mhurhangee/ep-ind-claims huggingface dataset:
An adjustable sharpener comprising: a body comprising a first sharpening slot; a first arm, wherein said first arm is connected to a first abrasive element; a second arm, wherein said second arm is connected to a second abrasive element, wherein said first abrasive element and said second abrasive element are positioned in said first sharpening slot, wherein said first arm is connected to said second arm; an adjuster connected to said body, wherein the adjuster includes a front portion configured to be grasped by a user, wherein said adjuster is slidable within a recessed area of said body, wherein the recessed area includes a plurality of notches and the front portion of the adjuster engages one or more of the notches as the front portion is slid up or down within the recessed area; and an adjustment assembly connected to said adjuster and said first arm, wherein linear movement of said adjuster causes rotational movement of said first arm. a body comprising a first sharpening slot; a first arm, wherein said first arm is connected to a first abrasive element; a second arm, wherein said second arm is connected to a second abrasive element, wherein said first abrasive element and said second abrasive element are positioned in said first sharpening slot, wherein said first arm is connected to said second arm; an adjuster connected to said body, wherein the adjuster includes a front portion configured to be grasped by a user, wherein said adjuster is slidable within a recessed area of said body, wherein the recessed area includes a plurality of notches and the front portion of the adjuster engages one or more of the notches as the front portion is slid up or down within the recessed area; and an adjustment assembly connected to said adjuster and said first arm,
A soft magnetic alloy comprising a main component of (Fe( 1-(α+β)) X1 α X2 β) (1-(a+b+c+d+e)) M a B b P c Si d C e, in which X1 is one or more of Co and Ni, X2 is one or more of Al, Mn, Ag, Zn, Sn, As, Sb, Cu, Cr, Bi, N, O, and rare earth elements, M is one or more of Nb, Hf, Zr, Ta, Mo, W, and V, 0.020≤a≤0.14 is satisfied, 0.020<b≤0.20 is satisfied, 0<c≤0.15 is satisfied, 0≤d≤0.060 is satisfied, 0≤e≤0.030 is satisfied, α≥0 is satisfied, β≥0 is satisfied, 0≤α+β≤0.50 is satisfied, and wherein the soft magnetic alloy has a nanohetero structure where initial fine crystals exist in an amorphous phase, or a structure of Fe based nanocrystallines, and wherein the soft magnetic material is characterised in that 0.040<c≤0.15 and 0.040≤a≤0.10 is satisfied, or in that 0<c≤0.040 and 0.0005<e<0.0050 is satisfied.
An aerosol-generating device comprising: an aerosolizer to generate aerosol from an aerosol-generating substrate; a MEMS sound generator comprising an array of pressure-generating drivers configured to use digital sound reconstruction to use a summation of discrete pulses to produce sound; and a controller operatively coupled to initiate the MEMS sound generator into producing sound. an aerosolizer to generate aerosol from an aerosol-generating substrate; a MEMS sound generator comprising an array of pressure-generating drivers configured to use digital sound reconstruction to use a summation of discrete pulses to produce sound; and a controller operatively coupled to initiate the MEMS sound generator into producing sound.
Method for operating a laundry treatment machine comprising an outer casing provided with a door at least partially made with transparent material, a drum mounted inside the outer casing, a drum lighting device arranged inside the outer casing and operable to light the drum so that laundry loaded in said drum is visible to the user through said door, and a control unit adapted to control the lighting device; the method comprising: - switching-on drum lighting device if said control unit detects a preset action performed by a user on said laundry treatment machine and/or a preset state of said laundry treatment machine and/or of said drum lighting device; - switching-off drum lighting device if said control unit detects a preset action performed by a user on said laundry treatment machine and/or a preset state of said laundry treatment machine and/or of said drum lighting device; wherein there is a delay between the detection by said control unit of said preset action performed by a user on said laundry treatment machine and/or a preset state of said laundry treatment machine and/or of said drum lighting device, and the switching-off of said drum lighting device, the method being characterized in that if said control unit detects that: - said laundry treatment machine is in a switch-on state, - the door is in a close state, - the drum lighting device is in a state of switch-off, - the laundry treatment machine is in a standby state, - user has performed cycle start command, the drum lighting device is switched-on when the cycle start command is detected and it is switched-off after a delay corresponding to a predetermined value. - switching-on drum lighting device if said control unit detects a preset action performed by a user on said laundry treatment machine and/or a preset state of said laundry treatment machine and/or of said drum lighting device; - switching-off drum lighting device if said control unit detects a preset action performed by a user on said laundry treatment machine and/or a preset state of said laundry treatment machine and/or of said drum lighting device; - said laundry treatment machine is in a switch-on state, - the door is in a close state, - the drum lighting device is in a state of switch-off, - the laundry treatment machine is in a standby state, - user has performed cycle start command, the drum lighting device is switched-on when the cycle start command is detected and it is switched-off after a delay corresponding to a predetermined value.
A method of using Licensed Shared Access technology in device-to-device communications at a receiver device, the method comprising: receiving a data signal during a short term spectrum opportunity of a LSA spectrum having a preconfigured availability over time, space, and frequency in the receiver device; demodulating data packets of the received data signal; and decoding the demodulated data packets; characterized by receiving a control signal from a base station within a holding period, wherein the control signal comprises an instruction for the receiver device to decode the demodulated data packets; wherein the decoding of the demodulated data packets is performed upon receiving the control signal. receiving a data signal during a short term spectrum opportunity of a LSA spectrum having a preconfigured availability over time, space, and frequency in the receiver device; demodulating data packets of the received data signal; and decoding the demodulated data packets; characterized by receiving a control signal from a base station within a holding period, wherein the control signal comprises an instruction for the receiver device to decode the demodulated data packets; wherein the decoding of the demodulated data packets is performed upon receiving the control signal.
Bioreactor, consisting of - a housing comprised of a lower housing half and an upper housing half, which are connected to one another by means of a film joint in each case at one side, wherein means are provided at least at one housing half for the exchange of fluids, and - at least one support element for at least one cell culture substrate, wherein the bioreactor consists of a thermoformable thermoplastic or thermoelastic film material. - a housing comprised of a lower housing half and an upper housing half, which are connected to one another by means of a film joint in each case at one side, wherein means are provided at least at one housing half for the exchange of fluids, and - at least one support element for at least one cell culture substrate,
An external functional device with a device, wherein the device comprises: - at least one fluid receiving chamber for receiving at least one first medical fluid; and - at least one hydrophobic filter device with a filter surface, characterized in that, - the device comprises at least one fluid supply chamber for supplying a second fluid, wherein the fluid supply chamber is connected to the fluid receiving chamber in at least a portion thereof; - the fluid supply chamber comprises at least one fluid connector through which a second gaseous fluid, in particular air, can be supplied to the fluid supply chamber; - the second fluid can be supplied to the fluid receiving chamber through the filter device; - the fluid supply chamber and the fluid receiving chamber are only in fluid communication with each other via the filter device; and - a normal vector on the filter surface of the hydrophobic filter device is not parallel to a normal vector on a fluid level of the first fluid received in the fluid receiving chamber in use; and - the filter device comprises at least one filter membrane and wherein the filter device comprises one supporting structure on at least one side of the filter membrane. - at least one fluid receiving chamber for receiving at least one first medical fluid; and - at least one hydrophobic filter device with a filter surface, characterized in that, - the device comprises at least one fluid supply chamber for supplying a second fluid, wherein the fluid supply chamber is connected to the fluid receiving chamber in at least a portion thereof; - the fluid supply chamber comprises at least one fluid connector through which a second gaseous fluid, in particular air, can be supplied to the fluid supply chamber; - the second fluid can be supplied to the fluid receiving chamber through the filter device; - the fluid supply chamber and the fluid receiving chamber are only in fluid communication with each other via the filter device; and - a normal vector on the filter surface of the hydrophobic filter device is not parallel to a normal vector on a fluid level of the first fluid received in the fluid receiving chamber in use; and - the filter device comprises at least one filter membrane and wherein the filter device comprises one supporting structure on at least one side of the filter membrane.
Apparatus for controlling a user equipment, the apparatus comprising a processing system arranged to: determine that a neighbour cell is a higher priority cell than a serving cell; determine, on the basis that the neighbour cell is a higher priority cell than the serving cell, that a priority-specific neighbouring cell measuring time interval for the neighbour cell is one discontinuous reception period which the user equipment utilizes with the serving cell, which time interval is shorter as compared to if the neighbour cell were a cell having the same or lower priority than the serving cell; measure signal strength received from the neighbour cell in n iterations each spaced from one another by the priority-specific neighbouring cell measuring time interval of one discontinuous reception period, in which n is an integer greater than one; and analyze the n measured signal strengths for reselecting the user equipment from the serving cell to the neighbour cell. determine that a neighbour cell is a higher priority cell than a serving cell; determine, on the basis that the neighbour cell is a higher priority cell than the serving cell, that a priority-specific neighbouring cell measuring time interval for the neighbour cell is one discontinuous reception period which the user equipment utilizes with the serving cell, which time interval is shorter as compared to if the neighbour cell were a cell having the same or lower priority than the serving cell; measure signal strength received from the neighbour cell in n iterations each spaced from one another by the priority-specific neighbouring cell measuring time interval of one discontinuous reception period, in which n is an integer greater than one; and analyze the n measured signal strengths for reselecting the user equipment from the serving cell to the neighbour cell.
Mold for producing any coated component of a vehicle, consisting of a fixed side and a movable side suitable to reversibly take an open configuration wherein said sides are distanced by a predetermined distance and a closed configuration, wherein defined between said sides is an interspace having the shape of the product to be made, i.e. of the coated component to be produced; said component being coated with long-pile synthetic fabric, polyurethane coupled with PVC or leather; said mold being characterized in that it comprises: - an upper portion of said fixed side on which at least an injection nozzle and a removal device are arranged; said injection nozzle being suitable to introduce, into the interspace of said mold, a predetermined amount of a thermoplastic mixture suitable to constitute the load-bearing structure of said coated component; said removal device being suitable to allow the detachment of the already solidified element from said fixed side of said mold once the molding has been completed; - a plurality of movable frames suitable to uniformly push and distribute the thermoplastic mixture at each point of said interspace before the closure of said mold. - an upper portion of said fixed side on which at least an injection nozzle and a removal device are arranged; said injection nozzle being suitable to introduce, into the interspace of said mold, a predetermined amount of a thermoplastic mixture suitable to constitute the load-bearing structure of said coated component; said removal device being suitable to allow the detachment of the already solidified element from said fixed side of said mold once the molding has been completed; - a plurality of movable frames suitable to uniformly push and distribute the thermoplastic mixture at each point of said interspace before the closure of said mold.
Device for detecting moisture for an arrangement for monitoring an access to a patient for a system by which, via a flexible line, a liquid is fed to a patient and/or a liquid is fed out from the patient, and in particular for monitoring the vascular access in extra-corporeal blood treatment, the device for detecting moisture having a moisture sensor which takes the form of an electrically conductive structure, at least a portion of the device for detecting moisture taking the form of a portion which can be deformed into a sleeve and which can be placed around the circumference of a flexible line or of a system for connecting a flexible line, the device for detecting moisture having fastening means (37, 48, 55) for fixing the portion in sleeve form in place in the position in which it surrounds the flexible line or the connecting system, characterised in that the fastening means of the portion able to be deformed into a sleeve have an area which is provided with an adhesive or adhering layer, and the device for detecting moisture has connecting contacts to allow electrical contact to be made with the moisture sensor, the connecting contacts being formed at the end of an elongated portion which is connected to the portion able to be formed into a sleeve.
A swirler assembly for a combustor of a gas turbine engine comprising an annular mount face which defines at least one pocket; wherein said swirler assembly includes a swirler first body, said annular mount face is an annular first mount face of said swirler first body and said at least one pocket is at least one first pocket that is completely contained within the annular first mount face; and a swirler second body with an annular second mount face which abuts said annular first mount face, wherein said second annular mount face defines at least one second pocket; wherein said at least one first pocket is in axial association with said at least one second pocket, but wherein said pockets (118,128) are not exposed to the primary combustion air flow and form respective single hollow areas contained within the mount faces (120,130). annular first mount face, wherein said second annular mount face defines at least one second pocket; wherein said at least one first pocket is in axial association with said at least one second pocket, but wherein said pockets (118,128) are not exposed to the primary combustion air flow and form respective single hollow areas contained within the mount faces (120,130).
A method of making extracts from amphibian or fish eggs comprising: a) providing eggs from selected from the group consisting of amphibian and fish eggs; b) processing said eggs to provide a cytoplasmic fraction from said eggs; c) treating said cytoplasmic fraction to prevent the growth of bacteria by heating said extract to a temperature of from 50 C to 90 C for a period of greater than one minute. a) providing eggs from selected from the group consisting of amphibian and fish eggs; b) processing said eggs to provide a cytoplasmic fraction from said eggs; c) treating said cytoplasmic fraction to prevent the growth of bacteria by heating said extract to a temperature of from 50 C to 90 C for a period of greater than one minute.
A coupling device, comprising: a high-order mode direct coupling module configured to couple a first electromagnetic wave from a transmitter to form a second electromagnetic wave propagating in a preset high-order guided wave mode; a mode converting and filtering module configured to convert the second electromagnetic wave into a third electromagnetic wave propagating in a superposition of a plurality of guided wave modes comprising a preset low-order guided wave mode and at least one high-order guided wave mode, and filter out the high-order guided wave mode in the third electromagnetic wave to obtain a fourth electromagnetic wave propagating in the preset low-order guided wave mode; and a mode matching module configured to convert the fourth electromagnetic wave into a fifth electromagnetic wave propagating along a surface of an open wire in a target guided wave mode. a high-order mode direct coupling module configured to couple a first electromagnetic wave from a transmitter to form a second electromagnetic wave propagating in a preset high-order guided wave mode; a mode converting and filtering module configured to convert the second electromagnetic wave into a third electromagnetic wave propagating in a superposition of a plurality of guided wave modes comprising a preset low-order guided wave mode and at least one high-order guided wave mode, and filter out the high-order guided wave mode in the third electromagnetic wave to obtain a fourth electromagnetic wave propagating in the preset low-order guided wave mode; and a mode matching module configured to convert the fourth electromagnetic wave into a fifth electromagnetic wave propagating along a surface of an open wire in a target guided wave mode.
A method of forming a polycrystalline ultra-hard material characterized by: placing a mixture of ultra-hard particles into an enclosure, the ultra-hard particles comprising diamond or cubic boron nitride particles; placing the enclosure into a press cell assembly having a heater; applying a repeated high-energy pulse to the heater to heat the ultra-hard particles; and pressing the enclosure at a pressure in the range of 5 to 7 GPa to form a polycrystalline ultra-hard material; wherein applying the repeated high-energy pulses and pressing the enclosure occur simultaneously. placing a mixture of ultra-hard particles into an enclosure, the ultra-hard particles comprising diamond or cubic boron nitride particles; placing the enclosure into a press cell assembly having a heater; applying a repeated high-energy pulse to the heater to heat the ultra-hard particles; and pressing the enclosure at a pressure in the range of 5 to 7 GPa to form a polycrystalline ultra-hard material; wherein applying the repeated high-energy pulses and pressing the enclosure occur simultaneously.
A conductive polymer of substituted or unsubstituted pyrrole, or substituted or unsubstituted thiophene, which is doped with an acid and has a weight-average molecular weight of 5,000 or less when provided in a base type, with a solubility of 3% by weight or more in an organic solvent selected from the group consisting of dimethylsulfoxide, N-methylpyrrolidinone, and methylethylketone, wherein said conductive polymer is prepared by a method comprising: dissolving a substituted or unsubstituted pyrrole, or substituted or unsubstituted thiophene monomer in an organic solvent, thus obtaining a monomer solution; adding water to the monomer solution in an amount ranging from more than 0 parts by weight to 10 parts by weight based on 100 parts by weight of the organic solvent; adding a dopant and an oxidizer to the monomer solution so that respective reactions occur, thus obtaining a reaction mixture; and filtering the reaction mixture, thus obtaining a conductive polymer solution, wherein the weight-average molecular weight of the conductive polymer is measured using polystyrene as a standard material. dissolving a substituted or unsubstituted pyrrole, or substituted or unsubstituted thiophene monomer in an organic solvent, thus obtaining a monomer solution; adding water to the monomer solution in an amount ranging from more than 0 parts by weight to 10 parts by weight based on 100 parts by weight of the organic solvent; adding a dopant and an oxidizer to the monomer solution so that respective reactions occur, thus obtaining a reaction mixture; and filtering the reaction mixture, thus obtaining a conductive polymer solution, wherein the weight-average molecular weight of the conductive polymer is measured using polystyrene as a standard material.
A method comprising: receiving, at a computing device, a request for media content from at least two gateway devices that are in separate locations; determining a server to provide the requested media content; transmitting, from the computing device, information to the determined server, the information comprising data for synchronizing transmission of the media content requested by the at least two gateway devices; receiving, at the computing device, a trick play command from a first gateway device of the at least two gateway devices; ranking the received trick play command; and transmitting the ranked trick play command to the determined server for execution of the trick play command with respect to the media content. receiving, at a computing device, a request for media content from at least two gateway devices that are in separate locations; determining a server to provide the requested media content; transmitting, from the computing device, information to the determined server, the information comprising data for synchronizing transmission of the media content requested by the at least two gateway devices; receiving, at the computing device, a trick play command from a first gateway device of the at least two gateway devices; ranking the received trick play command; and transmitting the ranked trick play command to the determined server for execution of the trick play command with respect to the media content.
A medical drug delivery apparatus for delivering a liquid drug, comprising A cartridge containing the liquid drug to be delivered, the cartridge comprising a distal end and a proximal end connected by an inner wall forming a variable space containing the liquid drug, the distal end being closed by a membrane, and the proximal end being closed by a movable piston having a front-wall and a back-wall, and which piston can be moved toward the distal end of the cartridge by a piston rod thereby decreasing the variable space between the membrane and the piston, and wherein a piston rod foot provided between the piston rod and the piston comprises a centre part abutting the piston rod and a peripheral located outer part which centre part and outer part are releasable coupled together, such that the outer part of the piston rod foot is axially movable relatively to the centre part in the proximal direction.