steam cleaning head (500, 600, 700) of steam generated from said supply of water;