mhurhangee/ep-ind-claims huggingface dataset:
An electrode element comprising: an oxide-based positive electrode active material; and a solid electrolyte material that is a sulfide-based solid electrolyte material comprising fluorine, wherein the content of the fluorine ranges from 0.1 mole percent to 20 mole percent with respect to the solid electrolyte material; and the solid electrolyte material has a peak around 190 ppm in F-NMR; and the solid electrolyte material contains phosphorus as a skeletal element, and has a peak around 40 ppm in P-NMR, and a surface of the oxide-based positive electrode active material is coated with an oxide; and the solid electrolyte material is obtainable by amorphizing a mixture containing Li 2 S and P 2 S 5 and a fluoride in which a ratio of Li 2 S and P 2 S 5 in the mixture ranges from 72:28 to 78:22 on a molar basis. an oxide-based positive electrode active material; and a solid electrolyte material that is a sulfide-based solid electrolyte material comprising fluorine, wherein the content of the fluorine ranges from 0.1 mole percent to 20 mole percent with respect to the solid electrolyte material; and the solid electrolyte material has a peak around 190 ppm in F-NMR; and the solid electrolyte material contains phosphorus as a skeletal element, and has a peak around 40 ppm in P-NMR, and a surface of the oxide-based positive electrode active material is coated with an oxide; and the solid electrolyte material is obtainable by amorphizing a mixture containing Li 2 S and P 2 S 5 and a fluoride in which a ratio of Li 2 S and P 2 S 5 in the mixture ranges from 72:28 to 78:22 on a molar basis.
Device for the mixing of polymethylmethacrylate bone cement and for storage of the starting components of the bone cement, in particular of a monomer liquid and a cement powder as starting components of the bone cement, the device comprising a cartridge (8, 68) with an internal space for the mixing of the bone cement, whereby the internal space is closed on one side by a mobile dispensing plunger (26, 28, 86, 88); a receptacle (4, 64) with side walls, at least regions of which are closed, for accommodation of a monomer liquid container (5, 65), whereby the receptacle (4, 64) comprises at least one deformable closed side wall (6, 66); a sieve (42, 102) and/or a filter (42, 102) that is or are arranged below the receptacle (4, 64) such that the content of the opened monomer liquid container (5, 65) flows through the sieve (42, 102) and/or the filter (42, 102); a connecting conduit (9, 69) through which the monomer liquid can be conducted into the internal space of the cartridge (8, 68); a hollow cylinder (1, 61) that is connected to the connecting conduit (9, 69) and is connected to the receptacle (4, 64) by means of a fluid connection (44, 104) such that the hollow cylinder (1, 61) is arranged in a fluid conduit (9, 44, 69, 104) between the receptacle (4, 64) and the internal space of the cartridge (8, 68), whereby a pumping plunger (2, 62) that can be shifted axially in the hollow cylinder (1, 61) is arranged in the hollow cylinder (1, 61); and an opening facility (3, 63) that is supported, such as to be mobile, against the deformable side wall (6, 66) of the receptacle (4, 64), whereby the opening facility (3, 63) extends all the way into the hollow cylinder (1, 61), whereby the opening facility (3, 63) can be pushed against the deformable side wall (6, 66) of the receptacle (4, 64) by pushing the pumping plunger (2, 62) into the hollow cylinder (1, 61), such that the deformable side wall (6, 66) deforms appropriately such that a monomer liquid container (5, 65) situated in the receptacle (4, 64) can be opened by means of the pressure of the opening facility (3, 63).
Piezoelectric transformer having a surface structure, wherein a gas is arranged in a gap between the piezoelectric transformer and a counter electrode, wherein the piezoelectric transformer has a contour and is suitable for discharging the gas in conjunction with the counter electrode for generating a plasma, wherein the surface structure is configured such that the gas discharge takes place at a multiplicity of discharge initiation points on the contour, and wherein the width of a surface structure segment of the surface structure is smaller than the width of the piezoelectric transformer, and wherein the surface structure has a polygonal design and comprises a plurality of surface structure segments, and characterized in that the surface structure has at least one protruding surface structure segment.
A tampon applicator, comprising: an outer tube with an absorber stored inside; an inner tube which is inserted inside the outer tube, which is movable towards into the outer tube to push the absorber to the outside of the outer tube; and an auxiliary grip member (10, 20, 30, 40, 50, 60), wherein an aperture by which the absorber is to be pushed out is formed at one end of the outer tube, and a grip unit configured to be gripped by the user is formed at the other end of the outer tube, the auxiliary grip member (10, 20, 30, 40, 50, 60) includes a cover unit (11, 21, 31, 41, 51, 61) configured to cover an outer circumference surface of the grip unit of the outer tube, and a collar unit (12, 22, 32, 42, 52, 62) extending radially outwards from an outer circumferential surface of the cover unit (11, 21, 31, 41, 51, 61) of the outer tube, wherein a concavity recessed from the outer circumference surface towards the inner side of the radial direction is formed on the outer circumference surface of the cover unit (11, 21, 31, 41, 51, 61). an outer tube with an absorber stored inside; an inner tube which is inserted inside the outer tube, which is movable towards into the outer tube to push the absorber to the outside of the outer tube; and an auxiliary grip member (10, 20, 30, 40, 50, 60),
A user-initiated fluid pathway connection comprises: a connection hub, a piercing member, a sterile sleeve, and a drug container having a cap, a pierceable seal, a barrel, and a plunger seal, the drug container having a proximal end, the cap and pierceable seal being disposed at that proximal end of the drug container, the sterile sleeve having a proximal end and a distal end, and the distal end of the sterile sleeve being coupled to the proximal end of the drug container, wherein the piercing member is initially retained within the sterile sleeve between the connection hub and the pierceable seal of the drug container. a connection hub, a piercing member, a sterile sleeve, and a drug container having a cap, a pierceable seal, a barrel, and a plunger seal, the drug container having a proximal end, the cap and pierceable seal being disposed at that proximal end of the drug container, the sterile sleeve having a proximal end and a distal end, and the distal end of the sterile sleeve being coupled to the proximal end of the drug container, wherein the piercing member is initially retained within the sterile sleeve between the connection hub and the pierceable seal of the drug container.
An apparatus comprising: an array of magnetoresistive, MRAM, bitcells having first and adjacent second rows of MRAM bitcells wherein each bitcell includes a ferromagnetic device having a polarization which in a first bit value storage state is one of parallel and anti-parallel polarization and in a second bit value storage state is the other of parallel and anti- parallel polarization; and control circuitry configured to access a bitcell of the first row wherein said access generates a first magnetic field and wherein said control circuitry is further configured to mitigate a first magnetic field of the first row to maintain a bit value storage state of a bitcell of the second row characterized by said control circuitry configured to mitigate a first magnetic field includes a detector configured to detect repeated access to the first row and a driver configured to suspend access to the first row in response to said detection, wherein a first magnetic field of the first row is mitigated in response to said detection to maintain a bit value storage state of a bitcell of the second row. an array of magnetoresistive, MRAM, bitcells having first and adjacent second rows of MRAM bitcells wherein each bitcell includes a ferromagnetic device having a polarization which in a first bit value storage state is one of parallel and anti-parallel polarization and in a second bit value storage state is the other of parallel and anti- parallel polarization; and control circuitry configured to access a bitcell of the first row wherein said access generates a first magnetic field and wherein said control circuitry is further configured to mitigate a first magnetic field of the first row to maintain a bit value storage state of a bitcell of the second row characterized by said control circuitry configured to mitigate a first magnetic field includes a detector configured to detect repeated access to the first row and a driver configured to suspend access to the first row in response to said detection, wherein a first magnetic field of the first row is mitigated in response to said detection to maintain a bit value storage state of a bitcell of the second row.
A dish washer comprising: a tub for receiving dishes; an upper arm and a lower arm provided in the tub to spray water to the dishes; a sump having a collection part that provides a space for collecting and storing wash water; an impeller disposed above the collection part for pumping the wash water; a washing motor fitted through a bottom of the sump and axially coupled to the impeller in the vertical direction; a filter unit disposed at one side of the collection part for filtering at least some of wash water directed from the tub to the collection part of the sump; a filth receiving chamber for receiving filth filtered out by the filter unit, and a housing assembly having: a pump compartment communicating with the collection part of the sump, the impeller being located in the pump compartment, a flow channel control compartment communicating with the pump compartment; a first flow channel configured to connect the flow channel control compartment with the lower arm; a second flow channel configured to connect the flow channel control compartment with the upper arm; and a flow channel control valve provided in the flow channel control compartment for controlling the flow channels (141, 142), wherein the pump compartment and the flow channel control compartment are disposed on the same plane. a tub for receiving dishes; an upper arm and a lower arm provided in the tub to spray water to the dishes; a sump having a collection part that provides a space for collecting and storing wash water; an impeller disposed above the collection part for pumping the wash water; a washing motor fitted through a bottom of the sump and axially coupled to the impeller in the vertical direction; a filter unit disposed at one side of the collection part for filtering at least some of wash water directed from the tub to the collection part of the sump; a filth receiving chamber for receiving filth filtered out by the filter unit, and a pump compartment communicating with the collection part of the sump, the impeller being located in the pump compartment, a flow channel control compartment communicating with the pump compartment; a first flow channel configured to connect the flow channel control compartment with the lower arm; a second flow channel configured to connect the flow channel control compartment with the upper arm; and a flow channel control valve provided in the flow channel control compartment for controlling the flow channels (141, 142), wherein the pump compartment and the flow channel control compartment are disposed on the same plane.
An air-conditioning apparatus in which a compressor, a first heat exchanger, an expansion device, and a second heat exchanger are connected by pipes to form a refrigeration cycle, and a non-azeotropic refrigerant mixture is adopted as a refrigerant circulating in the refrigeration cycle, the air-conditioning apparatus comprising: first temperature detection means disposed on an inlet side of the expansion device; second temperature detection means disposed on an outlet side of the expansion device; and a controller (57, 58), characterized in that the controller (57, 58) is configured to calculate an evaporating temperature Te* and a dew-point temperature Tdew* from a quality Xr of the refrigerant on a downstream side of the expansion device, a temperature glide ΔT determined by a difference between a boiling temperature and a dew-point temperature at a predetermined pressure, and a refrigerant temperature detected by the second temperature detection means, the controller being further configured to calculate the quality Xr on a basis of an inlet liquid enthalpy calculated on a basis of a refrigerant temperature detected by the first temperature detection means, and a saturated liquid enthalpy and a saturated gas enthalpy calculated on a basis of the refrigerant temperature detected by the second temperature detection means. first temperature detection means disposed on an inlet side of the expansion device; second temperature detection means disposed on an outlet side of the expansion device; and a controller (57, 58), characterized in that the controller (57, 58) is configured to calculate an evaporating temperature Te* and a dew-point temperature Tdew* from a quality Xr of the refrigerant on a downstream side of the expansion device, a temperature glide ΔT determined by a difference between a boiling temperature and a dew-point temperature at a predetermined pressure, and a refrigerant temperature detected by the second temperature detection means, the controller being further configured to calculate the quality Xr on a basis of an inlet liquid enthalpy calculated on a basis of a refrigerant temperature detected by the first temperature detection means, and a saturated liquid enthalpy and a saturated gas enthalpy calculated on a basis of the refrigerant temperature detected by the second temperature detection means.
A system for joining biological elements, comprising: a plate defining a first longitudinal side and comprising: a first portion including a first staple holding element; and a second portion including a second staple holding element and at least one dowel hole and defining a second lateral width measured from the first longitudinal side that is wider than a first lateral width of the first portion; the system being characterized in that it comprises at least one dowel extending from the at least one dowel hole configured for insertion into a corresponding dowel channel to contact both a first biological element and a second biological element, wherein the at least one dowel extends longitudinally toward the first portion and laterally across a midline of the second lateral width of the second portion. a plate defining a first longitudinal side and comprising: a first portion including a first staple holding element; and a second portion including a second staple holding element and at least one dowel hole and defining a second lateral width measured from the first longitudinal side that is wider than a first lateral width of the first portion; a first portion including a first staple holding element; and a second portion including a second staple holding element and at least one dowel hole and defining a second lateral width measured from the first longitudinal side that is wider than a first lateral width of the first portion; the system being characterized in that it comprises at least one dowel extending from the at least one dowel hole configured for insertion into a corresponding dowel channel to contact both a first biological element and a second biological element, wherein the at least one dowel extends longitudinally toward the first portion and laterally across a midline of the second lateral width of the second portion.
A method of detecting Quick User Datagram Protocol Internet Connections, QUIC, traffic in a telecommunication network between a User Equipment, UE, and a Content Provider, CP, wherein said UE has an established application session with said CP, for a particular application, using QUIC as transport protocol, wherein said method comprises: - receiving, by a User Plane Function, UPF, comprised by said telecommunication network, from said CP, a list of QUIC connection identifiers that identify said established application session between said UE and said CP, wherein the list comprises three to five, five to eight, or eight to twenty QUIC connection identifiers; - receiving, by said UPF, a QUIC packet comprising a QUIC connection identifier; - detecting, by said UPF, said QUIC traffic by determining that said QUIC connection identifier of said received QUIC packet is comprised by said list of QUIC connection identifiers. - receiving, by a User Plane Function, UPF, comprised by said telecommunication network, from said CP, a list of QUIC connection identifiers that identify said established application session between said UE and said CP, wherein the list comprises three to five, five to eight, or eight to twenty QUIC connection identifiers; - receiving, by said UPF, a QUIC packet comprising a QUIC connection identifier; - detecting, by said UPF, said QUIC traffic by determining that said QUIC connection identifier of said received QUIC packet is comprised by said list of QUIC connection identifiers.
A method for controlling a multi sensor solar collection system (100, 400), the method comprising: providing a plurality of different sets of solar cells (130a-i, 430a-i), wherein the different sets of the solar cells (130a-i, 430a-i) have different spectral response properties; tracking, with a solar tracker (180, 480), a light source for a light beam, wherein the solar tracker (180, 480) is able to control the movement of a housing (190, 490) that houses at least one focusing element (110, 410) and the plurality of different sets of solar cells (130a-i, 430a-i); characterized in that the method further comprises: moving the housing, by means of the solar tracker, according to a current light condition so the at least one focusing element (110, 410) focuses the light beam on a first set of the solar cells according to the current light condition; and moving the housing, by means of the solar tracker, according to a change in the current light condition so the at least one focusing element focuses the light beam onto a second set of the solar cells. providing a plurality of different sets of solar cells (130a-i, 430a-i), wherein the different sets of the solar cells (130a-i, 430a-i) have different spectral response properties; tracking, with a solar tracker (180, 480), a light source for a light beam, wherein the solar tracker (180, 480) is able to control the movement of a housing (190, 490) that houses at least one focusing element (110, 410) and the plurality of different sets of solar cells (130a-i, 430a-i); characterized in that the method further comprises: moving the housing, by means of the solar tracker, according to a current light condition so the at least one focusing element (110, 410) focuses the light beam on a first set of the solar cells according to the current light condition; and moving the housing, by means of the solar tracker, according to a change in the current light condition so the at least one focusing element focuses the light beam onto a second set of the solar cells. moving the housing, by means of the solar tracker, according to a current light condition so the at least one focusing element (110, 410) focuses the light beam on a first set of the solar cells according to the current light condition; and moving the housing, by means of the solar tracker, according to a change in the current light condition so the at least one focusing element focuses the light beam onto a second set of the solar cells.
An information processing apparatus comprising: a data generation unit configured to generate first license communication information using first device information, the first device information being information including a first reference date and time and a device unique key, the first reference date and time being a date and time set using a hardware clock of an electronic device and being a date and time used for period management of a license, the device unique key being a key unique to the electronic device, and the first license communication information being information including an expiration time of the license and the first reference date and time and used for installing the license in the electronic device; and a license management unit configured to set the expiration time on a basis of the first reference date and time. a data generation unit configured to generate first license communication information using first device information, the first device information being information including a first reference date and time and a device unique key, the first reference date and time being a date and time set using a hardware clock of an electronic device and being a date and time used for period management of a license, the device unique key being a key unique to the electronic device, and the first license communication information being information including an expiration time of the license and the first reference date and time and used for installing the license in the electronic device; and a license management unit configured to set the expiration time on a basis of the first reference date and time.
A nonwoven industrial fabric comprising a first layer secured to a second layer, with each layer comprising a plurality of profiling protrusions (172, 102), with each profiling protrusion (172, 102) including at least one flow-through aperture (174, 104), wherein: (a) at least a portion of the flow-through apertures of the first layer is aligned with at least a portion of the flow-through apertures of the second layer; (b) in addition to the plurality of profiling protrusions, the first layer also comprises a plurality of securing protrusions integral to the first layer; (c) the second layer comprises a plurality of detents integral to the second layer; and (d) the first layer is secured to the second layer by a plurality of locking pairs, each locking pair comprising a securing protrusion lockably engaged with a detent. (a) at least a portion of the flow-through apertures of the first layer is aligned with at least a portion of the flow-through apertures of the second layer; (b) in addition to the plurality of profiling protrusions, the first layer also comprises a plurality of securing protrusions integral to the first layer; (c) the second layer comprises a plurality of detents integral to the second layer; and (d) the first layer is secured to the second layer by a plurality of locking pairs, each locking pair comprising a securing protrusion lockably engaged with a detent.
An equipment for cold-drawing a metal wire, said equipment comprising a sequence of a sleeve and a drawing die in the wire advance path, said sleeve comprising a hole for inserting the wire to be drawn and said drawing die comprising a conical hole, first sleeve support means and second drawing die support means coupled to one another so as to keep said sleeve and said drawing die in place to allow the wire advance path from the sleeve to the drawing die, said first support means comprising a hole for inserting the metal wire which precedes the sleeve hole in the metal wire advance path, said hole of the first support means being coaxial with the sleeve hole and having a smaller diameter than the initial opening of the sleeve hole in the metal wire advance path, said hole of the sleeve comprising an initial truncated-cone-shaped part, the larger diameter base of which is the initial opening of the sleeve hole in the metal wire advance path, characterized in that the walls of said initial truncated-cone-shaped part of the sleeve hole form an angle of less than 30° with the hole axis.