mhurhangee/ep-ind-claims huggingface dataset:
A branch controlling method adapted for a mobile station, characterized in that when a trigger of handover occurs to the mobile station which is treating a plurality of calls (call1, call2), a branch structure or a communication frequency band which can continue all of the calls (call1, call2) is selected, and the selected branch structure or communication frequency band is assigned to all of the calls (call1, call2) commonly.
A support structure of latticework construction, comprising a first and a second rod of an axle support of a motor vehicle, a positioning element, characterised in that the support structure furthermore comprises: a first and a second fibre winding, wherein the positioning element defines an orientation of the first rod relative to an orientation of the second rod, and a first bearing portion of the positioning element is drawn by the first fibre winding in the direction of a bearing portion of the first rod, and a second bearing portion of the positioning element is drawn by the second fibre winding in the direction of a bearing portion of the second rod, in order to hold the first and the second rods in the defined orientation relative to each other by means of a frictional connection. a first and a second fibre winding, wherein the positioning element defines an orientation of the first rod relative to an orientation of the second rod, and a first bearing portion of the positioning element is drawn by the first fibre winding in the direction of a bearing portion of the first rod, and a second bearing portion of the positioning element is drawn by the second fibre winding in the direction of a bearing portion of the second rod, in order to hold the first and the second rods in the defined orientation relative to each other by means of a frictional connection.
A stuffing machine for food products, comprising a framework that supports at least one die, designed to contain the product to be stuffed and cooperating with a counter-die to form the product, and a pusher adapted to translate the product to be stuffed, after forming, through a stuffing tube that supports externally a tubular casing designed to surround the product to be stuffed, the stuffing machine further comprising means for moving said at least one die along a forward path from a loading position, in which said at least one die is adapted to receive the product to be stuffed, to a working position, in which said die is located substantially at the region of action of said pusher, characterized in that between said loading position and said working position there being at least one station for preforming the product.
Radiographic inspection assembly, comprising: - a source generating ionizing radiation; - a digital detector array comprising a plurality of photon counting detectors, each photon counting detector being arranged for detecting single photons, assessing an energy of the photon detected, comparing said energy with at least a first energy threshold, and incrementing a first photon counter when the energy assessed is higher than the first energy threshold, the photon counting detector being able to detect photons of any energy in a range [1 keV; 20000 keV]; - a control, arranged for selecting the first energy threshold at any level in the range [100 keV; 1200 keV]; - a calculation device, arranged for constituting a first image using the values of the first photon counters and storing the first image; wherein each photon counting detector is arranged for comparing the energy of the photon detected with a second energy threshold, and incrementing a second photon counter when the energy assessed is higher than the second energy threshold; - the control being arranged for selecting the second energy threshold at any level in the range [100 keV; 1300 keV] and higher than the first energy threshold; - the calculation device being arranged for constituting a second image using the values of the second photon counters and storing the second image and; wherein the calculation device is arranged for calculating a third image by subtracting the second image from the first image. - a source generating ionizing radiation; - a digital detector array comprising a plurality of photon counting detectors, each photon counting detector being arranged for detecting single photons, assessing an energy of the photon detected, comparing said energy with at least a first energy threshold, and incrementing a first photon counter when the energy assessed is higher than the first energy threshold, the photon counting detector being able to detect photons of any energy in a range [1 keV; 20000 keV]; - a control, arranged for selecting the first energy threshold at any level in the range [100 keV; 1200 keV]; - a calculation device, arranged for constituting a first image using the values of the first photon counters and storing the first image; - the control being arranged for selecting the second energy threshold at any level in the range [100 keV; 1300 keV] and higher than the first energy threshold; - the calculation device being arranged for constituting a second image using the values of the second photon counters and storing the second image and; wherein the calculation device is arranged for calculating a third image by subtracting the second image from the first image.
A pressurised cylinder having a shut-off valve, the shut-off valve comprising a valve element which seals with the valve seat, a valve stem coupled to the valve element, the valve stem being movable linearly to selectively move the valve element towards and away from the valve seat to selectively open the valve; a lever coupled via an eccentric coupling to the valve stem, such that rotation of the lever about a pivot axis causes the linear movement of the valve element; wherein between the eccentric coupling and the valve stem, there is an amount of play in the direction of opening of the valve, the cylinder further comprising a resilient member dedicated to providing a biasing force on the eccentric coupling when the lever is in a closed position, which holds the eccentric coupling and hence the lever in a fully closed position, characterised in that the force provided by the resilient member on the lever is arranged to begin to decrease at a point during movement of the lever to an open position.
A process for tinting a molded article comprising applying by spraying or by flow coating a dye-solution to at least a portion of the surface of a molded article to obtain a tinted article and washing the tinted article, said dye solution containing a dye and an aqueous solution whereby the aqeous solution contains (a) water in an amount of 60 to 70 pbw (percent by weight relative to the weight of the aqueous solution) (b) a carrier in an amount of 15 to 25 pbw and (c) an emulsifier in an amount of up to 15 pbw, said carrier conforming structurally to R1 [-O- n]m OR2 wherein R2 denotes butyl and R1 denotes hydrogen, n is 2 or 3 and m is 1 to 35, and wherein the dye solution for re-use of the solvent is passed through activated carbon, said article having been molded of a resinous molding composition, said dye solution being at 50 to 98 °C and substantially free of particulate matter. (a) water in an amount of 60 to 70 pbw (percent by weight relative to the weight of the aqueous solution) (b) a carrier in an amount of 15 to 25 pbw and (c) an emulsifier in an amount of up to 15 pbw, wherein R2 denotes butyl and R1 denotes hydrogen, n is 2 or 3 and m is 1 to 35, and wherein the dye solution for re-use of the solvent is passed through activated carbon, said article having been molded of a resinous molding composition, said dye solution being at 50 to 98 °C and substantially free of particulate matter.
A compound comprising a modified oligonucleotide consisting of 12 to 30 linked nucleosides and having a nucleobase sequence comprising at least 8 consecutive nucleobases that are 100% complementary to an equal length portion of nucleobases 27427-27466 of SEQ ID NO: 10, wherein the nucleobase sequence of the modified oligonucleotide is at least 90% complementary to SEQ ID NO: 10, as measured over the entirety of the modified oligonucleotide.
A method for manufacturing solid milk, comprising: a classification process for obtaining powdered milk having larger particle diameter than prescribed particle diameter by classifying the powdered milk which is an ingredient of the solid milk, wherein the classification process is a process for using a sieve the mesh size of which is 200 micrometers to 700 micrometers; and a compaction molding process for molding the solid milk by using powdered milk remaining on the sieve after the classification process. a classification process for obtaining powdered milk having larger particle diameter than prescribed particle diameter by classifying the powdered milk which is an ingredient of the solid milk, wherein the classification process is a process for using a sieve the mesh size of which is 200 micrometers to 700 micrometers; and a compaction molding process for molding the solid milk by using powdered milk remaining on the sieve after the classification process.
A method performed by a computing device for controlling casting of media to a media renderer, the method comprising: receiving from a requesting device a request to cast media to the media renderer; in response to receiving the request, identifying one or more attributes associated with the request, and identifying a gatekeeper from a plurality of gatekeepers for the media renderer based on the one or more attributes; notifying the identified gatekeeper that the request has been received; receiving from the identified gatekeeper an indication to grant or deny the request; when the request is granted, allowing the media to be cast to the media renderer as requested; and when the request is denied, not allowing the media to be cast to the media renderer. receiving from a requesting device a request to cast media to the media renderer; in response to receiving the request, identifying one or more attributes associated with the request, and identifying a gatekeeper from a plurality of gatekeepers for the media renderer based on the one or more attributes; notifying the identified gatekeeper that the request has been received; receiving from the identified gatekeeper an indication to grant or deny the request; when the request is granted, allowing the media to be cast to the media renderer as requested; and when the request is denied, not allowing the media to be cast to the media renderer.
A process for the preparation of diene polymers or vinylarene-diene statistical copolymers which comprises the anionic (co)polymerization, in hydrocarbon solvents, of at least one monomer of a conjugated diene, optionally in the presence of a vinyl aryl monomer, and using a compound belonging to the group of lithium alkyls as initiator, characterized in that the total lithium alkyl initiator is modified in situ by means of a reaction with a compound having general formula: R m -(X-H) n, wherein R is a C 2 -C 20 (cyclo) alkyl or C 6 -C 20 aromatic radical, X is a heteroatom belonging to group VA or group VIA of the periodic system, n is an integer higher than or equal to 1, m is an integer ≥ 1 which depends on the valence of the heteroatom X.
A photodetection device including a substrate inn which is formed an array of diodes, the substrate comprising a front face for receiving an electromagnetic radiation, a rear face opposite and substantially parallel to the front face and an absorption layer having a first doping type, each diode including in the absorption layer a collection layer being flush with the rear face of the substrate and having a second doping type opposite to the first type, the device including, buried in the substrate and being flush with the rear face of the substrate, a conduction meshing comprising at least one conduction channel sandwiched between the collection regions of two adjacent diodes, the at least one conduction channel having the first doping type and a higher doping density than the absorption layer, characterised in that the conduction meshing is covered with a metallic meshing present on the rear face of the substrate, in that the doping density of the at least one conduction channel results from a metal diffusion in the absorption layer from the metallic meshing, and in that it further comprises a passivation layer that covers the substrate and the metallic meshing except for contact regions of an electrically conductive bump contact with a collection region of a diode.
A torque transmitting shaft (10; 100; 200) comprising: a first member (20; 102; 202) extending along an axis (24; 106; 208), the first member (20; 102; 202) having an inner surface (42; 122; 222) extending between a first end (32; 112; 212) and a second end (34; 114; 214), the inner surface (42; 122; 222) defining a plurality of engagement elements (50; 130; 230) disposed proximate the first end (32; 112; 212); and a second member (22; 104; 204) extending along the axis (24; 106; 208) and received within the first member (20; 102; 202), the second member (22; 104; 204) having a first end portion (60; 140; 240), a second end portion (62; 142; 242), and an intermediate portion (64; 144; 244) extending between the first end portion (60; 140; 240) and the second end portion (62; 142; 242), the first end portion (60; 140; 240) of the second member (22; 104; 204) defines a splined portion (80; 150; 250), each member of the splined portion (80; 150; 250) is received within corresponding engagement elements (50; 130; 230) of the plurality of engagement elements (50; 130; 230), characterized in that each member of the splined portion (80; 150; 250) includes a first protrusion that extends away from a top surface of each member of the splined portion (80; 150; 250) and engages the inner surface (42; 122; 222) of the first member (20; 102; 202). a first member (20; 102; 202) extending along an axis (24; 106; 208), the first member (20; 102; 202) having an inner surface (42; 122; 222) extending between a first end (32; 112; 212) and a second end (34; 114; 214), the inner surface (42; 122; 222) defining a plurality of engagement elements (50; 130; 230) disposed proximate the first end (32; 112; 212); and a second member (22; 104; 204) extending along the axis (24; 106; 208) and received within the first member (20; 102; 202), the second member (22; 104; 204) having a first end portion (60; 140; 240), a second end portion (62; 142; 242), and an intermediate portion (64; 144; 244) extending between the first end portion (60; 140; 240) and the second end portion (62; 142; 242), the first end portion (60; 140; 240) of the second member (22; 104; 204) defines a splined portion (80; 150; 250), each member of the splined portion (80; 150; 250) is received within corresponding engagement elements (50; 130; 230) of the plurality of engagement elements (50; 130; 230), characterized in that each member of the splined portion (80; 150; 250) includes a first protrusion that extends away from a top surface of each member of the splined portion (80; 150; 250) and engages the inner surface (42; 122; 222) of the first member (20; 102; 202).
Heating device comprising the following: a heating chamber, which contains a burner, a gas-water heat exchanger and a water pipe; a fan, which sucks in the mixture of gas and fresh air and transports it to the heating chamber and is connected to the heating chamber; a mixing unit, which mixes the gas and the fresh air before it reaches the heating chamber; a fresh-air intake pipe, which transports the fresh air to the mixing unit; a condensate collector, in which the condensed water from the heating chamber collects and which has a drain pipe, in order to drain away the excess water; an exhaust gas channel, which ensures that the exhaust gas is discharged from the heating chamber to the outside; an exhaust gas controller, which discharges the exhaust gas from the heating chamber into the exhaust gas channel; a flue pipe, which ensures the supply of fresh air to the heating device and at the same time the discharge of the exhaust gas located therein; wherein it contains a bypass, which is arranged between the exhaust gas channel and the fresh-air intake pipe, in order to direct part of the exhaust gas that flows through said exhaust gas channel to the fresh-air intake pipe and to ensure the exhaust gas recirculation, characterized in that the heating device contains a hydraulic unit and a gas valve, wherein the hydraulic unit contains a cold water inflow to the heating chamber and a warm water outflow from the chamber; and wherein the gas valve controls the amount of gas that flows into the heating chamber; and in that the condensate collector is formed as a siphon; and in that it also contains at least one selective membrane module, in that said membrane module consists of membrane tubes (21.1), which are coated with a selective coating (21.2), which is only permeable to water vapour (H2O) and/or carbon dioxide and in that - said membrane module is arranged in the bypass, - said membrane module is arranged in the part of the exhaust gas channel in the direct vicinity of the outlet of the heating chamber in the exhaust gas path of the exhaust gas channel (MA cross section), - said membrane module is integrated in the exhaust gas channel, which runs through the flue pipe (MB cross section), separately at one or more of these locations. - said membrane module is arranged in the bypass, - said membrane module is arranged in the part of the exhaust gas channel in the direct vicinity of the outlet of the heating chamber in the exhaust gas path of the exhaust gas channel (MA cross section), - said membrane module is integrated in the exhaust gas channel, which runs through the flue pipe (MB cross section),
A method for performing dynamic lane definition on a road for a plurality of vehicles travelling on the road, comprising: accessing vehicle information for a vehicle of the plurality of vehicles; accessing road information for the road; and dynamically defining at least one lane for the road based on the road information and the vehicle information, and providing the at least one lane to the vehicle; wherein dynamically defining the at least one lane further comprises: obtaining information regarding a portion of the road; defining a temporarily reduced road width of the road based on the obtained information, and eliminating or merging at least one previously defined lane for the road based on the temporarily reduced road width. accessing vehicle information for a vehicle of the plurality of vehicles; accessing road information for the road; and dynamically defining at least one lane for the road based on the road information and the vehicle information, and providing the at least one lane to the vehicle; wherein dynamically defining the at least one lane further comprises: obtaining information regarding a portion of the road; defining a temporarily reduced road width of the road based on the obtained information, and eliminating or merging at least one previously defined lane for the road based on the temporarily reduced road width. obtaining information regarding a portion of the road; defining a temporarily reduced road width of the road based on the obtained information, and eliminating or merging at least one previously defined lane for the road based on the temporarily reduced road width.
A power drive unit, PDU, for moving cargo within an aircraft, comprising: an actuator configured to move a unit load device, ULD,, relative to the PDU; characterized in that the PDU comprises a network access device configured to receive a second PDU state corresponding to a second PDU, and to transmit data; and a controller configured to determine a current state of the PDU based on sensor data corresponding to presence of the ULD above the PDU and based on the second PDU state, and to control the actuator based on the current state of the PDU. an actuator configured to move a unit load device, ULD,, relative to the PDU; characterized in that the PDU comprises a network access device configured to receive a second PDU state corresponding to a second PDU, and to transmit data; and a controller configured to determine a current state of the PDU based on sensor data corresponding to presence of the ULD above the PDU and based on the second PDU state, and to control the actuator based on the current state of the PDU.
Hydromount, in particular a switchable hydromount, comprising a carrying mount and a support mount connected to each other by an elastomeric suspension spring; a working chamber and a compensation chamber, the working chamber and the compensation chamber being filled with a fluid and separated from each other by a partition and connected to each other via a damping channel inserted into the partition; and an absorber channel, which is switchable via an actuating device, wherein the absorber channel is inactive in a first switching position of the actuating device and the absorber channel is active in a second switching position of the actuating device, wherein the actuating device has an electrically drivable electromagnet and an armature which is suspended via an elastic membrane so as to allow the armature to vibrate, wherein the membrane is surrounded by a limiting member configured such that the membrane abuts against the limiting member so that the membrane cannot resonate in the first switching position and is spaced from the limiting member in the second switching position, characterised in that the limiting member is fixed to the armature.
Pressure-reducing valve which comprises a valve support with at least one through-flow channel, and which comprises a pot-shaped valve body which is displaceably guided from an open position counter to a restoring force into a closed position at a guide journal protruding into the pot-shaped interior of the valve body, in which closed position the valve body rests via the peripheral edge of its pot shape against a valve seat provided on the valve support so that the valve body closes at least one channel opening of the at least one through-flow channel, characterized in that at least one wiper lip (11, 12) protrudes at the inner circumference of the pot of the valve body and/or at the outer circumference of the guide journal, the wiper lip (11, 12) having been moved close to or resting against the outer circumference of the journal or the inner circumference of the pot of the adjacent component (5; 6), wherein the guide journal of the valve support has an annular seal which seals the interior of the pot of the pot-shaped valve body in relation to a fluid flowing through the latter.