mhurhangee/ep-ind-claims huggingface dataset:
Use of a wax dispersion as a hydrophobizing agent for lignocelluloses in the form of fibers, shavings or strands in the production of wood-based materials, wherein the wax dispersion comprises 20% by weight to 80% by weight of water as the continuous phase 0.5% to 10% by weight of at least one emulsifier and a) 20% to 80% by weight of waxes forming the disperse phase, wherein wax particles of at least two different waxes are present separately in the wax dispersion and the continuous phase of the wax dispersion is water and b) at least two of the waxes present separately in the dispersion are to an extent of at least 85% by weight one or more long-chain hydrocarbons having on average more than 20 carbon atoms and c) at least two of the waxes present separately in the dispersion have a solidification point of 35°C to 150°C and wherein contacting of the fibers, shavings or strands with the wax dispersion to apply the wax to the fibers, shavings or strands and pressing affords a wood-based material containing the fibers, shavings or strands and optionally further constituents and wherein, based on the dry weight of the wood-based material 0.1% to 5% by weight of wax solids have been incorporated. 20% by weight to 80% by weight of water as the continuous phase 0.5% to 10% by weight of at least one emulsifier and a) 20% to 80% by weight of waxes forming the disperse phase, wherein wax particles of at least two different waxes are present separately in the wax dispersion and the continuous phase of the wax dispersion is water and b) at least two of the waxes present separately in the dispersion are to an extent of at least 85% by weight one or more long-chain hydrocarbons having on average more than 20 carbon atoms and c) at least two of the waxes present separately in the dispersion have a solidification point of 35°C to 150°C and wherein contacting of the fibers, shavings or strands with the wax dispersion to apply the wax to the fibers, shavings or strands and pressing affords a wood-based material containing the fibers, shavings or strands and optionally further constituents and wherein, based on the dry weight of the wood-based material 0.1% to 5% by weight of wax solids have been incorporated. a) 20% to 80% by weight of waxes forming the disperse phase, wherein wax particles of at least two different waxes are present separately in the wax dispersion and the continuous phase of the wax dispersion is water and b) at least two of the waxes present separately in the dispersion are to an extent of at least 85% by weight one or more long-chain hydrocarbons having on average more than 20 carbon atoms and c) at least two of the waxes present separately in the dispersion have a solidification point of 35°C to 150°C and wherein contacting of the fibers, shavings or strands with the wax dispersion to apply the wax to the fibers, shavings or strands and pressing affords a wood-based material containing the fibers, shavings or strands and optionally further constituents and wherein, based on the dry weight of the wood-based material 0.1% to 5% by weight of wax solids have been incorporated.
A method performed by a base station in a wireless communication system, the method comprising: performing detection operations for a random access signal received from a user equipment, UE, in a first observation period and a second observation period, wherein a first random access signal is detected in the first observation period and a second random access signal is detected in the second observation period; determining a first timing advance, TA, value, based on the first random access signal; determining a second TA value, based on the second random access signal; determining whether a first signal strength of the first random access signal is greater than or equal to a second signal strength of the second random access signal; determining (930, 940) a temporary TA value, wherein in case that the first signal strength is greater than or equal to the second signal strength, the first TA value is determined as the temporary TA value, and wherein in case that the first signal strength is less than the second signal strength, the second TA value is corrected and the corrected second TA value is determined as the temporary TA value; comparing a preset threshold value and a ratio of the first signal strength to the second signal strength; and determining (960, 970) a final TA value, wherein in case that the ratio is greater than or equal to the preset threshold value, the temporary TA value is determined as the final TA value, and wherein in case that the ratio is less than the preset threshold value, the temporary TA value is corrected and the corrected temporary TA value is determined as the final TA value. performing detection operations for a random access signal received from a user equipment, UE, in a first observation period and a second observation period, wherein a first random access signal is detected in the first observation period and a second random access signal is detected in the second observation period; determining a first timing advance, TA, value, based on the first random access signal; determining a second TA value, based on the second random access signal; determining whether a first signal strength of the first random access signal is greater than or equal to a second signal strength of the second random access signal; determining (930, 940) a temporary TA value, wherein in case that the first signal strength is greater than or equal to the second signal strength, the first TA value is determined as the temporary TA value, and wherein in case that the first signal strength is less than the second signal strength, the second TA value is corrected and the corrected second TA value is determined as the temporary TA value; comparing a preset threshold value and a ratio of the first signal strength to the second signal strength; and determining (960, 970) a final TA value, wherein in case that the ratio is greater than or equal to the preset threshold value, the temporary TA value is determined as the final TA value, and wherein in case that the ratio is less than the preset threshold value, the temporary TA value is corrected and the corrected temporary TA value is determined as the final TA value.
A trommel frame section of a trommel device comprising a protective cover for removably affixing to the trommel frame section, characterized in that the protective cover is configured to protect portions of the trommel frame section from abrasion and wear from screened material being processed by the trommel device; the protective cover comprising: a body having an apex defined between first and second deflection surfaces, the first and second deflection surfaces being angled surfaces of the body which are configured to deflect screened material around said portions of the trommel frame section; fixation members provided in the form of elongated locking fingers spaced from each other, extending from the body, running along a length of the protective cover body and which are configured to engage an outer portion of the trommel frame section; one or more locking features provided to the fixation members and comprising snap-lock tabs extending inwardly from the fixation members and/or towards each other for securing the body to a cross brace, longitudinal support, or radial support of the trommel frame section; and, an opening provided between the fixation members which is adapted for receiving and retaining said cross brace, longitudinal support, or radial support of the trommel frame section. a body having an apex defined between first and second deflection surfaces, the first and second deflection surfaces being angled surfaces of the body which are configured to deflect screened material around said portions of the trommel frame section; fixation members provided in the form of elongated locking fingers spaced from each other, extending from the body, running along a length of the protective cover body and which are configured to engage an outer portion of the trommel frame section; one or more locking features provided to the fixation members and comprising snap-lock tabs extending inwardly from the fixation members and/or towards each other for securing the body to a cross brace, longitudinal support, or radial support of the trommel frame section; and, an opening provided between the fixation members which is adapted for receiving and retaining said cross brace, longitudinal support, or radial support of the trommel frame section.
An in vitro method of facilitating the determination of treatment of a subject displaying atrial fibrillation, the method comprising determining a level of pitx2c expression in a sample obtained from the subject and selecting a treatment based upon the level of pitx2c expression, wherein treatment with a sodium channel blocker is selected if the level of pitx2c expression is determined to be reduced or below a predetermined threshold, which is the expression level of pitx2c in a control sample from a non-diseased subject or a published literature value for expected normal pitx2c expression.
A register file comprising: a plurality of registers (R0,..., R63) configured to form at least one register cluster (210; 211; 212), each of the registers being configured to have a virtual index defined for each register cluster and a physical index defined for each register; and an index converting unit including a plurality of index converting modules (205-1; 205-2; 205-3; 205-4), each formed on an address port of the register file, and each configured to convert the virtual index to the physical index, wherein each index converting module comprises an offset storage configured to store an offset corresponding to the number of registers belonging to previous register clusters, and an index increasing unit configured to add the virtual index and the offset to generate the physical index. a plurality of registers (R0,..., R63) configured to form at least one register cluster (210; 211; 212), each of the registers being configured to have a virtual index defined for each register cluster and a physical index defined for each register; and an index converting unit including a plurality of index converting modules (205-1; 205-2; 205-3; 205-4), each formed on an address port of the register file, and each configured to convert the virtual index to the physical index, wherein each index converting module comprises an offset storage configured to store an offset corresponding to the number of registers belonging to previous register clusters, and an index increasing unit configured to add the virtual index and the offset to generate the physical index.
A method for providing, on a graphic printing line on a printing paper, a plurality of unique coloured signs with reflecting dots set alongside one another, said sign having an alphanumeric code inscribed at the centre, for filing and reading an original sign and comparing it with a fake sign the method being characterized in that an electrostatic-charge generator is provided, the generator being configured to vary in power, intermittence, and timing on the basis of the pitch between the signs to be created on the printing paper so as to be efficient in attracting a regulated dose of encapsulated micro-drops of colour and glitters on one or more of said unique coloured signs, the method further comprising a step of bursting of the coloured micro-drops with a laser-beam barrier or with an ultrasound barrier.
A selectable flow restriction device comprising: a restriction valve having a first port, a second port, a plurality of fluidic nodes (53-2 to 53-6) and a movable valve channel having a first end fluidically coupled to the second port and having a second end configured to couple to a selected one of the fluidic nodes (53-2 to 53-6), wherein one of the first and second ports is an inlet port and the other of the first and second ports is an outlet port; and a plurality of flow restrictors (56A - 56D), each flow restrictor (56A - 56D) having a first end coupled to one of the fluidic nodes (53-2 to 53-6) and a second end to another one of the fluidic nodes (53-2 to 53-6), the flow restrictors (56A - 56D) arranged to form a serial path defined from a first one of the flow restrictors (56A - 56D) to a last one of the flow restrictors (56A - 56D), wherein a fluidic path to conduct a liquid is defined between the first port and the second port and wherein the flow restrictors (56A - 56D) included in the fluidic path are determined according to which one of the fluidic nodes (53-2 to 53-6) is coupled to the second port. a restriction valve having a first port, a second port, a plurality of fluidic nodes (53-2 to 53-6) and a movable valve channel having a first end fluidically coupled to the second port and having a second end configured to couple to a selected one of the fluidic nodes (53-2 to 53-6), wherein one of the first and second ports is an inlet port and the other of the first and second ports is an outlet port; and a plurality of flow restrictors (56A - 56D), each flow restrictor (56A - 56D) having a first end coupled to one of the fluidic nodes (53-2 to 53-6) and a second end to another one of the fluidic nodes (53-2 to 53-6), the flow restrictors (56A - 56D) arranged to form a serial path defined from a first one of the flow restrictors (56A - 56D) to a last one of the flow restrictors (56A - 56D), wherein a fluidic path to conduct a liquid is defined between the first port and the second port and wherein the flow restrictors (56A - 56D) included in the fluidic path are determined according to which one of the fluidic nodes (53-2 to 53-6) is coupled to the second port.
Medical, in particular dental handpiece, comprising: an outer sleeve, a drive device for setting in motion a tool which is connectible to the handpiece and a temperature measuring device for measuring the temperature of the handpiece or of a part of the handpiece, comprising an electrical temperature measuring device having at least one thermocouple, which is configured to provide a thermoelectric voltage signal for the measurement of the temperature, wherein the at least one thermocouple is provided on a component of the handpiece that comprises a material which is part of the thermocouple, characterized in that the component whose material is part of the thermocouple is formed by the outer sleeve or a component of the handpiece which is connected to the outer sleeve in an electrically conductive manner.
A radiation detector assembly, comprising: an array of primary pixels; an array of reference pixels, wherein each reference pixel is adjacent to at least one primary pixel and wherein the reference pixels are smaller in area than the primary pixels; detection circuitry in communication with the array of primary pixels and the array of reference pixels, wherein the detection circuitry is configured to detect signals in the primary pixels and the reference pixels that are coincident in time; and an anti-scatter collimator positioned to be over the array of reference pixels. an array of primary pixels; an array of reference pixels, wherein each reference pixel is adjacent to at least one primary pixel and wherein the reference pixels are smaller in area than the primary pixels; detection circuitry in communication with the array of primary pixels and the array of reference pixels, wherein the detection circuitry is configured to detect signals in the primary pixels and the reference pixels that are coincident in time; and an anti-scatter collimator positioned to be over the array of reference pixels.
A portable, non-invasive therapeutic device adapted for treatment comprising: a) an energy-emitting plate with a central opening defining a front portion of the device and a wall extending outwardly therefrom and enclosing an hollow interior space behind the inner surface of the energy-emitting plate, wherein the energy-emitting plate is coated with certain mineral ore adapted to emit a therapeutically effective level of light energy; b) a rivet comprising of germanium and located at an approximately center point on the energy-emitting plate; c) a heating element disposed in the hollow interior space behind the inner surface of the energy-emitting plate and attached to the inner surface of said energy-emitting plate; d) a power circuit in electrical connection with a microprocessor, which is further in electrical connection with a heater line / heat control circuit, a temperature sensor circuit, a digital display circuit and a switch control circuit, wherein the heater line / heat control circuit is, in turn, in electrical connection with said heating element; and wherein said microprocessor is programmed to cause said heat control circuit to pulse heat said heating element, and in turn, said energy-emitting plate, on and off along a person's body; and wherein said microprocessor further sends digital data to and in digital communications with said digital display circuit and said switch control circuit; and e) wherein the energy-emitting plate and the rivet are configured to provide light energy to a subject's body when placed over at least one or more sensitive points or positions of the subject's body. a) an energy-emitting plate with a central opening defining a front portion of the device and a wall extending outwardly therefrom and enclosing an hollow interior space behind the inner surface of the energy-emitting plate, wherein the energy-emitting plate is coated with certain mineral ore adapted to emit a therapeutically effective level of light energy; b) a rivet comprising of germanium and located at an approximately center point on the energy-emitting plate; c) a heating element disposed in the hollow interior space behind the inner surface of the energy-emitting plate and attached to the inner surface of said energy-emitting plate; d) a power circuit in electrical connection with a microprocessor, which is further in electrical connection with a heater line / heat control circuit, a temperature sensor circuit, a digital display circuit and a switch control circuit, wherein the heater line / heat control circuit is, in turn, in electrical connection with said heating element; and wherein said microprocessor is programmed to cause said heat control circuit to pulse heat said heating element, and in turn, said energy-emitting plate, on and off along a person's body; and wherein said microprocessor further sends digital data to and in digital communications with said digital display circuit and said switch control circuit; and e) wherein the energy-emitting plate and the rivet are configured to provide light energy to a subject's body when placed over at least one or more sensitive points or positions of the subject's body.
A postal sorting machine (101, 201) for sorting mailpieces and separators, said postal sorting machine (101, 201) comprising at least: sorting outlets (105, 205) suitable for receiving said mailpieces and said separators in progressively formed stacks; a first unstacker (102, 202) suitable for automatically unstacking said mailpieces and said separators; a conveyor (104, 204) suitable for transporting said unstacked mailpieces and said unstacked separators towards said sorting outlets (105, 205), and for distributing them between said sorting outlets (105, 205) on the basis of a predetermined sorting plan; and a second unstacker (103, 203) distinct from said first unstacker (102, 202) and suitable for automatically unstacking at least one separator on the basis of at least one predetermined criterion and for inserting it into the stream of mailpieces transported by said conveyor (104, 204), said conveyor (104, 204) being suitable for distributing said reinserted separator to a certain predetermined sorting outlet (105, 205), said postal sorting machine being characterized in that it further comprises a stacker (103, 203) for stacking separators, which stacker is interposed between said first unstacker (102, 202) and said second unstacker (103, 203), and is controlled for the purposes of automatically extracting separators transported by said conveyor (104, 204), of automatically stacking them, of automatically storing them, and of automatically feeding said second unstacker (103, 203) with separators.
Steering column comprising: a support base intended to be mounted fixedly with respect to a vehicle chassis, a steering member on which a vehicle steering wheel is mounted, the steering member comprising a transmission shaft mounted so as to rotate with respect to the support base about a longitudinal main axis, characterized in that it has at least one force sensor (32, 56, 60) that is interposed between a first non-rotating element of the steering column and a second non-rotating element belonging either to the steering column or to the chassis of the vehicle, and in that the first non-rotating element is an annular component of longitudinal axis, which has a first inner recess designed to receive an outer ring of a rolling bearing of the transmission shaft. a support base intended to be mounted fixedly with respect to a vehicle chassis, a steering member on which a vehicle steering wheel is mounted, the steering member comprising a transmission shaft mounted so as to rotate with respect to the support base about a longitudinal main axis, characterized in that it has at least one force sensor (32, 56, 60) that is interposed between a first non-rotating element of the steering column and a second non-rotating element belonging either to the steering column or to the chassis of the vehicle, and in that the first non-rotating element is an annular component of longitudinal axis, which has a first inner recess designed to receive an outer ring of a rolling bearing of the transmission shaft.
A wireless femtocell base station connected to a public network by wires and to an existing wireless base station by radio, wherein the wireless femtocell base station is configured to communicate with a wireless network controller connected to the public network by wires and to the existing wireless base station by radio, the wireless femtocell base station comprising: an installation information transmitter configured to transmit wirelessly, via a radio route of the existing wireless base station, installation information, indicating that the wireless femtocell base station is being installed, to the wireless network controller which controls the existing wireless base station; a connection information receiver configured to receive connection information wirelessly, for connecting to the wireless network controller via the public network, the connection information being transmitted from the wireless network controller to the wireless femtocell base station via the radio route of the existing wireless base station; and a station-controller link establishing unit configured to connect to the wireless network controller via a wired route of the public network in accordance with the connection information received via the wireless communication and to establish a station-controller link via the wired route of the public network. an installation information transmitter configured to transmit wirelessly, via a radio route of the existing wireless base station, installation information, indicating that the wireless femtocell base station is being installed, to the wireless network controller which controls the existing wireless base station; a connection information receiver configured to receive connection information wirelessly, for connecting to the wireless network controller via the public network, the connection information being transmitted from the wireless network controller to the wireless femtocell base station via the radio route of the existing wireless base station; and a station-controller link establishing unit configured to connect to the wireless network controller via a wired route of the public network in accordance with the connection information received via the wireless communication and to establish a station-controller link via the wired route of the public network.