mhurhangee/ep-ind-claims huggingface dataset:
Apparatus (1, 1001) for selectively transferring nuclide activation targets and measurement bodies into and out of at least one instrumentation finger (110, 1110a, 1110b) of a nuclear reactor (100; 1100), wherein the apparatus (1, 1001) comprises: - a line system (2, 1002a, 1002b) for receiving and transporting the measurement bodies and targets, comprising a reactor branch (10, 1010a, 1010b) having a terminal coupling for coupling to the instrumentation finger (110, 1110a, 1110b), a storage branch (20, 1020a, 1020b) for intermediate storage of the measurement bodies or targets, and a measurement branch (30, 1030a, 1030b) having a terminal coupling for coupling to a measurement device (300, 1300) for determining a property of the measurement bodies, that is variable by energetic excitation in the nuclear reactor; - a switchable multi-way valve (60, 1060) into which at least the reactor branch (10, 1010a, 1010b), the storage branch (20, 1020a, 1020b) and the measurement branch (30, 1030a, 1030b) directly open node-like and which is configured, in a first switching position, to fluidically connect the reactor branch (10, 1010a, 1010b) to the storage branch (20, 1020a, 1020b) and, in a second switching position, to fluidically connect the reactor branch (10, 1010a, 1010b) to the measurement branch (30, 1030a, 1030b); and - a pneumatic or mechanical transport device (90, 1090) for transporting the measurement bodies and targets. - a line system (2, 1002a, 1002b) for receiving and transporting the measurement bodies and targets, comprising a reactor branch (10, 1010a, 1010b) having a terminal coupling for coupling to the instrumentation finger (110, 1110a, 1110b), a storage branch (20, 1020a, 1020b) for intermediate storage of the measurement bodies or targets, and a measurement branch (30, 1030a, 1030b) having a terminal coupling for coupling to a measurement device (300, 1300) for determining a property of the measurement bodies, that is variable by energetic excitation in the nuclear reactor; - a switchable multi-way valve (60, 1060) into which at least the reactor branch (10, 1010a, 1010b), the storage branch (20, 1020a, 1020b) and the measurement branch (30, 1030a, 1030b) directly open node-like and which is configured, in a first switching position, to fluidically connect the reactor branch (10, 1010a, 1010b) to the storage branch (20, 1020a, 1020b) and, in a second switching position, to fluidically connect the reactor branch (10, 1010a, 1010b) to the measurement branch (30, 1030a, 1030b); and - a pneumatic or mechanical transport device (90, 1090) for transporting the measurement bodies and targets.
A sole structure, comprising: a midsole component and an inner sole component; the midsole component including a plurality of holes arranged in an auxetic configuration; the midsole component being shaped to receive the inner sole component; and wherein a first density of the midsole component is different than a second density of the inner sole component, wherein the midsole component includes a recess on an inner surface that receives the inner sole component. a midsole component and an inner sole component; the midsole component including a plurality of holes arranged in an auxetic configuration; the midsole component being shaped to receive the inner sole component; and wherein a first density of the midsole component is different than a second density of the inner sole component, wherein the midsole component includes a recess on an inner surface that receives the inner sole component.
A thin film transistor comprising: a channel layer (C1,C2) comprising a lower layer (10,20') and an upper layer (20,10') which have different mobilites and/or different carrier densities and formed of different oxide materials; a source (S1,S2) and a drain (D1,D2) which respectively contact the opposing ends of the channel layer; a gate (G1,G2) for applying an electric field to the channel layer; and a passivation layer (P1,P2); wherein the one of the lower layer and the upper layer which is closer to the gate (10,10') has a thickness of 3 to 5 nm; wherein the one of the lower layer and the upper layer (10,10'), which is closer to the gate, has higher mobility than the other layer (20,20'), which is farther from the gate; wherein the one of the lower layer and the upper layer which is closer to the gate (10,10'), comprises at least one oxide selected from the group consisting of an indium zinc oxide, and an indium tin oxide; and wherein the other one (20,20') of the lower layer and the upper layer, which is farther from the gate, is a gallium indium zinc oxide (GIZO); and wherein a threshold voltage of the transistor is determined by the lower layer and the upper layer (10,10'20,20'). a channel layer (C1,C2) comprising a lower layer (10,20') and an upper layer (20,10') which have different mobilites and/or different carrier densities and formed of different oxide materials; a source (S1,S2) and a drain (D1,D2) which respectively contact the opposing ends of the channel layer; a gate (G1,G2) for applying an electric field to the channel layer; and a passivation layer (P1,P2); wherein the one of the lower layer and the upper layer which is closer to the gate (10,10') has a thickness of 3 to 5 nm; wherein the one of the lower layer and the upper layer (10,10'), which is closer to the gate, has higher mobility than the other layer (20,20'), which is farther from the gate; wherein the one of the lower layer and the upper layer which is closer to the gate (10,10'), comprises at least one oxide selected from the group consisting of an indium zinc oxide, and an indium tin oxide; and wherein the other one (20,20') of the lower layer and the upper layer, which is farther from the gate, is a gallium indium zinc oxide (GIZO); and wherein a threshold voltage of the transistor is determined by the lower layer and the upper layer (10,10'20,20').
A method of providing timing synchronization between a first Radio Equipment Controller (REC, 300, 402) operating on a first radio standard and a second REC (306, 410) operating on a second radio standard, each REC operating with a multi-standard radio (303, 414), comprising the steps of: receiving at said first REC (300, 402) a synchronization signal from a first synchronization source; generating a synchronized data output derived from said synchronization signal; generating a first clock signal from said synchronized data output for use by said first REC (300, 402); reconstructing a synchronization source from said first clock signal; and characterized by aligning a timing and frequency component of a second clock signal for use by said second REC (306, 410) to that of said reconstructed synchronization source, such that said second REC (306, 410) can maintain timing synchronization with said first REC (300, 402). receiving at said first REC (300, 402) a synchronization signal from a first synchronization source; generating a synchronized data output derived from said synchronization signal; generating a first clock signal from said synchronized data output for use by said first REC (300, 402); reconstructing a synchronization source from said first clock signal; and characterized by aligning a timing and frequency component of a second clock signal for use by said second REC (306, 410) to that of said reconstructed synchronization source, such that said second REC (306, 410) can maintain timing synchronization with said first REC (300, 402).
A precoding information obtaining method, comprising: • separately precoding, by a network device, by using each of N sub-codebooks, a same pilot group comprising K pilots to obtain N precoded pilot groups, wherein the sub-codebooks are subsets of a precoding codebook, the precoding codebook comprises M precoding vectors, each sub-codebook comprises K precoding vectors, K is a positive integer, N and M are integers greater than 1, and M is greater than K; • sending, by the network device, in each of W resource block, RB, groups a precoded pilot group among the N precoded pilot groups to a terminal device, wherein W is a positive integer and is greater than N, wherein each RB group among the W RB groups includes at least one RB, and the W RB groups are in a same downlink subframe, wherein precoded pilot groups among the N precoded pilot groups in at least two of the W RB groups are obtained by performing precoding by using a same sub-codebook; • receiving, by the network device, precoding information fed back by the terminal device for each of the W RB groups; • updating the N sub-codebooks according to the precoding information fed back by the terminal device for the W RB groups. • separately precoding, by a network device, by using each of N sub-codebooks, a same pilot group comprising K pilots to obtain N precoded pilot groups, wherein the sub-codebooks are subsets of a precoding codebook, the precoding codebook comprises M precoding vectors, each sub-codebook comprises K precoding vectors, K is a positive integer, N and M are integers greater than 1, and M is greater than K; • sending, by the network device, in each of W resource block, RB, groups a precoded pilot group among the N precoded pilot groups to a terminal device, wherein W is a positive integer and is greater than N, wherein each RB group among the W RB groups includes at least one RB, and the W RB groups are in a same downlink subframe, wherein precoded pilot groups among the N precoded pilot groups in at least two of the W RB groups are obtained by performing precoding by using a same sub-codebook; • receiving, by the network device, precoding information fed back by the terminal device for each of the W RB groups; • updating the N sub-codebooks according to the precoding information fed back by the terminal device for the W RB groups.
A casing for a sporting ball with enhanced visual acuity, comprising an exterior capable of being configured into a substantially spherical surface including a first hemisphere, a second hemisphere, and an equator oriented between the first hemisphere and the second hemisphere; the first hemisphere having at least three spherical substantially triangular first flicker regions and a first non-flicker region oriented therebetween, each first flicker region having two congruent sides and a base, the base oriented on a latitudinal circumference parallel to the equator, and the second hemisphere having at least three spherical substantially triangular second flicker regions and a second non-flicker region oriented therebetween, each second flicker region having two congruent sides and a base, the base oriented on a latitudinal circumference parallel to the equator, wherein the first flicker regions and the second flicker regions are a first color, and wherein the first non-flicker region, the second non-flicker region, and the equatorial non-flicker region are a second color, characterised in that the first color and the second color are substantially complementary and the substantially complementary first color and second color are associated with respective coordinates C1, C2 in a L-a-b color coordinate system, wherein a color difference is greater than 50.
Arrangement for controlling and/or regulating the cut-off line for motor vehicle headlamps with at least one means of image recording and image processing that is suitable and configured to record an image of a traffic situation ahead of the vehicle, namely the lighting situation including the headlamps of oncoming vehicles and the rear lights of preceding vehicles and with a means of controlling and regulating that depending on the image captured is suitable and configured to generate control signals to a setting mechanism to set the cut-off line of the motor vehicle headlamp, characterized in that the arrangement has at least two means of recognition (2, 3) that are suitable and configured to recognize pitching and/or rolling movements of the motor vehicle caused by a poor condition of the road surface and are each suitable and configured to generate a first signal by means of which the pitching and/or rolling movements are displayable, in that a first means of recognition is part of the means of image recording and image processing and in that a second means of recognition comprises at least one axis sensor that is suitable and configured to record the spring deflection of the wheels.
Trigger device for enabling and blocking delivery of a piece good from an inclined storage chute having a storage chute base and a delivery end, wherein the storage chute base defines a sliding plane, and piece goods are able to move from the storage chute in a sliding direction along the longitudinal direction of the storage chute, comprising a drive, a lifting and pre-stopping component having an upper sliding surface, wherein the lifting and pre-stopping component is coupled to the drive in such a way that the sliding surface is movable over the sliding plane into an enabled position of the trigger device, and is movable at the level of the sliding plane into a blocked position of the trigger device, and wherein the lifting and pre-stopping component has a stop which in the enabled position protrudes beyond the sliding plane, characterized in that a blocking element, situated downstream of the lifting and pre-stopping component in the sliding direction, having an upper blocking element sliding surface, a permanent blocking edge, protruding beyond the sliding plane, which is designed as an integral component of the blocking element, and an extendable and retractable block for preventing a rollover of the piece good, wherein the block is coupled to the drive in such a way that the block is movable below the blocking element sliding surface into an enabled position, and is movable above the blocking element sliding surface into a blocked position of the trigger device, wherein the block is designed in such a way that the blocking edge is provided in upstream of the block in the sliding direction, so that in the blocked position of the trigger device in which the sliding surface of the lifting and pre-stopping component is aligned with the sliding plane, no permanent contact between the piece good and the block takes place but the movement of the piece goods in the storage chute is stopped by the blocking edge.
Method for separating doubled sheets on the basis of at least one rubber, comprising at least the following method steps: - rapidly cooling the doubled sheets on the basis of at least one rubber to a temperature between - 20°C and +5°C in a first method step; - separating the doubled sheets by abruptly pulling them into individual sheets in at least one further method step; - individually feeding the separated sheets to a fresh mixture of a single type of material. - rapidly cooling the doubled sheets on the basis of at least one rubber to a temperature between - 20°C and +5°C in a first method step; - separating the doubled sheets by abruptly pulling them into individual sheets in at least one further method step; - individually feeding the separated sheets to a fresh mixture of a single type of material.
A light-emitting unit, comprising: a light-guide section having a light entering surface (S11, S21); and a plurality of light sources opposed to the light entering surface of the light-guide section and arrayed in a first direction, and each having an anisotropy in emission intensity, wherein the pattern shape of the light applied from any of the light sources to the light entering surface has a shape anisotropy, and the light sources are each disposed to allow the longitudinal direction of the pattern shape to be inclined relative to the first direction, wherein the light sources comprise two or more types of light sources, characterized in that the two or more types of light sources are different from each other in the ratio of the minimum value of the half-value angle in emission light to the maximum value of the half-value angle, wherein the two or more light sources are disposed to allow a first inclination angle of the longitudinal direction relative to the first direction to be larger as the ratio is smaller. a light-guide section having a light entering surface (S11, S21); and a plurality of light sources opposed to the light entering surface of the light-guide section and arrayed in a first direction, and each having an anisotropy in emission intensity, wherein the pattern shape of the light applied from any of the light sources to the light entering surface has a shape anisotropy, and the light sources are each disposed to allow the longitudinal direction of the pattern shape to be inclined relative to the first direction, wherein the light sources comprise two or more types of light sources, characterized in that the two or more types of light sources are different from each other in the ratio of the minimum value of the half-value angle in emission light to the maximum value of the half-value angle, wherein the two or more light sources are disposed to allow a first inclination angle of the longitudinal direction relative to the first direction to be larger as the ratio is smaller.
A jig for measuring a runout of a flange surface of a hub unit used by being mounted to a road wheel mounting flanges of a deformed type comprising a plurality of plate-shaped projecting portions which are formed on an outer circumferential surface of a rotating side member of a road wheel hub unit so as to project radially therefrom and each of which has a bolt insertion hole in a distal end portion thereof, said hub unit flange runout measuring jig comprising: an annular portion comprising an annulus with a diameter which is the same as an outside diameter defined by the plurality of plate-shaped projecting portions; and a plurality of protruding portions which protrude radially inwards from the annular portion to be fitted between the projecting portions when mounted to the road wheel mounting flange of the deformed type such that the protruding portions are positioned adjacent to a flange surface of the projecting portions so as to form an annular continuous surface. an annular portion comprising an annulus with a diameter which is the same as an outside diameter defined by the plurality of plate-shaped projecting portions; and a plurality of protruding portions which protrude radially inwards from the annular portion to be fitted between the projecting portions when mounted to the road wheel mounting flange of the deformed type such that the protruding portions are positioned adjacent to a flange surface of the projecting portions so as to form an annular continuous surface.
A holding frame into which plug connector modules can be inserted, - wherein the holding frame comprises two halves (4, 5) which can be connected to one another, a first half and a second half, wherein the halves (4, 5) each have a lateral surface (2, 2') and a cover surface (3, 3'), - wherein the holding frame has at least one first blocking element whereby the halves (4, 5) can be secured in a closed position, - wherein the at least one blocking element is movably held on the first half or on the second half - wherein the holding frame has a grounding socket which is integrally formed on the first half, characterized in that - the blocking element is displaceably held on the grounding socket, - the blocking element has two protruding fingers, a first finger and a second finger, and - at least one latching hook is integrally formed on the end of the first finger. - wherein the holding frame comprises two halves (4, 5) which can be connected to one another, a first half and a second half, wherein the halves (4, 5) each have a lateral surface (2, 2') and a cover surface (3, 3'), - wherein the holding frame has at least one first blocking element whereby the halves (4, 5) can be secured in a closed position, - wherein the at least one blocking element is movably held on the first half or on the second half - wherein the holding frame has a grounding socket which is integrally formed on the first half, - the blocking element is displaceably held on the grounding socket, - the blocking element has two protruding fingers, a first finger and a second finger, and - at least one latching hook is integrally formed on the end of the first finger.
A Bifidobacterium breve MCC1274 (FERM BP-11175) and/or a Bifidobacterium breve MCC1274 (FERM BP-11175)-containing cultured material for use in prevention, treatment, and/or improvement of one or more disease selected from the group consisting of dementia, depression, and cognitive decline.
Base paper for decorative coating materials comprising a paper which is not internally sized, characterized in that the base paper comprises a surface application which contains an alkaline earth salt and an inorganic pigment having a specific BET surface area of from 100 to 400 cm 2 /g, whereby the surface application does not contain a polymeric binding agent.
A message ID decoding method for a system comprising multiple components interlinked by a CAN-bus through which messages are sent, the method comprising the steps of: acquiring (1, 201) a CAN-bus message data stream comprising multiple CAN-bus messages, each CAN-bus message comprising a CAN ID, each CAN ID indicating a component from which the corresponding CAN-bus message originated, storing (1, 201) the CAN-bus messages in a first datastore, acquiring (2, 202) an electricity consumption signal, wherein the electricity consumption signal is indicative of the electricity consumption of a component in the system, storing the electricity consumption signal in a second datastore, generating (3, 203) time-stamp bins, each time-stamp bin corresponding to an interval in time, selecting (5, 301), from their respective stores, a CAN ID and a portion of the electricity consumption signal, the CAN ID and the portion of the electricity consumption signal being from an interval in time corresponding to a time-stamp bin, and determining (5, 301) a regression coefficient, R, indicating the level of relatedness between the selected CAN ID and the selected portion of electricity consumption signal, thereby correlating the ID of the selected CAN-bus message with a component. acquiring (1, 201) a CAN-bus message data stream comprising multiple CAN-bus messages, each CAN-bus message comprising a CAN ID, each CAN ID indicating a component from which the corresponding CAN-bus message originated, storing (1, 201) the CAN-bus messages in a first datastore, acquiring (2, 202) an electricity consumption signal, wherein the electricity consumption signal is indicative of the electricity consumption of a component in the system, storing the electricity consumption signal in a second datastore, generating (3, 203) time-stamp bins, each time-stamp bin corresponding to an interval in time, selecting (5, 301), from their respective stores, a CAN ID and a portion of the electricity consumption signal, the CAN ID and the portion of the electricity consumption signal being from an interval in time corresponding to a time-stamp bin, and determining (5, 301) a regression coefficient, R, indicating the level of relatedness between the selected CAN ID and the selected portion of electricity consumption signal, thereby correlating the ID of the selected CAN-bus message with a component.