mhurhangee/ep-ind-claims huggingface dataset:
Straight pull lock for a repeating rifle comprising: - a locking sleeve rotatably mounted about a longitudinal axis with a front end where a locking head is arranged, and with a rear end, whereby a control curve extending obliquely to the longitudinal axis is incorporated into the inner surface of the locking sleeve; - a connecting member extending in the direction of the longitudinal axis with a front end where a pin engaging with the control curve of the locking sleeve is arranged, and with a rear end, whereby a recess is incorporated in the region of the rear end; - a control element with a control cam engaging in the recess of the connecting member, a through opening for the passage of a firing pin, and with a shaft extending transversely to the longitudinal axis; - a bolt handle connected in a rotationally fixed manner to the shaft of the control element for pivoting the control element between an open position and a closed position, whereby the locking head being locked in the open position and the locking head being unlocked in the closed position. - a locking sleeve rotatably mounted about a longitudinal axis with a front end where a locking head is arranged, and with a rear end, whereby a control curve extending obliquely to the longitudinal axis is incorporated into the inner surface of the locking sleeve; - a connecting member extending in the direction of the longitudinal axis with a front end where a pin engaging with the control curve of the locking sleeve is arranged, and with a rear end, whereby a recess is incorporated in the region of the rear end; - a control element with a control cam engaging in the recess of the connecting member, a through opening for the passage of a firing pin, and with a shaft extending transversely to the longitudinal axis; - a bolt handle connected in a rotationally fixed manner to the shaft of the control element for pivoting the control element between an open position and a closed position, whereby the locking head being locked in the open position and the locking head being unlocked in the closed position.
A method of installing a remote seal, the method comprising: providing a capillary connection with a first part and a second part (127, 128); inserting the second part of the capillary connection through an opening in a wall, the second part of the capillary connection comprising an outer sleeve, an inner sleeve and an inner capillary, where the outer sleeve extends around the inner sleeve and the inner sleeve extends around the inner capillary such that the inner capillary is separated from the inner sleeve along an entirety of a section of the inner sleeve that is within the outer sleeve and is sealed to the inner sleeve at a capillary fitting; connecting the capillary fitting to a receiver in the first part of the capillary connection; connecting the first part of the capillary connection to a remote seal on the same side of the wall as the capillary fitting; connecting the second part of the capillary connection to a pressure transmitter on an opposite side of the wall from the capillary fitting; filling the capillary connection from the remote seal to the pressure transmitter with a fill fluid to form a filled system to thereby communicate a pressure applied to the remote seal to the pressure transmitter; testing the filled system's ability to communicate a pressure applied to the remote seal to the pressure transmitter; and securing the capillary connection to the wall after testing the filled system. providing a capillary connection with a first part and a second part (127, 128); inserting the second part of the capillary connection through an opening in a wall, the second part of the capillary connection comprising an outer sleeve, an inner sleeve and an inner capillary, where the outer sleeve extends around the inner sleeve and the inner sleeve extends around the inner capillary such that the inner capillary is separated from the inner sleeve along an entirety of a section of the inner sleeve that is within the outer sleeve and is sealed to the inner sleeve at a capillary fitting; connecting the capillary fitting to a receiver in the first part of the capillary connection; connecting the first part of the capillary connection to a remote seal on the same side of the wall as the capillary fitting; connecting the second part of the capillary connection to a pressure transmitter on an opposite side of the wall from the capillary fitting; filling the capillary connection from the remote seal to the pressure transmitter with a fill fluid to form a filled system to thereby communicate a pressure applied to the remote seal to the pressure transmitter; testing the filled system's ability to communicate a pressure applied to the remote seal to the pressure transmitter; and securing the capillary connection to the wall after testing the filled system.
Sheath remover for removing a protective needle sheath from a drug cartridge, comprising: - a resilient ring, - two or more resilient legs attached to the ring and extending in a proximal direction, the legs defining a space between them to receive a protective needle sheath within, wherein each leg comprises an inwardly directed ledge arranged at a proximal end (5.1) of the leg, wherein the ring consists of a resilient material allowing inward deflection of a proximal end (2.2) of the ring. - a resilient ring, - two or more resilient legs attached to the ring and extending in a proximal direction, the legs defining a space between them to receive a protective needle sheath within, wherein each leg comprises an inwardly directed ledge arranged at a proximal end (5.1) of the leg, wherein the ring consists of a resilient material allowing inward deflection of a proximal end (2.2) of the ring.
A condenser, comprising: a container into which steam flows; a pressure bulkhead which partitions the inside of the container into an upper space and a lower space and in which a plurality of bulkhead through-holes are formed; a heat transfer tube which is disposed in the upper space of the container, and condenses the steam which flows into the upper space; and a reheater which is disposed in the lower space of the container, and which heats water which is condensed from the steam in the upper space of the container and flows into the lower space of the container, by means of high-temperature steam which flows into the lower space from the outside of the container, wherein the reheater includes a plurality of partition members which extend vertically in the lower space of the container and are arranged at intervals from each other, the condenser being characterised in that the reheater further comprises a receiving plate which receives water flowing downward via the plurality of partition members, and a dam which is connected to an outer peripheral edge of the receiving plate and surrounds the receiving plate, and wherein lower ends of the plurality of partition members are below an upper end of the dam. a container into which steam flows; a pressure bulkhead which partitions the inside of the container into an upper space and a lower space and in which a plurality of bulkhead through-holes are formed; a heat transfer tube which is disposed in the upper space of the container, and condenses the steam which flows into the upper space; and a reheater which is disposed in the lower space of the container, and which heats water which is condensed from the steam in the upper space of the container and flows into the lower space of the container, by means of high-temperature steam which flows into the lower space from the outside of the container, wherein the reheater includes a plurality of partition members which extend vertically in the lower space of the container and are arranged at intervals from each other, the condenser being characterised in that the reheater further comprises a receiving plate which receives water flowing downward via the plurality of partition members, and a dam which is connected to an outer peripheral edge of the receiving plate and surrounds the receiving plate, and wherein lower ends of the plurality of partition members are below an upper end of the dam.
A method comprising: receiving, by a wireless device, one or more radio resource control messages indicating configuration parameters for multi-stage downlink control information, DCI; receiving first-stage DCI, of the multi-stage DCI, comprising: an indication of allocated resources; and information associated with second-stage DCI of the multi-stage DCI; receiving, via the allocated resources, data; and determining to skip a scheduled transmission associated with the multi-stage DCI, wherein the determining to skip is based on at least one of: the information associated with the second-stage DCI indicating an absence of the second-stage DCI; or an unsuccessful decoding of the second-stage DCI. receiving, by a wireless device, one or more radio resource control messages indicating configuration parameters for multi-stage downlink control information, DCI; receiving first-stage DCI, of the multi-stage DCI, comprising: an indication of allocated resources; and information associated with second-stage DCI of the multi-stage DCI; an indication of allocated resources; and information associated with second-stage DCI of the multi-stage DCI; receiving, via the allocated resources, data; and determining to skip a scheduled transmission associated with the multi-stage DCI, wherein the determining to skip is based on at least one of: the information associated with the second-stage DCI indicating an absence of the second-stage DCI; or an unsuccessful decoding of the second-stage DCI. the information associated with the second-stage DCI indicating an absence of the second-stage DCI; or an unsuccessful decoding of the second-stage DCI.
A ketogenic material selected from -3-hydroxybutyrate and its salts, esters and oligomers, for use in the treatment of acute intractible seizures wherein the treatment is intiated after onset of the seizures to arrest apoptosis.
Method for operating a motor vehicle, in which method a corresponding steering intervention is executed by a driver assistance system in the presence of at least one predefined driving situation, a prediction in relation to the occurrence of the at least one predefined driving situation being produced depending on at least one predefined criterion, and depending on said prediction at least one operating parameter, which is relevant to the steering intervention, of the motor vehicle being set to a predefined value required for executing the steering intervention before the execution of the steering intervention, characterised in that the at least one operating parameter relevant to the steering intervention is a steering angle on a rear axle and/or a front axle of the motor vehicle.
A system for checking the function and releasing the excess pressure of a cryogenic container on a vehicle roof, the system comprising a vehicle and the cryogenic container which is mounted on the vehicle roof and has an interior volume for receiving cryogenic fluid, wherein the system furthermore comprises a pressure line which is connected at one end to the interior volume of the cryogenic container and is led from the cryogenic container on the vehicle roof to a point accessible on the vehicle side or in the vehicle interior, at which point the other end of the pressure line is located, wherein a valve and a predetermined breaking point are arranged in the pressure line, characterized in that the pressure line comprises a pressure gauge at its other end, wherein the valve is arranged between the predetermined breaking point and the interior volume of the cryogenic container and opens at a predetermined first pressure which is greater than a second pressure at which the predetermined breaking point breaks. wherein the system furthermore comprises a pressure line which is connected at one end to the interior volume of the cryogenic container and is led from the cryogenic container on the vehicle roof to a point accessible on the vehicle side or in the vehicle interior, at which point the other end of the pressure line is located, wherein a valve and a predetermined breaking point are arranged in the pressure line, characterized in that the pressure line comprises a pressure gauge at its other end, wherein the valve is arranged between the predetermined breaking point and the interior volume of the cryogenic container and opens at a predetermined first pressure which is greater than a second pressure at which the predetermined breaking point breaks.
A signal booster (200, 300) for time division duplex, TDD, signals in a TDD digital subscriber line, DSL, environment comprising: first (201, 301) and second (202, 302) bidirectional terminals; an amplifier circuit (220, 320) arranged in a signal path between said first and second terminals to amplify TDD signals received at one of said first and second terminals for transmission from the other of said first and second terminals, said amplifier circuit being operable in a first configuration for amplifying TDD signals in one direction along the signal path and a second configuration for amplifying TDD signals in the opposite direction along the signal path; an analog-to-digital converter, ADC, configured to detect signals output from the amplifier circuit and convert the signals to a digital output; and a control circuit (240, 340) arranged to use said digital output to perform synchronization and detection of upstream/downstream signals to identify a silent period in said signals and, in response to detecting a silent period, control said amplifier circuit to change configuration between said first configuration and said second configuration. an amplifier circuit (220, 320) arranged in a signal path between said first and second terminals to amplify TDD signals received at one of said first and second terminals for transmission from the other of said first and second terminals, said amplifier circuit being operable in a first configuration for amplifying TDD signals in one direction along the signal path and a second configuration for amplifying TDD signals in the opposite direction along the signal path; an analog-to-digital converter, ADC, configured to detect signals output from the amplifier circuit and convert the signals to a digital output; and a control circuit (240, 340) arranged to use said digital output to perform synchronization and detection of upstream/downstream signals to identify a silent period in said signals and, in response to detecting a silent period, control said amplifier circuit to change configuration between said first configuration and said second configuration.
An antibody-like binding protein comprising four polypeptide chains that form four antigen binding sites, wherein two polypeptide chains have a structure represented by the formula: V L 1 − L 1 − V 12 − L 2 − C L and two polypeptide chains have a structure represented by the formula: V H 2 − L 3 − V H 1 − L 4 − C H 1 − Fc wherein: V L1 is a first immunoglobulin light chain variable domain; V L2 is a second immunoglobulin light chain variable domain; V H1 is a first immunoglobulin heavy chain variable domain; V H2 is a second immunoglobulin heavy chain variable domain; C L is an immunoglobulin light chain constant domain; C H1 is the immunoglobulin C H1 heavy chain constant domain; Fc is the immunoglobulin hinge region and C H2, C H3 immunoglobulin heavy chain constant domains; and L 1, L 2, L 3, and L 4 are amino acid linkers; wherein: L 1 is 3 to 12 amino acid residues in length; L 2 is 3 to 14 amino acid residues in length; L 3 is 1 to 8 amino acid residues in length; and L 4 is 1 to 3 amino acid residues in length; and wherein the polypeptides of formula I and the polypeptides of formula II form a cross-over light chain-heavy chain pair. V L1 is a first immunoglobulin light chain variable domain; V L2 is a second immunoglobulin light chain variable domain; V H1 is a first immunoglobulin heavy chain variable domain; V H2 is a second immunoglobulin heavy chain variable domain; C L is an immunoglobulin light chain constant domain; C H1 is the immunoglobulin C H1 heavy chain constant domain; Fc is the immunoglobulin hinge region and C H2, C H3 immunoglobulin heavy chain constant domains; and L 1, L 2, L 3, and L 4 are amino acid linkers; L 1 is 3 to 12 amino acid residues in length; L 2 is 3 to 14 amino acid residues in length; L 3 is 1 to 8 amino acid residues in length; and L 4 is 1 to 3 amino acid residues in length;
An adhesive patch comprising a support, an adhesive layer containing a drug excluding bisoprolol and arranged on at least one side of the support, and a release liner arranged on a side of the adhesive layer opposite to the side thereof on which the support is arranged, wherein the support, the release liner and the adhesive layer each have a rectangular planar shape and the adhesive patch as a whole has a rectangular planar shape, and wherein, at a corner of the adhesive patch, the adhesive patch comprises a protrudent part on a support-side surface thereof formed by thickening the support and/or by thickening the adhesive layer.
A draper platform, comprising: a drive roller; an idler roller spaced from the drive roller; a belt operatively coupled to each of the drive roller and the idler roller; and a belt tensioning system comprising a tension adjustment rod and a push rod operatively coupled to the idler roller, characterized in that the draper platform comprises a worm gear and a sector gear, the worm gear operatively coupled to the tension adjustment rod and the sector gear in meshed engagement with the worm gear, and that the push rod is also operatively coupled to the sector gear such that rotation of the sector gear causes translation of the idler roller so as to adjust tension of the belt. a drive roller; an idler roller spaced from the drive roller; a belt operatively coupled to each of the drive roller and the idler roller; and a belt tensioning system comprising a tension adjustment rod and a push rod operatively coupled to the idler roller, characterized in that the draper platform comprises a worm gear and a sector gear, the worm gear operatively coupled to the tension adjustment rod and the sector gear in meshed engagement with the worm gear, and that the push rod is also operatively coupled to the sector gear such that rotation of the sector gear causes translation of the idler roller so as to adjust tension of the belt.
A method for producing lower olefins comprising: introducing a feed gas, which is composed of a feedstock gas containing dimethyl ether and an additive gas in which the ratio of steam in the total amount is 5 to 30% by volume, into an olefin synthesis reactor, bringing the feedstock gas into contact with a zeolite catalyst in the reactor to produce a hydrocarbon product containing C 2 -C 5 olefins, separating and recovering propylene and ethylene when needed from the hydrocarbon product, and using at least a part of the remainder after separating propylene and ethylene when needed from the hydrocarbon product as at least a part of the additive gas. introducing a feed gas, which is composed of a feedstock gas containing dimethyl ether and an additive gas in which the ratio of steam in the total amount is 5 to 30% by volume, into an olefin synthesis reactor, bringing the feedstock gas into contact with a zeolite catalyst in the reactor to produce a hydrocarbon product containing C 2 -C 5 olefins, separating and recovering propylene and ethylene when needed from the hydrocarbon product, and using at least a part of the remainder after separating propylene and ethylene when needed from the hydrocarbon product as at least a part of the additive gas.
A memory access unit (24; 74 1,...,74 m) for handling transfers of samples in a d-dimensional array between any one of m data buses (27; 77), where m ≥ 1, and k*m memories (22 1,...,22 k; 72 1,...,72 k*m), where k ≥ 2, the memory access unit comprising: k address calculators (28 1,...,28 k; 79 1,...,79 k*m), each address calculator configured to receive a bus address (A_B), to add a respective offset to generate a sample bus address (A_B') and to generate, from the sample bus address according to an addressing scheme, a respective address (A_1,..., A_d) in each of the d dimensions for accessing a sample; and k sample collectors (29 1,...,29 k; 80 1,...,80 k*m), each sample collector operable to generate a memory select for a respective one of the k*m memories so as to transfer the sample between a predetermined position in a bus data word and the respective one of the k*m memories, wherein each sample collector (29 1,...,29 k; 80 1,...,80 k*m) is configured to calculate a respective memory select in dependence upon a sum of the addresses (A_1,..., A_d) in each of the d dimensions such that each sample collector selects a different one of the k*m memories so as to allow the sample collectors to access k of the k*m memories concurrently. k address calculators (28 1,...,28 k; 79 1,...,79 k*m), each address calculator configured to receive a bus address (A_B), to add a respective offset to generate a sample bus address (A_B') and to generate, from the sample bus address according to an addressing scheme, a respective address (A_1,..., A_d) in each of the d dimensions for accessing a sample; and k sample collectors (29 1,...,29 k; 80 1,...,80 k*m), each sample collector operable to generate a memory select for a respective one of the k*m memories so as to transfer the sample between a predetermined position in a bus data word and the respective one of the k*m memories, wherein each sample collector (29 1,...,29 k; 80 1,...,80 k*m) is configured to calculate a respective memory select in dependence upon a sum of the addresses (A_1,..., A_d) in each of the d dimensions such that each sample collector selects a different one of the k*m memories so as to allow the sample collectors to access k of the k*m memories concurrently.