mhurhangee/patent-ind-claim-en huggingface dataset:
A seed hopper for a strip tillage machine, the hopper comprising a container for seed, a cover for the container, and a substantially U-shaped conduit member having an inlet arm and an outlet arm, the substantially U-shaped conduit member being attached to the cover and being formed with an opening communicating with the interior of the container of the hopper, wherein the inlet arm of the substantially U-shaped conduit member is connected with a primary seed hopper of a strip tillage machine in a manner allowing seeds to be conveyed from the primary seed hopper to the inlet arm of the substantially U-shaped conduit member and the outlet arm of the substantially U-shaped conduit member is connected with a primary seed hopper in a manner allowing seeds to be conveyed from the outlet arm of the substantially U-shaped conduit member to the primary seed hopper , wherein preferably the seeds are conveyed entrained in air flow, and wherein the substantially U-shaped conduit member is inclined to the vertical, such that the inlet arm and the outlet arm lie in a substantially vertical plane, but are inclined within such plane, in such a way that the inlet arm is at a level below the outlet arm.
A direct memory access, DMA, system , comprising: input interface circuitry configured to receive a data packet of a sensor from a source memory ; processing circuitry configured to: determine whether the data packet comprises a synchronized data frame based on a synchronization scheme; if it is determined that the data packet comprises a synchronized data frame, extract a payload of the synchronized data frame; determine whether the data packet comprises invalid data by determining whether the data packet comprises data between the synchronized data frame and a second synchronized data frame following the synchronized data frame or by determining whether the data packet comprises data between a start of the data packet and the synchronized data frame; and if it is determined that the data packet comprises invalid data, discard the invalid data; and output interface circuitry configured to solely send the payload or data derived from the payload to a destination memory . input interface circuitry configured to receive a data packet of a sensor from a source memory ; processing circuitry configured to: determine whether the data packet comprises a synchronized data frame based on a synchronization scheme; if it is determined that the data packet comprises a synchronized data frame, extract a payload of the synchronized data frame; determine whether the data packet comprises invalid data by determining whether the data packet comprises data between the synchronized data frame and a second synchronized data frame following the synchronized data frame or by determining whether the data packet comprises data between a start of the data packet and the synchronized data frame; and if it is determined that the data packet comprises invalid data, discard the invalid data; and determine whether the data packet comprises a synchronized data frame based on a synchronization scheme; if it is determined that the data packet comprises a synchronized data frame, extract a payload of the synchronized data frame; determine whether the data packet comprises invalid data by determining whether the data packet comprises data between the synchronized data frame and a second synchronized data frame following the synchronized data frame or by determining whether the data packet comprises data between a start of the data packet and the synchronized data frame; and if it is determined that the data packet comprises invalid data, discard the invalid data; and output interface circuitry configured to solely send the payload or data derived from the payload to a destination memory .
An orally disintegrating tablet having a specific surface area of from 1.60 to 2.30 mm 2 /mg, a diameter of 4 mm or less and a weight of from 10 to 50 mg, and comprising a disintegrative particulate composition and a medicinal ingredient, wherein the disintegrative particulate composition comprises a first disintegrator component of an acid-type carboxymethylcellulose, a second disintegrator component other than the acid-type carboxymethylcellulose, and an excipient.
A method for removing contaminants from an aqueous industrial fluid waste containing metallic species and/or organic compounds, the method comprising the steps of: ozofractionating the industrial fluid waste, wherein the industrial fluid waste is ozofractionated by causing a foam comprising ozone to pass through the industrial fluid waste, whereby the size of bubbles comprising ozone delivered into the industrial fluid waste is less than or equal to about 200 μm in diameter, and whereby contaminants are oxidised and either precipitate or become associated with a foam fractionate that is formed; and separating at least a portion of the foam fractionate and any precipitate from the ozofractionated fluid. ozofractionating the industrial fluid waste, wherein the industrial fluid waste is ozofractionated by causing a foam comprising ozone to pass through the industrial fluid waste, whereby the size of bubbles comprising ozone delivered into the industrial fluid waste is less than or equal to about 200 μm in diameter, and whereby contaminants are oxidised and either precipitate or become associated with a foam fractionate that is formed; and separating at least a portion of the foam fractionate and any precipitate from the ozofractionated fluid.
A flexible bone implant comprising: a proximal stem having a proximal end, a distal end, and a proximal conduit extending from the proximal end to the distal end of said proximal stem ; a distal stem having a proximal end, a distal end, and a distal conduit extending from the proximal end to the distal end of said distal stem ; a flexible hinge interconnecting the distal end of said proximal stem with the proximal end of said distal stem for allowing said proximal and distal stems to flex relative to one another; characterized in a proximal stem protective tube disposed within said proximal conduit of said proximal stem , said proximal stem protective tube having a proximal end and a distal end, wherein the proximal end of said proximal stem protective tube extends to the proximal end of said proximal stem ; and a distal stem protective tube disposed within said distal conduit of said distal stem , said distal stem protective tube having a proximal end and a distal end, wherein the distal end of said distal stem protective tube extends to the distal end of said distal stem . a proximal stem having a proximal end, a distal end, and a proximal conduit extending from the proximal end to the distal end of said proximal stem ; a distal stem having a proximal end, a distal end, and a distal conduit extending from the proximal end to the distal end of said distal stem ; a flexible hinge interconnecting the distal end of said proximal stem with the proximal end of said distal stem for allowing said proximal and distal stems to flex relative to one another; a proximal stem protective tube disposed within said proximal conduit of said proximal stem , said proximal stem protective tube having a proximal end and a distal end, wherein the proximal end of said proximal stem protective tube extends to the proximal end of said proximal stem ; and a distal stem protective tube disposed within said distal conduit of said distal stem , said distal stem protective tube having a proximal end and a distal end, wherein the distal end of said distal stem protective tube extends to the distal end of said distal stem .
Control module for attachment to a consumables cartridge, comprising • a memory component comprising a control logic unit and memory cells, • contact elements which are connected to the memory component and can be connected to printer contacts, characterized by at least one switch element which Is arranged in a power supply line between a power storage device and the memory component , the switch element having a control input , the control input being connected to a contact element of the control module , the switch element being designed to close the power supply line when an activating control signal is applied to the control input , the switch element being designed to interrupt the power supply line when no activating control signal is applied to the control Input , the control signal being the control signal of a printer which emits said control signal before a data exchange between the printer and the control module has begun, • a memory component comprising a control logic unit and memory cells, • contact elements which are connected to the memory component and can be connected to printer contacts,
A method for processing data packets for transmission in a wireless communication network, the method comprising: determining, by a network device (101; 102), RLC transmit buffer occupancy, RTBO; dynamically creating, by the network device (101; 102), a plurality of data packet discard groups, DPDGs, based on a state of the RTBO, wherein each of the created plurality of DPDGs comprises a plurality of data packets; determining, via the network device (101; 102), a plurality of simultaneously active data packet transmission protocol, DPTP packet discard timers, DPDTs, each DPDT corresponding to a different one of the plurality of DPDGs; and assigning, via the network device (101; 102), each DPDT to a different one of the plurality of DPDGs. determining, by a network device (101; 102), RLC transmit buffer occupancy, RTBO; dynamically creating, by the network device (101; 102), a plurality of data packet discard groups, DPDGs, based on a state of the RTBO, wherein each of the created plurality of DPDGs comprises a plurality of data packets; determining, via the network device (101; 102), a plurality of simultaneously active data packet transmission protocol, DPTP packet discard timers, DPDTs, each DPDT corresponding to a different one of the plurality of DPDGs; and assigning, via the network device (101; 102), each DPDT to a different one of the plurality of DPDGs.
A device for the electroporation of bacterial cells present on the surface of the stratum corneum layer of a person's skin, comprising: electrodes positionable in the vicinity of said surface; a conductivity detector for measuring the conductivity at the skin surface; and a generator to control and supply a voltage to the electrodes depending on the detected conductivity at said surface such to generate an electrical field having a strength in the order of 25 to 35 kV/cm at said surface to inactivate bacterial cells present on said surface; wherein the electrodes are configured so that the strength of the electrical field reduces as a function of the depth of penetration into the stratum corneum layer from said surface to 3kV/cm or less at depth of between 5 and 10 micron. electrodes positionable in the vicinity of said surface; a conductivity detector for measuring the conductivity at the skin surface; and a generator to control and supply a voltage to the electrodes depending on the detected conductivity at said surface such to generate an electrical field having a strength in the order of 25 to 35 kV/cm at said surface to inactivate bacterial cells present on said surface; wherein the electrodes are configured so that the strength of the electrical field reduces as a function of the depth of penetration into the stratum corneum layer from said surface to 3kV/cm or less at depth of between 5 and 10 micron.
An epoxy resin which is a para-cresol novolac epoxy resin represented by General Formula , wherein a content ratio of components represented by n=1 as measured by gel permeation chromatography is at least 2% by area and less than 10% by area and a content ratio of components represented by n=2 as measured by gel permeation chromatography is at least 1% by area and less than 40% by area, in the formula, plural R's each independently exist independently and represent a C1-6 alkyl group, n represents a real number of 1 to 10, and G represents a substituted or unsubstituted glycidyl group. wherein a content ratio of components represented by n=1 as measured by gel permeation chromatography is at least 2% by area and less than 10% by area and a content ratio of components represented by n=2 as measured by gel permeation chromatography is at least 1% by area and less than 40% by area, in the formula, plural R's each independently exist independently and represent a C1-6 alkyl group, n represents a real number of 1 to 10, and G represents a substituted or unsubstituted glycidyl group.
An apparatus comprising: a source electrode and a drain electrode ; a first layer comprising graphene, the first layer configured to enable a flow of charge carriers from the source electrode to the drain electrode; a second layer comprising graphene oxide, the second layer configured to control a conductance of the first layer using an electric field formed between the first and second layers; and a third layer positioned between the first and second layers to prevent a flow of charge carriers therebetween to enable formation of the electric field, wherein the second layer is configured to exhibit a charge distribution on interaction with a fluid in an environment, the charge distribution giving rise to the electric field between the first and second layers, and wherein the second layer is configured such that the charge distribution and electric field strength are dependent upon a relative vapour pressure of the fluid in the environment , the apparatus thereby configured to allow the relative vapour pressure to be derived from a measurement of the conductance of the first layer. a source electrode and a drain electrode ; a first layer comprising graphene, the first layer configured to enable a flow of charge carriers from the source electrode to the drain electrode; a second layer comprising graphene oxide, the second layer configured to control a conductance of the first layer using an electric field formed between the first and second layers; and a third layer positioned between the first and second layers to prevent a flow of charge carriers therebetween to enable formation of the electric field, wherein the second layer is configured to exhibit a charge distribution on interaction with a fluid in an environment, the charge distribution giving rise to the electric field between the first and second layers, and wherein the second layer is configured such that the charge distribution and electric field strength are dependent upon a relative vapour pressure of the fluid in the environment , the apparatus thereby configured to allow the relative vapour pressure to be derived from a measurement of the conductance of the first layer.
System (S) comprising a handheld hot-air device (HLG; 1; 201) and a transport case (101; 301; 901) for the handheld hot-air device (HLG; 1; 201), wherein the transport case (101; 301; 901) comprises at least one first case shell (102; 302; 502; 702; 902), wherein the at least one first case shell (102; 302; 502; 702; 902) comprises an outer side (112; 912), wherein, in its outer side (112; 912), the case shell (102; 302; 502; 702; 902) comprises a depression (113; 313; 513; 713; 913) for partially accommodating the handheld hot-air device (HLG; 1; 201), and wherein the depression (113; 313; 513; 713; 913) extends in the direction of a stowage space of the transport case (101; 301; 801), characterized in that the handheld hot-air device (HLG; 1; 201) comprises at least one retaining means , wherein, in the depression (113; 313; 513; 713), the at least one case shell (102; 302; 502; 702; 103) comprises at least one mount for the retaining means and wherein, in an operating position (A), the handheld hot-air device (HLG; 1; 201) has an end which is directed away from its hot-air nozzle accommodated in the depression (113; 313; 513; 713).
An impedance measuring probe for use in a biopsy apparatus , comprising: a metal elongate member having a longitudinal axis (16-1), an elongate surface , a proximal end (16-2), a distal end (16-3), a proximal end portion (16-4) that extends distally from the proximal end (16-2), and a distal end portion (16-5) that extends proximally from the distal end (16-3), the impedance measuring probe characterized by : the elongate surface having a recessed longitudinal channel (42-1) having a radial depth that longitudinally extends from the proximal end portion (16-4) into the distal end portion (16-5); a plurality of conductive wire electrodes , each conductive wire electrode of the plurality of conductive wire electrodes having a connection end (46-2) and a sensing end (48-2), each conductive wire electrode of the plurality of conductive wire electrodes located in and extends along the recessed longitudinal channel (42-1), the connection end (46-2) extending from the proximal end portion (16-4) of the metal elongate member and the sensing end (48-2) being located at the distal end portion (16-5) of the metal elongate member ; and an insulation material disposed in the recessed longitudinal channel (42-1) of the metal elongate member and around the conductive wire electrodes so as to electrically insulate the conductive wire electrodes , and with the sensing end (48-2) of the conductive wire electrode being exposed at the distal end portion (16-5) of the metal elongate member . the elongate surface having a recessed longitudinal channel (42-1) having a radial depth that longitudinally extends from the proximal end portion (16-4) into the distal end portion (16-5); a plurality of conductive wire electrodes , each conductive wire electrode of the plurality of conductive wire electrodes having a connection end (46-2) and a sensing end (48-2), each conductive wire electrode of the plurality of conductive wire electrodes located in and extends along the recessed longitudinal channel (42-1), the connection end (46-2) extending from the proximal end portion (16-4) of the metal elongate member and the sensing end (48-2) being located at the distal end portion (16-5) of the metal elongate member ; and an insulation material disposed in the recessed longitudinal channel (42-1) of the metal elongate member and around the conductive wire electrodes so as to electrically insulate the conductive wire electrodes , and with the sensing end (48-2) of the conductive wire electrode being exposed at the distal end portion (16-5) of the metal elongate member .
Safety valve for switching high pressures and flow rates, comprising a fluid inlet , a fluid outlet , and a first main stage which, in a rest position, connects the fluid outlet to a first relief outlet and, in a switching position, connects the fluid inlet to a fluid connection of a second main stage , and comprising the second main stage which, in a rest position, connects the fluid outlet to a second relief outlet and, in a switching position, connects the fluid connection to the fluid outlet , wherein the two main stages are each designed as a seat valve having a linearly movable tappet, characterized in that the first main stage has a multi-part tappet, and during the transition from the rest position to the switching position, a first tappet part , which can be actuated counter to a first spring load, initially sealingly abuts a second tappet part in a first movement portion, as a result of which a relief passage to the first relief outlet is closed, and with the movement of the second tappet part in a second movement portion or of an additional tappet part in an additional movement portion, a pressurization passage between the fluid inlet and the fluid connection of the second main stage is opened counter to a second spring load, and the second main stage has a multi-part tappet, and during the transition from the rest position to the switching position, a first tappet part , which can be actuated counter to a first spring load, initially sealingly abuts a second tappet part in a first movement portion, as a result of which a relief passage to the second relief outlet is closed, and with the movement of the second tappet part in a second movement portion or of an additional tappet part in an additional movement portion, a pressurization passage between the fluid connection and the fluid outlet is opened counter to a second spring load.
Winding or unwinding device for a plurality of spools , each spool being formed by winding a strip, the device comprises a bar including a shaft around which are mounted a plurality of sections , spaced apart from each other, each section being intended to support a spool , the sections are mounted free to rotate in the same direction to be able to unwind the spools one by one, characterized in that the sections can be driven in rotation by the shaft in the opposite direction to be able to simultaneously wind all the strips around the spools, each section being composed of at least one sleeve mounted around a free wheel fixed around the shaft .
A refrigeration cycle device comprising: a refrigerant circuit (RC) which circulates a refrigerant the refrigerant circuit (RC) including a compressor , at least one expansion valve , an indoor heat exchanger , an outdoor heat exchanger , and a refrigerant reservoir ; an injection pipe which includes a first end at a first height within the refrigerant reservoir and a second end connected to the compressor ; an injection valve included in the injection pipe ; and a refrigerant pipe, other than the injection pipe , connected to the refrigerant reservoir, characterized in that the CF3I has a greatest fluid density among refrigerants contained in the mixed refrigerant, and the first height is lower than a height at which an end of the refrigerant pipe, other than the injection pipe , is located within the refrigerant reservoir , wherein the refrigerant is a mixed refrigerant containing at least CF3I and HFO1123, wherein the CF3I has a greatest fluid density among refrigerants contained in the mixed refrigerant. a refrigerant circuit (RC) which circulates a refrigerant the refrigerant circuit (RC) including a compressor , at least one expansion valve , an indoor heat exchanger , an outdoor heat exchanger , and a refrigerant reservoir ; an injection pipe which includes a first end at a first height within the refrigerant reservoir and a second end connected to the compressor ; an injection valve included in the injection pipe ; and a refrigerant pipe, other than the injection pipe , connected to the refrigerant reservoir, characterized in that the CF3I has a greatest fluid density among refrigerants contained in the mixed refrigerant, and the first height is lower than a height at which an end of the refrigerant pipe, other than the injection pipe , is located within the refrigerant reservoir , wherein the refrigerant is a mixed refrigerant containing at least CF3I and HFO1123, wherein the CF3I has a greatest fluid density among refrigerants contained in the mixed refrigerant.