mhurhangee/ep-ind-claims huggingface dataset:
Push switch comprising a keycap; a base plate; a switching element which can be actuated by the keycap; a first lever; and a second lever, wherein the first lever and the second lever are respectively connected to the keycap so as to be movable at a first lever end, and are connected to one another so as to be movable at a second lever end, characterized in that the first lever and the second lever are mounted on the base plate by means of pedestals so as to be rotatable, and are designed such that they form a mass balance for the keycap.
Method for establishing a telecommunication connection (C1, C2, C3) for a user to whom a first communication terminal is assigned, comprising the following steps: a piece of assignment information is made available to a control program (102, 22) running on a CTI server for the purpose of establishing the telecommunication connection (C1, C2, C3), and in that information a first assignment (72, 92) is defined for the first communication terminal as specified by the user, with the first assignment defining the assignment of a second communication terminal (D3, D4) to the first communication terminal; and the telecommunication connection (C1, C2, C3) is established by the control program (100, 22) according to the first assignment, using the second communication terminal (D3, D4) instead of the first communication terminal; characterized in that t he assignment information defines a second assignment (70, 90) whereby the first communication terminal is reported to the control program (100, 22) as being the only terminal used by the user in the established telecommunication connection (C1, C2, C3). a piece of assignment information is made available to a control program (102, 22) running on a CTI server for the purpose of establishing the telecommunication connection (C1, C2, C3), and in that information a first assignment (72, 92) is defined for the first communication terminal as specified by the user, with the first assignment defining the assignment of a second communication terminal (D3, D4) to the first communication terminal; and the telecommunication connection (C1, C2, C3) is established by the control program (100, 22) according to the first assignment, using the second communication terminal (D3, D4) instead of the first communication terminal; t he assignment information defines a second assignment (70, 90) whereby the first communication terminal is reported to the control program (100, 22) as being the only terminal used by the user in the established telecommunication connection (C1, C2, C3).
Device for stowing objects in a motor vehicle, the said device being equipped: - with a floor; - with at least one seat provided with a seat cushion, the seat being mounted on at least two legs (9, 9', 9"); and - a space defined below the seat cushion and delimited by at least: ∘ a first side formed by the two legs (9, 9', 9"); ∘ second and third sides formed by a leg (9, 9', 9"); the said device being characterized in that the seat is also mounted on a floor portion arranged in a vertical direction, in that the space defined below the seat cushion is also delimited by the floor portion, in that the device comprises at least one elastic net arranged below the seat cushion in order to retain the said objects, and in that the net is arranged on at least one of the said sides (15, 16, 17) and fixed at least to a leg (9, 9', 9") of the seat and to the floor, the said net comprising an elastic cable running along at least one edge of the net. - with a floor; - with at least one seat provided with a seat cushion, the seat being mounted on at least two legs (9, 9', 9"); and - a space defined below the seat cushion and delimited by at least: ∘ a first side formed by the two legs (9, 9', 9"); ∘ second and third sides formed by a leg (9, 9', 9"); the said device being characterized in that the seat is also mounted on a floor portion arranged in a vertical direction, in that the space defined below the seat cushion is also delimited by the floor portion, in that the device comprises at least one elastic net arranged below the seat cushion in order to retain the said objects, and in that the net is arranged on at least one of the said sides (15, 16, 17) and fixed at least to a leg (9, 9', 9") of the seat and to the floor, the said net comprising an elastic cable running along at least one edge of the net. ∘ a first side formed by the two legs (9, 9', 9"); ∘ second and third sides formed by a leg (9, 9', 9");
A solid confectionery product comprising pressure agglomerated granulated powder ingredients, said granulated powder ingredients including an oil powder and a milk powder, wherein said oil powder comprises an inner core comprising an oil and an outer shell comprising a cross-linked emulsifier, and wherein the oil powder comprises at least 40% w/w oil and wherein said product comprises 25% to 75% w/w milk powder, more preferably from 30% to 70% w/w milk powder.
A system (10, 20) comprising: a current generator (12, 22) to generate a direct current; a subcutaneous electrode (14, 24), connected to the current generator (12, 22) via a percutaneous wire, to deliver the DC to block conduction in one or more neural structures in a subject's body, wherein the subcutaneous electrode (14, 24) is implantable under the subject's skin and between the subject's skin and the one or more neural structures within the subject's body to eliminate an effect of an impedance of the subject's skin on the DC; and a return electrode (16, 26), coupled to the current generator (12, 22). a current generator (12, 22) to generate a direct current; a subcutaneous electrode (14, 24), connected to the current generator (12, 22) via a percutaneous wire, to deliver the DC to block conduction in one or more neural structures in a subject's body, wherein the subcutaneous electrode (14, 24) is implantable under the subject's skin and between the subject's skin and the one or more neural structures within the subject's body to eliminate an effect of an impedance of the subject's skin on the DC; and a return electrode (16, 26), coupled to the current generator (12, 22).
A cover assembly for a battery, comprising: a cover plate body formed with a via hole penetrating therethrough; an insulation sealing member fixedly received in the via hole; and an electrode terminal comprising, a terminal pole portion; and a pole cap portion formed on an end of the terminal pole portion, wherein a support damping ring is formed at the periphery of a surface of the pole cap portion facing the terminal pole portion; wherein the terminal pole portion of the electrode terminal penetrates through the via hole for leading out a current, the insulation sealing member is sandwiched between the cover plate body and the electrode terminal, and the support damping ring is disposed between the pole cap portion and the insulation sealing member, wherein the insulation sealing member is a ceramic sealing member, a central hole is formed at the center of the ceramic sealing member, and the terminal pole portion of the electrode terminal penetrates through the central hole, the ceramic sealing member comprises: a sealing portion penetrating through the via hole; a connecting portion having an outer diameter larger than that of the sealing portion and connected with the support damping ring and the cover plate body respectively. a cover plate body formed with a via hole penetrating therethrough; an insulation sealing member fixedly received in the via hole; and an electrode terminal comprising, a terminal pole portion; and a pole cap portion formed on an end of the terminal pole portion, wherein a support damping ring is formed at the periphery of a surface of the pole cap portion facing the terminal pole portion; a terminal pole portion; and a pole cap portion formed on an end of the terminal pole portion, wherein a support damping ring is formed at the periphery of a surface of the pole cap portion facing the terminal pole portion; wherein the terminal pole portion of the electrode terminal penetrates through the via hole for leading out a current, the insulation sealing member is sandwiched between the cover plate body and the electrode terminal, and the support damping ring is disposed between the pole cap portion and the insulation sealing member, wherein the insulation sealing member is a ceramic sealing member, a central hole is formed at the center of the ceramic sealing member, and the terminal pole portion of the electrode terminal penetrates through the central hole, the ceramic sealing member comprises: a sealing portion penetrating through the via hole; a connecting portion having an outer diameter larger than that of the sealing portion and connected with the support damping ring and the cover plate body respectively. a sealing portion penetrating through the via hole; a connecting portion having an outer diameter larger than that of the sealing portion and connected with the support damping ring and the cover plate body respectively.
A gas turbine engine comprising: a fan drive turbine (28;52) for selectively driving a fan rotor; a drive shaft (30;54) between said fan drive turbine (28;52) and a clutch; and an electric motor; said electric motor being positioned such that it is not downstream of a flow path relative to said fan drive turbine (28;52) and is selectively operable to drive the fan rotor; characterized in that: said electric motor is constructed such that it passes rotation to said fan rotor from said drive shaft (30; 54) even when said electric motor is shut down. a fan drive turbine (28;52) for selectively driving a fan rotor; a drive shaft (30;54) between said fan drive turbine (28;52) and a clutch; and an electric motor; said electric motor being positioned such that it is not downstream of a flow path relative to said fan drive turbine (28;52) and is selectively operable to drive the fan rotor; characterized in that: said electric motor is constructed such that it passes rotation to said fan rotor from said drive shaft (30; 54) even when said electric motor is shut down.
Device for connecting a disposable filter to a fine-dust-conducting inlet conduit of a filter device, characterized by an immersion pipe which is connected to the conduit, extends the conduit and is height-adjustable in the direction of its in particular vertical axis and, on its lower side, has a cutting edge for cutting through a surface, in particular film or membrane, covering the filter interior, in particular the upper filter opening, wherein the immersion pipe in its lower position lies at least over part of its length in the filter interior and in its upper position is located outside the filter, and therefore the filter is exchangeable.
A method of fabricating orthodontic aligner trays comprising: (i) acquiring an original digital model of a patient's teeth; (ii) segmenting the teeth represented by the digital model; (iii) repositioning at least one of the teeth into correct alignment to create a final teeth model, the final teeth model representing a final teeth position; (iv) superimposing the final teeth model with the original digital model to create a digital overlay model, the digital overlay model comprising a starting point defined by the original digital model and an end point defined by the final teeth model; (v) creating a physical overlay model such that it is a representation of both the patient's starting teeth position and the final teeth position, one superimposed upon the other; (vi) fabricating at least one aligner tray based on the physical overlay model to define a tooth-receiving compartment within each aligner, whereby the original and the final tooth positions as well as the pathways for each tooth fall within the aligner's boundaries obtainable by thermoforming using the physical overlay model; and (vii) inserting or forming at least one force appliance into the at least one aligner tray, the at least one force appliance positioned within the tooth-receiving compartment to exert a selected force upon selected teeth. (i) acquiring an original digital model of a patient's teeth; (ii) segmenting the teeth represented by the digital model; (iii) repositioning at least one of the teeth into correct alignment to create a final teeth model, the final teeth model representing a final teeth position; (iv) superimposing the final teeth model with the original digital model to create a digital overlay model, the digital overlay model comprising a starting point defined by the original digital model and an end point defined by the final teeth model; (v) creating a physical overlay model such that it is a representation of both the patient's starting teeth position and the final teeth position, one superimposed upon the other; (vi) fabricating at least one aligner tray based on the physical overlay model to define a tooth-receiving compartment within each aligner, whereby the original and the final tooth positions as well as the pathways for each tooth fall within the aligner's boundaries obtainable by thermoforming using the physical overlay model; and (vii) inserting or forming at least one force appliance into the at least one aligner tray, the at least one force appliance positioned within the tooth-receiving compartment to exert a selected force upon selected teeth.
Motor vehicle battery lead with - a first connection element, - a second connection element, and - a flat conductor arranged between the first connection element and the second connection element, - wherein the flat conductor is formed in a number of parts, wherein at least two parts (6, 8, 10) of the multi-part flat conductor are connected to each other over the course of the flat conductor, characterized in that at least a first part (6, 8, 10) of the flat conductor is formed from soft annealed aluminium. - a first connection element, - a second connection element, and - a flat conductor arranged between the first connection element and the second connection element, - wherein the flat conductor is formed in a number of parts, wherein at least two parts (6, 8, 10) of the multi-part flat conductor are connected to each other over the course of the flat conductor, characterized in that at least a first part (6, 8, 10) of the flat conductor is formed from soft annealed aluminium.
A method for configuring a radio network performed by an upper layer cell, the method comprising: receiving (101, 501), from an isolated cell in an isolated cell cluster, an uplink/downlink configuration that needs to be changed, wherein the isolated cell cluster comprises one or more cells providing local continuous coverage and the upper layer cell is associated to the isolated cell cluster; determining (102, 502), according to an uplink/downlink configuration currently used by the isolated cell and the uplink/downlink configuration that needs to be changed, an uplink/downlink configuration to be used by the isolated cell, and performing interference control for the isolated cell; and returning (103, 503) the uplink/downlink configuration to be used by the isolated cell to the isolated cell. receiving (101, 501), from an isolated cell in an isolated cell cluster, an uplink/downlink configuration that needs to be changed, wherein the isolated cell cluster comprises one or more cells providing local continuous coverage and the upper layer cell is associated to the isolated cell cluster; determining (102, 502), according to an uplink/downlink configuration currently used by the isolated cell and the uplink/downlink configuration that needs to be changed, an uplink/downlink configuration to be used by the isolated cell, and performing interference control for the isolated cell; and returning (103, 503) the uplink/downlink configuration to be used by the isolated cell to the isolated cell.
A method performed by a terminal in a wireless communication system, the method comprising: receiving, from a base station, information on a maximum multi-input multi-output, MIMO, layer configuration, at least one codebook related parameter, and a reference signal, RS, configuration; obtaining channel state information, CSI, including at least one of a CSI reference signal resource indicator, CRI, or a rank indicator, Rl, and at least one of a precoding matrix indicator, PMI, or a channel quality indicator, CQI based on an RS according to the RS configuration; identifying a bit sequence including the at least one of the CRI or the RI placed before padding bits, the padding bits and the at least one of the PMI and the CQI placed after the padding bits; encoding the bit sequence using a polar code in case that a payload size of the CSI and padding bits is equal to or larger than 12 and using a Reed-Muller code in case that the payload size of the CSI and padding bits is equal to or smaller than 11; and transmitting, to the base station, the encoded bit sequence on a physical uplink control channel, PUCCH. receiving, from a base station, information on a maximum multi-input multi-output, MIMO, layer configuration, at least one codebook related parameter, and a reference signal, RS, configuration; obtaining channel state information, CSI, including at least one of a CSI reference signal resource indicator, CRI, or a rank indicator, Rl, and at least one of a precoding matrix indicator, PMI, or a channel quality indicator, CQI based on an RS according to the RS configuration; identifying a bit sequence including the at least one of the CRI or the RI placed before padding bits, the padding bits and the at least one of the PMI and the CQI placed after the padding bits; encoding the bit sequence using a polar code in case that a payload size of the CSI and padding bits is equal to or larger than 12 and using a Reed-Muller code in case that the payload size of the CSI and padding bits is equal to or smaller than 11; and transmitting, to the base station, the encoded bit sequence on a physical uplink control channel, PUCCH.
A fire resistant cabinet having a housing wherein a wall of the housing delimits an interior space, which accommodates a sanitizer container that holds a sanitizer in form of a flammable liquid and has an associated dispenser means, whereby the sanitizer container is adapted to dispense the flammable liquid, that said wall of the housing comprises at least one exterior shell part, wherein said at least one exterior shell part is composed of an exterior front wall panel, an exterior bottom wall panel (7;7'), an exterior top wall panel, and two exterior side wall panels (8; 9), wherein said at least one exterior shell part is made of at least one material selected from the group consisting of melamine resin, corian or fiber-reinforced concrete and keeps the temperature of the sanitizer in the sanitizer container below the boiling point of 78°C when heated to fire temperatures, wherein the exterior bottom wall panel (7;7') has a cabinet outlet via which the flammable liquid is dispensed.
A composite semipermeable membrane comprising: a microporous support layer; a separation functional layer arranged on the microporous support layer; and a coating layer configured to coat the separation functional layer, wherein the separation functional layer comprises a crosslinked polyamide which is a condensate of a polyfunctional aromatic amine and a polyfunctional aromatic acid chloride, and the coating layer comprises an aliphatic polymer comprising a polyether moiety and a carboxylic acid polymer moiety, wherein the carboxylic acid polymer moiety is polyacrylic acid, characterized in that the polyether moiety contains at least one structure included in the following structure group: where n is an integer of 1 or more and 100 or less, x and y each independently are an integer of 1 or more and 50 or less, and R represents a methyl group, wherein the coating layer is formed by allowing a raw material of the aliphatic polymer to react on the surface of the separation functional layer, wherein the raw material comprises polyacrylic acid and a compound or, wherein in Formula x=19 and y=3, and wherein in Formula y≈40 or 13 and x+z≈6. a microporous support layer; a separation functional layer arranged on the microporous support layer; and a coating layer configured to coat the separation functional layer, wherein the separation functional layer comprises a crosslinked polyamide which is a condensate of a polyfunctional aromatic amine and a polyfunctional aromatic acid chloride, and the coating layer comprises an aliphatic polymer comprising a polyether moiety and a carboxylic acid polymer moiety, wherein the carboxylic acid polymer moiety is polyacrylic acid, characterized in that the polyether moiety contains at least one structure included in the following structure group: where n is an integer of 1 or more and 100 or less, x and y each independently are an integer of 1 or more and 50 or less, and R represents a methyl group, wherein the coating layer is formed by allowing a raw material of the aliphatic polymer to react on the surface of the separation functional layer, wherein the raw material comprises polyacrylic acid and a compound or, wherein in Formula x=19 and y=3, and wherein in Formula y≈40 or 13 and x+z≈6.
An encoder configured to generate control data from an audio signal, the audio encoder comprising: - a high frequency reconstruction, referred to as HFR, system (601, 703) configured to perform a HFR process to generate a high frequency component of the audio signal from several replications of a plurality of low frequency subband signals of the audio signal; - means configured to determine a degree of spectral envelope discontinuities introduced when generating the high frequency component of the audio signal within the HFR system (601, 703); and - means configured to generate control data for controlling a re-generation of the high frequency component at a decoder based on the degree of discontinuities. - a high frequency reconstruction, referred to as HFR, system (601, 703) configured to perform a HFR process to generate a high frequency component of the audio signal from several replications of a plurality of low frequency subband signals of the audio signal; - means configured to determine a degree of spectral envelope discontinuities introduced when generating the high frequency component of the audio signal within the HFR system (601, 703); and - means configured to generate control data for controlling a re-generation of the high frequency component at a decoder based on the degree of discontinuities.
A medical, in particular dental, handpiece or contra-angle handpiece (1, 1', 1") for driving a medical, in particular dental tool, comprising a first coupling element for a, preferably releasable, connection of the handpiece or contra-angle handpiece (1, 1', 1") to a drive unit for transmitting a drive movement and a cooling medium, a tool receptacle for a, preferably releasable, connection of the medical, in particular dental tool and a drive train for transmitting a drive movement from the drive unit to the tool receptacle which comprises at least one shaft which can be induced to rotation and/or oscillation, wherein the first coupling element comprises at least one first fluid inlet and at least one first fluid outlet (9, 9', 9") for cooling the handpiece or contra-angle handpiece (1, 1', 1"), characterized in that the at least one first fluid inlet and the at least one first fluid outlet (9, 9', 9") are connected by at least one first fluid line (10, 10', 10") extending through the handpiece or contra-angle handpiece (1, 1', 1") so that a cooling medium can be conveyed from the at least one first fluid inlet through the fluid line (10, 10', 10") to the at least one first fluid outlet (9, 9', 9").