mhurhangee/ep-ind-claims huggingface dataset:
Device for use in chemical analysis of sample material, the device comprising: - an opening for receiving a sample carrier comprising sample material to be analyzed, - a cutter for making an incision in the sample carrier, wherein, the device further comprises a movable lid for effecting sealing of the opening by moving the lid from a first position to a second position in which second position at least part of the opening is closed by the lid, and for forcing the cutter and the sample carrier together with the same motion, characterized in that the lid is slidable. - an opening for receiving a sample carrier comprising sample material to be analyzed, - a cutter for making an incision in the sample carrier, wherein,
A non-aqueous ink jet composition comprising: a pigment component containing a diketopyrrolopyrrole pigment; an organic solvent; and an inorganic metal, wherein the organic solvent contains glycol ethers; the inorganic metal includes at least one of the group consisting of alkali metals and alkaline earth metals, and the amount of a first inorganic metal of which the amount is the highest among the alkali metals and the alkaline earth metals in the non-aqueous ink jet composition is 100 mass ppm or less and 0.1 mass ppm or more based on the total amount of the non-aqueous ink jet composition; the glycol ethers include a glycol monoether represented by Formula: OH-(R 5 O) n -R 4 where R 4 represents an alkyl group having 1 to 7 carbon atoms, R 5 represents an alkylene group having 1 to 3 carbon atoms, and n represents an integer of 1 to 7; and characterized in that the amount of the glycol monoether represented by Formula is 7.0 mass% or more and 15 mass% or less relative to the total amount of the non-aqueous ink jet composition. a pigment component containing a diketopyrrolopyrrole pigment; an organic solvent; and an inorganic metal, wherein the organic solvent contains glycol ethers; the inorganic metal includes at least one of the group consisting of alkali metals and alkaline earth metals, and the amount of a first inorganic metal of which the amount is the highest among the alkali metals and the alkaline earth metals in the non-aqueous ink jet composition is 100 mass ppm or less and 0.1 mass ppm or more based on the total amount of the non-aqueous ink jet composition; the glycol ethers include a glycol monoether represented by Formula: OH-(R 5 O) n -R 4 where R 4 represents an alkyl group having 1 to 7 carbon atoms, R 5 represents an alkylene group having 1 to 3 carbon atoms, and n represents an integer of 1 to 7; and characterized in that the amount of the glycol monoether represented by Formula is 7.0 mass% or more and 15 mass% or less relative to the total amount of the non-aqueous ink jet composition.
End cap for a rail of a rail adjustment means, comprising a receiving portion (2.0) which is arrangeable at a rail end and fixable thereto, - wherein the receiving portion (2.0) comprises at least two lateral limbs (2.2) and a receiving opening arranged therebetween, - wherein the two lateral limbs (2.2) are arranged parallel to each other and are spaced apart from each other, wherein at least one spring element projects from the respective lateral limb (2.2) in the direction of the receiving opening, wherein the spring elements are configured as a damping element in which an actuating element engages in a frictional manner upon actuation thereof. - wherein the receiving portion (2.0) comprises at least two lateral limbs (2.2) and a receiving opening arranged therebetween, - wherein the two lateral limbs (2.2) are arranged parallel to each other and are spaced apart from each other, wherein at least one spring element projects from the respective lateral limb (2.2) in the direction of the receiving opening, wherein the spring elements are configured as a damping element in which an actuating element engages in a frictional manner upon actuation thereof.
A curtain pull, comprising: inner and outer surfaces (14, 12); first and second leaves (28, 30) each rotatably connected to the other along an edge by a connector; the first leaf comprising a first portion of the inner surface and a first portion of the outer surface; and the second leaf comprising a second portion of the inner surface and a second portion of the outer surface; wherein the curtain pull transforms by folding at the connector from an open state wherein the first and second portions (20, 22) of the inner surface are relatively rotated on the connector at a non-zero angle to a closed state wherein the first and second portions (20, 22) of the inner surface are opposed, characterized in that at least a portion of the outer surface comprises anti-bacterial, anti-fungal, and anti-viral material, called anti-BFV material, and wherein the anti-BFV material is rechargeable through application of a chlorine containing solution. inner and outer surfaces (14, 12); first and second leaves (28, 30) each rotatably connected to the other along an edge by a connector; the first leaf comprising a first portion of the inner surface and a first portion of the outer surface; and the second leaf comprising a second portion of the inner surface and a second portion of the outer surface; wherein the curtain pull transforms by folding at the connector from an open state wherein the first and second portions (20, 22) of the inner surface are relatively rotated on the connector at a non-zero angle to a closed state wherein the first and second portions (20, 22) of the inner surface are opposed, characterized in that at least a portion of the outer surface comprises anti-bacterial, anti-fungal, and anti-viral material, called anti-BFV material, and wherein the anti-BFV material is rechargeable through application of a chlorine containing solution.
A composition comprising: - a coloring material that allows transmission of infrared light and shields visible light; - an infrared absorber including a material IMA that shields light in the wavelength range of > 1000 to 1200 nm; and - a curable compound, wherein the ratio A/B of the minimum value A of the absorbance of the composition in the wavelength range of 400-1100 nm to the maximum value B of the absorbance of the composition in the wavelength range of 1400-1500 nm is ≥ 4.5. - a coloring material that allows transmission of infrared light and shields visible light; - an infrared absorber including a material IMA that shields light in the wavelength range of > 1000 to 1200 nm; and - a curable compound,
Household appliance for treating laundry, having an appliance base and an appliance topside, wherein the appliance topside is arranged opposite the appliance base, a pump unit for recirculating and/or pumping down the fluid present during a cleaning and/or drying process, a drive unit for essentially driving the pump unit, a control unit for controlling the drive unit, a filter unit for filtering the fluid, wherein the pump unit pumps the fluid out of a receiving container to the filter unit and wherein the filter unit comprises a number of filter assemblies, wherein the number of filter assemblies are arranged in series and the number of filter assemblies are each connected fluidically by way of at least one overflow. an appliance base and an appliance topside, wherein the appliance topside is arranged opposite the appliance base, a pump unit for recirculating and/or pumping down the fluid present during a cleaning and/or drying process, a drive unit for essentially driving the pump unit, a control unit for controlling the drive unit, a filter unit for filtering the fluid, wherein the pump unit pumps the fluid out of a receiving container to the filter unit and wherein the filter unit comprises a number of filter assemblies, wherein the number of filter assemblies are arranged in series and the number of filter assemblies are each connected fluidically by way of at least one overflow.
Household dishwasher having at least one air outlet for blowing in particular humid air out of a dishwasher cavity in which crockery, glasses, cutlery and the like can be treated, characterised in that a structural unit comprising the at least one air outlet extends over at least half of the width of the household dishwasher and comprises an extensive slotted blow-out opening in the upper region thereof and a collecting tank for condensate in the lower region thereof.
A method performed by a terminal in a wireless communication system, the method comprising: receiving, from a base station, a radio resource control, RRC, message including information configuring measurement report for uplink packet data convergence protocol, PDCP, packet delay per data radio bearer, DRB, the information including a list of DRBs to be measured; mapping an uplink packet for a quality of service, QoS, flow to a DRB in the list at a service data adaptation protocol, SDAP, layer of the terminal; submitting the uplink packet to a PDCP upper service access point, SAP, from the SDAP layer of the terminal; performing a measurement of the uplink PDCP packet delay for the DRB based on the information at a PDCP layer of the terminal; and transmitting, to the base station, a result of the measurement based on the information, wherein the uplink PDCP packet delay is measured based on a delay from an arrival of the uplink packet at the PDCP upper SAP until a transmission of the packet is available. receiving, from a base station, a radio resource control, RRC, message including information configuring measurement report for uplink packet data convergence protocol, PDCP, packet delay per data radio bearer, DRB, the information including a list of DRBs to be measured; mapping an uplink packet for a quality of service, QoS, flow to a DRB in the list at a service data adaptation protocol, SDAP, layer of the terminal; submitting the uplink packet to a PDCP upper service access point, SAP, from the SDAP layer of the terminal; performing a measurement of the uplink PDCP packet delay for the DRB based on the information at a PDCP layer of the terminal; and transmitting, to the base station, a result of the measurement based on the information, wherein the uplink PDCP packet delay is measured based on a delay from an arrival of the uplink packet at the PDCP upper SAP until a transmission of the packet is available.
A power amplifier circuit for providing an amplified signal, the power amplifier circuit comprising: a main amplifier circuit comprising a main amplifier configured to amplify an input signal in one of a full-power mode and at least a back-off mode; a first peak amplifier circuit in parallel with the main amplifier circuit, the first peak amplifier circuit comprising a peak amplifier in series with a transmission line, the peak amplifier configured to be activated in the full-power mode and to be de-activated in at least the back-off mode, wherein an output capacitance of the peak amplifier is absorbed as part of the transmission line, and the transmission line with the output capacitance of the peak amplifier absorbed as part of the transmission line being substantially equivalent to a quarter-wave transmission line; a combining node connected to an output of the main amplifier circuit and an output of the transmission line, wherein the first peak amplifier circuit appears substantially as an open circuit to the combining node; a matching network (31, 142) connected at the output of the combining node, wherein the matching network is configured to provide partial impedance matching for the main amplifier circuit and impedance matching for the first peak amplifier circuit; and a second matching network connected between the output of the main amplifier and the combining node. a main amplifier circuit comprising a main amplifier configured to amplify an input signal in one of a full-power mode and at least a back-off mode; a first peak amplifier circuit in parallel with the main amplifier circuit, the first peak amplifier circuit comprising a peak amplifier in series with a transmission line, the peak amplifier configured to be activated in the full-power mode and to be de-activated in at least the back-off mode, wherein an output capacitance of the peak amplifier is absorbed as part of the transmission line, and the transmission line with the output capacitance of the peak amplifier absorbed as part of the transmission line being substantially equivalent to a quarter-wave transmission line; a combining node connected to an output of the main amplifier circuit and an output of the transmission line, wherein the first peak amplifier circuit appears substantially as an open circuit to the combining node; a matching network (31, 142) connected at the output of the combining node, wherein the matching network is configured to provide partial impedance matching for the main amplifier circuit and impedance matching for the first peak amplifier circuit; and a second matching network connected between the output of the main amplifier and the combining node.
Method to decelerate a vehicle, wherein said vehicle comprises a control system and at least one by said control system activated brake system to apply a braking force in order to decelerate said vehicle, characterised in that the method comprises, when said vehicle is driven at a speed exceeding a first speed ( v lim), to estimate whether the application of a braking force is required for the speed ( v) of said vehicle to fall below said first speed ( v lim) before a first period of time ( T 1) has expired, and - when the application of a braking force is required, to request the application of a first braking force (F B) to decelerate said vehicle. - when the application of a braking force is required, to request the application of a first braking force (F B) to decelerate said vehicle.
A method, comprising: transmitting, from a mobile unit, a value of an uplink counter, the method being CHARACTERIZED BY: the mobile unit transmitting the value of the uplink counter in response to the mobile unit waking up from an inactive mode, and wherein the mobile unit has also stored a previously authenticated value of a downlink counter; receiving, at the mobile unit and from the base station, a first message formed using a nonce and the value of the uplink counter, which was provided to the base station by the mobile unit in response to it waking up from an inactive mode; transmitting, from the mobile unit in response to receiving the first message, a second message formed using the nonce, an incremented value of the uplink counter, and the previously authenticated value of the downlink counter; and receiving, at the mobile unit and from the base station, a third message indicating validation of the incremented value of the uplink counter and of the previously authenticated value of the downlink counter if the value of the uplink counter in the mobile station is larger than the value of the uplink counter stored by the base station. the mobile unit transmitting the value of the uplink counter in response to the mobile unit waking up from an inactive mode, and wherein the mobile unit has also stored a previously authenticated value of a downlink counter; receiving, at the mobile unit and from the base station, a first message formed using a nonce and the value of the uplink counter, which was provided to the base station by the mobile unit in response to it waking up from an inactive mode; transmitting, from the mobile unit in response to receiving the first message, a second message formed using the nonce, an incremented value of the uplink counter, and the previously authenticated value of the downlink counter; and receiving, at the mobile unit and from the base station, a third message indicating validation of the incremented value of the uplink counter and of the previously authenticated value of the downlink counter if the value of the uplink counter in the mobile station is larger than the value of the uplink counter stored by the base station.
A package stream indexer device for indexing a stream of packages being displaced thereon within a stream plane, said device comprising a support section mounted on an articulated track defining a shaped package path having an articulation line substantially within the stream plane, and an opposite package retainer mechanism being disposed adjacent and in spaced relation to the articulated track for keeping the packages in abutment contact with the articulated track within the stream plane; characterized in that: the articulated track is a first articulated track; the support section includes a series of live rollers; the first articulated track is formed of a plurality of interconnected links frictionally engaged together and adapted for dynamic movement for the purpose of altering the orientation of the shaped package path; and the package retainer mechanism includes a pressure mechanism to ensure the packages remain in abutment contact with the live rollers, the pressure mechanism including a series of pressure wheels mounted on a second articulated track, each pressure wheel being mounted on a corresponding pivotable arm attached in spaced manner along the length of the shaped package path, the pivotable arms being adapted to pivot so as to bring, in use, the pressure wheels into contact with the packages passing along the first articulated track in order to maintain alignment of the packages thereon, the second articulated track having links and being formed similarly to the first articulated track, the second articulated track complementing the first articulated track in defining the shaped package path and also being adapted for dynamic movement for the purpose of assuming the orientation of the shaped package path. the articulated track is a first articulated track; the support section includes a series of live rollers; the first articulated track is formed of a plurality of interconnected links frictionally engaged together and adapted for dynamic movement for the purpose of altering the orientation of the shaped package path; and the package retainer mechanism includes a pressure mechanism to ensure the packages remain in abutment contact with the live rollers, the pressure mechanism including a series of pressure wheels mounted on a second articulated track, each pressure wheel being mounted on a corresponding pivotable arm attached in spaced manner along the length of the shaped package path, the pivotable arms being adapted to pivot so as to bring, in use, the pressure wheels into contact with the packages passing along the first articulated track in order to maintain alignment of the packages thereon, the second articulated track having links and being formed similarly to the first articulated track, the second articulated track complementing the first articulated track in defining the shaped package path and also being adapted for dynamic movement for the purpose of assuming the orientation of the shaped package path.
An image fixing apparatus, comprising: a heat roller; a plurality of pressure rollers (61,62) that rotationally contact and apply pressure to the surface of the heat roller at the same time; and a compression unit (70,75,76,77) for compressing the plurality of pressure rollers (61,62) against the heat roller, wherein the compression unit includes: a compression portion (75,76,77) for compressing the plurality of pressure rollers (61,62) by compressive forces; and a support member for supporting the compression portion; characterised in that the compressive forces of the compression portion for compressing the plurality of pressure rollers are adjustable according to a density of a toner image while the plurality of pressure rollers (61,62) maintain contact with the heat roller. a heat roller; a plurality of pressure rollers (61,62) that rotationally contact and apply pressure to the surface of the heat roller at the same time; and a compression unit (70,75,76,77) for compressing the plurality of pressure rollers (61,62) against the heat roller, wherein the compression unit includes: a compression portion (75,76,77) for compressing the plurality of pressure rollers (61,62) by compressive forces; and a support member for supporting the compression portion; a compression portion (75,76,77) for compressing the plurality of pressure rollers (61,62) by compressive forces; and a support member for supporting the compression portion; characterised in that the compressive forces of the compression portion for compressing the plurality of pressure rollers are adjustable according to a density of a toner image while the plurality of pressure rollers (61,62) maintain contact with the heat roller.
A method of performing parallel multifrequency phase fluorometry on a sample, the method comprising: irradiating the sample with a pulsed light signal at a predetermined excitation frequency, digitally sampling, by a detector, light emitted by the sample at a predetermined sampling frequency selected so that a difference between the sampling frequency and the excitation frequency equals a cross correlation frequency that is less than a maximum counting rate of the detector, providing a first in first out (FIFO) data reading register in communication with the detector for transferring data to a computer, the data reading register including a plurality of input lines, a plurality of output lines and at least one data enable line, and characterized by preventing saturation of the data reading register by stopping input to the input lines when the register reaches about 80% of its capacity while maintaining input to the data enable line. irradiating the sample with a pulsed light signal at a predetermined excitation frequency, digitally sampling, by a detector, light emitted by the sample at a predetermined sampling frequency selected so that a difference between the sampling frequency and the excitation frequency equals a cross correlation frequency that is less than a maximum counting rate of the detector, providing a first in first out (FIFO) data reading register in communication with the detector for transferring data to a computer, the data reading register including a plurality of input lines, a plurality of output lines and at least one data enable line, and characterized by preventing saturation of the data reading register by stopping input to the input lines when the register reaches about 80% of its capacity while maintaining input to the data enable line.
An arrangement of at least one secondary winding structure, wherein the arrangement comprises at least one phase line and one secondary winding structure per phase line, wherein the secondary winding structure comprises two or more than two subwinding structures (SW1_10, SW2_20), wherein the arrangement comprises an arrangement of magnetically conducting elements (9, 9a, 9b, 9c), wherein at least one section of at least one magnetically conductive element (9a, 9c) extends into at least one subwinding structure (SW1_10, SW2_20) of the secondary winding structure, wherein an arrangement of magnetically conductive elements comprises one or multiple row(s) of more than one magnetically conductive element, wherein the magnetically conductive elements (9, 9a, 9b, 9c) of one row provide a recess to receive at least a section of the secondary winding structure, wherein the recess is provided between a first and a second lower magnetically conductive element (9a, 9c) of the row, wherein a first end section of an upper magnetically conductive element of the row overlaps an end section of the first lower magnetically conductive element and another end section of the upper magnetically conductive element overlaps an end section of the second lower magnetically conductive element, wherein the first lower magnetically conductive element extends into an inner volume of the first subwinding structure (SW1_20) and the second lower magnetically conductive element extends into an inner volume of the second subwinding structure (SW2_20), wherein the secondary winding structure is substantially arranged within a two-dimensional plane, characterized in that the arrangement is a secondary-sided arrangement, wherein the arrangement of magnetically conductive elements (9, 9a, 9b, 9c) comprises multiple rows of more than one magnetically conductive element (9, 9a, 9b, 9c).