mhurhangee/ep-ind-claims huggingface dataset:
A computing device, comprising: a first portion (302) and a second portion (302); a temperature sensitive adhesive; and, micro heaters positioned proximate to the temperature sensitive adhesive, wherein the micro heaters are configured to be selectively energized to supply sufficient thermal energy to the temperature sensitive adhesive to produce a relatively pliant state of the temperature sensitive adhesive where the first and second portions (302, 302) can be positioned proximate to one another; and when the micro heaters are no longer energized, the micro heaters can be selectively electrically connected to other electrical circuitry/components to either be connected to the computing device's ground so that the micro heaters can dissipate electrical charge or to function as an antenna for the computing device and the temperature sensitive adhesive transitions to a second less pliant bonding state to secure the first portion (302) and the second portion (302); and wherein the micro heaters are configured to be subsequently re-energized to return the temperature sensitive adhesive to the relatively pliant state so that the first portion (302) can be separated from the second portion (302). a first portion (302) and a second portion (302); a temperature sensitive adhesive; and, micro heaters positioned proximate to the temperature sensitive adhesive, wherein the micro heaters are configured to be selectively energized to supply sufficient thermal energy to the temperature sensitive adhesive to produce a relatively pliant state of the temperature sensitive adhesive where the first and second portions (302, 302) can be positioned proximate to one another; and when the micro heaters are no longer energized, the micro heaters can be selectively electrically connected to other electrical circuitry/components to either be connected to the computing device's ground so that the micro heaters can dissipate electrical charge or to function as an antenna for the computing device and the temperature sensitive adhesive transitions to a second less pliant bonding state to secure the first portion (302) and the second portion (302); and wherein the micro heaters are configured to be subsequently re-energized to return the temperature sensitive adhesive to the relatively pliant state so that the first portion (302) can be separated from the second portion (302).
A solar ray concentration system comprising a vertically projecting mast structure (1.1) which comprises a plurality of systems which are mounted one on top of the other down said mast structure (1.1) from top to bottom, and in which each of said systems comprises a flat collection mirror (1.4), a Plano concave mirror (1.7), a Plano convex mirror (1.6), an inner 45 degree inclined flat mirror (1.5), and an outer 45 degree inclined flat mirror (1.10), wherein said flat collection mirror (1.4) of each system is sustained by two parallel horizontally projecting members (1.3) which sustain the Plano concave mirror (1.7) of the system positioned on top of the system concerned, wherein the Plano concave mirror (1.7) faces towards the mast structure (1.1) and is positioned below said flat collection mirror (1.4), and concentrates the solar rays (1.8) deflected by the flat collection mirror (1.4) towards the Plano convex mirror (1.6) which faces opposite to said mast structure (1.1), and which hence faces towards said Plano concave mirror (1.7), the Piano convex mirror (1.6) being positioned in front of and slightly above of said Plano concave mirror (1.7), and nearer to said vertical mast structure (1.1) than said Plano concave mirror (1.7), the inner 45 degree inclined flat mirror (1.5) is positioned below the upper system's Piano convex mirror (1.6) and partly faces upwards towards said Plano convex mirror (1.6) and partly horizontally away from said mast structure (1.1) and so towards the outer 45 degree inclined flat mirror (1.10), which is positioned horizontally in front of said inner 45 degree inclined flat mirror (1.5) and partly faces towards the mast structure (1.1) and so towards the inner 45 degree inclined mirror (1.5), and partly faces downwards towards the Plano concave mirror (1.7) of the lower system, which is positioned below said outer 45 degree inclined flat mirror (1.10), as well as below the whole surface of said lower system's flat collection mirror (1.4).
A use of at least one dendrimer-type compound of generation (n) or a salt thereof comprising: - a central unit of valency 3 represented by the formula: - (n-1) inner generation layers consisting of repeat units arranged in a tree structure around the central unit and represented by the formula: - an outer layer consisting of units represented by the formula: said units of formula being bonded to said central unit when n is 1 or to the inner layer farthest from said central unit when n is different from 1; and where n is an integer comprised between 1 and 12, for trapping at least one chemical compound, preferably a pollutant, contained in a liquid sample. - a central unit of valency 3 represented by the formula: - (n-1) inner generation layers consisting of repeat units arranged in a tree structure around the central unit and represented by the formula: - an outer layer consisting of units represented by the formula: said units of formula being bonded to said central unit when n is 1 or to the inner layer farthest from said central unit when n is different from 1; and where n is an integer comprised between 1 and 12, for trapping at least one chemical compound, preferably a pollutant, contained in a liquid sample. said units of formula being bonded to said central unit when n is 1 or to the inner layer farthest from said central unit when n is different from 1; and where n is an integer comprised between 1 and 12, for trapping at least one chemical compound, preferably a pollutant, contained in a liquid sample.
Apparatus for powder spheroidisation by microwave-induced plasma, comprising a microwave generator, a microwave cavity, a waveguide connecting the microwave generator to the microwave cavity, a plasma tube partially located in the microwave cavity, a powder supply connected to the plasma tube to feed a powder precursor flow thereinto, and a gas supply connected to the plasma tube to feed a process gas flow thereinto, in order to form a plasma torch in the plasma tube by coupling the process gas flow with the microwave radiation, and the gas supply is connected to the powder supply to let the process gas carry the powder precursor into the plasma tube, and so into the plasma torch in order to make spheroids from the powder precursor by in-flight melting, characterised by further comprising a compressed air supply, wherein the microwave cavity comprises at least one opening for the compressed air so that the latter can cool the plasma tube from outside.
A distractor, particularly to transversally extend a jaw of a patient, wherein the distractor has a case in which expansion elements (10, 11) are arranged that are moveable along a longitudinal axis, and first fixing elements (2, 3) to attach the distractor to the jaw of a patient, wherein the first fixing elements (2, 3) are pivotally connected to the expansion elements (10, 11) via first coupling elements (6, 7), wherein joints are formed between the first fixing elements (2, 3) and the first coupling elements (6, 7), characterized in that joints are formed between the first coupling elements (6, 7) and the expansion elements (10, 11), wherein the joints, via which the first coupling elements (6, 7) are connected to the expansion elements (10, 11), each are a ball joint designated as a second ball joint.
A device for conveying vehicle bodies, on which standardised holding components are present, having a) at least one continuous drive train which has a load-carrying strand and a return strand; b) a guide device (6, 8) for the at least one continuous drive train, which comprises a first deflection element and at least one second deflection element by way of which the at least one continuous drive train revolves, wherein c) the at least one continuous drive train carries a plurality of coupling elements which are arranged and configured such that they can cooperate with the standardised holding components present on the vehicle body, characterised in that d) the coupling elements are connected to the continuous drive train such that they can tilt about an axis (52, 54); e) means (72, 74) are present, which are configured such that the coupling elements are carried along by the load-carrying strand in an operating position and by the return strand in an idle position which is tilted by comparison, wherein the means (72, 74) ea) comprise a tilting device at a first end of the continuous drive train, by means of which the coupling elements are tilted from their operating position into the idle position; eb) comprise a righting device at a second end of the continuous drive train, by means of which the coupling elements are tilted from their idle position into the operating position. a) at least one continuous drive train which has a load-carrying strand and a return strand; b) a guide device (6, 8) for the at least one continuous drive train, which comprises a first deflection element and at least one second deflection element by way of which the at least one continuous drive train revolves, c) the at least one continuous drive train carries a plurality of coupling elements which are arranged and configured such that they can cooperate with the standardised holding components present on the vehicle body, d) the coupling elements are connected to the continuous drive train such that they can tilt about an axis (52, 54); e) means (72, 74) are present, which are configured such that the coupling elements are carried along by the load-carrying strand in an operating position and by the return strand in an idle position which is tilted by comparison, wherein the means (72, 74) ea) comprise a tilting device at a first end of the continuous drive train, by means of which the coupling elements are tilted from their operating position into the idle position; eb) comprise a righting device at a second end of the continuous drive train, by means of which the coupling elements are tilted from their idle position into the operating position.
An operating machine (1; 29; 48) to process smoking articles and comprising at least one pneumatic component having a plurality of holes (15; 18; 23; 42; 46; 57; 58), which are obtained through an outer surface and can be connected to a pneumatic system, and at least one tubular duct (16; 22; 28; 40; 47), which ends in the holes (15; 18; 23; 42; 46; 57; 58); wherein the pneumatic component is one single monolithic piece, consists of one single indivisible body manufactured as a whole seamlessly and is manufactured by means of additive manufacturing; wherein the tubular duct (16; 22; 28; 40; 47) has a non-straight geometry, which optimizes fluid-dynamic efficiency; and wherein the pneumatic component is a sucking holding head, which is designed to hold, through suction, a wrapping sheet, in particular a collar, or a sucking holding head (4; 8), which is provided with at least one sucking seat (5; 9) designed to hold a smoking article. wherein the tubular duct (16; 22; 28; 40; 47) has a non-straight geometry, which optimizes fluid-dynamic efficiency; and wherein the pneumatic component is a sucking holding head, which is designed to hold, through suction, a wrapping sheet, in particular a collar, or a sucking holding head (4; 8), which is provided with at least one sucking seat (5; 9) designed to hold a smoking article.
A calcium channel blocker selected from the group consisting of calcium channel blockers of the phenylalkylamine family of formula I and salts thereof, in which: - the R 1, R 2 and R 3 groups are identical or different and are selected from phenyl and fluorophenyl radicals, provided that at least one of the R 1, R 2 and R 3 groups is a fluorophenyl radical; for use thereof in the treatment of a motor neuronopathy selected from spinal muscular atrophy, amyotrophic lateral sclerosis, primary lateral sclerosis, Kennedy's disease and Charcot-Marie-Tooth disease. - the R 1, R 2 and R 3 groups are identical or different and are selected from phenyl and fluorophenyl radicals, provided that at least one of the R 1, R 2 and R 3 groups is a fluorophenyl radical;
Counter-current swimming system comprising a pool and a device for producing a current in the pool, the current being formed from a primary flow and a rip current (B1, B2), the device comprising a dome element comprising, on the side of the tip thereof, means for injecting (8, 9) the primary flow such that it crosses the dome element and leads, on the side of the opening, into the pool; the system being characterised in that the device is immersed in the pool and in that the dome element has an aerodynamic profile for generating an additional current (C1, C2) in the direction of the primary flow through the flow and the acceleration on the exterior walls (2a, 2b) thereof of the rip current (B1, B2).
A layered structure with semiconducting materials on a support layer comprising at least one planar semiconducting layer and several electrodes, in particular a first and second one, wherein the semiconducting layer has a top and bottom flat face which extend essentially parallel to another and are spaced apart from one another by the height of the layer, and the semiconducting layer is applied with the bottom flat face on a flat face of the support layer, the at least two electrodes being disposed on two oppositely lying end faces of the semiconducting layer and/or in planes at least approximately parallel thereto between the two end faces and being connected to the semiconducting layer in an electrically conducting manner, characterised in that the at least two electrodes are printed onto the support layer.
A method for optimizing a localization system comprising a number N greater than or equal to 2 of land transmitting base stations able to be installed in predetermined positions so as to cover a land zone with known borders to allow any multichannel CDMA receiver moving in that zone to extract its position from CDMA signals that it receives from a plurality of land-based stations, characterized in that it includes the following steps: - Looking (110 to 140), for any pair of land base stations i and j with respective predetermined positions x i and x j, for a limited variation time range over which the intercorrelation coefficients on the reception channel i and on the reception channel j of the receiver must be minimal, from estimates of the minimum and maximum differences between the propagation times of the signals emitted by the land base stations i and j for all possible positions of the receiver; - Estimating an intentional time shift value δ ij to be applied to the transmission between a first code transmitted by the base station i and a second code transmitted by the base station j, for which the intercorrelation between said first code and said second code is minimal for all of the delays comprised in said limited variation range. - Looking (110 to 140), for any pair of land base stations i and j with respective predetermined positions x i and x j, for a limited variation time range over which the intercorrelation coefficients on the reception channel i and on the reception channel j of the receiver must be minimal, from estimates of the minimum and maximum differences between the propagation times of the signals emitted by the land base stations i and j for all possible positions of the receiver; - Estimating an intentional time shift value δ ij to be applied to the transmission between a first code transmitted by the base station i and a second code transmitted by the base station j, for which the intercorrelation between said first code and said second code is minimal for all of the delays comprised in said limited variation range.
Anti-trip mechanism for a timepiece regulating member comprising at least one balance spring with a strip wound into a plurality of coils, wherein, at a first end, an inner coil is fixed to a collet coaxial to said balance spring relative to a pivot axis, and at a second, opposite end, an outer coil is fixed to a hooking element, at least one said coil of said balance spring including at least one finger comprising at least one feeler spindle stud and mounted integrally with said at least one coil, characterized in that said at least one feeler spindle stud develops in an axial direction substantially parallel to said pivot axis, substantially perpendicularly to a plane in which the various said coils extend and in that said at least one feeler spindle stud is movable with no contact, during the contraction or extension of said balance spring, in a travel limiting channel comprised in a flange of said anti-trip mechanism, said channel being configured to limit the travel of said finger relative to said pivot axis when the angle of pivoting imparted to said collet is greater than a determined nominal value.
Data retention circuitry comprising: a first power rail; a second power rail; a flip flop including a master portion and a slave portion, the master portion coupled to the first power rail for both a regular operational mode and a retention operational mode, the slave portion configured to retain slave data if the master portion experiences a power collapse for the retention operational mode, the flip flop further including isolation circuitry configured to isolate the master portion from the slave portion for the retention operational mode; means for power multiplexing the slave portion to the first power rail for the regular operational mode and to the second power rail for the retention operational mode; and power collapse circuitry including means for clamping a clock signal responsive to an active state of a retention signal to produce a controlled clock signal; wherein the power collapse circuitry is configured to establish a retention state of the isolation circuitry to prevent the master portion from changing the slave data stored by the slave portion for the retention operational mode and to provide the controlled clock signal to the isolation circuitry to establish the retention state of the isolation circuitry to prevent the master portion from changing the slave data stored by the slave portion for the retention operational mode. a first power rail; a second power rail; a flip flop including a master portion and a slave portion, the master portion coupled to the first power rail for both a regular operational mode and a retention operational mode, the slave portion configured to retain slave data if the master portion experiences a power collapse for the retention operational mode, the flip flop further including isolation circuitry configured to isolate the master portion from the slave portion for the retention operational mode; means for power multiplexing the slave portion to the first power rail for the regular operational mode and to the second power rail for the retention operational mode; and power collapse circuitry including means for clamping a clock signal responsive to an active state of a retention signal to produce a controlled clock signal; wherein the power collapse circuitry is configured to establish a retention state of the isolation circuitry to prevent the master portion from changing the slave data stored by the slave portion for the retention operational mode and to provide the controlled clock signal to the isolation circuitry to establish the retention state of the isolation circuitry to prevent the master portion from changing the slave data stored by the slave portion for the retention operational mode.
A boxing device comprising: a stocking section inside of which a stocking space for stocking a plurality of packaging boxes made from sheet-form members is formed; a packing section configured and arranged to receive packaging boxes sent from the stocking section; a boxing mechanism configured and arranged to perform a boxing action of packing a plurality of products discharged from a packaging machine, which is configured to package supplied commodities into a bag formed of packaging material and to discharge the package as a product, into the packaging boxes placed on the packing section; and a controller configured and arranged to execute a stocking number deciding process to decide a numerical quantity of the packaging boxes stocked in the stocking space on the basis of predetermined information, the controller configured and arranged to execute the stocking number deciding process on the basis of packaging-machine-related information relating to an operating situation of the packaging machine, and/or user-set information set by a user. a stocking section inside of which a stocking space for stocking a plurality of packaging boxes made from sheet-form members is formed; a packing section configured and arranged to receive packaging boxes sent from the stocking section; a boxing mechanism configured and arranged to perform a boxing action of packing a plurality of products discharged from a packaging machine, which is configured to package supplied commodities into a bag formed of packaging material and to discharge the package as a product, into the packaging boxes placed on the packing section; and a controller configured and arranged to execute a stocking number deciding process to decide a numerical quantity of the packaging boxes stocked in the stocking space on the basis of predetermined information, the controller configured and arranged to execute the stocking number deciding process on the basis of packaging-machine-related information relating to an operating situation of the packaging machine, and/or user-set information set by a user.
A method of a user equipment, UE, the method comprising: receiving channel state information reference signal, CSI-RS, configuration information via radio resource control, RRC, signaling; identifying information associated with a maximum number of channel state information, CSI, processes supported by the UE; updating at least one CSI corresponding to at least one CSI process determined based on the maximum number of CSI processes supported by the UE and an index of CSI processes; and transmitting a CSI report to the base station based on the updated CSI. receiving channel state information reference signal, CSI-RS, configuration information via radio resource control, RRC, signaling; identifying information associated with a maximum number of channel state information, CSI, processes supported by the UE; updating at least one CSI corresponding to at least one CSI process determined based on the maximum number of CSI processes supported by the UE and an index of CSI processes; and transmitting a CSI report to the base station based on the updated CSI.
An inkjet recording ink set, comprising: a black pigment ink; and a color pigment ink, wherein the black pigment ink contains a black pigment treated with an anionic surfactant, and a black pigment coated with a resinous polymer, and water, and the black pigment ink is a pigment dispersion liquid where the black pigment treated with the anionic surfactant and the black pigment coated with the resinous polymer are dispersed in the water, and wherein the color pigment ink contains a color pigment, a nonionic surfactant, and water, and the color pigment ink is a pigment dispersion liquid where the color pigment is dispersed in the water with assistance of the nonionic surfactant. a black pigment ink; and a color pigment ink, wherein the black pigment ink contains a black pigment treated with an anionic surfactant, and a black pigment coated with a resinous polymer, and water, and the black pigment ink is a pigment dispersion liquid where the black pigment treated with the anionic surfactant and the black pigment coated with the resinous polymer are dispersed in the water, and wherein the color pigment ink contains a color pigment, a nonionic surfactant, and water, and the color pigment ink is a pigment dispersion liquid where the color pigment is dispersed in the water with assistance of the nonionic surfactant.