mhurhangee/ep-ind-claims huggingface dataset:
Device for conveying a fuel, comprising a filling chamber having an inlet for filling the filling chamber with the fuel, a conveying portion for conveying the fuel via an outlet, and a transition from the filling chamber to the conveying portion, wherein a means for closing the transition between the filling chamber and the conveying portion is provided, wherein the closing means comprises an actuator and is designed so as to be able to close the transition by moving the actuator counter to the direction of transfer of the fuel from the filling chamber to the conveying portion in order to switch between an open position and a closed position of the transition, in order to allow communication between the filling chamber and the conveying portion in the open position and separation of the conveying portion from the filling chamber in the closed position, wherein the filling chamber has a feed line for feeding compressed air as a gaseous transport medium in order to transfer the fuel, filled through the inlet into the filling chamber, into the conveying portion in the open position of the transition and in order to dispense the fuel from the conveying portion out of the outlet, wherein the filling chamber is filled with the fuel by means of a gaseous transport medium, wherein an exhaust air opening is provided in order to discharge the gaseous transport medium and wherein a means for separating the fuel is provided, which means is designed so as to allow the fuel to be separated from the gaseous transport medium such that the fuel reaches the filling chamber and the gaseous transport medium escapes through the exhaust air opening.
A member for semiconductor manufacturing apparatuses, comprising a ceramic component and a metal component bonded together with a thermosetting sheet, wherein the thermosetting sheet is made of a cured epoxy-acrylic adhesive, and characterized in that the adhesive contains an epoxy resin capable of hydrogen transfer type polyaddition, an acrylate or methacrylate polymer, and a curing agent.
A process of wood mineralization comprising the following phases: - an impregnation phase, wherein the wood is with the use of vacuum and/or overpressure impregnated with an impregnating agent, which is an aqueous solution of at least one metal beta-keto carboxylate or a mixture of different metal beta-carboxylates, wherein the concentration of metal beta-carboxylate or a mixture of different metal beta-carboxylates in the aqueous solution is up to 30% by weight, wherein the metal beta-carboxylate is a metal acetoacetate selected from calcium acetoacetate Ca(OAcAc) 2, magnesium acetoacetate Mg(OAcAc) 2 or strontium acetoacetate Sr(OAcAc) 2 or mixtures thereof in any weight ratio, and whereby the impregnating agent penetrates deep into the structure of the wood; - an after-treatment phase of the impregnated wood, whereby by regulating the temperature, humidity and exposure time of the impregnated wood to these conditions or by exposing the impregnated wood to ultrasound the metal acetoacetate(s) is converted into carbonate(s), whereby fire properties, resistance to decaying fungi and/or mechanical properties of wood are improved. - an impregnation phase, wherein the wood is with the use of vacuum and/or overpressure impregnated with an impregnating agent, which is an aqueous solution of at least one metal beta-keto carboxylate or a mixture of different metal beta-carboxylates, wherein the concentration of metal beta-carboxylate or a mixture of different metal beta-carboxylates in the aqueous solution is up to 30% by weight, wherein the metal beta-carboxylate is a metal acetoacetate selected from calcium acetoacetate Ca(OAcAc) 2, magnesium acetoacetate Mg(OAcAc) 2 or strontium acetoacetate Sr(OAcAc) 2 or mixtures thereof in any weight ratio, and whereby the impregnating agent penetrates deep into the structure of the wood; - an after-treatment phase of the impregnated wood, whereby by regulating the temperature, humidity and exposure time of the impregnated wood to these conditions or by exposing the impregnated wood to ultrasound the metal acetoacetate(s) is converted into carbonate(s), whereby fire properties, resistance to decaying fungi and/or mechanical properties of wood are improved.
A support for a plate-shaped furniture part, in particular a drawer bottom, wherein the support has an abutment limb with at least one tab which is bendable towards the furniture part, characterized in that the at least one tab, in a starting position, is disposed within an opening of the abutment limb, and the tab and/or the edge of the opening has or have a guide device, wherein the tab - preferably by screwing into a screw - is moved laterally towards the edge of the opening and, by way of the guide device, protrudes from the opening in a holding position towards the furniture part.
A method for an industrial controller, the method comprising: receiving a call for an add-on instruction, the call being associated with a program executing within the controller; determining a current state of the add-on instruction; selecting a set of control logic based on the determined state of the add-on instruction; and executing the selected control logic; characterized in that the add-on instruction is associated with one or more sets of control logic, and the state of the add-on instruction is one of a normal state, a pre-scan state, a post-scan state, and an enable-false state, and the method further comprises: obtaining context information related to the call for the add-on instruction, wherein the context information includes the call for the add-on instruction, a callerof the call, an instruction called, a location of the call, a passed reference to a complex data type associated with the add-on instruction, a passed reference to an object associated with the add-on instruction, and an instance of data of the add-on instruction; and providing the context information within a user interface. receiving a call for an add-on instruction, the call being associated with a program executing within the controller; determining a current state of the add-on instruction; selecting a set of control logic based on the determined state of the add-on instruction; and executing the selected control logic; characterized in that the add-on instruction is associated with one or more sets of control logic, and the state of the add-on instruction is one of a normal state, a pre-scan state, a post-scan state, and an enable-false state, and the method further comprises: obtaining context information related to the call for the add-on instruction, wherein the context information includes the call for the add-on instruction, a callerof the call, an instruction called, a location of the call, a passed reference to a complex data type associated with the add-on instruction, a passed reference to an object associated with the add-on instruction, and an instance of data of the add-on instruction; and providing the context information within a user interface. obtaining context information related to the call for the add-on instruction, wherein the context information includes the call for the add-on instruction, a callerof the call, an instruction called, a location of the call, a passed reference to a complex data type associated with the add-on instruction, a passed reference to an object associated with the add-on instruction, and an instance of data of the add-on instruction; and providing the context information within a user interface.
A formulation for use in preparing a foamed thermoplastic polymer, said formulation comprising a thermoplastic polymer and an oxalate compound, wherein said formulation is in the form of melt-processed pellets comprising a mixture of said thermoplastic polymer and said oxalate compound, wherein said formulation includes less than 1wt% of water, wherein said oxalate compound is selected from zinc oxalate and zirconium oxalate and wherein said thermoplastic polymer has a melt-processing temperature of at least 250°C.
A modulator apparatus comprising: an input terminal structured to receive an analog electrical signal (x(t)) having an information content to be transmitted; a modulator device configured to receive and modulate a filtered signal (s(t)) and provide a Pulse Width Modulated, PWM, signal ( y(t)) including a plurality of pulses having corresponding widths correlated to non-quantized amplitudes of the filtered signal ( s(t)); a first pulse width demodulator configured to receive the PWM signal ( y(t)) and provide a demodulated signal ( ŝ ( t)); and a difference module configured to receive the analog electrical signal (x(t)) and the demodulated signal ( ŝ ( t)) and provide an error signal ( ε(t)); a loop filter configured to receive said error signal ( ε(t)) and provide said filtered signal (s(t)), the loop filter being configured to minimize said error signal ( ε(t)). an input terminal structured to receive an analog electrical signal (x(t)) having an information content to be transmitted; a modulator device configured to receive and modulate a filtered signal (s(t)) and provide a Pulse Width Modulated, PWM, signal ( y(t)) including a plurality of pulses having corresponding widths correlated to non-quantized amplitudes of the filtered signal ( s(t)); a first pulse width demodulator configured to receive the PWM signal ( y(t)) and provide a demodulated signal ( ŝ ( t)); and a difference module configured to receive the analog electrical signal (x(t)) and the demodulated signal ( ŝ ( t)) and provide an error signal ( ε(t)); a loop filter configured to receive said error signal ( ε(t)) and provide said filtered signal (s(t)), the loop filter being configured to minimize said error signal ( ε(t)).
A glass container comprising: a body having an inner surface, an outer surface and a wall thickness extending between the outer surface and the inner surface; a compressively stressed layer extending from the outer surface of the body into the wall thickness, the compressively stressed layer having a surface compressive stress greater than or equal to 150 MPa; and a lubricous coating positioned around at least a portion of the outer surface of the body, wherein the outer surface of the body with the lubricous coating has a coefficient of friction less than or equal to 0.7 and wherein the lubricious coating is a tenacious inorganic coating. a body having an inner surface, an outer surface and a wall thickness extending between the outer surface and the inner surface; a compressively stressed layer extending from the outer surface of the body into the wall thickness, the compressively stressed layer having a surface compressive stress greater than or equal to 150 MPa; and a lubricous coating positioned around at least a portion of the outer surface of the body, wherein the outer surface of the body with the lubricous coating has a coefficient of friction less than or equal to 0.7 and wherein the lubricious coating is a tenacious inorganic coating.
A blowout preventer assembly comprising an annular blow out preventer having an annular packing unit and an actuator operable to reduce the internal diameter of the annular packing unit, the assembly further comprising a stripping sleeve having a tubular elastomeric sleeve which in use is positioned generally centrally of the packing unit so that the packing unit surrounds at least a portion of the elastomeric sleeve, characterised in that the actuator comprises a piston movable generally parallel to the longitudinal axis of the blowout preventer by the supply of pressurised fluid to the annular blow out preventer, and in that the stripping sleeve is retrievable by: relaxing the annular packing unit and bringing a drill bit or a larger outer diameter lower drilling assembly to surface.
An induction cooking hob including a number of induction coils, wherein: - said induction coils are arranged on the induction cooking hob according to a predetermined scheme, - at least a portion of the induction cooking hob is covered by the induction coils, - at least one heating area is formed on the induction cooking hob by activating a single induction coil or a combination of adjacent induction coils, and - at least a portion of the induction hob includes induction coils shaped as triangular discs, characterized in that at least six of the induction coils are shaped as equilateral triangles and have the same size, wherein six induction coils shaped as equilateral triangles form a heating zone shaped as a regular hexagon, and wherein each induction coil is separately activated and/or controlled. - said induction coils are arranged on the induction cooking hob according to a predetermined scheme, - at least a portion of the induction cooking hob is covered by the induction coils, - at least one heating area is formed on the induction cooking hob by activating a single induction coil or a combination of adjacent induction coils, and - at least a portion of the induction hob includes induction coils shaped as triangular discs,
A method of switching, by a user equipment, a transmission chain across carriers, the method comprising: determining to switch a first transmission chain for a transmission between a first carrier and a second carrier; determining a length of a switching gap during which no transmission or reception occurs on the first carrier and/or the second carrier; locating the switching gap within a switching duration; and switching the first transmission chain between the first carrier and the second carrier during the switching gap, wherein the switching duration corresponds to an extended preparation time for switching the first transmission chain between the first carrier and the second carrier based on a transmission type of the transmission, and the method further comprises: determining a preparation time or a timeline condition corresponding to the transmission type of the transmission comprising a sounding reference signal transmission or an uplink control information multiplexing on a physical uplink shared channel; determining the extended preparation time to be equal to or greater than the preparation time plus the length of the switching gap, or to be equal to or greater than the timeline condition plus the length of the switching gap; and switching the first transmission chain within the extended preparation time. determining to switch a first transmission chain for a transmission between a first carrier and a second carrier; determining a length of a switching gap during which no transmission or reception occurs on the first carrier and/or the second carrier; locating the switching gap within a switching duration; and switching the first transmission chain between the first carrier and the second carrier during the switching gap, wherein the switching duration corresponds to an extended preparation time for switching the first transmission chain between the first carrier and the second carrier based on a transmission type of the transmission, and the method further comprises: determining a preparation time or a timeline condition corresponding to the transmission type of the transmission comprising a sounding reference signal transmission or an uplink control information multiplexing on a physical uplink shared channel; determining the extended preparation time to be equal to or greater than the preparation time plus the length of the switching gap, or to be equal to or greater than the timeline condition plus the length of the switching gap; and switching the first transmission chain within the extended preparation time. determining a preparation time or a timeline condition corresponding to the transmission type of the transmission comprising a sounding reference signal transmission or an uplink control information multiplexing on a physical uplink shared channel; determining the extended preparation time to be equal to or greater than the preparation time plus the length of the switching gap, or to be equal to or greater than the timeline condition plus the length of the switching gap; and switching the first transmission chain within the extended preparation time.
Vapour extraction device in the form of a downdraft fan, which has a fan with a fan housing, which has an air inlet aperture, which is directed upwardly in the fan housing, an appliance housing, a filter unit, which is arranged above the fan housing, and a collection tank for liquids, characterised in that, when the fan housing is viewed perpendicularly from above, the collection tank is arranged next to said fan housing in the appliance housing, a side wall of the collection tank abuts a part of a wall of the appliance housing and extends parallel to this part of the wall of the appliance housing, a side wall of the collection tank extends along a part of the outer side of the outer wall of the fan housing, abuts this part of the outer side and has the same shape as this part of the outer side, and the vapour extraction device has a drainage duct, which is arranged on the filter unit, the free end of which lies above the collection tank and serves for discharging liquid from the filter unit. a side wall of the collection tank abuts a part of a wall of the appliance housing and extends parallel to this part of the wall of the appliance housing, a side wall of the collection tank extends along a part of the outer side of the outer wall of the fan housing, abuts this part of the outer side and has the same shape as this part of the outer side, and the vapour extraction device has a drainage duct, which is arranged on the filter unit, the free end of which lies above the collection tank and serves for discharging liquid from the filter unit.
A compound, represented by the following formula which may include one or more isotopically enriched atoms, or pharmaceutically acceptable salt thereof.
A memory comprising banks, each bank comprising a first half bank and a second half bank; a first error checking and correcting unit connected with first half banks and second half banks and configured to check and correct errors of output data of the first half banks and the second half banks; and a second error checking and correcting unit connected with the first half banks and the second half banks and configured to check and correct errors of output data of the first half banks and the second half banks; wherein each first half bank comprises an even number of block data buses, and the block data buses are sequentially numbered from zero according to natural numbers; wherein odd-numbered block data buses are connected with the first error checking and correcting unit, and even-numbered block data buses are connected with the second error checking and correcting unit; or the odd-numbered block data buses are connected with the second error checking and correcting unit, and the even-numbered block data buses are connected with the first error checking and correcting unit; the memory being characterized in that each first half bank and each second half bank corresponds to a different column decoding circuit respectively. a first error checking and correcting unit connected with first half banks and second half banks and configured to check and correct errors of output data of the first half banks and the second half banks; and a second error checking and correcting unit connected with the first half banks and the second half banks and configured to check and correct errors of output data of the first half banks and the second half banks; wherein each first half bank comprises an even number of block data buses, and the block data buses are sequentially numbered from zero according to natural numbers; wherein odd-numbered block data buses are connected with the first error checking and correcting unit, and even-numbered block data buses are connected with the second error checking and correcting unit; or the odd-numbered block data buses are connected with the second error checking and correcting unit, and the even-numbered block data buses are connected with the first error checking and correcting unit; the memory being characterized in that each first half bank and each second half bank corresponds to a different column decoding circuit respectively.
An oligonucleotide for use as a therapeutic compound, wherein said oligonucleotide increases the expression of Sodium channel, voltage-gated, type I, alpha subunit (SCN1A), and wherein said oligonucleotide: a. targets a Sodium channel, voltage-gated, type I, alpha subunit (SCN1A) natural antisense transcript, wherein the natural antisense transcript has the nucleic acid sequence as set forth in any one of SEQ ID NOs: 12 to 15 or 17 to 28, or a variant thereof which retains the function of the natural antisense transcript of any one of SEQ ID NOs: 12 to 15 or 17 to 28; or b. is 10-30 nucleotides in length and binds to a reverse complement of SEQ ID NO: 16. a. targets a Sodium channel, voltage-gated, type I, alpha subunit (SCN1A) natural antisense transcript, wherein the natural antisense transcript has the nucleic acid sequence as set forth in any one of SEQ ID NOs: 12 to 15 or 17 to 28, or a variant thereof which retains the function of the natural antisense transcript of any one of SEQ ID NOs: 12 to 15 or 17 to 28; or b. is 10-30 nucleotides in length and binds to a reverse complement of SEQ ID NO: 16.
A credential processing device comprising: a feed motor; a platen; a print head; a head lift assembly configured to move the print head relative to the print platen; a substrate input comprising an input feed roller; and an input feed mechanism comprising an activated state, in which the input feed roller is driven by the feed motor, and a deactivated state, in which the input feed roller is not driven by the feed motor; characterized in that the activated and deactivated states of the input feed roller and the input feed mechanism are set responsive to a position of the print head relative to the platen, a transition to the deactivated state occurring as the print head is moved toward the platen, or a switching to the deactivated state occurring as the print head is moved to a cue position in which the print head is cued for printing to a surface of a credential substrate. a feed motor; a platen; a print head; a head lift assembly configured to move the print head relative to the print platen; a substrate input comprising an input feed roller; and an input feed mechanism comprising an activated state, in which the input feed roller is driven by the feed motor, and a deactivated state, in which the input feed roller is not driven by the feed motor; characterized in that the activated and deactivated states of the input feed roller and the input feed mechanism are set responsive to a position of the print head relative to the platen, a transition to the deactivated state occurring as the print head is moved toward the platen, or a switching to the deactivated state occurring as the print head is moved to a cue position in which the print head is cued for printing to a surface of a credential substrate.