mhurhangee/ep-ind-claims huggingface dataset:
An apparatus, comprising: a communication module configured to transmit data packet traffic; and a management module configured to shape the data packet traffic to be transmitted by the communication module to: buffer data packets routed at different times to the communication module based on at least one power management factor, based on the slower of a data processing rate and a data transmission rate, determine if a number of data packets being buffered is more than a number of data packets that may be processed during a period that is equal to a data packet latency tolerance of the data packets; in response to said determining, send an amount of buffered data packets to the communication module for transmission of the buffered data packets equal to the amount of data packets that may be processed during the period by the communication module. a communication module configured to transmit data packet traffic; and a management module configured to shape the data packet traffic to be transmitted by the communication module to: buffer data packets routed at different times to the communication module based on at least one power management factor, based on the slower of a data processing rate and a data transmission rate, determine if a number of data packets being buffered is more than a number of data packets that may be processed during a period that is equal to a data packet latency tolerance of the data packets; in response to said determining, send an amount of buffered data packets to the communication module for transmission of the buffered data packets equal to the amount of data packets that may be processed during the period by the communication module. buffer data packets routed at different times to the communication module based on at least one power management factor, based on the slower of a data processing rate and a data transmission rate, determine if a number of data packets being buffered is more than a number of data packets that may be processed during a period that is equal to a data packet latency tolerance of the data packets; in response to said determining, send an amount of buffered data packets to the communication module for transmission of the buffered data packets equal to the amount of data packets that may be processed during the period by the communication module.
An automatic fire alarm system slave device comprising: a receiver electrically connected to a pair of cables and configured to receive a signal from a master device that is also electrically connected to the pair of cables (31,32), the signal being transmitted from the master device by varying a voltage applied between the pair of cables; and a controller configured to switch a state of the receiver to either a reception enabled state in which the receiver is operating or a reception disabled state in which the receiver stops operating, the controller being configured to switch the state of the receiver to either the reception enabled state or the reception disabled state by intermittently applying a power supply signal to the receiver, the power supply signal supplying power to operate the receiver. a receiver electrically connected to a pair of cables and configured to receive a signal from a master device that is also electrically connected to the pair of cables (31,32), the signal being transmitted from the master device by varying a voltage applied between the pair of cables; and a controller configured to switch a state of the receiver to either a reception enabled state in which the receiver is operating or a reception disabled state in which the receiver stops operating, the controller being configured to switch the state of the receiver to either the reception enabled state or the reception disabled state by intermittently applying a power supply signal to the receiver, the power supply signal supplying power to operate the receiver.
An agent that interferes with translocation of toll-like receptor 3, for use in suppressing TLR3 activity in a subject in need thereof, wherein the agent is a TLR3 variant that does not comprise amino acid residues 289-352 of the extracellular domain of the wild type TLR3 represented by SEQ ID NO: 4.
A transmission method based on a hybrid automatic repeat request, HARQ, scheme in a communication system, comprising: generating a codeword using a low density parity check, LDPC, code; classifying parity bits of the codeword on a basis of a transmission priority and grouping parity bits with an identical transmission priority; shuffling a systematic bit group of the codeword and parity bits in each of the parity bit groups with the identical transmission priority in a predefined pattern; selecting at least one shuffled parity bit group from the shuffled parity bit groups based on the transmission priority; generating a packet from the shuffled systematic bit group of the codeword and the parity bits of the selected at least one parity bit group based on a code rate requested for retransmitting; and retransmitting the generated packet. generating a codeword using a low density parity check, LDPC, code; classifying parity bits of the codeword on a basis of a transmission priority and grouping parity bits with an identical transmission priority; shuffling a systematic bit group of the codeword and parity bits in each of the parity bit groups with the identical transmission priority in a predefined pattern; selecting at least one shuffled parity bit group from the shuffled parity bit groups based on the transmission priority; generating a packet from the shuffled systematic bit group of the codeword and the parity bits of the selected at least one parity bit group based on a code rate requested for retransmitting; and retransmitting the generated packet.
Heater (1; 11; 21; 31; 41; 51) for domestic appliances, - having at least one heating track (5; 25) with at least one rounded, curved heating track section (6; 26), - which heating track (5; 25) has at least one locally delimited recess (9; 19; 39; 49; 59) in the region of the curved heating track section (6; 26), - the recess has two rounded, curved edges (49a, 49b), wherein - the two rounded, curved edges (49a, 49b) of the recess have such a respective radius that a respectively curved edge (49a; 49b) of the recess and an edge of the rounded, curved heating track section which faces the latter delimits a heating track strip of a constant width, - wherein the radii of the edges (49a, 49b) of the recess are different, characterised in that - the radius of the inner edge of the edges (49a, 49b) of the recess is greater than the radius of the outer edge of the recess. - having at least one heating track (5; 25) with at least one rounded, curved heating track section (6; 26), - which heating track (5; 25) has at least one locally delimited recess (9; 19; 39; 49; 59) in the region of the curved heating track section (6; 26), - the recess has two rounded, curved edges (49a, 49b), wherein - the two rounded, curved edges (49a, 49b) of the recess have such a respective radius that a respectively curved edge (49a; 49b) of the recess and an edge of the rounded, curved heating track section which faces the latter delimits a heating track strip of a constant width, - wherein the radii of the edges (49a, 49b) of the recess are different, characterised in that - the radius of the inner edge of the edges (49a, 49b) of the recess is greater than the radius of the outer edge of the recess. - the radius of the inner edge of the edges (49a, 49b) of the recess is greater than the radius of the outer edge of the recess.
A method at a user equipment, comprising: determining a cell of a network node to connect with; determining capabilities of the user equipment in relation to carrier aggregation comprising a carrier of the cell; receiving, from the network node, a measurement indication identifying a plurality of carriers to be measured in idle mode, wherein the plurality of carriers comprise carriers that the user equipment can aggregate with the carrier of the cell and carriers that the user equipment cannot aggregate with the carrier of the cell; performing, for early measurement reporting and based on the determined capabilities of the user equipment in relation to carrier aggregation, idle mode measurements of only those carriers from the plurality of carriers which the user equipment can aggregate with the carrier of the cell; and indicating results of the idle mode measurements to the network node of the cell upon connection establishment with the cell. determining a cell of a network node to connect with; determining capabilities of the user equipment in relation to carrier aggregation comprising a carrier of the cell; receiving, from the network node, a measurement indication identifying a plurality of carriers to be measured in idle mode, wherein the plurality of carriers comprise carriers that the user equipment can aggregate with the carrier of the cell and carriers that the user equipment cannot aggregate with the carrier of the cell; performing, for early measurement reporting and based on the determined capabilities of the user equipment in relation to carrier aggregation, idle mode measurements of only those carriers from the plurality of carriers which the user equipment can aggregate with the carrier of the cell; and indicating results of the idle mode measurements to the network node of the cell upon connection establishment with the cell.
An enhanced oil recovery system, comprising an underground oil reservoir comprising oil having an oil temperature, an injection well in fluid communication with said underground oil reservoir, an enzyme storage comprising temperature control means, wherein said temperature control means is adapted for controlling the temperature of enzymes in said enzyme storage in relation to an operative temperature range of said enzymes and/or in relation to said oil temperature, and injection means for creating an injection stream comprising enzymes from said enzyme storage to said underground oil reservoir through said injection well.
A snout apparatus for guiding high pressure flexible lances between a lance drive apparatus and a flexible lance positioner apparatus, the snout apparatus comprising: one of a male tubular connector and a female tubular connector fitting adapted to fasten to a flexible lance drive apparatus; another one of a male and a female tubular connector fitting adapted to fasten to a flexible lance positioner apparatus; and a plurality of snout segments (102, 202) connected together in series so as to connect in series between the one and another connector fittings (104, 106), wherein each snout segment (102, 202) comprises a cylindrical tube portion (108, 208) sized to receive and pass therethrough a plurality of flexible lances, and a tubular collar portion (110, 210) connected to the tube portion (108, 208), wherein the collar portion (110, 210) is larger in diameter than the tube portion (108, 208) and has a plurality of closed slots (126, 226) adjacent to and spaced around a distal end of the collar portion (110, 210), and a plurality of shoulder bolts (128, 228) each fastened to a next segment tube portion (108, 208) and extending through one of the closed slots (126, 226), characterised in that the plurality of closed slots are a plurality of arcuate closed slots. one of a male tubular connector and a female tubular connector fitting adapted to fasten to a flexible lance drive apparatus; another one of a male and a female tubular connector fitting adapted to fasten to a flexible lance positioner apparatus; and a plurality of snout segments (102, 202) connected together in series so as to connect in series between the one and another connector fittings (104, 106), wherein each snout segment (102, 202) comprises a cylindrical tube portion (108, 208) sized to receive and pass therethrough a plurality of flexible lances, and a tubular collar portion (110, 210) connected to the tube portion (108, 208), wherein the collar portion (110, 210) is larger in diameter than the tube portion (108, 208) and has a plurality of closed slots (126, 226) adjacent to and spaced around a distal end of the collar portion (110, 210), and a plurality of shoulder bolts (128, 228) each fastened to a next segment tube portion (108, 208) and extending through one of the closed slots (126, 226), characterised in that the plurality of closed slots are a plurality of arcuate closed slots.
A cash automatic transaction device having a depositing/dispensing port for depositing/dispensing of banknotes, and a banknote storage box for storage of deposited/dispensed banknotes, wherein the depositing/dispensing port has a depositing/dispensing space to store the deposited/dispensed banknotes, and an accumulation space in which the banknotes are accumulated upon dispensing, characterized in that the width of the depositing/dispensing space is smaller than an exit and entrance width of the storage box, while the width of the accumulation space is greater than the exit and entrance width of the storage box. wherein the depositing/dispensing port has a depositing/dispensing space to store the deposited/dispensed banknotes, and an accumulation space in which the banknotes are accumulated upon dispensing, characterized in that the width of the depositing/dispensing space is smaller than an exit and entrance width of the storage box, while the width of the accumulation space is greater than the exit and entrance width of the storage box.
A medical device, comprising: a tissue expander configured to be inserted into a body lumen and lift tissue surrounding the body lumen; and a tool configured to be coupled to the tissue expander and move along a path defined by the tissue expander, characterized in that the tissue expander includes a first support ring and a second support ring, wherein the path is defined at a first end by the first support ring and at a second end by the second support ring, and wherein the tool is configured to move circumferentially along the path. a tissue expander configured to be inserted into a body lumen and lift tissue surrounding the body lumen; and a tool configured to be coupled to the tissue expander and move along a path defined by the tissue expander, characterized in that the tissue expander includes a first support ring and a second support ring, wherein the path is defined at a first end by the first support ring and at a second end by the second support ring, and wherein the tool is configured to move circumferentially along the path.
Disconnectable cable joint with a housing comprising insulating material, wherein the housing comprises at least three sockets (2, 4, 5), wherein the first socket is provided for receiving a plug, wherein the second and third sockets (4, 5) are provided for mounting cables (42, 43) to the housing connecting a conductor of the cable (42, 43) with a contact member (10, 14), wherein the housing comprises two separate contact members (10, 14), wherein each contact member (10, 14) comprises two contact faces for being in contact with a conductor of a cable (42, 43) and with a plug, wherein a first contact member adjoins to the first socket and to the second socket, wherein the second contact member adjoins to the first socket and to the third socket (4, 5).
A system for use in storing biopharmaceutical materials, said system comprising: a container for holding biopharmaceutical materials therein, said container comprising a storage portion and a sampling portion connected to each other by a connecting portion; a holder having a storage cavity receiving said storage portion and a sampling cavity receiving said sampling portion; said holder comprising a first portion and a second portion, said container received between said first portion and said second portion to connect said container to said holder; said holder comprising an interior storage cradle bounding said storage cavity; said holder comprising an interior sampling cradle bounding said sampling cavity, said sampling cradle separated from said storage cradle and connected to said storage cradle by a passage receiving the connecting portion connecting said storage portion to said sampling portion; and said holder comprising an outer rim (40, 80) connected to said storage cradle and separated from said storage cavity. a container for holding biopharmaceutical materials therein, said container comprising a storage portion and a sampling portion connected to each other by a connecting portion; a holder having a storage cavity receiving said storage portion and a sampling cavity receiving said sampling portion; said holder comprising a first portion and a second portion, said container received between said first portion and said second portion to connect said container to said holder; said holder comprising an interior sampling cradle bounding said sampling cavity, said sampling cradle separated from said storage cradle and connected to said storage cradle by a passage receiving the connecting portion connecting said storage portion to said sampling portion; and said holder comprising an outer rim (40, 80) connected to said storage cradle and separated from said storage cavity.
Prosthesis socket with a socket body for receiving an amputation stump and with an insertion aid which facilitates the insertion of the amputation stump into the socket body, whereby the insertion aid comprises an insertion inlay which, in the proximal edge area thereof, is connected to a holding device which is fixed on the socket body, wherein the insertion inlay has an insertion stocking, which is movable between an outer position, in which the insertion inlay is located at least in part, preferably at least for the most part, outside the socket body, and an inner position, in which the insertion stocking lines the socket body, characterized in that the insertion inlay has elastic, pressure-stable stretching elements which extend along the insertion stocking, are fixed on the latter and are movable together with the insertion stocking.
A modular prosthetic device for hip joint replacement, comprising a stem adapted to be inserted within the femur, a modular neck element that comprises an upper portion having in an upper region a tubular element and a lower portion, and a spherical head, said modular neck element being coupleable with its tubular element provided in its upper region to said spherical head, and wherein said stem and modular neck element are constituted by two distinct components that can be stably mated upon selection thereof among a plurality of stems and neck elements having different shapes and sizes so as to provide prosthetic devices of different sizes and configurations, said stem comprising, in an upper region, a cavity for the safe accommodation of the lower portion of said neck element, characterized in that said lower portion of said neck elements comprises two bodies (43, 43a) of substantially semicircular contours (44c, 44d) which extend starting from a lower end face of said lower portion (401 and whose shape and dimensions are substantially equal to those of a transverse cross-section (21d, 21c) of said cavity, and in that said lower end face of said lower portion comprises two first sides (44a, 44b) which are concave and mutually identical and are joined, at their respective ends, to said substantially semicircular contours (44c,44d) of said bodies, (43, 43a), said cavity comprising two first sides (21a, 21b) which are convex and mutually identical and which are joined, at their respective ends, to second substantially semicircular contours (21c, 21d) of said cavity.
Method for producing a three-dimensional vehicle door frame inner reinforcement element, said door frame inner reinforcement element comprising at least an inner center pillar part, an inner front pillar part and an inner side rail part joining the inner center pillar part and the inner front pillar part, said method comprising the following steps: - providing at least an inner center pillar blank, an inner front pillar blank and an inner side rail blank, said inner blanks being substantially planar, - assembling the inner center pillar blank and the inner front pillar blank to the inner side rail blank in order to form a substantially planar door frame inner reinforcement blank, said method being characterized by comprising the further step of - hot stamping the door frame inner reinforcement blank to shape the three-dimensional door frame inner reinforcement element. - providing at least an inner center pillar blank, an inner front pillar blank and an inner side rail blank, said inner blanks being substantially planar, - assembling the inner center pillar blank and the inner front pillar blank to the inner side rail blank in order to form a substantially planar door frame inner reinforcement blank, said method being characterized by comprising the further step of - hot stamping the door frame inner reinforcement blank to shape the three-dimensional door frame inner reinforcement element.
A preparation comprising as an active compound N-n-butylthiophosphoric triamide in amounts of 40 to 95% by weight, based on the total amount of active compound, and at least one further active compound selected from the group consisting of N-cyclohexyl-, N-pentyl-, N-isobutyl- and N-propylphosphoric triamide and -thiophosphoric triamide.
A ladder assembly for a provided above-ground pool, comprising: a movable ladder portion including a movable pair of rails (110A, 110B); a plurality of steps extending between the movable pair of rails; a connection mechanism coupled to the movable ladder portion and configured to allow movement of the movable ladder portion relative to the provided above-ground pool between a first position and a second position, the first position permitting access to the provided above-ground pool using the movable ladder portion and the second position restricting access to the provided above-ground pool using the movable ladder portion; and a dampening member coupled to the connection mechanism for controlling the amount of force necessary to move the movable ladder portion between the first position and the second position, wherein the connection mechanism is configured to allow the movable ladder portion to rotate about a first axis relative to the provided above-ground pool between the first position and the second position, and wherein the dampening member is configured to provide resistance to rotation of the movable ladder portion; characterized in that the connection mechanism includes a housing and a U-shaped bracket, the housing being located inside of the U-shaped bracket and defining a through hole, a pin extending through the U-shaped bracket and the through hole and permitting rotational movement of the housing relative to the U-shaped bracket about the first axis as the movable ladder portion is rotated between the first position and the second position. a movable ladder portion including a movable pair of rails (110A, 110B); a plurality of steps extending between the movable pair of rails; a connection mechanism coupled to the movable ladder portion and configured to allow movement of the movable ladder portion relative to the provided above-ground pool between a first position and a second position, the first position permitting access to the provided above-ground pool using the movable ladder portion and the second position restricting access to the provided above-ground pool using the movable ladder portion; and a dampening member coupled to the connection mechanism for controlling the amount of force necessary to move the movable ladder portion between the first position and the second position, wherein the connection mechanism is configured to allow the movable ladder portion to rotate about a first axis relative to the provided above-ground pool between the first position and the second position, and wherein the dampening member is configured to provide resistance to rotation of the movable ladder portion;