mhurhangee/ep-ind-claims huggingface dataset:
An electrical protection circuit, comprising: an input terminal to which an electrical voltage can be applied; a closable electrical switching path which is arranged parallel to the input terminal, wherein a controllable switch for closing the closable electrical switching path is switched in the closable electrical switching path; a detection device, which is switched to the input terminal and configured to detect electrical fault voltage applied to the input terminal, wherein the detection device is configured to send a control signal to the controllable switch when electrical fault voltage is detected to close the controllable switch to close the closable electrical switching path; and characterized by an energy supply device which is arranged parallel to the closable electrical switching path and is configured to convert an electrical voltage applied on the closed controllable switch into an electrical supply voltage and to apply the electrical supply voltage to the detection device. an input terminal to which an electrical voltage can be applied; a closable electrical switching path which is arranged parallel to the input terminal, wherein a controllable switch for closing the closable electrical switching path is switched in the closable electrical switching path; a detection device, which is switched to the input terminal and configured to detect electrical fault voltage applied to the input terminal, wherein the detection device is configured to send a control signal to the controllable switch when electrical fault voltage is detected to close the controllable switch to close the closable electrical switching path; and characterized by an energy supply device which is arranged parallel to the closable electrical switching path and is configured to convert an electrical voltage applied on the closed controllable switch into an electrical supply voltage and to apply the electrical supply voltage to the detection device.
A method of operating a computer, comprising: partitioning a system memory comprising a plurality of system memory pages into first, second and third paged partitions wherein the first and the second paged partitions are mutually exclusive and further wherein the first and second paged partitions are subsets of the third paged partition; creating a first page table to map the first paged partition into a first virtual memory partition; performing an action selected from a list consisting of: updating the first page table to map the second paged partition into a second virtual memory partition, and creating a second page table to map the second paged partition into a second virtual memory partition; making the first virtual memory partition visible pursuant to a first memory service request from a first OS (operating system) loaded into the third paged partition; making the second virtual memory partition visible pursuant to a second memory service request from a second OS also loaded into the third paged partition; characterized in that: marking a subset of pages within the second virtual memory partition reclaimable by the first OS to produce a set of marked pages; responsive to a request by the first OS for further memory: swapping out to a storage file at least one reclaimable page selected from the set of marked pages and writing to the at least one reclaimable page by the first OS; and responsive to a request to reactivate the second OS, reinstating a saved hardware context, reinstating the at least one reclaimable page from the storage file and passing control to the second OS. partitioning a system memory comprising a plurality of system memory pages into first, second and third paged partitions wherein the first and the second paged partitions are mutually exclusive and further wherein the first and second paged partitions are subsets of the third paged partition; creating a first page table to map the first paged partition into a first virtual memory partition; performing an action selected from a list consisting of: updating the first page table to map the second paged partition into a second virtual memory partition, and creating a second page table to map the second paged partition into a second virtual memory partition; updating the first page table to map the second paged partition into a second virtual memory partition, and creating a second page table to map the second paged partition into a second virtual memory partition; making the first virtual memory partition visible pursuant to a first memory service request from a first OS (operating system) loaded into the third paged partition; making the second virtual memory partition visible pursuant to a second memory service request from a second OS also loaded into the third paged partition; marking a subset of pages within the second virtual memory partition reclaimable by the first OS to produce a set of marked pages; swapping out to a storage file at least one reclaimable page selected from the set of marked pages and writing to the at least one reclaimable page by the first OS; and
A fill system for a vacuum insulated structure that includes a door having a structural wrapper made of a metal or of a metal alloy and defining an insulating cavity, wherein the structural wrapper also defines a fill port being in fluid communication with the insulating cavity for receiving insulation materials therein, the fill system comprising: a connector assembly configured for coupling the door with a materials dispenser, wherein the connector assembly includes: a base plate configured to be disposed adjacent to the structural wrapper of the door, wherein the base plate defines at least one receiving aperture (32, 148, 150) configured to receive the at least one projection (24, 140, 142) formed on the structural wrapper of the door; a fill tube that extends from the base plate and is configured to align with the fill port formed on the structural wrapper of the door; and a toggle magnet coupled to the base plate, wherein the toggle magnet is operable between an activated state and a deactivated state, and wherein the toggle magnet is configured to magnetically engage the structural wrapper of the door when in the activated state. a base plate configured to be disposed adjacent to the structural wrapper of the door, wherein the base plate defines at least one receiving aperture (32, 148, 150) configured to receive the at least one projection (24, 140, 142) formed on the structural wrapper of the door; a fill tube that extends from the base plate and is configured to align with the fill port formed on the structural wrapper of the door; and a toggle magnet coupled to the base plate, wherein the toggle magnet is operable between an activated state and a deactivated state, and wherein the toggle magnet is configured to magnetically engage the structural wrapper of the door when in the activated state.
A method of controlling a heat pump unit, the heat pump unit having a condenser, a compressor, an evaporator and an electronic expansion valve, comprising the following steps: determining the outside temperature, operating the heat pump unit in a first operating mode when the outside temperature is below a first threshold value, operating the heat pump unit in a second operating mode when the outside temperature is above the first threshold value, wherein, in the second operating mode, the heating output of the heat pump unit is reduced by reducing the speed of a fan of the evaporator or the speed of the compressor and controlling the electronic expansion valve such that a lower mass flow is present within the refrigerant circuit. determining the outside temperature, operating the heat pump unit in a first operating mode when the outside temperature is below a first threshold value, operating the heat pump unit in a second operating mode when the outside temperature is above the first threshold value, wherein, in the second operating mode, the heating output of the heat pump unit is reduced by reducing the speed of a fan of the evaporator or the speed of the compressor and controlling the electronic expansion valve such that a lower mass flow is present within the refrigerant circuit.
Projection light module for a motor vehicle headlamp, which projection light module comprises a light source, a primary optics collecting light from the light source and a plurality of micro-projectors (22.1, 22.2,..., 22. n), each of which comprises a respective input lens, an output lens and a microshield arranged between the input lens and the output lens, the input lens being adapted to bundle light of the light source incident from the primary optics into a focal region lying between the input lens and the output lens and wherein the output lens is arranged in light of the light source emanating from the focal region, characterised in that each microshield has a reflecting surface with an input-lens-side end (46. 1) and an output-lens-side end (46.2), the output-lens end (46.2) protruding into the focal region and the input-lens side-end (46.1) being arranged inclined opposite an optical axis of the microprojector (22.1, 22.2,..., 22. n) such that the reflecting surface is illuminated with light from the light source emanating from the input lens and light from the light source reflected by the reflecting surface falls on the output lens.
A method of a User Equipment, in the following also referred to as UE, configured with logical channel based prioritization, comprising: determining prioritization between a first uplink, in the following also referred to as UL, grant and a first scheduling request based on a priority of a first logical channel associated with triggering the first scheduling request if one or more first conditions are not met, wherein a first UL resource associated with the first UL grant and a first scheduling request transmission occasion associated with the first scheduling request overlap in time domain; and determining to prioritize the first UL grant over the first scheduling request without considering the priority of the first logical channel associated with triggering the first scheduling request if the one or more first conditions are met, characterized in that the one or more first conditions comprise: if the first UL grant is addressed to a Temporary Cell Radio Network Temporary Identifier, in the following also referred to as C-RNTI, of the UE and/or if the first UL grant is an UL grant for performing a retransmission. determining prioritization between a first uplink, in the following also referred to as UL, grant and a first scheduling request based on a priority of a first logical channel associated with triggering the first scheduling request if one or more first conditions are not met, wherein a first UL resource associated with the first UL grant and a first scheduling request transmission occasion associated with the first scheduling request overlap in time domain; and determining to prioritize the first UL grant over the first scheduling request without considering the priority of the first logical channel associated with triggering the first scheduling request if the one or more first conditions are met, characterized in that the one or more first conditions comprise: if the first UL grant is addressed to a Temporary Cell Radio Network Temporary Identifier, in the following also referred to as C-RNTI, of the UE and/or if the first UL grant is an UL grant for performing a retransmission.
A gas turbine bucket assembly comprising: a platform; an airfoil extending radially outward from the platform; a shank extending radially inward from the platform, the shank including a pressure side sidewall, a suction side sidewall, an upstream sidewall, and a downstream sidewall, the sidewalls (42, 44, 46, 48) at least partially defining a cooling circuit, the cooling circuit configured to receive a cooling medium and provide the cooling medium to the airfoil, the upstream sidewall at least partially defining an interior cooling passage and at least partially defining an exterior ingestion zone, the cooling passage configured to provide a portion of the cooling medium from the cooling circuit to the ingestion zone of an adjacent gas turbine bucket assembly through an opening of the cooling passage defined in one of a pressure side surface or a suction side surface of the upstream sidewall; characterized in that an upstream seal pin is disposed along the upstream sidewall radially inward from the platform, the seal pin configured to provide a seal between the gas turbine bucket assembly and the adjacent gas turbine bucket assembly. a platform; an airfoil extending radially outward from the platform; a shank extending radially inward from the platform, the shank including a pressure side sidewall, a suction side sidewall, an upstream sidewall, and a downstream sidewall, the sidewalls (42, 44, 46, 48) at least partially defining a cooling circuit, the cooling circuit configured to receive a cooling medium and provide the cooling medium to the airfoil, the upstream sidewall at least partially defining an interior cooling passage and at least partially defining an exterior ingestion zone, the cooling passage configured to provide a portion of the cooling medium from the cooling circuit to the ingestion zone of an adjacent gas turbine bucket assembly through an opening of the cooling passage defined in one of a pressure side surface or a suction side surface of the upstream sidewall; characterized in that an upstream seal pin is disposed along the upstream sidewall radially inward from the platform, the seal pin configured to provide a seal between the gas turbine bucket assembly and the adjacent gas turbine bucket assembly.
A resin composition comprising: a thermoplastic resin that does not contain a polar group; a thermoplastic resin that contains a polar group; an ethylene-vinyl alcohol copolymer that has an ethylene content of 20 to 60 mol%; an aliphatic carboxylic acid having 3 or more carbon atoms; and an aliphatic carboxylic acid metal salt that is a metal salt of the aliphatic carboxylic acid, wherein a metal species of the aliphatic carboxylic acid metal salt is at least one selected from the group consisting of elements belonging to the fourth period d-block in the long periodic table, and the thermoplastic resin that does not contain a polar group is contained in an amount of 66 to 99 wt.% with respect to a total sum of contents of the resin composition, and the ethylene-vinyl alcohol copolymer having an ethylene content of 20 to 60 mol% is contained in an amount of 0.1 to 25 wt.% with respect to the total sum of the contents of the resin composition. a thermoplastic resin that does not contain a polar group; a thermoplastic resin that contains a polar group; an ethylene-vinyl alcohol copolymer that has an ethylene content of 20 to 60 mol%; an aliphatic carboxylic acid having 3 or more carbon atoms; and an aliphatic carboxylic acid metal salt that is a metal salt of the aliphatic carboxylic acid, wherein a metal species of the aliphatic carboxylic acid metal salt is at least one selected from the group consisting of elements belonging to the fourth period d-block in the long periodic table, and the thermoplastic resin that does not contain a polar group is contained in an amount of 66 to 99 wt.% with respect to a total sum of contents of the resin composition, and the ethylene-vinyl alcohol copolymer having an ethylene content of 20 to 60 mol% is contained in an amount of 0.1 to 25 wt.% with respect to the total sum of the contents of the resin composition.
A method for color accuracy checking, the method comprising: selecting areas within a document for color-checking; printing the document using a first proofer; checking color of the selected areas; assigning a range of color values which are acceptable in each of the selected areas and forming a job ticket including the selected areas and the range of color values for each of the selected areas; sending the job ticket to a second proofer; confirming that a second printing of the document has measured color values which deviate within tolerances from measured color values of a first printing of the document within each of the selected areas; wherein confirming further comprises: checking color of the selected area in the second printing; comparing the checked color of the selected area within the first document to the checked color of the selected area within the second document; and sending a message from the second proofer to the first proofer confirming the second printing was within the range of color values. selecting areas within a document for color-checking; printing the document using a first proofer; checking color of the selected areas; assigning a range of color values which are acceptable in each of the selected areas and forming a job ticket including the selected areas and the range of color values for each of the selected areas; sending the job ticket to a second proofer; confirming that a second printing of the document has measured color values which deviate within tolerances from measured color values of a first printing of the document within each of the selected areas; wherein confirming further comprises: checking color of the selected area in the second printing; comparing the checked color of the selected area within the first document to the checked color of the selected area within the second document; and sending a message from the second proofer to the first proofer confirming the second printing was within the range of color values. checking color of the selected area in the second printing; comparing the checked color of the selected area within the first document to the checked color of the selected area within the second document; and sending a message from the second proofer to the first proofer confirming the second printing was within the range of color values.
A data transmission method, wherein the method comprises: sending, by a first apparatus, a first message to a base station, wherein the first message comprises a first identifier of a second apparatus, and the first identifier is a layer 2 address of the second apparatus; receiving, by the first apparatus, a second message sent by the base station, wherein the second message comprises a second identifier of the second apparatus and a mapping relationship between the first identifier and the second identifier; receiving, by the first apparatus, data sent by the second apparatus; and sending, by the first apparatus, the data of the second apparatus and the second identifier to the base station. sending, by a first apparatus, a first message to a base station, wherein the first message comprises a first identifier of a second apparatus, and the first identifier is a layer 2 address of the second apparatus; receiving, by the first apparatus, a second message sent by the base station, wherein the second message comprises a second identifier of the second apparatus and a mapping relationship between the first identifier and the second identifier; receiving, by the first apparatus, data sent by the second apparatus; and sending, by the first apparatus, the data of the second apparatus and the second identifier to the base station.
A light emitting device comprising: a first electrode; a second electrode; an electroluminescent material, wherein the electroluminescent material is a wide band gap material; an insulating dielectric material disposed between the electroluminescent material and the first electrode; an insulating dielectric material disposed between the electroluminescent material and the second electrode; and a plurality of semiconductor nanocrystals adjacent to the electroluminescent material and arranged to receive energy from the electroluminescent material, wherein the plurality of semiconductor nanocrystals are arranged in a layer. a first electrode; a second electrode; an electroluminescent material, wherein the electroluminescent material is a wide band gap material; an insulating dielectric material disposed between the electroluminescent material and the first electrode; an insulating dielectric material disposed between the electroluminescent material and the second electrode; and a plurality of semiconductor nanocrystals adjacent to the electroluminescent material and arranged to receive energy from the electroluminescent material, wherein the plurality of semiconductor nanocrystals are arranged in a layer.
Stabiliser tool for a drilling string comprising a cylindrical body defining a longitudinal axis X and having on its surface a plurality of longitudinal grooves each with a respective pin, extending radially from the bottom surface inside the grooves and being an integral part of the cylindrical body and a plurality of stabiliser blades having an elongated shape extending parallely to said longitudinal axis and comprising a radially distal part and a radially proximal part, wherein the longitudinal extension of said radially distal part is shorter than the longitudinal extension of said radially proximal part, wherein said radially proximal part comprises a rectangular first part and a tapered second part located axially opposite to said first part and provided with shank holes for the passage of fixing bolts on said first and second parts, said radially proximal part being of complementary shape to one of longitudinal grooves and having a longitudinal slot to engage one of said pins having complementary shape.
Distribution tube made of plastic corrugated tube as a fluid flow line for a solar collector, comprising a tube wall defined by tube inside and tube outside and having a corrugated profile and round cross-section, in which corrugation peaks and corrugation valleys which circumferentially extend along a tube longitudinal axis are alternating, wherein along a first longitudinal side of the tube wall and each time as an integral part thereof a plurality of tube connection nozzles and, opposite thereto at a second longitudinal side, a plurality of beads are distributed for dimensional stabilization, characterized in that along the first longitudinal side and along the second longitudinal side a respective longitudinal web (11; 12; 13; 14) extends, via which neighboring corrugation peaks are interconnected such that both on the tube outside and on the tube inside the corrugation valleys are filled at least in part with web mass, wherein the one longitudinal web (11; 13) is continuously formed between the tube connection nozzles and interrupted by the tube connection nozzles, and the other longitudinal web (12; 14) is continuously formed between the beads and is interrupted by the beads.
An encoder device having a base unit for measuring the displacement amount of a member subject to measurement, and a back-up power source as the back-up power source for a main power source to supply power to said encoder base unit, and a first battery which supplies a first back-up voltage (Vout1) as the regulated voltage in respect of the back-up power source output terminal means, and a second battery which supplies a second back-up voltage (Vout2), which is similar or lower than said first back-up voltage (Vout1), when the output voltage (Vbat1) of said first battery declines, characterized that in the case when the first back-up voltage (Vout1) declines below the second back-up voltage (Vout2), the back-up power starts to be supplied from the second battery.
Burner having a burner nozzle (2, 102) which, in its properly installed state, opens through an opening of a burner housing (5, 105) into a process space (4, 104) and is equipped with at least one fuel supply (9, 109, 112) and at least one supply (11, 20, 111, 120) for an oxidant, wherein the at least one supply (11, 20, 111) for the oxidant is equipped with means (17, 18, 117, 118) for changing the flow cross section of the supply (11, 20, 120), characterized in that the at least one supply (11, 20, 111) for the oxidant is equipped in a fluidically connected manner with a feed line for oxygen and with a feed line for air.