mhurhangee/ep-ind-claims huggingface dataset:
An implant device configured to be mounted within a body of an animal, the implant device comprising: a housing including a part configured to protrude across a skin of the animal through an opening in the skin of the animal, the part defining an indentation configured to mate with a corresponding mating member of an external charger having an energy transmitting element; and an energy receiving element disposed in the housing, the energy receiving element configured to be electrically connected to an energy-consuming device and configured to receive energy wirelessly from the energy transmitting element when the external charger is mated with the housing. a housing including a part configured to protrude across a skin of the animal through an opening in the skin of the animal, the part defining an indentation configured to mate with a corresponding mating member of an external charger having an energy transmitting element; and an energy receiving element disposed in the housing, the energy receiving element configured to be electrically connected to an energy-consuming device and configured to receive energy wirelessly from the energy transmitting element when the external charger is mated with the housing.
Refrigeration appliance comprising at least one compartment (RC, FZ) for food preservation, a control circuit (C1, C2, C3) driving a refrigeration circuit comprising a variable cooling capacity compressor, a condenser, an evaporator and a fan for blowing air over said evaporator, the compartment (RC, FZ) comprising a temperature sensor (10, 18) and a humidity sensor, the control circuit being adapted to control the cooling capacity of the compressor and the working condition of the fan on the basis of a close loop control system and according to set temperature and humidity values, characterized in that the control circuit is adapted to run the compressor at a cooling capacity so that the evaporator temperature is above dew point and to run the fan with the compressor when there is a high cooling demand and the humidity level is lower than the set value.
A multi-cell Voltage Source Converter having at least one phase leg connecting to opposite poles (5, 6) of a direct voltage side of the converter and comprising a series connection of switching elements, each said switching element having on one hand at least two semiconductor chips (30, 31) and on the other at least one energy storing capacitor, a mid point of said series connection forming a phase output being configured to be connected to an alternating voltage side of the converter and to divide the phase leg into an upper valve branch and a lower valve branch, characterized in that said semi-conductor chips (30, 31) of said switching elements are arranged in stacks (S, 51, 52) comprising each at least two semi-conductor chips, and that the converter comprises an arrangement configured to apply a pressure to opposite ends (40, 41) of each said stack for pressing said chips towards each other so as to obtain electric contact between semiconductor chips in said stack, wherein said semiconductor chips (30, 31) have a plate-like structure and are arranged with the large sides thereof directed in the direction of the extension of the stack, at least two semiconductor chips (30, 31) belong to the same switching element and adjacent semiconductor chips belonging to the same switching element are separated by a metal plate (32-34, 54, 55) sandwiched therebetween for obtaining an electrical connection between the two chips by pressing them against said metal plate, wherein each said stack has the semiconductor chips (30, 31) of one switching element arranged in a sub-stack, that all said sub-stacks to be pressed together by one and the same said arrangement are arranged on top of each other in one single stack, that an electrically insulating layer is sandwiched between and separates adjacent such sub-stacks, and that a conductor is arranged for electrically connecting adjacent sub-stacks and by that adjacent switching elements in said series connection to each other.
A method of removing mercury from a gas hydrocarbon stream from a hydrocarbon cracker, and the stream comprises mercury and further comprises olefins, oxygenated by-products, dienes, and hydrocarbons other than dienes, the method comprising: contacting the stream with a composition comprising: (a) a solid, porous, refractory support material having a surface acidity in the range of 0.1 -10.0 μmole of irreversible NH 3 /g of support as measured by ammonia chemisorption; and (b) silver in the form of reduced silver. (a) a solid, porous, refractory support material having a surface acidity in the range of 0.1 -10.0 μmole of irreversible NH 3 /g of support as measured by ammonia chemisorption; and (b) silver in the form of reduced silver.
An Integrated Access and Backhaul, IAB, node (10: 10A), comprising: a Mobile Termination, MT section, configured to receive a master information block, and a system information block 1, SIB1; and a control section configured to ignore, in the master information block, a first parameter for indicating that initial access to a cell is barred and to determine whether or not the initial access to the cell is barred based on a second parameter, in the SIB 1, indicating whether or not the initial access to the cell is barred. a Mobile Termination, MT section, configured to receive a master information block, and a system information block 1, SIB1; and a control section configured to ignore, in the master information block, a first parameter for indicating that initial access to a cell is barred and to determine whether or not the initial access to the cell is barred based on a second parameter, in the SIB 1, indicating whether or not the initial access to the cell is barred.
Control unit for controlling an inverter with a DC link capacitor, with a plurality of output phases and with a plurality of switching elements (13, 14) being arranged in half bridges and being connected to the DC link capacitor and the output phases, wherein in a failure mode the control unit is configured to control the switching elements (13, 14) to adopt an active short circuit state, in which the output phases are short-circuited, wherein the control unit is configured to control the switching elements (13, 14) - to be transferred from the active short circuit state into a freewheeling state, in which the switching elements (13, 14) of one half bridge are turned off, if - a first condition, according to which a voltage measuring signal representing a voltage dropping over the DC link capacitor is indicative that the voltage between a positive potential of the DC link capacitor and a negative potential of the DC link capacitor is below a predefined positive voltage threshold, and - a second condition, according to which a current measuring signal representing a current flowing between an input of the inverter and the switching elements (13, 14) is indicative that the current in a direction from the positive potential to the negative potential is above or equal to a predefined current threshold being below zero, are fulfilled, and - to maintain and/or adopt the active short circuit state, if the first condition is fulfilled and the second condition is not fulfilled. - to be transferred from the active short circuit state into a freewheeling state, in which the switching elements (13, 14) of one half bridge are turned off, if - a first condition, according to which a voltage measuring signal representing a voltage dropping over the DC link capacitor is indicative that the voltage between a positive potential of the DC link capacitor and a negative potential of the DC link capacitor is below a predefined positive voltage threshold, and - a second condition, according to which a current measuring signal representing a current flowing between an input of the inverter and the switching elements (13, 14) is indicative that the current in a direction from the positive potential to the negative potential is above or equal to a predefined current threshold being below zero, - to maintain and/or adopt the active short circuit state, if the first condition is fulfilled and the second condition is not fulfilled.
A terminal device configured to communicate with a base station apparatus through uplink, the terminal device comprising: an information generation unit configured to perform a logical channel prioritization procedure for the uplink in a case that new transmission is performed, and for the logical channel prioritization procedure, take into account priorities of a plurality of MAC control elements, wherein the plurality of MAC control elements includes a first MAC control element and a second MAC control element, the first MAC control element is used to provide the base station apparatus with information on an amount of first data available for transmission in a first buffer for the uplink, the second MAC control element is used to provide the base station apparatus with information on an amount of second data available for transmission in a second buffer for a first link that is used for direct communication between the terminal device and another terminal device (1B, 1C), and for the logical channel prioritization procedure, except in a case that the first MAC control element is included for padding, the first MAC control element is higher in priority than the second MAC control element. an information generation unit configured to perform a logical channel prioritization procedure for the uplink in a case that new transmission is performed, and for the logical channel prioritization procedure, take into account priorities of a plurality of MAC control elements, wherein the plurality of MAC control elements includes a first MAC control element and a second MAC control element, the first MAC control element is used to provide the base station apparatus with information on an amount of first data available for transmission in a first buffer for the uplink, the second MAC control element is used to provide the base station apparatus with information on an amount of second data available for transmission in a second buffer for a first link that is used for direct communication between the terminal device and another terminal device (1B, 1C), and for the logical channel prioritization procedure, except in a case that the first MAC control element is included for padding, the first MAC control element is higher in priority than the second MAC control element.
A method performed by a terminal in a wireless communication system, the method comprising: receiving, from a base station, a control message for adding at least one secondary cell, SCell, of the base station; receiving, from the base station, a first message including first information for activating a SCell of the at least one SCell; activating the SCell based on the first information for activating the SCell; receiving, from the base station, a second message including second information for deactivating the SCell; and deactivating the SCell based on the second information for deactivating the SCell, wherein, in case that the activated SCell is a physical uplink control channel, PUCCH, SCell, the activating of the SCell comprises performing a channel state information, CSI, reporting on the SCell from a first timing to a second timing, and wherein the first timing is determined by adding a first predetermined value to a timing at which the first message is received, and the second timing is determined by adding a second predetermined value to the timing at which the first message is received, and wherein in case that the SCell is the PUCCH SCell, the deactivating the SCell comprises deactivating the performing of the CSI reporting on the SCell at a third timing, and wherein the third timing is determined by adding a third predetermined value to a timing at which the second message is received. receiving, from a base station, a control message for adding at least one secondary cell, SCell, of the base station; receiving, from the base station, a first message including first information for activating a SCell of the at least one SCell; activating the SCell based on the first information for activating the SCell; receiving, from the base station, a second message including second information for deactivating the SCell; and deactivating the SCell based on the second information for deactivating the SCell, wherein, in case that the activated SCell is a physical uplink control channel, PUCCH, SCell, the activating of the SCell comprises performing a channel state information, CSI, reporting on the SCell from a first timing to a second timing, and wherein the first timing is determined by adding a first predetermined value to a timing at which the first message is received, and the second timing is determined by adding a second predetermined value to the timing at which the first message is received, and wherein in case that the SCell is the PUCCH SCell, the deactivating the SCell comprises deactivating the performing of the CSI reporting on the SCell at a third timing, and wherein the third timing is determined by adding a third predetermined value to a timing at which the second message is received.
A stent device deployment apparatus comprising: a) a body having an internal bore, and a distal end, a side window, and a longitudinal axis, the body including a hinged cover and further including a locking pin that locks the hinged cover in a closed position, the body further including a bore restriction at the distal end of the body, the bore restriction including two circumferential slots extending along the longitudinal axis; b) a sheath extending through the internal bore and the bore restriction; and c) a pull strap coupled to the sheath. a) a body having an internal bore, and a distal end, a side window, and a longitudinal axis, the body including a hinged cover and further including a locking pin that locks the hinged cover in a closed position, the body further including a bore restriction at the distal end of the body, the bore restriction including two circumferential slots extending along the longitudinal axis; b) a sheath extending through the internal bore and the bore restriction; and c) a pull strap coupled to the sheath.
An inkjet printing apparatus comprising: a printing unit configured to perform printing on a medium, the printing unit comprising a head unit, a carriage on which the head unit is mounted, and a carriage moving unit configured to move the carriage in a width direction of the medium that intersects with a transport direction; a transport belt configured to support the medium; a driving roller configured to transport the medium in the transport direction by rotating the transport belt, the medium being intermittently transported in accordance with a printing operation; a heating and pressing portion which has a heater, is provided on an upstream side of the printing unit in the transport direction, and is provided to be movable along the transport direction while heating the medium and pressing the medium against the transport belt; and a control unit configured to control a movement and a temperature of the heating and pressing portion. a printing unit configured to perform printing on a medium, the printing unit comprising a head unit, a carriage on which the head unit is mounted, and a carriage moving unit configured to move the carriage in a width direction of the medium that intersects with a transport direction; a transport belt configured to support the medium; a driving roller configured to transport the medium in the transport direction by rotating the transport belt, the medium being intermittently transported in accordance with a printing operation; a heating and pressing portion which has a heater, is provided on an upstream side of the printing unit in the transport direction, and is provided to be movable along the transport direction while heating the medium and pressing the medium against the transport belt; and a control unit configured to control a movement and a temperature of the heating and pressing portion.
A test device for detecting the presence or absence of an analyte in a liquid sample comprising: a mobilization zone comprising a mobilizeable ligand and a mobilizable antibody, wherein the mobilizable antibody can specifically bind either the analyte or the mobilizable ligand but not both simultaneously; a blocking zone located downstream from the mobilization zone, wherein the blocking zone comprises an immobilized trapping receptor that binds the mobilizable ligand; and a detection zone located downstream from the blocking zone, wherein the detection zone comprises an immobilized detecting receptor that binds the mobilizable antibody. a mobilization zone comprising a mobilizeable ligand and a mobilizable antibody, wherein the mobilizable antibody can specifically bind either the analyte or the mobilizable ligand but not both simultaneously; a blocking zone located downstream from the mobilization zone, wherein the blocking zone comprises an immobilized trapping receptor that binds the mobilizable ligand; and a detection zone located downstream from the blocking zone, wherein the detection zone comprises an immobilized detecting receptor that binds the mobilizable antibody.
A lyophilization device comprising: a lyophilization chamber containing at least one heat sink comprising a heat sink surface in thermal communication with a refrigerant; wherein a tray providing a tray surface is arranged above each and every heat sink surface and a thermal insulator is disposed between each and every heat sink surface and tray so that containers holding a liquid solution to be lyophilized are carried by the tray surface(s) and cannot sit on or in direct thermal conductivity with the heat sink(s). a lyophilization chamber containing at least one heat sink comprising a heat sink surface in thermal communication with a refrigerant;
A cascade type thrust reverser device for a turbomachine of an aircraft, comprising a thrust reverser cascade and a casing, the cascade extending in a first plane defining a first direction (D A) and a second direction (D C) and including first cavities, the casing comprising an opening extending in a plane orthogonal to said first direction (D A) and defining a housing wherein the cascade can be inserted in said first direction (D A), and the casing and said cascade being in relative translation with respect to one another in the first direction (D A) between a first position of the device in which the cascade is entirely positioned in the housing and a second position of the device in which said cascade is at least partially outside said housing, the casing further comprising an acoustic treatment panel including second cavities extending in a second plane parallel to the first plane, characterized in that each first cavity faces a second cavity when the device is in the first position to form an acoustic treatment cell.
Use of a device having a first set of tines projecting in a comb-like manner from a first web and having tines extending substantially parallel to one another, and a covering element adjustably narrowing the free space between the tines, as a scalp protection means which can be inserted into the hair and forms a mechanical barrier when applying flowable hair treatment agents.
A dentifrice comprising chitosan or pharmaceutically acceptable acid addition salt thereof, fluoride ions and an abrasive, for use against erosive tooth demineralization, wherein the dentifrice is a toothpaste comprising a liquid phase and comprising tin dissolved in the liquid phase; wherein the chitosan comprises unmodified chitosan; wherein the amount of chitosan or pharmaceutically acceptable acid addition salt thereof is 0.01 to 5% based on the dentifrice; and wherein the fluoride ion content is from 200 to 2000 ppm based on the dentifrice.
A battery sleeve for extending the operational life of a battery, comprising: a positive conductive electrode configured such that when the battery sleeve is coupled to a battery, the positive conductive electrode is insulated by an insulating layer from the positive terminal of the battery; a negative conductive electrode configured so that when the battery sleeve is coupled to the battery, the negative conductive electrode is in electrical contact with the negative terminal of the battery; and a voltage regulator circuit adapted so that when the battery sleeve is coupled to a battery, the voltage regulator circuit receives voltages provided on the positive and negative terminals of the battery and provides an output signal on an output terminal electrically connected to the positive conductive electrode, the voltage regulator circuit being further adapted to provide a substantially constant output voltage as the output voltage of the battery is reduced, the voltage regulator being further adapted so that when a battery is coupled to power a battery-operated device through the battery sleeve, the output signal is provided to the battery-operated device through the positive conductive electrode, wherein the battery sleeve is adapted to be removable and reusable. a positive conductive electrode configured such that when the battery sleeve is coupled to a battery, the positive conductive electrode is insulated by an insulating layer from the positive terminal of the battery; a negative conductive electrode configured so that when the battery sleeve is coupled to the battery, the negative conductive electrode is in electrical contact with the negative terminal of the battery; and a voltage regulator circuit adapted so that when the battery sleeve is coupled to a battery, the voltage regulator circuit receives voltages provided on the positive and negative terminals of the battery and provides an output signal on an output terminal electrically connected to the positive conductive electrode, the voltage regulator circuit being further adapted to provide a substantially constant output voltage as the output voltage of the battery is reduced, the voltage regulator being further adapted so that when a battery is coupled to power a battery-operated device through the battery sleeve, the output signal is provided to the battery-operated device through the positive conductive electrode, wherein the battery sleeve is adapted to be removable and reusable.
A high-strength steel material for oil well having a chemical composition consisting, by mass percent, of C: 0.70 to 1.8%, Si: 0.05 to 1.00%, Mn: 16.0 to 25.0%, Al: 0.003 to 0.06%, P: 0.03% or less, S: 0.03% or less, N: 0.10% or less, V: more than 0.5% and 2.0% or less, Cr: 0 to 2.0%, Mo: 0 to 3.0%, Cu: 0 to 1.5%, Ni: 0 to 1.5%, Nb: 0 to 0.5%, Ta: 0 to 0.5%, Ti: 0 to 0.5%, Zr: 0 to 0.5%, Ca: 0 to 0.005%, Mg: 0 to 0.005%, B: 0 to 0.015%, the balance: Fe and impurities, satisfying the following formula (i), wherein a metal micro-structure consists of an austenite single phase, with less than 0.1% by total volume fraction of α' martensite and ferrite, and 10% or less by volume fraction of ε martensite of an HCP structure being allowed, V carbides having circle equivalent diameters of 5 to 100 nm exist at a number density of 20 pieces/μm 2 or higher, and a yield strength is 654 MPa or higher; 0.6 ≤ C − 0.18 ⁢ V − 0.06 ⁢ Cr < 1.44 where, the symbol of an element in the formula represents the content (mass%) of the element contained in the steel material, and is made zero in the case where the element is not contained.