mhurhangee/ep-ind-claims huggingface dataset:
Method for separating a fastening element from a fastening element strip having a receptacle in which the fastening element is received, wherein the fastening element defines a fastening direction in which the fastening element is provided to be driven into a substrate, wherein the method comprises the following steps: a) transporting the fastening element in a transport direction until the fastening element is arranged in a separating section, b) producing a movement of the fastening element relative to the receptacle in a separating direction until the fastening element is separated from the receptacle, characterized in that a driving element is brought into engagement with the fastening element in order to drive the fastening element into the substrate after the fastening element has been separated from the fastening element strip. a) transporting the fastening element in a transport direction until the fastening element is arranged in a separating section, b) producing a movement of the fastening element relative to the receptacle in a separating direction until the fastening element is separated from the receptacle, characterized in that a driving element is brought into engagement with the fastening element in order to drive the fastening element into the substrate after the fastening element has been separated from the fastening element strip.
An apparatus, comprising: means for transmitting, to at least one user equipment, configuration information configuring the at least one user equipment with more than one serving cell for physical uplink control channel transmission within at least one physical uplink control channel cell group; and means for transmitting, to the at least one user equipment, configuration information configuring the at least one user equipment with a time-domain pattern of a physical uplink control channel cell within the at least one physical uplink control channel cell group. means for transmitting, to at least one user equipment, configuration information configuring the at least one user equipment with more than one serving cell for physical uplink control channel transmission within at least one physical uplink control channel cell group; and means for transmitting, to the at least one user equipment, configuration information configuring the at least one user equipment with a time-domain pattern of a physical uplink control channel cell within the at least one physical uplink control channel cell group.
A package for a pharmaceutical product, said package comprising - an electronic tag for obtaining information relating to the integrity of the product as assessed from an exposure of said product to physical or environmental conditions during a time span; wherein said tag comprises an electronics unit comprising - a control unit; - a sensor unit comprising at least one sensor for monitoring said physical or environmental conditions; - a display unit comprising a display for displaying data relating to said integrity referred to as status data; - a switch; wherein said control unit is structured and configured for effecting that said display unit displays said status data in reaction to an operation of said switch; and wherein the tag comprises a means (3, 3') connected to said control unit - for indicating to the control unit a beginning of said time span and for starting said obtaining said information relating to the integrity of the product accordingly; or - for indicating to the control unit an end of said time span and for terminating said obtaining said information relating to the integrity of the product accordingly; characterized in that said package comprises a vial, wherein I) said tag is attached at or to a constituent (86, 88) of said vial; or II) at least a portion of said tag is integrated in a constituent of said vial; and in that the means (3, 3') is a rip strip (3, 3') comprising a breakable electrical connection operationally connected to said control unit. - an electronic tag for obtaining information relating to the integrity of the product as assessed from an exposure of said product to physical or environmental conditions during a time span; wherein said tag comprises an electronics unit comprising - a control unit; - a sensor unit comprising at least one sensor for monitoring said physical or environmental conditions; - a display unit comprising a display for displaying data relating to said integrity referred to as status data; - a switch; wherein said control unit is structured and configured for effecting that said display unit displays said status data in reaction to an operation of said switch; and wherein the tag comprises a means (3, 3') connected to said control unit - for indicating to the control unit a beginning of said time span and for starting said obtaining said information relating to the integrity of the product accordingly; or - for indicating to the control unit an end of said time span and for terminating said obtaining said information relating to the integrity of the product accordingly; I) said tag is attached at or to a constituent (86, 88) of said vial; or II) at least a portion of said tag is integrated in a constituent of said vial; and
A method for transmitting an uplink, UL, signal of a terminal in a wireless communication system, the method comprising: receiving, from a base station, downlink control information, DCI, wherein the DCI includes i) activation information for activating a specific resource set from among a plurality of resource sets and ii) sounding reference signal, SRS, request information for requesting an SRS; the method further comprising: transmitting the SRS to the base station as a response signal to the DCI using a first resource belonging to the specific resource set; and performing grant-free UL transmission using a resource belonging to the specific resource set. transmitting the SRS to the base station as a response signal to the DCI using a first resource belonging to the specific resource set; and performing grant-free UL transmission using a resource belonging to the specific resource set.
A pivot fitting, in particular for movable furniture part on items of furniture, comprising - a first lever and a second lever which are mounted so they are pivotable in relation to one another about a pivot axis out of a base position by a predetermined angle (a), - an adjustment mechanism, using which the two levers (2, 3) are fixable in relation to one another in different angle positions within the predetermined angle (a), - a fastening part held so it is displaceable on the second lever in the longitudinal direction (L 3) of the second lever, - wherein a drive unit is arranged on the first lever, with which the fastening part is drivable by pivoting the second lever, characterized by - a chain or belt drive or cable pull, which is arranged on the second lever and is coupled to the fastening part and the drive unit, having a driveshaft as well as a second gear wheel located at the second lever or a second cable roll, - wherein the fastening part has a fastening element fastenable on the movable furniture part and a fixed coupling element, which is coupled to a chain or a belt or a cable of the chain or belt drive or cable pull, and is fixed in place on the fastening element, - wherein the chain or the belt or the cable of the chain or belt drive or cable pull is fixed in a formfitting or friction-locked manner on the coupling element. - a first lever and a second lever which are mounted so they are pivotable in relation to one another about a pivot axis out of a base position by a predetermined angle (a), - an adjustment mechanism, using which the two levers (2, 3) are fixable in relation to one another in different angle positions within the predetermined angle (a), - a fastening part held so it is displaceable on the second lever in the longitudinal direction (L 3) of the second lever, - wherein a drive unit is arranged on the first lever, with which the fastening part is drivable by pivoting the second lever, - a chain or belt drive or cable pull, which is arranged on the second lever and is coupled to the fastening part and the drive unit, having a driveshaft as well as a second gear wheel located at the second lever or a second cable roll, - wherein the fastening part has a fastening element fastenable on the movable furniture part and a fixed coupling element, which is coupled to a chain or a belt or a cable of the chain or belt drive or cable pull, and is fixed in place on the fastening element, - wherein the chain or the belt or the cable of the chain or belt drive or cable pull is fixed in a formfitting or friction-locked manner on the coupling element.
A compound selected from the group consisting of: -2-Amino-3-{4-[4-(2,4-dioxo-thiazolidin-5-ylmethyl)-phenoxy]-phenyl}-propionic acid hydrochloric acid salt; -2-Amino-3-{4-[4-(2,4-dioxo-thiazolidin-5-ylmethyl)-phenoxy]-phenyl}-propionate disodium salt; -2-Amino-3-{4-[4-(2,4-dioxo-thiazolidin-5-ylmethyl)-phenoxy]-phenyl}-propionate dipotassium salt; and -2-Amino-3-{4-[4-(2,4-dioxo-thiazolidin-5-ylmethyl)-phenoxy]-phenyl}-propionic acid methyl ester hydrochloric acid salt. -2-Amino-3-{4-[4-(2,4-dioxo-thiazolidin-5-ylmethyl)-phenoxy]-phenyl}-propionic acid hydrochloric acid salt; -2-Amino-3-{4-[4-(2,4-dioxo-thiazolidin-5-ylmethyl)-phenoxy]-phenyl}-propionate disodium salt; -2-Amino-3-{4-[4-(2,4-dioxo-thiazolidin-5-ylmethyl)-phenoxy]-phenyl}-propionate dipotassium salt; and -2-Amino-3-{4-[4-(2,4-dioxo-thiazolidin-5-ylmethyl)-phenoxy]-phenyl}-propionic acid methyl ester hydrochloric acid salt.
A rotor for a flotation machine, the rotor comprising: a body having: a plurality of outer blades that extend outwardly from the body, an inner channel; an opening formed at the bottom of the rotor and being in communication with the inner channel so that slurry may pass through the opening and into the inner channel; a plurality of inner blades positioned adjacent the inner channel, the inner blades defining a plurality of conduits along with portions of the body; the conduits being in communication with the inner channel to receive slurry from the inner channel, each of the conduits extending from the inner channel to an external surface of the body so that slurry pulled into the opening of the body passes into the inner channel via rotation of the rotor and subsequently passes out of the inner channel and is ejected from the external surface of the body via the conduits characterized in that, the body of the rotor also has passageways, each of the passageways having an inlet to receive air or at least one gas and an outlet to emit the air or at least one gas received via the inlet, the outlet of each passageway being spaced apart from the outlets of other passageways, the outlet of each passageway being positioned in the body between immediately adjacent outer blades, wherein the outlets of the conduits are arranged above the outer blades. a plurality of outer blades that extend outwardly from the body, an inner channel; an opening formed at the bottom of the rotor and being in communication with the inner channel so that slurry may pass through the opening and into the inner channel; a plurality of inner blades positioned adjacent the inner channel, the inner blades defining a plurality of conduits along with portions of the body; the conduits being in communication with the inner channel to receive slurry from the inner channel, each of the conduits extending from the inner channel to an external surface of the body so that slurry pulled into the opening of the body passes into the inner channel via rotation of the rotor and subsequently passes out of the inner channel and is ejected from the external surface of the body via the conduits characterized in that, the body of the rotor also has passageways, each of the passageways having an inlet to receive air or at least one gas and an outlet to emit the air or at least one gas received via the inlet, the outlet of each passageway being spaced apart from the outlets of other passageways, the outlet of each passageway being positioned in the body between immediately adjacent outer blades, wherein the outlets of the conduits are arranged above the outer blades.
Mixing method in a manufacturing apparatus comprising a mixing machine comprising a support defining a reception housing, the reception housing comprising a first reception location configured to receive a first deformable capsule and a second reception location configured to receive a second deformable capsule, the first and second capsules (3, 4) being intended to be fluidically connected together and respectively containing a first formulation and a second formulation, the mixing machine comprising an actuating system formed of a first actuating member configured to transmit pressure onto the first capsule, and a second actuating member, configured to transmit pressure onto the second capsule, the actuating members (37, 38) each alternately exerting their force along a respective actuating stroke (C37, C38), the manufacturing apparatus comprising a heating element configured to heat at least one of the first and second capsules when the first and second capsules (3, 4) are received in the mixing machine, the mixing method comprising a preparation phase, said preparation phase comprising the following successive steps: - primary step of moving the second actuating member, - secondary step of moving the first actuating member, in a stroke strictly less than its actuating stroke, and - heating step using the heating element. the mixing machine comprising an actuating system formed of a first actuating member configured to transmit pressure onto the first capsule, and a second actuating member, configured to transmit pressure onto the second capsule, the actuating members (37, 38) each alternately exerting their force along a respective actuating stroke (C37, C38), the manufacturing apparatus comprising a heating element configured to heat at least one of the first and second capsules when the first and second capsules (3, 4) are received in the mixing machine, the mixing method comprising a preparation phase, said preparation phase comprising the following successive steps: - primary step of moving the second actuating member, - secondary step of moving the first actuating member, in a stroke strictly less than its actuating stroke, and - heating step using the heating element. - primary step of moving the second actuating member, - secondary step of moving the first actuating member, in a stroke strictly less than its actuating stroke, and - heating step using the heating element.
A method of forming a carbon nanotube array, comprising: providing a substrate suitable for supporting the growth of a plurality of carbon nanotubes; depositing a vertically aligned layer of carbon nanotubes on a surface of the substrate, said carbon nanotubes having a first end and a second end, wherein the first end is attached to the substrate and wherein said plurality of carbon nanotubes forms a forest of aligned nanotubes; depositing a first coating on the second end of the carbon nanotubes that becomes infused into the layer of carbon nanotubes, wherein: (i) the first coating is silicon carbide and the depositing is by chemical vapor deposition or (ii) the first coating is a poly(methylsilyne) applied as solution and then pyrolyzed to achieve a silicon carbide coating; removing the substrate from the first end of the carbon nanotubes; and depositing a second coating on the first end of the carbon nanotubes that becomes infused into the layer of carbon nanotubes, wherein: (i) the second coating is silicon carbide and the depositing is by chemical vapor deposition or (ii) the second coating is a poly(methylsilyne) applied as solution and then pyrolyzed to achieve a silicon carbide coating. providing a substrate suitable for supporting the growth of a plurality of carbon nanotubes; depositing a vertically aligned layer of carbon nanotubes on a surface of the substrate, said carbon nanotubes having a first end and a second end, wherein the first end is attached to the substrate and wherein said plurality of carbon nanotubes forms a forest of aligned nanotubes; depositing a first coating on the second end of the carbon nanotubes that becomes infused into the layer of carbon nanotubes, wherein: (i) the first coating is silicon carbide and the depositing is by chemical vapor deposition or (ii) the first coating is a poly(methylsilyne) applied as solution and then pyrolyzed to achieve a silicon carbide coating; removing the substrate from the first end of the carbon nanotubes; and depositing a second coating on the first end of the carbon nanotubes that becomes infused into the layer of carbon nanotubes, wherein: (i) the second coating is silicon carbide and the depositing is by chemical vapor deposition or (ii) the second coating is a poly(methylsilyne) applied as solution and then pyrolyzed to achieve a silicon carbide coating.
Apparatus for imaging a sample, said apparatus comprising illumination means for illuminating said sample, detection means for detecting photons emitted or scattered from said sample, a sample container for holding said sample and a sample container holding means; wherein an observation volume in the sample container, from which photons are emitted or scattered during imaging, is defined by a volume in space where light from the illumination means and a field of view of the detection means overlap; the central axes of said light from the illumination means and said field of view of the detection means are non-parallel; and the sample container is attached to the sample container holding means, wherein the sample container holding means is coupled to a rotation generating means and rotatably arranged such that at least a portion of said sample can be transported through said observation volume, during imaging, by rotational motion of said sample container holding means; wherein said sample container comprises a plate-like sample means that can be bent to a radius to fit the outer surface of at least a part of the sample container holding means.
A method for monitoring and/or optimization of coagulation and/or flocculation in a water treatment process, comprising the steps of: - taking samples from aqueous liquid; - monitoring the samples with an imaging device to capture visual data of particles dispersed or suspended in said liquid; - classifying particle types based on said visual data; - computing a particle size distribution indication for at least one classified particle type; - comparing said particle size distribution indication to a predetermined particle size distribution value; wherein the method comprises steps a) and b) and c): - a) computing a particle size distribution indication for flocs, and comparing the particle size distribution indication for flocs to a predetermined particle size distribution value; - b) computing a particle count for microparticles, and comparing said particle count for microparticles to a predetermined particle count value; - c) monitoring the samples with the imaging device to capture visual data of compounds dissolved in the liquid, computing water color of the sample based on the visual data, and comparing the computed water color to a predetermined water color value; wherein the method comprises - adjusting, at least partially in response to a difference detected in the comparing step a), b) and c), the dosage of at least one coagulation and/or flocculation agent in the water treatment process. - taking samples from aqueous liquid; - monitoring the samples with an imaging device to capture visual data of particles dispersed or suspended in said liquid; - classifying particle types based on said visual data; - computing a particle size distribution indication for at least one classified particle type; - comparing said particle size distribution indication to a predetermined particle size distribution value; - a) computing a particle size distribution indication for flocs, and comparing the particle size distribution indication for flocs to a predetermined particle size distribution value; - b) computing a particle count for microparticles, and comparing said particle count for microparticles to a predetermined particle count value; - c) monitoring the samples with the imaging device to capture visual data of compounds dissolved in the liquid, computing water color of the sample based on the visual data, and comparing the computed water color to a predetermined water color value; - adjusting, at least partially in response to a difference detected in the comparing step a), b) and c), the dosage of at least one coagulation and/or flocculation agent in the water treatment process.
A method for mixing concrete constituents comprising: rotating a drum having a probe mounted inside the drum and immerged in the concrete constituents being mixed inside the drum; receiving a first set of pressure values indicative of pressure exerted on the probe by the concrete constituents, the pressure values of the first set being taken at different circumferential positions (θ) of the probe during a single rotation of the drum; determining a deviation of the pressure values of the first set from reference data; said method being characterized by reducing a rotation speed of the drum upon determining that the deviation is lower than a threshold value. rotating a drum having a probe mounted inside the drum and immerged in the concrete constituents being mixed inside the drum; receiving a first set of pressure values indicative of pressure exerted on the probe by the concrete constituents, the pressure values of the first set being taken at different circumferential positions (θ) of the probe during a single rotation of the drum; determining a deviation of the pressure values of the first set from reference data; said method being characterized by reducing a rotation speed of the drum upon determining that the deviation is lower than a threshold value.