mhurhangee/ep-ind-claims huggingface dataset:
A locking device interacting with a drive member and including an inner element and an outer tube; where the inner element has a first free end that projects from, and is axially displaceable from, a first end of the outer tube; where there is a locking member on the other end of the inner element, said locking member providing the means whereby the inner element and the outer tube can be releasable locked in various axial positions relative to each other; where the locking member includes a tubular locking sleeve that is slotted by at least one axially aligned slot - said slot including a wedge-shaped cut-out with essentially tangentially aligned wedge surfaces - and a wedge that includes wedge surfaces, said wedge surfaces being, when acted upon by a drive member that includes a thread groove, displaceable along and relative to interacting wedge surfaces of the locking sleeve, such displacement pressing the locking sleeve against the outer tube, the inner element and the outer tube being thereby axially locked relative to each other, where the whole is characterised by: said displacement occurring through the drive member being rotated around an axis that is essentially parallel with the longitudinal axis of the inner element, the thread groove thereby interacting with a thread; and, the rotation of the drive member occurring via a torsion rod when the torsion rod is rotated, relative to the inner element, around a longitudinal axis that is essentially parallel with the longitudinal axis of the inner element. said displacement occurring through the drive member being rotated around an axis that is essentially parallel with the longitudinal axis of the inner element, the thread groove thereby interacting with a thread; and, the rotation of the drive member occurring via a torsion rod when the torsion rod is rotated, relative to the inner element, around a longitudinal axis that is essentially parallel with the longitudinal axis of the inner element.
O-(5-Amino-2-phenylbenzoxazol-7-yl)methyl-3,5-dichloro-L-tyrosine or a pharmacologically acceptable salt thereof, in combination with an anti-PD-1 antibody or an anti-PD-L1 antibody, for use as a medicament.
An assembly for evaporating liquid gas in order to provide combustion gas for an engine, with a combustion gas supply line which connects a liquid gas tank to the engine, an evaporator which is disposed in the combustion gas supply line and in which the liquid gas is evaporated, and with a heat transfer medium circuit which is connected to the evaporator and has a heat exchanger which in turn is connected to a coolant circuit, and a further heat transfer device which introduces more heat into the heat transfer medium circuit, wherein, in order to supply it with heat, the further heat transfer device is a high temperature heating device which is in heat transfer communication with a unit which generates waste heat when in its operational state, characterized in that the part (51, 55, 56) of the coolant circuit which is also a part of the heat exchanger and heating elements of the high temperature heating device are disposed in a common heat transfer medium chamber and the heat transfer medium flows around them therein. a combustion gas supply line which connects a liquid gas tank to the engine, an evaporator which is disposed in the combustion gas supply line and in which the liquid gas is evaporated, and with a heat transfer medium circuit which is connected to the evaporator and has a heat exchanger which in turn is connected to a coolant circuit, and a further heat transfer device which introduces more heat into the heat transfer medium circuit, wherein, in order to supply it with heat, the further heat transfer device is a high temperature heating device which is in heat transfer communication with a unit which generates waste heat when in its operational state, characterized in that the part (51, 55, 56) of the coolant circuit which is also a part of the heat exchanger and heating elements of the high temperature heating device are disposed in a common heat transfer medium chamber and the heat transfer medium flows around them therein.
A method (1200; 1300) of optical communication, implemented at a receiver-side in an optical communication network, comprising: receiving a polarization multiplexed optical signal (1202; 1302); and performing a two-step polarization tracking process on the received optical signal to update coefficients of a finite impulse response, FIR, process and calculate feedback error to recover data carried by the polarization multiplexed optical signal; wherein the two-step polarization tracking process includes a first step and a second step; and wherein the first step employs two different error calculation algorithms in parallel to produce estimated coefficients of the finite impulse response process; and wherein the second step uses the estimated coefficients to minimize the feedback error for data recovery. receiving a polarization multiplexed optical signal (1202; 1302); and performing a two-step polarization tracking process on the received optical signal to update coefficients of a finite impulse response, FIR, process and calculate feedback error to recover data carried by the polarization multiplexed optical signal; wherein the two-step polarization tracking process includes a first step and a second step; and wherein the first step employs two different error calculation algorithms in parallel to produce estimated coefficients of the finite impulse response process; and wherein the second step uses the estimated coefficients to minimize the feedback error for data recovery.
A method of controlling first parameters characterising a cursor (101, 102) on a display surface with the aid of a pointer (111, 112) moving in space, said first parameters being chosen from a group comprising purely displacements, position and orientation of said cursor, said method comprising a step of determining at least one second parameter of a first reference frame tied to the pointer, said at least one second parameter being chosen from a group comprising attitude, position and angular velocity of said first reference frame in a second reference frame tied to the display surface, a vector p being tied to said first reference frame, said method being characterised in that it further comprises a step of calculating said first parameters by using one or more intersections of a straight line carried by said vector p with a projection surface, said projection surface being distinct from the display surface and being chosen such as to predetermine at least a transformation relationship between the first and second parameters defining at least a variation domain or a variation amplitude of said first parameters as a function of said second parameters, said at least one transformation relationship depending upon a context of use, said calculation step receiving as input at least some of said second parameters.
An aircraft fuel line installation, comprising: a support structure; a fuel line; a frangible attachment operably connecting the fuel line to the support structure, the frangible attachment including a P-clamp structured and arranged to support the fuel line from the support structure; the P-clamp including a mounting base attached to the support structure, a circular clamp holding the fuel line suspended from the support structure, and a connecting section interconnecting the clamp body and the mounting base; wherein the P-clamp is arranged in an inverted upright position when subjected to a static load force of the fuel line where the mounting base is disposed underneath the clamp body relative to a direction of the static load force. a support structure; a fuel line; a frangible attachment operably connecting the fuel line to the support structure, the frangible attachment including a P-clamp structured and arranged to support the fuel line from the support structure; the P-clamp including a mounting base attached to the support structure, a circular clamp holding the fuel line suspended from the support structure, and a connecting section interconnecting the clamp body and the mounting base; wherein the P-clamp is arranged in an inverted upright position when subjected to a static load force of the fuel line where the mounting base is disposed underneath the clamp body relative to a direction of the static load force.
Carbodiimide having terminal urea and/or urethane groups of formula - in which R may be identical or different and is selected from the group of -NHCONHR I, -NHCONR I R II and -NHCOOR III radicals, wherein R I and R II are identical or different and represent a C 1 - C 22 - alkyl, C 6 - C 12 -cycloalkyl, C 6 - C 18 -aryl or C 7 - C 18 -aralkyl radical and R III represents a C 1 - C 22 - alkyl, C 6 - C 12 -cycloalkyl, C 6 - C 18 -aryl or C 7 - C 18 -aralkyl radical, or an unsaturated alkyl radical having 2-22, preferably 12-20, particularly preferably 16-18, carbon atoms, or an alkoxypolyoxyalkylene radical, and - n = 0 to 20, preferably n = 1 to 15. - in which R may be identical or different and is selected from the group of -NHCONHR I, -NHCONR I R II and -NHCOOR III radicals, wherein R I and R II are identical or different and represent a C 1 - C 22 - alkyl, C 6 - C 12 -cycloalkyl, C 6 - C 18 -aryl or C 7 - C 18 -aralkyl radical and R III represents a C 1 - C 22 - alkyl, C 6 - C 12 -cycloalkyl, C 6 - C 18 -aryl or C 7 - C 18 -aralkyl radical, or an unsaturated alkyl radical having 2-22, preferably 12-20, particularly preferably 16-18, carbon atoms, or an alkoxypolyoxyalkylene radical, and - n = 0 to 20, preferably n = 1 to 15.
A flat panel antenna comprising: an antenna feed configured to input a cylindrical feed wave; a single physical antenna aperture (230, 616) having at least one antenna array of antenna elements, wherein the antenna elements are located on a plurality of concentric rings (711, 712, 713) concentrically located relative to the antenna feed, wherein rings of the plurality of concentric rings (711, 712 713) are separated by a ring-to-ring distance, wherein a first distance between elements along rings of the plurality of concentric rings (711, 712, 713) is a function of a second distance between rings of the plurality of concentric rings (711, 712, 713); matrix drive circuitry (901, 902, 1701, 1702, 1711, 1712); and a controller configured to control each antenna element of the array separately using the matrix drive circuitry (901, 902, 1701, 1702, 1711, 1712), each of the antenna elements being uniquely addressed by the matrix drive circuitry. an antenna feed configured to input a cylindrical feed wave; a single physical antenna aperture (230, 616) having at least one antenna array of antenna elements, wherein the antenna elements are located on a plurality of concentric rings (711, 712, 713) concentrically located relative to the antenna feed, wherein rings of the plurality of concentric rings (711, 712 713) are separated by a ring-to-ring distance, wherein a first distance between elements along rings of the plurality of concentric rings (711, 712, 713) is a function of a second distance between rings of the plurality of concentric rings (711, 712, 713); matrix drive circuitry (901, 902, 1701, 1702, 1711, 1712); and a controller configured to control each antenna element of the array separately using the matrix drive circuitry (901, 902, 1701, 1702, 1711, 1712), each of the antenna elements being uniquely addressed by the matrix drive circuitry.
A method comprising the steps of: obtaining, by a controller and from a router, the router being in a first network, a route that specifies a next hop to an address prefix reachable by the first network; generating, by the controller, a modified route that specifies a service node as the next hop for the address prefix, wherein the service node is external to the first network; and sending, by the controller, the modified route to a second network, the modified route marked with an import route target of a provider edge router of the second network to cause the provider edge router of the second network to import the modified route and direct traffic from the second network and destined for the address prefix to the service node. obtaining, by a controller and from a router, the router being in a first network, a route that specifies a next hop to an address prefix reachable by the first network; generating, by the controller, a modified route that specifies a service node as the next hop for the address prefix, wherein the service node is external to the first network; and sending, by the controller, the modified route to a second network, the modified route marked with an import route target of a provider edge router of the second network to cause the provider edge router of the second network to import the modified route and direct traffic from the second network and destined for the address prefix to the service node.
Mould housing for apparatuses for expanding plastic containers, comprising at least two mould parts which can be assembled together and which in an assembled state have an interior space for accommodating the plastic container that is to be expanded, and comprising at least one insulating element which can be placed against an outer wall of at least one mould part, which can at least partially thermally insulate the mould housing from a mould carrier, wherein the insulating element has a curved profile, wherein the curvature of the insulating element is matched to a curvature of the outer wall and the insulating element is curved by an angle which is greater than 30°, wherein the insulating body is a flat element, characterized in that the insulating element has openings with inward pointing bevels to countersink heads of screw bodies therein.
Circumaural or supraaural headphone or headset, comprising a housing with an open end and a dominant acoustic opening, an acoustically sealing earpad arranged at the open end of the housing, at least one microphone arranged adjacent to, near or in the vicinity of the dominant acoustic opening for detecting noise from outside the housing, wherein the dominant acoustic opening is arranged within a radius of 2 cm around a midpoint of the at least one microphone, an active noise compensation unit for performing an active noise compensation based on the output of the at least one microphone and for generating a compensation signal, and an electro-acoustic transducer inside the housing for reproducing the compensation signal, wherein the dominant acoustic opening is configured for enabling noise to propagate from outside the housing to an ear of a user dominantly through the dominant acoustic opening, characterised in that the dominant acoustic opening is configured in a such way that closing the dominant acoustic opening causes a change of an insertion loss of at least 5dB in at least one of the 1/3 octave bands from 200 Hz to 8 kHz, wherein the measurement is performed according to ISO 4869-3:2007 and wherein the at least one microphone is arranged such that a sound transmission time from the at least one microphone to an entrance of an ear channel of a user wearing the headphone or headset is greater than a sound transmission time from the electro-acoustic transducer to the entrance of the ear channel.
A magnetically controlled smart sorting device for container lockpins, comprising a guide cylinder, a guide column, a universal joint and at least one magnetically controlled head; characterised by a bidirectional retractable component mounted inside the guide cylinder, a bidirectional retractable component linkage, a magnetically controlled gripper, wherein the bidirectional retractable component is provided at an upper end of the guide cylinder, a lower portion of the bidirectional retractable component is connected to the bidirectional retractable component linkage, the bidirectional retractable component linkage is connected to the guide column, the universal joint is fixedly mounted on a lower portion of the guide column, and a lower portion of the universal joint is connected to the magnetically controlled gripper; wherein the at least one magnetically controlled head is attached to a lower portion of the magnetically controlled gripper, and each magnetically controlled head of the at least one magnetically controlled head is configured to attract a selected lockpin when the magnetically controlled gripper presses against the selected lockpin; wherein an upper edge of the magnetically controlled gripper is provided with a guide slope. wherein the bidirectional retractable component is provided at an upper end of the guide cylinder, a lower portion of the bidirectional retractable component is connected to the bidirectional retractable component linkage, the bidirectional retractable component linkage is connected to the guide column, the universal joint is fixedly mounted on a lower portion of the guide column, and a lower portion of the universal joint is connected to the magnetically controlled gripper; wherein the at least one magnetically controlled head is attached to a lower portion of the magnetically controlled gripper, and each magnetically controlled head of the at least one magnetically controlled head is configured to attract a selected lockpin when the magnetically controlled gripper presses against the selected lockpin; wherein an upper edge of the magnetically controlled gripper is provided with a guide slope.
A sample isolation kit comprising: a separation unit configured to separate an isolation object sample from a biological sample; a biological sample housing unit configured to detachably couple to the separation unit and provide the biological sample to the separation unit; an isolation unit having a sample fluid channel and an isolation channel and at least one sheath fluid channel, wherein the isolation unit is configured to isolate a target biological sample from the isolation object sample; and a sheath container configured to detachably couple to the at least one sheath fluid channel of the isolation unit and provide the sheath fluid to the isolation unit; wherein the separation unit and the biological sample housing unit are coupled using a hermetic seal; and wherein the isolation unit and the sheath container are coupled using a further hermetic seal. a separation unit configured to separate an isolation object sample from a biological sample; a biological sample housing unit configured to detachably couple to the separation unit and provide the biological sample to the separation unit; an isolation unit having a sample fluid channel and an isolation channel and at least one sheath fluid channel, wherein the isolation unit is configured to isolate a target biological sample from the isolation object sample; and a sheath container configured to detachably couple to the at least one sheath fluid channel of the isolation unit and provide the sheath fluid to the isolation unit; wherein the separation unit and the biological sample housing unit are coupled using a hermetic seal; and wherein the isolation unit and the sheath container are coupled using a further hermetic seal.
Compound or for use in a method for inducing anergy in a subject and making said subject non-responsive to one or more antigens, wherein the compound is for administration to the subject before, simultaneously with, or after administration of the one or more antigens to the subject, wherein the compound is for use in treating an autoimmune disease in the subject, and wherein the antigen is an autoimmune antigen.
Two-dimensional fabric for use in production of a three-dimensional composite material part, with reinforcing weft threads and reinforcing warp threads of a reinforcing yarn, which belong to a reinforcing system, with binding warp threads of a binding yarn differing from the reinforcing yarn, which belong to a binding system and extend in a warp thread direction, wherein the reinforcing yarn has a higher tensile strength than the binding yarn, wherein the distance between the two outermost binding warp threads, arranged with maximal spacing at right angles to the warp thread direction, defines a warp beam width, wherein at least some of the reinforcing weft threads and the reinforcing warp threads are configured as shortened reinforcing threads (25a, 26a) which have a thread length which is either smaller than the warp beam width or smaller than the length of the produced fabric in the warp thread direction, and wherein the thread end positions (30, 31) of the ends of the shortened reinforcing threads (25a, 26a) and their thread length are determined depending on the three-dimensional composite material part to be produced.
A method of verifying an origin of a data file, the method comprising: retrieving a certificate from the data file, the certificate comprising a reputation service identifier; retrieving a data file token from a reputation service, the data file token being associated with the reputation service identifier; retrieving a public key from a trusted data vault associated with the certificate; and verifying the token with the public key. retrieving a certificate from the data file, the certificate comprising a reputation service identifier; retrieving a data file token from a reputation service, the data file token being associated with the reputation service identifier; retrieving a public key from a trusted data vault associated with the certificate; and verifying the token with the public key.
Seeder element including a support on which are mounted a seed burying system, a depth control device, a tamping device, a pressure roller and closing discs, the pressure roller and the closing discs extending between the seed burying system and the tamping device, characterised in that the pressure roller and the closing discs are attached to a common articulation with a horizontal axis.
An automatic device for the posology and administration of drugs, homeopathic products and other units such as pills and/or capsules or any other form that represents ingestible units, characterised in that it comprises: - a control unit; - dispensing modules that can be connected to other dispensing modules and to the control unit, and a container cartridge and an extractor device being housed in said dispensing modules; wherein the control unit has the necessary means for: - programming the hour and minute for supplying the drug of each dispensing module; - notifying, by means of an acoustic and/or light and/or vibratory alarm, that there is a drug to be taken; - verifying whether the drug to be taken has indeed been removed to be taken; - checking if the cartridge loaded in each module corresponds to the drug assigned. Wherein - each one of the dispensing modules has an inner space in which a cartridge containing the drug to be dispensed is housed, and an identification code reader for each cartridge, and - furthermore, each dispensing module has an extractor device for the number of units to be taken in each dose, said extractor device being associated with a control reader that allows for a control of the units of the drug extracted from the cartridge that have been collected for the dose. - a control unit; - dispensing modules that can be connected to other dispensing modules and to the control unit, and a container cartridge and an extractor device being housed in said dispensing modules; wherein the control unit has the necessary means for: - programming the hour and minute for supplying the drug of each dispensing module; - notifying, by means of an acoustic and/or light and/or vibratory alarm, that there is a drug to be taken; - verifying whether the drug to be taken has indeed been removed to be taken; - checking if the cartridge loaded in each module corresponds to the drug assigned. - each one of the dispensing modules has an inner space in which a cartridge containing the drug to be dispensed is housed, and an identification code reader for each cartridge, and - furthermore, each dispensing module has an extractor device for the number of units to be taken in each dose, said extractor device being associated with a control reader that allows for a control of the units of the drug extracted from the cartridge that have been collected for the dose.