mhurhangee/ep-ind-claims huggingface dataset:
A system comprising: a user equipment, comprising: at least one processor; and at least one memory including computer program code, wherein the at least one memory and the computer program code are configured, with the at least one processor, to cause the user equipment to at least: - establish connectivity to a local area network; - receive a traffic template wherein the traffic template defines local route traffic to be tunnelled from the user equipment to an operator gateway; - route local route traffic matching the traffic template from the user equipment to the operator gateway, and send local route traffic not matching the traffic template directly to an external network, wherein the system is characterized by comprising a gateway selection function configured to: - receive, from the user equipment, information relating to the local area network; - query, using the information relating to the local area network, a database for a method to control the local area network; and - if no method is received from the database in response to the query, provide the traffic template to the user equipment. at least one processor; and at least one memory including computer program code, wherein the at least one memory and the computer program code are configured, with the at least one processor, to cause the user equipment to at least: - establish connectivity to a local area network; - receive a traffic template wherein the traffic template defines local route traffic to be tunnelled from the user equipment to an operator gateway; - route local route traffic matching the traffic template from the user equipment to the operator gateway, and send local route traffic not matching the traffic template directly to an external network, - establish connectivity to a local area network; - receive a traffic template wherein the traffic template defines local route traffic to be tunnelled from the user equipment to an operator gateway; - route local route traffic matching the traffic template from the user equipment to the operator gateway, and send local route traffic not matching the traffic template directly to an external network, wherein the system is characterized by comprising a gateway selection function configured to: - receive, from the user equipment, information relating to the local area network; - query, using the information relating to the local area network, a database for a method to control the local area network; and - if no method is received from the database in response to the query, provide the traffic template to the user equipment. - receive, from the user equipment, information relating to the local area network; - query, using the information relating to the local area network, a database for a method to control the local area network; and - if no method is received from the database in response to the query, provide the traffic template to the user equipment.
A thermoplastic elastomer compound, comprising: (a) hydrogenated styrenic block copolymer; (b) 30-130 parts of an oil per one hundred parts of the copolymer; (c) 30-130 parts of a midblock tackifier per one hundred parts of the copolymer; (d) 60-200 parts of a bonding agent per one hundred parts of the copolymer for overmolding of the thermoplastic elastomer compound to a polar polymeric substrate, (e) 0-60 parts of a hardness modifier per one hundred parts of the copolymer; (f) 0-3 parts of a wax per one hundred parts of the copolymer; and (g) 0-3 parts of an anti-oxidant per one hundred parts of the copolymer; wherein the compound has a compression set of less than about 50% when tested at 70°C for 22 hours using ASTM D395 Test Method B. (a) hydrogenated styrenic block copolymer; (b) 30-130 parts of an oil per one hundred parts of the copolymer; (c) 30-130 parts of a midblock tackifier per one hundred parts of the copolymer; (d) 60-200 parts of a bonding agent per one hundred parts of the copolymer for overmolding of the thermoplastic elastomer compound to a polar polymeric substrate, (e) 0-60 parts of a hardness modifier per one hundred parts of the copolymer; (f) 0-3 parts of a wax per one hundred parts of the copolymer; and (g) 0-3 parts of an anti-oxidant per one hundred parts of the copolymer;
Coffee grinding machine comprising: - a hopper or a container suitable for containing coffee beans; - a grinding unit for grinding the coffee beans in such a way to obtain ground coffee, - a delivery conduit to deliver ground coffee, - different types of filter-holders suitable for being used in a coffee machine to extract liquid coffee; each filter-holder being provided with a receptacle suitable for containing one or two doses of ground coffee delivered by said delivery conduit; wherein a first type of filter-holder has a delivery nozzle with a beak and a second type of filter-holder has a delivery nozzle with two beaks - a support unit disposed under the delivery conduit to support one of said filter-holders, and - a detection unit disposed under said support unit and configured in such a way to detect the type of filter-holder supported by said support unit characterized in that said detection unit comprises a sensor of inductive or magnetic type, suitable for detecting a variation of induced current or magnetic field generated by said beak of the filter-holder wherein said sensor comprises a PCB disposed in horizontal position under said support unit; wherein a plurality of coils (L1-L10) is mounted on said PCB and is disposed along a circumference with a center and a radius. - a hopper or a container suitable for containing coffee beans; - a grinding unit for grinding the coffee beans in such a way to obtain ground coffee, - a delivery conduit to deliver ground coffee, - different types of filter-holders suitable for being used in a coffee machine to extract liquid coffee; each filter-holder being provided with a receptacle suitable for containing one or two doses of ground coffee delivered by said delivery conduit; wherein a first type of filter-holder has a delivery nozzle with a beak and a second type of filter-holder has a delivery nozzle with two beaks - a support unit disposed under the delivery conduit to support one of said filter-holders, and - a detection unit disposed under said support unit and configured in such a way to detect the type of filter-holder supported by said support unit characterized in that said detection unit comprises a sensor of inductive or magnetic type, suitable for detecting a variation of induced current or magnetic field generated by said beak of the filter-holder wherein said sensor comprises a PCB disposed in horizontal position under said support unit; wherein a plurality of coils (L1-L10) is mounted on said PCB and is disposed along a circumference with a center and a radius.
A debonder apparatus for debonding a temporary bonded wafer pair, comprising: a chuck assembly comprising a chuck and a first wafer holder configured to hold a first wafer of said temporary bonded wafer pair in contact with a top surface of the chuck; a flex plate assembly comprising a flex plate and a second wafer holder configured to hold a second wafer of said temporary bonded wafer pair in contact with a first surface of the flex plate, wherein said flex plate is configured to be placed above the top surface of the chuck; a contact roller arranged adjacent to a first edge of the chuck and comprising means for pushing and lifting up a first edge of the flex plate; a resistance roller comprising means for traversing horizontally over said flex plate and means for applying a downward force upon the flex plate; and wherein said contact roller pushes and lifts up the first edge of the flex plate while the resistance roller simultaneously applies said downward force upon said flex plate and traverses horizontally away from the first edge of the flex plate and thereby said temporary bonded wafer pair delaminates along a release layer and said first and second wafers are separated from each other. a chuck assembly comprising a chuck and a first wafer holder configured to hold a first wafer of said temporary bonded wafer pair in contact with a top surface of the chuck; a flex plate assembly comprising a flex plate and a second wafer holder configured to hold a second wafer of said temporary bonded wafer pair in contact with a first surface of the flex plate, wherein said flex plate is configured to be placed above the top surface of the chuck; a contact roller arranged adjacent to a first edge of the chuck and comprising means for pushing and lifting up a first edge of the flex plate; a resistance roller comprising means for traversing horizontally over said flex plate and means for applying a downward force upon the flex plate; and wherein said contact roller pushes and lifts up the first edge of the flex plate while the resistance roller simultaneously applies said downward force upon said flex plate and traverses horizontally away from the first edge of the flex plate and thereby said temporary bonded wafer pair delaminates along a release layer and said first and second wafers are separated from each other.
A hot air extraction inhaler including a heat exchanger, which is able to produce a hot air current, a filling chamber for filling with substances which form an aerosol under the influence of heat, through which the hot air current from the heat exchanger is conducted, and including an inhaler outlet for the inhalation of the aerosol/air mixture, characterised in that the filling chamber includes an inner chamber housing of a good thermally conductive material and that a heat exchanger is used which not only is able to produce the hot air current but also heats the inner chamber housing directly by thermal conduction so that the filling chamber heats its contents by means of radiant heat.
Arrangement comprising: - a sealing frame for use in a battery with a basic body which engages around an opening, a disengaging region being provided at one edge of the opening, a continuous discharging opening being formed in the basic body adjacent to the disengaging region; and - a cell, the cell having a cell housing which is surrounded by a sealing seam, the cell being placed onto the sealing frame in such a way that the cell housing reaches into the opening, that the sealing seam bears against the seal, and that the sealing seam is not loaded by the seal in the disengaging region, at least one circumferential elastically compressible seal being provided which reaches around the opening, characterized in that the seal furthermore encloses the discharging opening. - a sealing frame for use in a battery with a basic body which engages around an opening, a disengaging region being provided at one edge of the opening, a continuous discharging opening being formed in the basic body adjacent to the disengaging region; and - a cell, the cell having a cell housing which is surrounded by a sealing seam, the cell being placed onto the sealing frame in such a way that the cell housing reaches into the opening, that the sealing seam bears against the seal, and that the sealing seam is not loaded by the seal in the disengaging region,
A device for the machining of a stationary workpiece, with a cylindrical milling head, which can be rotated about its longitudinal axis, and which is mounted such that it can be linearly traversed along the said longitudinal axis, and with a milling tool for purposes of machining the workpiece at a working point on the periphery of the tool, the milling tool being arranged eccentrically on the said milling head, and mounted such that it can be rotated about an axis of rotation, the working point in a particular rotational position of the milling head having the shortest distance to the latter's longitudinal axis, characterised in that, the tool is aligned such that in each rotational position of the milling head the axis of rotation of the tool is tilted away from the direction of the longitudinal axis at a predetermined first angle (Ax) about a first axis, which axis runs in the radial direction of the tool through the said working point.
Use of a printing ink composition for printing conductive tracks and patterns, semiconductive tracks and patterns, emitting tracks and patterns and absorbing tracks and patterns, with a printing ink composition comprising a metal salt of a metal ion and a counter ion, and a viscosity adjusting agent, wherein the metal ion is present as a metal complex of the metal ion and the viscosity adjusting agent, wherein the viscosity adjusting agent comprises at least one functional ligand, wherein the functional ligand is selected from the group consisting of monofunctional ligands a monofunctional ligand being a ligand having one functional group, and multifunctional ligands a multifunctional ligand being a ligand having more than one functional groups, wherein the viscosity adjusting agent comprises a combination of at least one monofunctional ligand and at least one multifunctional ligand, and wherein the metal of the metal ion is chosen from Ag, Cu, Pd, Au, Pt, Ni, In, Sn, Al and Zn, preferably the metal is Ag or Cu.
Mixer for an exhaust system of an internal combustion engine, comprising: - a plate-shaped mixer body with an incoming flow side to be arranged oriented in the upstream direction in relation to an exhaust gas flow (H A1) and with an outflow side to be arranged oriented in the downstream direction in relation to the exhaust gas flow (H A1), - a first exhaust gas flow-through opening in the mixer body, - a reactant-receiving body carried on the mixer body in the area of the first exhaust gas flow-through opening, wherein the reactant-receiving body provides a reactant-receiving body flow-through duct through which exhaust gases may flow, - a plurality of second exhaust gas flow-through openings in the mixer body, wherein the second exhaust gas flow-through openings are arranged enclosing the first exhaust gas flow-through opening in the mixer body, characterized in that the first exhaust gas flow-through opening is configured as elongated in the direction of an opening longitudinal axis and that the reactant-receiving body has a reactant-receiving area tapering in a V-shaped manner in the direction of the opening longitudinal axis. - a plate-shaped mixer body with an incoming flow side to be arranged oriented in the upstream direction in relation to an exhaust gas flow (H A1) and with an outflow side to be arranged oriented in the downstream direction in relation to the exhaust gas flow (H A1), - a first exhaust gas flow-through opening in the mixer body, - a reactant-receiving body carried on the mixer body in the area of the first exhaust gas flow-through opening, wherein the reactant-receiving body provides a reactant-receiving body flow-through duct through which exhaust gases may flow, - a plurality of second exhaust gas flow-through openings in the mixer body, wherein the second exhaust gas flow-through openings are arranged enclosing the first exhaust gas flow-through opening in the mixer body, characterized in that the first exhaust gas flow-through opening is configured as elongated in the direction of an opening longitudinal axis and that the reactant-receiving body has a reactant-receiving area tapering in a V-shaped manner in the direction of the opening longitudinal axis.
An electro-optic distance measuring device comprising an electro-optic phase modulator, characterised in that the electro-optic modulator is an integrated electro-optic phase modulator which comprises an optical waveguide of a nonlinear optical material and electrodes arranged to generate an electrical field in a modulating region of the waveguide when a voltage is applied to the electrodes, and thereby to modulate the phase of light passing through the waveguide, and wherein the forward electro-optic response of the modulating region is the same as the backward electro-optic response, wherefore the electrodes comprise a first branch for influencing light in a first subregion of the modulation region and a second branch for influencing light in a second subregion of the modulation region, the first and second branch (3a, 3b) extending along the waveguide in opposite directions and each comprising a first electrode section connected at one end to an input strip and running along the waveguide and a second electrode section connected at one end to an output strip and running along the waveguide, wherein the input strip and output strip are located at a midpoint along the length of the electrodes.
A self-tapping screw for soft metals comprising a tapered smaller diameter part at an end of a shaft, the smaller diameter part being for insertion and driving into a pilot hole formed in a soft metal, in a driving direction, to form a female screw in the pilot hole, wherein a continuous male screw with a constant pitch is formed in the shaft and the smaller diameter part, and a thread ridge of the male screw of the smaller diameter part is provided with multiple sets of a largest diameter part and an increasing diameter part, the largest diameter part having a stepped part at a position on a trailing side of the largest diameter part in the driving direction, and wherein during driven turning of the screw, the increasing diameter part having a gradually increasing diameter from the stepped part to a next largest diameter part, characterized in that the increasing diameter part has a minimum diameter falling within a range of 30% to 80% of a thread ridge height of the male screw at the corresponding position.
A method comprising: to obtain first target data managed by a database server instance executing on a server machine, a requesting entity determining whether the first target data is eligible for RDMA retrieval; responsive to determining that the first target data is not eligible for RDMA retrieval, sending a request to the database server instance to cause the database server instance to provide the first target data; to obtain second target data managed by the database server instance, the requesting entity determining whether the second target data is eligible for RDMA retrieval; responsive to determining that the second target data is eligible for RDMA retrieval, performing the steps of: sending a for-location-RDMA to obtain location information from volatile memory of the server machine without involving the database server instance; and based on the location information obtained by the for-location-RDMA, sending a for-data-RDMA to obtain the second target data from the volatile memory of the server machine without involving the database server instance; wherein the method is performed by one or more computing devices. to obtain first target data managed by a database server instance executing on a server machine, a requesting entity determining whether the first target data is eligible for RDMA retrieval; responsive to determining that the first target data is not eligible for RDMA retrieval, sending a request to the database server instance to cause the database server instance to provide the first target data; to obtain second target data managed by the database server instance, the requesting entity determining whether the second target data is eligible for RDMA retrieval; responsive to determining that the second target data is eligible for RDMA retrieval, performing the steps of: sending a for-location-RDMA to obtain location information from volatile memory of the server machine without involving the database server instance; and based on the location information obtained by the for-location-RDMA, sending a for-data-RDMA to obtain the second target data from the volatile memory of the server machine without involving the database server instance; sending a for-location-RDMA to obtain location information from volatile memory of the server machine without involving the database server instance; and based on the location information obtained by the for-location-RDMA, sending a for-data-RDMA to obtain the second target data from the volatile memory of the server machine without involving the database server instance; wherein the method is performed by one or more computing devices.
A tandem seal device provided between a housing and a rotary shaft extending through said housing to prevent sealed fluid from leaking from an internal side to an external side, said tandem seal device comprises an axial direction two stage mechanical seal device including a primary mechanical seal device of the internal side with higher pressure and a secondary mechanical seal device of the external side with lower pressure, characterized in that the primary mechanical seal device comprises a rotary ring arranged at the internal side and rotating with the rotary shaft and a non-rotating stationary ring provided at the secondary mechanical seal device side, wherein the rotary ring and the stationary ring contact tightly at end faces which are facing each other by biasing force of a spring in an axial direction to form a sliding face, the secondary mechanical seal device comprises a rotary ring provided at the primary mechanical seal device side and rotating with the rotary shaft and a non-rotating stationary ring arranged at the external side, wherein the rotary ring and the stationary ring tightly contact with facing end faces by an axial direction biasing force of a spring so as to form a sliding face, an intermediate chamber "B" of the tandem seal device is formed over a range from an inner circumferential space of the sliding face of the primary mechanical seal device to an outer circumferential space of the sliding face of the secondary mechanical seal device, and an inner circumferential side of the sliding face of the secondary mechanical seal device is an external side aerial space, one or more first grooves and one or more second grooves are formed respectively on a sliding face of the stationary ring of the secondary mechanical seal device, said first grooves, which do not communicate with the intermediate chamber "B" being formed as concaves with each predetermined space in a circumferential direction, said second grooves, which include a through hole in communication with the intermediate chamber "B" and are available to introduce pressure from the intermediate chamber "B" via the through hole, being formed as concaves with each predetermined space in the circumferential direction, and a contact load of the sliding face of the secondary mechanical seal device is reduced from a dynamic pressure and a static pressure acting on the sliding face of the secondary mechanical seal device, said dynamic pressure being caused by a fluid which is infiltrated into the first grooves when the rotary shaft rotates, said static pressure being a pressure of a fluid introduced from the intermediate chamber "B" to the second grooves.