mhurhangee/ep-ind-claims huggingface dataset:
A detergent or cleaning composition comprising: (a) from 0.1% to 1% by weight of a cationic polymer, which is an (meth)acrylamide/diallyl dimethyl ammonium chloride (AAm/DADMAC) copolymer or an (meth)acrylamide/diallyl dimethyl ammonium chloride/ vinylpyrrolidone (AAm/DADMAC/VP) terpolymer; (b) from 0.2% to 0.5% by weight of an organomodified silicone, which comprises from 10 mol% to 40 mol% of siloxane units containing a 2-phenylpropyl moiety and from 3 mol% to 10 mol% of siloxane units containing a C 6 -C 10 alkyl moiety; (c) from 0.2% to 0.5% by weight of a siloxane-based diluent having a Solubility Index of from 0.85 to 1 in said organomodified silicone, wherein said siloxane-based diluent comprises a first polydimethylsiloxane polymer having a first, higher viscosity ranging from 8 cSt to 12 cSt and a second polydimethylsiloxane polymer having a second, lower viscosity ranging from 5 cSt to 10 cSt when measured at a shear rate of 20 sec -1 and 25°C; (d) from 0.02% to 0.05% by weight of a hydrophobically modified silica; and (e) from 0.01% to 0.05% by weight of a silicone resin. (a) from 0.1% to 1% by weight of a cationic polymer, which is an (meth)acrylamide/diallyl dimethyl ammonium chloride (AAm/DADMAC) copolymer or an (meth)acrylamide/diallyl dimethyl ammonium chloride/ vinylpyrrolidone (AAm/DADMAC/VP) terpolymer; (b) from 0.2% to 0.5% by weight of an organomodified silicone, which comprises from 10 mol% to 40 mol% of siloxane units containing a 2-phenylpropyl moiety and from 3 mol% to 10 mol% of siloxane units containing a C 6 -C 10 alkyl moiety; (c) from 0.2% to 0.5% by weight of a siloxane-based diluent having a Solubility Index of from 0.85 to 1 in said organomodified silicone, wherein said siloxane-based diluent comprises a first polydimethylsiloxane polymer having a first, higher viscosity ranging from 8 cSt to 12 cSt and a second polydimethylsiloxane polymer having a second, lower viscosity ranging from 5 cSt to 10 cSt when measured at a shear rate of 20 sec -1 and 25°C; (d) from 0.02% to 0.05% by weight of a hydrophobically modified silica; and (e) from 0.01% to 0.05% by weight of a silicone resin.
A computer-implemented method comprising: determining first identification information and a first signal strength associated with a first radio frequency wireless signal received at a portable processing device (700, 851A-D); determining whether the first identification information matches second identification information stored in the portable processing device and whether the first signal strength exceeds a threshold; and in response to determining, at the portable processing device (700, 851A-D), that the first identification information associated with the first radio frequency wireless signal matches the second identification information and the first signal strength associated with the first radio frequency wireless signal exceeds the threshold, triggering activation of audio processing in the portable processing device (700, 851A-D) of an audio signal detected separately from the first radio frequency wireless signal via a microphone of the portable processing device (700, 851A-D), the audio processing to collect research data related to media exposure from the audio signal. determining first identification information and a first signal strength associated with a first radio frequency wireless signal received at a portable processing device (700, 851A-D); determining whether the first identification information matches second identification information stored in the portable processing device and whether the first signal strength exceeds a threshold; and in response to determining, at the portable processing device (700, 851A-D), that the first identification information associated with the first radio frequency wireless signal matches the second identification information and the first signal strength associated with the first radio frequency wireless signal exceeds the threshold, triggering activation of audio processing in the portable processing device (700, 851A-D) of an audio signal detected separately from the first radio frequency wireless signal via a microphone of the portable processing device (700, 851A-D), the audio processing to collect research data related to media exposure from the audio signal.
A method for wireless communication by a user equipment, UE, comprising: identifying first random access resources within a first duration transmission time interval, TTI, and second random access resources within a second duration TTI, wherein the first duration TTI is shorter than the second duration TTI; generating a scheduling request using resources allocated for scheduling requests within the first random access resources, wherein the first random access resources comprise a first preamble signature for use in transmitting the scheduling request, wherein a cyclic shift spacing between the first preamble signature and one or more other preamble signatures is selected based at least in part on a likelihood of signature usage; and transmitting the scheduling request. identifying first random access resources within a first duration transmission time interval, TTI, and second random access resources within a second duration TTI, wherein the first duration TTI is shorter than the second duration TTI; generating a scheduling request using resources allocated for scheduling requests within the first random access resources, wherein the first random access resources comprise a first preamble signature for use in transmitting the scheduling request, wherein a cyclic shift spacing between the first preamble signature and one or more other preamble signatures is selected based at least in part on a likelihood of signature usage; and transmitting the scheduling request.
- A gripping device for shells, including at least one pair of jaws intended to clamp a shell, each jaw being able to pivot between an open position and a closed position about a pivot pin parallel to the longitudinal axis of the shell, the pivot pin of each jaw being secured to a frame and located between a lower end and an upper end of the jaw, the application of the upper end of each jaw on the shell causing the closing of the jaws, the device being characterised in that it includes a locking means linking the upper ends of the jaws and comprising two connecting rods and a central segment linking these connecting rods, the connecting rods being articulated relative to the jaws by a first articulation and articulated by a second articulation to the central segment, an elastic return means linking each first articulation at a so-called central point positioned in the middle of the central segment, the device including at least one movable stop secured to a maneuvering lever, the stop being located above the locking means and able to push the locking means downward until it is below an unstable equilibrium position of the locking means.
A clasp device for a jewelry article comprising: - a base body having a horizontal base pierced at its center with an orifice for receiving a notched rod, said base body comprising a vertical guide cylinder and a first support leg and a second support leg, wherein the first support leg has in its lower part a first bore intended to receive a horizontal assembly and hinge pin, wherein the second support leg has in its lower part a second bore for receiving said assembly and hinge pin; - a first jaw having a first leg having a third bore and a second leg having a fourth bore, said third and fourth bores being configured to come in alignment with said first and second bores (111, 121); - a second jaw having a first leg having a fifth bore and a second leg having a sixth bore, said fifth and sixth bores being configured to come in alignment with said first and second bores (111, 121); wherein edges of said first and second jaws (200; 300) have a slightly convex profile and configured to cooperate with sides of said support legs (110, 120) to allow a slight rotation about an alignment axis of the bores for a purpose of implementing a locking mechanism of a notched rod. - a base body having a horizontal base pierced at its center with an orifice for receiving a notched rod, said base body comprising a vertical guide cylinder and a first support leg and a second support leg, wherein the first support leg has in its lower part a first bore intended to receive a horizontal assembly and hinge pin, wherein the second support leg has in its lower part a second bore for receiving said assembly and hinge pin; - a first jaw having a first leg having a third bore and a second leg having a fourth bore, said third and fourth bores being configured to come in alignment with said first and second bores (111, 121); - a second jaw having a first leg having a fifth bore and a second leg having a sixth bore, said fifth and sixth bores being configured to come in alignment with said first and second bores (111, 121);
A method for restricting a channel in a wireless communication system, the method performed by a user equipment, UE, and comprising: receiving, from a long-term evolution, LTE, network, information for the restricted channel and a timer value, wherein the information for the restricted channel includes information for a restricted Wi-Fi channel; starting a timer based on the timer value upon receiving the information for the restricted channel; and performing a channel scanning procedure by avoiding the restricted Wi-Fi channel when moving internet protocol, IP, flows to Wi-Fi based on the information for the restricted channel and the timer value while the timer is running. receiving, from a long-term evolution, LTE, network, information for the restricted channel and a timer value, wherein the information for the restricted channel includes information for a restricted Wi-Fi channel; starting a timer based on the timer value upon receiving the information for the restricted channel; and performing a channel scanning procedure by avoiding the restricted Wi-Fi channel when moving internet protocol, IP, flows to Wi-Fi based on the information for the restricted channel and the timer value while the timer is running.
An electronic device, comprising: a battery, configured to supply power to the electronic device; a battery gauge, configured to gauge the battery to generate a plurality of remaining capacities (R1-RN), a battery temperature, and a battery voltage of the battery; and a processor, configured to sequentially read the plurality of remaining capacities (R1-RN), wherein in a case that a read remaining capacity is equal to a cut-off capacity and a read previous remaining capacity is greater than a preset capacity, the processor determines whether a preset condition is met according to the battery temperature and the battery voltage, wherein the preset condition is that the battery temperature is less than a temperature threshold and the battery voltage is greater than a voltage threshold, wherein in a case of determining that the preset condition is met, the processor performs a capacity correction process, wherein the capacity correction process comprises: using the read previous remaining capacity as a correction capacity; and reporting the correction capacity to a system circuit. a battery, configured to supply power to the electronic device; a battery gauge, configured to gauge the battery to generate a plurality of remaining capacities (R1-RN), a battery temperature, and a battery voltage of the battery; and a processor, configured to sequentially read the plurality of remaining capacities (R1-RN), wherein in a case that a read remaining capacity is equal to a cut-off capacity and a read previous remaining capacity is greater than a preset capacity, the processor determines whether a preset condition is met according to the battery temperature and the battery voltage, wherein the preset condition is that the battery temperature is less than a temperature threshold and the battery voltage is greater than a voltage threshold, wherein in a case of determining that the preset condition is met, the processor performs a capacity correction process, wherein the capacity correction process comprises: using the read previous remaining capacity as a correction capacity; and reporting the correction capacity to a system circuit. using the read previous remaining capacity as a correction capacity; and reporting the correction capacity to a system circuit.
Lighting arrangement (1; 101; 201), comprising a housing comprising an interior and a light output region, and comprising at least one light supply device, the housing being formed as an installation housing and being set up in such a way that the housing is insertable into a clearance provided for this purpose in a cover and is fixable in the clearance; the light supply device being formed for an arrangement thereof within the interior in such a way that the light supply device is offset back behind a plane, which forms an outer face of the cover, for selective emission of light outwards through the light output region during operation; the light supply device being freely couplable to the housing and freely positionable at least within a region of the interior, the light supply device being fixable magnetically adhesively to at least one inner surface region (5a-e) of the housing for coupling to the housing; and, in addition to the free positionability of the light supply device, the light supply device is furthermore orientatable and/or shiftable to change a radiation direction of the light supply device as required.
Cap, configured to engage a neck of a container; comprising - an inner body and an outer body (2, 2') coupled around the inner body; wherein the rotation of the outer body (2, 2') causes it to move in an axial direction with respect to the inner body; wherein - the inner body includes a perimeter skirt having a fragmentary bottom part in several legs; - the legs include outer surfaces which form a frustoconical configuration with an inclined generatrix converging upwards; and inner surfaces with projections defining a circular recess, - the inner body and the outer body (2, 2') include male elements and female elements that are complementary to each other; and wherein the male elements are fitted into the female elements; wherein the male elements are integral to the inner body and the female elements are located on the outer body (2, 2'), characterized by further comprising: - a sealing device to block the rotation of the outer body with respect to the inner body; wherein said sealing device further comprises a hinged flange located in correspondence with a through window of the outer body; and wherein said hinged flange is joined to the outer body at least by a hinged joint and comprises two opposing fins which in an anchoring position of the hinged flange, are facing end faces of the male elements, thus avoiding the rotation of the outer body with respect to the inner body. - an inner body and an outer body (2, 2') coupled around the inner body; wherein the rotation of the outer body (2, 2') causes it to move in an axial direction with respect to the inner body; wherein - the inner body includes a perimeter skirt having a fragmentary bottom part in several legs; - the legs include outer surfaces which form a frustoconical configuration with an inclined generatrix converging upwards; and inner surfaces with projections defining a circular recess, - the inner body and the outer body (2, 2') include male elements and female elements that are complementary to each other; and wherein the male elements are fitted into the female elements; wherein the male elements are integral to the inner body and the female elements are located on the outer body (2, 2'), - a sealing device to block the rotation of the outer body with respect to the inner body; wherein said sealing device further comprises a hinged flange located in correspondence with a through window of the outer body; and wherein said hinged flange is joined to the outer body at least by a hinged joint and comprises two opposing fins which in an anchoring position of the hinged flange, are facing end faces of the male elements, thus avoiding the rotation of the outer body with respect to the inner body.
Brake disc for railway rolling stock intended firstly to be secured to a wheel to be braked and secondly to cooperate in braking with a brake lining mounted on a movable jaw and able to be put in contact with the disc through the action of control means, the disc comprising, on an internal face opposite to a braking face, stiffening elements comprising ribs directed at least in directions that are radial and concentric with respect to a central axis of the wheel, so as to control deformations of the disc due to the braking heat, the disc comprising at least four internal blind holes (44, 46) emerging towards the wheel and intended to receive pins for centring and pre-mounting of the disc sectors on the wheel, characterised in that at least two of the blind holes are oblong.
Power conversion system comprising two or more AC output converter units of a variable AC output voltage, each of said converter units comprising means for controlling the output voltage of said converter unit, said means for controlling output voltage comprising means to produce two perpendicularly-intersecting reactive and active voltage vectors (u q, u d) from the output voltage of said converter unit to produce a reactive power component and active power component, respectively, and means for producing reference signals for controlling the output voltage of said converter in response to the obtained reactive and active power components, wherein said means for producing reference signals for controlling the output voltage comprise inner current control loops, an active power vs. active voltage droop u = u * − mP for generating an active voltage reference signal from the active power component, with u* being the active voltage with P=0 and m being a constant, and a reactive power vs. frequency droop f = f * − nQ to regulate the frequency of the output voltage from the reactive power component, with f* being the frequency with Q=0 and n being a constant. two or more AC output converter units of a variable AC output voltage, each of said converter units comprising means for controlling the output voltage of said converter unit, said means for controlling output voltage comprising means to produce two perpendicularly-intersecting reactive and active voltage vectors (u q, u d) from the output voltage of said converter unit to produce a reactive power component and active power component, respectively, and means for producing reference signals for controlling the output voltage of said converter in response to the obtained reactive and active power components, wherein said means for producing reference signals for controlling the output voltage comprise inner current control loops, an active power vs. active voltage droop u = u * − mP for generating an active voltage reference signal from the active power component, with u* being the active voltage with P=0 and m being a constant, and a reactive power vs. frequency droop f = f * − nQ to regulate the frequency of the output voltage from the reactive power component, with f* being the frequency with Q=0 and n being a constant.
A heteropolysaccharide characterized in that it is substantially composed of the monosaccharides glucose and galactose and rhamnose and N -acetylgalactosamine and that the heteropolysaccharide is having a molecular weight of 100 kDa to 10,000 kDa, characterized in that the heteropolysaccharide comprises a repeating unit whereby the repeating unit is a pentasaccharide composed of the monosaccharides glucose and galactose and rhamnose and N -acetylgalactosamine.
An electrochemical sensor (520,720) for testing a body fluid, comprising: a substrate; a working electrode formed on or in the substrate; a counter electrode formed on or in the substrate; a reference electrode formed on or in the substrate and having multiple reference electrode areas (564, 565, 764, 765) that are exposed for contact with body fluid, characterised in that at least one of the multiple reference electrode areas (564, 764) comprises a different material composition than the remaining reference electrode areas (565, 765), in that the at least one of the multiple reference electrode areas (564, 764) comprises Ag/AgCl, and in that less than all reference electrode areas have Ag/AgCl. a substrate; a working electrode formed on or in the substrate; a counter electrode formed on or in the substrate; a reference electrode formed on or in the substrate and having multiple reference electrode areas (564, 565, 764, 765) that are exposed for contact with body fluid,
A document system including a marking engine, a digital frontend controller, and a network interface controller for communicating marking engine job data and marking engine control data to and from a network, wherein the network interface controller is disposed, intermediate the digital frontend controller and the network, and in parallel communication with the marking engine and the digital frontend controller, wherein the network interface controller segregates the marking engine job data and the marking engine control data and selectively communicates the marking engine control data from the network directly to the marking engine. a marking engine, a digital frontend controller, and a network interface controller for communicating marking engine job data and marking engine control data to and from a network, wherein the network interface controller is disposed, intermediate the digital frontend controller and the network, and in parallel communication with the marking engine and the digital frontend controller, wherein the network interface controller segregates the marking engine job data and the marking engine control data and selectively communicates the marking engine control data from the network directly to the marking engine.
Method for detecting particles in glass, in particular metallic particles in glass, in particular in flat glass panes, characterized in that laser radiation is shone through the glass at least in one region, said laser radiation being absorbed less by the glass than by particles present in the glass, and, should particles be present in the region through which the laser has shone, heating of at least the respective particle, in particular stronger heating of glass surroundings near a particle in relation to glass surroundings further away from a particle, is hereby produced and this heating is captured in spatially resolved fashion by means of at least one thermal imaging camera, which captures electromagnetic waves in the infrared range, and the position of the respective particle in the glass is determined from the captured heating and wherein, while the laser light is shone through and/or thereafter, the change in temperature is captured as a function of time in spatially resolved fashion in the region through which laser light has been shone and particles whose spatial position has been determined on the basis of the heating are identified in respect of their chemical composition depending on a temperature-time characteristic measured at least at this location, for the purposes of which a determined temperature-time characteristic is compared to a plurality of stored temperature-time characteristics of known particle types.