mhurhangee/ep-ind-claims huggingface dataset:
A computer program product comprising a program which when run instructs hardware to execute a process comprising: generating power headroom information of an aggregated carrier of a user equipment, UE, wherein the aggregated carrier comprises at least two single carriers; sending the power headroom information to a base station; characterized in that: the power headroom information of the aggregated carrier comprises: the difference between the maximum transmitting power of the aggregated carrier and an estimated transmitting power of the aggregated carrier; and wherein the estimated transmitting power of the aggregated carrier comprises: a sum of transmitting power of a control channel of the UE and transmitting power of a data channel of the UE. generating power headroom information of an aggregated carrier of a user equipment, UE, wherein the aggregated carrier comprises at least two single carriers; sending the power headroom information to a base station; characterized in that: the power headroom information of the aggregated carrier comprises: the difference between the maximum transmitting power of the aggregated carrier and an estimated transmitting power of the aggregated carrier; and wherein the estimated transmitting power of the aggregated carrier comprises: a sum of transmitting power of a control channel of the UE and transmitting power of a data channel of the UE. the power headroom information of the aggregated carrier comprises: the difference between the maximum transmitting power of the aggregated carrier and an estimated transmitting power of the aggregated carrier; and wherein the estimated transmitting power of the aggregated carrier comprises: a sum of transmitting power of a control channel of the UE and transmitting power of a data channel of the UE. the difference between the maximum transmitting power of the aggregated carrier and an estimated transmitting power of the aggregated carrier; and wherein the estimated transmitting power of the aggregated carrier comprises: a sum of transmitting power of a control channel of the UE and transmitting power of a data channel of the UE. a sum of transmitting power of a control channel of the UE and transmitting power of a data channel of the UE.
Pump - comprising a pump housing having a pump head and a pump body,- the pump head having two line sections (76, 78), each having end connection openings and a pump opening (80, 82) along the line section (76, 78), - and the pump body is rotatably mounted in the pump housing and has at least one piston guided in a piston guide in the pump body, which piston is moved forward and backward in the axial direction during a rotary movement of the pump body via a piston drive (54, 56, 58), - the piston guide being in a first position of the pump body in communication with the pump opening of the first line section and in a second rotational position in communication with the pump opening of the second line section, and - the at least one piston has in an axially advanced position at least one pig position, in which the at least one piston closes the pump opening (80, 82) of one of the line sections (76, 78) in a piggable manner, characterized in that a free end of said at least one piston (66, 68) has a recess, which forms a closed inner contour with the pump opening (80, 82) in said line section. - comprising a pump housing having a pump head and a pump body,- the pump head having two line sections (76, 78), each having end connection openings and a pump opening (80, 82) along the line section (76, 78), - and the pump body is rotatably mounted in the pump housing and has at least one piston guided in a piston guide in the pump body, which piston is moved forward and backward in the axial direction during a rotary movement of the pump body via a piston drive (54, 56, 58), - the piston guide being in a first position of the pump body in communication with the pump opening of the first line section and in a second rotational position in communication with the pump opening of the second line section, and - the at least one piston has in an axially advanced position at least one pig position, in which the at least one piston closes the pump opening (80, 82) of one of the line sections (76, 78) in a piggable manner,
A method of finishing a panel, comprising: applying a filler material comprising one or more flameproofing agents on a surface of a panel to form a filled panel surface; smoothening said filled panel surface; printing a pattern or an image on one side of a polymeric film comprising a first polymeric material; bonding another side of said polymeric film to said smoothened filled panel surface; and coating said one side of said polymeric film with a coating material comprising a second polymeric material. applying a filler material comprising one or more flameproofing agents on a surface of a panel to form a filled panel surface; smoothening said filled panel surface; printing a pattern or an image on one side of a polymeric film comprising a first polymeric material; bonding another side of said polymeric film to said smoothened filled panel surface; and coating said one side of said polymeric film with a coating material comprising a second polymeric material.
Tetrahydrocannabinol for use in treating age-related cognitive decline or delaying or slowing the progression of age-related cognitive decline in a patient, wherein the patient suffers from mild cognitive impairment, is at least 45 years old, and exhibits no signs of Alzheimer's Disease pathology, by administering to the patient THC in an amount of 10-400 micrograms (μg) per dose.
A method for testing a plurality of microelectronic devices comprising: providing a tray adapted to hold the plurality of devices in an array; resiliently coupling the tray to a frame so the tray is movable with respect to the frame; characterized by providing a contactor block with a plurality of contacts disposed in an array in the contactor block; providing a backing plate juxtaposed to a surface of the contactor block; moving the frame so the tray is interposed between the contactor block and the backing plate; aligning the tray into juxtaposition with the contactor block; and moving the backing plate toward the contactor block to urge the plurality of devices into contact with the contacts while holding the frame immovable with respect to the backing plate; wherein moving the backing plate causes the tray to move relative to the frame sufficiently to allow the plurality of devices to make contact with the contacts. providing a tray adapted to hold the plurality of devices in an array; resiliently coupling the tray to a frame so the tray is movable with respect to the frame; characterized by providing a contactor block with a plurality of contacts disposed in an array in the contactor block; providing a backing plate juxtaposed to a surface of the contactor block; moving the frame so the tray is interposed between the contactor block and the backing plate; aligning the tray into juxtaposition with the contactor block; and moving the backing plate toward the contactor block to urge the plurality of devices into contact with the contacts while holding the frame immovable with respect to the backing plate; wherein moving the backing plate causes the tray to move relative to the frame sufficiently to allow the plurality of devices to make contact with the contacts.
An implantable biomedical device for actuating a target tissue or sensing a parameter associated with the target tissue in a biological environment, said device comprising: a bioresorbable substrate; an electronic device comprising a plurality of inorganic semiconductor components supported by said bioresorbable substrate, wherein at least one of said inorganic semiconductor components has at least one physical dimension less than or equal to 100 microns; at least one electronic interconnect operably linking at least a portion of said plurality of inorganic semiconductor components a barrier layer encapsulating at least a portion of said inorganic semiconductor components, and a circuit board to analyze data obtained from the electronic device or a component to deliver electromagnetic radiation to the electronic device; wherein said bioresorbable substrate, said electronic device, and said barrier layer provide a net bending stiffness of the implantable biomedical device of less than 1 x 10 9 GPa μm 4; and wherein upon contact with said biological environment said bioresorbable substrate is at least partially resorbed. a bioresorbable substrate; an electronic device comprising a plurality of inorganic semiconductor components supported by said bioresorbable substrate, wherein at least one of said inorganic semiconductor components has at least one physical dimension less than or equal to 100 microns; at least one electronic interconnect operably linking at least a portion of said plurality of inorganic semiconductor components a barrier layer encapsulating at least a portion of said inorganic semiconductor components, and a circuit board to analyze data obtained from the electronic device or a component to deliver electromagnetic radiation to the electronic device; wherein said bioresorbable substrate, said electronic device, and said barrier layer provide a net bending stiffness of the implantable biomedical device of less than 1 x 10 9 GPa μm 4; and wherein upon contact with said biological environment said bioresorbable substrate is at least partially resorbed.
A system comprising: an air cycle machine comprising a compressor, a turbine, a working fluid turbine, and a fan operably coupled by a shaft; a first fluid flow path configured to condition a pressurized medium and deliver the pressurized medium to one or more loads, the first fluid flow path including the compressor; a second fluid flow path configured to circulate a working fluid, the second fluid flow path including: a heat exchanger thermally coupled to the first fluid flow path, wherein within the heat exchanger, heat extracted from the pressurized medium is transferred to the working fluid; the working fuid turbine rotationally driven by expanding the working fluid across the working fluid turbine; a condenser; and a pump operable to circulate the working fluid through at least a portion of the second fluid flow path. an air cycle machine comprising a compressor, a turbine, a working fluid turbine, and a fan operably coupled by a shaft; a first fluid flow path configured to condition a pressurized medium and deliver the pressurized medium to one or more loads, the first fluid flow path including the compressor; a second fluid flow path configured to circulate a working fluid, the second fluid flow path including: a heat exchanger thermally coupled to the first fluid flow path, wherein within the heat exchanger, heat extracted from the pressurized medium is transferred to the working fluid; the working fuid turbine rotationally driven by expanding the working fluid across the working fluid turbine; a heat exchanger thermally coupled to the first fluid flow path, wherein within the heat exchanger, heat extracted from the pressurized medium is transferred to the working fluid; the working fuid turbine rotationally driven by expanding the working a condenser; and a pump operable to circulate the working fluid through at least a portion of the second fluid flow path.
Non-close-clearance agitator device for mixing low-viscosity to medium-viscosity media, with at least one agitation shaft and with at least one outer agitation blade held on the agitation shaft and realized in at least one section in an arm shape, and with at least one inner agitation blade, which forms together with the outer agitation blade at least one vane-like conveying unit that is configured at least for conveying a medium in at least one direction parallel to the agitation shaft, the outer stirring blade having at least one further section adjoining the section formed in an arm shape, in which the outer agitation blade is wider than in the section formed in an arm shape, wherein the inner agitation blade forms the vane-like conveying unit together with the further section of the outer agitation blade, characterised in that the vane-like conveying unit has at least one pass-through gap which is arranged between the outer agitation blade and the inner agitation blade and is at least partially delimited by the outer agitation blade and the inner agitation blade, such that the pass-through gap has two opposite-situated parallel delimitations. with at least one agitation shaft and with at least one outer agitation blade held on the agitation shaft and realized in at least one section in an arm shape, and with at least one inner agitation blade, which forms together with the outer agitation blade at least one vane-like conveying unit that is configured at least for conveying a medium in at least one direction parallel to the agitation shaft, the outer stirring blade having at least one further section adjoining the section formed in an arm shape, in which the outer agitation blade is wider than in the section formed in an arm shape, wherein the inner agitation blade forms the vane-like conveying unit together with the further section of the outer agitation blade, characterised in that the vane-like conveying unit has at least one pass-through gap which is arranged between the outer agitation blade and the inner agitation blade and is at least partially delimited by the outer agitation blade and the inner agitation blade, such that the pass-through gap has two opposite-situated parallel delimitations.
A shift drive, comprising: an actuating mechanism for connection to a gearbox; a rack linked with the actuating mechanism, at least one end of the rack being capable of a recoverable deformation, the rack including a connection portion, the connection portion being connected to the actuating mechanism through a connecting member; a gear housing provided with an induction gear that meshes with the rack, the gear housing having a track slot that receives the rack therein, the track slot having a straight rail section and a take-up release section, wherein an end portion of the rack that is recoverable from deformation can slide in or out of the take-up release section, wherein the take-up release section has a length projected on an extension line in the length direction of the straight rail section is less than the length of its track length, characterized in that, the gear housing is provided thereon with a gear cover adapted thereto, and the gear cover is provided thereon with an elongated opening of which the connecting member extends out. an actuating mechanism for connection to a gearbox; a rack linked with the actuating mechanism, at least one end of the rack being capable of a recoverable deformation, the rack including a connection portion, the connection portion being connected to the actuating mechanism through a connecting member; a gear housing provided with an induction gear that meshes with the rack, the gear housing having a track slot that receives the rack therein, the track slot having a straight rail section and a take-up release section, wherein an end portion of the rack that is recoverable from deformation can slide in or out of the take-up release section, wherein the take-up release section has a length projected on an extension line in the length direction of the straight rail section is less than the length of its track length, characterized in that, the gear housing is provided thereon with a gear cover adapted thereto, and the gear cover is provided thereon with an elongated opening of which the connecting member extends out.
Turbomachine stage having stator blades, radially inner and radially outer blade platforms, which together form a stator cascade, and having rotor blades, radially inner and radially outer blade platforms, which together form a rotor cascade adjacent to the stator cascade, radially outer blade platforms comprising cascade regions (10.1,20.1) which extend between blades that are adjacent in the circumferential direction, and the radially outer blade platforms also comprising gap regions (10.2L, 10.2T, 20.2L, 20.2T) which radially and/or axially delimit an axial gap that extends axially between the stator cascade and rotor cascade, characterized in that two radially opposite contours of one of these gap regions (10.2L, 20.2T) of the radially outer blade platforms vary identically and in parallel in the radial direction over the circumference, so that the wall thickness of this gap region of the blade platform remain s constant.
A thermal conductivity detector comprising n detector components (1-4; 31-36) arranged in receptacles (5-8; 37-42) of a thermal conduction block (9; 30) in a circle around a center axis of the thermal conduction block (9; 30), where n is an integer greater than or equal to four, wherein the thermal conduction block (9; 30) comprises: an n-fold rotationally symmetric central portion (14; 49) along the axis, the cross-axial dimensions of the central portion (14; 49) being less than the diameter of the circle, and n equal peripheral portions (10-13; 50-55) which are arranged symmetrically about the circle and which are connected to the central portion (14; 49) with good thermal coupling and apart from that are thermally isolated from each other, each of the peripheral portions (10-13; 50-55) carrying one of the detector components (1-4; 31-36). an n-fold rotationally symmetric central portion (14; 49) along the axis, the cross-axial dimensions of the central portion (14; 49) being less than the diameter of the circle, and n equal peripheral portions (10-13; 50-55) which are arranged symmetrically about the circle and which are connected to the central portion (14; 49) with good thermal coupling and apart from that are thermally isolated from each other, each of the peripheral portions (10-13; 50-55) carrying one of the detector components (1-4; 31-36).
A metadata recovery method, applied to a storage array, wherein the storage array comprises a first logical block, the first logical block comprises multiple second logical blocks, each second logical block comprises multiple third logical blocks, a mapping relationship between the first logical block and the multiple second logical blocks is first mapping data, a mapping relationship between each second logical block and the multiple third logical blocks is second mapping data, and the method comprises: when the first mapping data is intact and the second mapping data is corrupted, reading each second logical block in a granularity of a size of the third logical block; obtaining, each time granular data of the size of the third logical block is read, Logical Block Address, LBA stored in the granular data, to obtain an LBA range corresponding to each segment of granular data; determining, by using a correspondence between LBA ranges and identifiers of third logical blocks, an identifier of a third logical block corresponding to the LBA range of each segment of granular data; and generating, when metadata that comprises the determined identifier of the third logical block does not exist in the second mapping data, metadata that comprises the identifier of the third logical block. when the first mapping data is intact and the second mapping data is corrupted, reading each second logical block in a granularity of a size of the third logical block; obtaining, each time granular data of the size of the third logical block is read, Logical Block Address, LBA stored in the granular data, to obtain an LBA range corresponding to each segment of granular data; determining, by using a correspondence between LBA ranges and identifiers of third logical blocks, an identifier of a third logical block corresponding to the LBA range of each segment of granular data; and generating, when metadata that comprises the determined identifier of the third logical block does not exist in the second mapping data, metadata that comprises the identifier of the third logical block.
A method for inspecting a component comprising a cladding layer bonded to a substrate, the method comprising the steps of: applying the cladding layer to a substrate by a cladding process, thereby forming the component; recording a first image of an inspection portion of the cladding layer, the inspection portion having a pattern of markings; causing or allowing a temperature change in the component; recording a second image of the inspection portion; and identifying the deformation of the pattern of markings on the inspection portion by reference to relative movement of the respective markings between the first and second images; wherein the cladding process causes heating of the component to an elevated temperature, the temperature change occurring as a result of cooling of the component from the elevated temperature. applying the cladding layer to a substrate by a cladding process, thereby forming the component; recording a first image of an inspection portion of the cladding layer, the inspection portion having a pattern of markings; causing or allowing a temperature change in the component; recording a second image of the inspection portion; and identifying the deformation of the pattern of markings on the inspection portion by reference to relative movement of the respective markings between the first and second images; wherein the cladding process causes heating of the component to an elevated temperature, the temperature change occurring as a result of cooling of the component from the elevated temperature.
A package for an optical semiconductor element, the package comprising: a stem body or base plate having a sealing hole therein; and a lead pin having a glass sealing portion which is sealed with a sealing glass in the sealing hole, wherein the sealing glass is comprised of a glass material and bubbles dispersed in the glass material, wherein the dielectric constant Er of the sealing glass is adjusted by selecting the amount of bubbles dispersed within the glass material, wherein the package further comprises a further lead pin having a glass sealing portion, wherein the stem body comprises a further sealing hole, in which the further lead pin is sealed with its glass sealing portion by a further sealing glass, wherein the further sealing glass is comprised of a glass material having substantially no bubbles or significantly less bubbles dispersed in the glass material so that the dielectric constant Er of the further sealing glass is larger than the dielectric constant Er of the sealing glass. a stem body or base plate having a sealing hole therein; and a lead pin having a glass sealing portion which is sealed with a sealing glass in the sealing hole, wherein the sealing glass is comprised of a glass material and bubbles dispersed in the glass material, wherein the dielectric constant Er of the sealing glass is adjusted by selecting the amount of bubbles dispersed within the glass material, wherein the package further comprises a further lead pin having a glass sealing portion, wherein the stem body comprises a further sealing hole, in which the further lead pin is sealed with its glass sealing portion by a further sealing glass, wherein the further sealing glass is comprised of a glass material having substantially no bubbles or significantly less bubbles dispersed in the glass material so that the dielectric constant Er of the further sealing glass is larger than the dielectric constant Er of the sealing glass.