mhurhangee/ep-ind-claims huggingface dataset:
A door lock for a door, comprising at least: a. a locking element, b. a first actuating element, which is at least indirectly coupled to a generator and with a locking element, to drive the generator via the first actuating element, while the locking element is actuated with the first actuating element for opening the door, c. a second actuating element coupled to the generator to drive the generator via the second actuating element, while the locking element is actuated with the second actuating element for opening the door, d. a first rotor for transmitting an actuation of a first actuating element, e. a second rotor for transmitting an actuation of a second actuating element, and f. a third rotor coupled to the to a generator, wherein the third rotor is coupled to the first rotor and to the second rotor in such a way that the third rotor is rotated when the first or the second rotor (21, 60) is entrained to drive the generator, wherein the first rotor does not entrain the second rotor and/or the second rotor does not entrain the first rotor. a. a locking element, b. a first actuating element, which is at least indirectly coupled to a generator and with a locking element, to drive the generator via the first actuating element, while the locking element is actuated with the first actuating element for opening the door, c. a second actuating element coupled to the generator to drive the generator via the second actuating element, while the locking element is actuated with the second actuating element for opening the door, d. a first rotor for transmitting an actuation of a first actuating element, e. a second rotor for transmitting an actuation of a second actuating element, and f. a third rotor coupled to the to a generator,
A method of optimizing data exchange in a communications network, the method comprising: providing access to the network via a first radio access technology and a second radio access technology (2 - 8), wherein cells of the second radio access network technology (2 - 8) are temporarily switched off; and Characterized in that sending via the first radio access technology to a subscriber station an indication of the switched-off second radio access technology, which would be available if switched on. providing access to the network via a first radio access technology and a second radio access technology (2 - 8), wherein cells of the second radio access network technology (2 - 8) are temporarily switched off; and Characterized in that sending via the first radio access technology to a subscriber station an indication of the switched-off second radio access technology, which would be available if switched on.
A circuit assembly for providing high-frequency energy in order to generate an electric discharge in a vacuum chamber, in particular in order to generate plasma, comprising: a direct voltage supply that provides a direct voltage (U cc); a step-up converter circuit that contains a series circuit consisting of an inductor and a controllable switch, wherein the inductor is connected between a pole of the direct voltage supply and a first electrode of the switch, wherein a second electrode of the switch is connected to ground, and the switch additionally comprises a control electrode; a control unit that is configured to control the switch with a high-frequency in order to generate high-frequency energy with a periodic pulse-like output voltage (U DS) at the first electrode of the switch, a peak value of said output voltage being larger than the value of the direct voltage (U cc) of the direct voltage supply, and an output connection that is intended for direct connection with an electrode of the vacuum chamber, without interposition of an impedance matching network and that is connected with the first electrode of the switch, to apply the high-frequency energy with the output voltage (U DS) to the vacuum chamber. a direct voltage supply that provides a direct voltage (U cc); a step-up converter circuit that contains a series circuit consisting of an inductor and a controllable switch, wherein the inductor is connected between a pole of the direct voltage supply and a first electrode of the switch, wherein a second electrode of the switch is connected to ground, and the switch additionally comprises a control electrode; a control unit that is configured to control the switch with a high-frequency in order to generate high-frequency energy with a periodic pulse-like output voltage (U DS) at the first electrode of the switch, a peak value of said output voltage being larger than the value of the direct voltage (U cc) of the direct voltage supply, and an output connection that is intended for direct connection with an electrode of the vacuum chamber, without interposition of an impedance matching network and that is connected with the first electrode of the switch, to apply the high-frequency energy with the output voltage (U DS) to the vacuum chamber.
A removable composite dressing comprising at least one layer of porous matrix composed of biomaterial and at least one layer of fabric support, wherein the fabric support is at least partially embedded and dissolved in the porous matrix; and wherein at least 50% of fibers from the fabric support remain undissolved within or outside the porous matrix.
A method for processing a water-in-oil emulsion, comprising the following steps: 1) providing a water-in-oil emulsion, said emulsion comprises a plurality of aqueous droplets, wherein at least a fraction of said aqueous droplets includes nucleic acid molecules; and 2) adding a solution comprising an anionic surfactant to said water-in-oil emulsion to obtain a 'broken solution, wherein said anionic surfactant is ammonium lauryl sulfate. 1) providing a water-in-oil emulsion, said emulsion comprises a plurality of aqueous droplets, wherein at least a fraction of said aqueous droplets includes nucleic acid molecules; and 2) adding a solution comprising an anionic surfactant to said water-in-oil emulsion to obtain a 'broken solution, wherein said anionic surfactant is ammonium lauryl sulfate.
A mammalian cell line which is deficient in mannosyl (alpha-1,3-)-glycoprotein beta-1,2-N-acetylglucosaminyltransferase I (Mgat1) comprising a deletion from 2 to 300 bp in the chromosomal sequence encoding Mgat1.
System for parameterizing field devices of an automation or control system, having - a superordinate unit which is connected to a communication interface module via a first communication link based on a first field bus protocol, wherein - the communication interface module is connected to at least one field device via a second communication link based on a second field bus protocol, characterized in that - sub-blocks are generated from the data structure for parameterizing the field device, which is stored in a device description file for the field device, and are stored in the superordinate unit, - a first network service transmits the parameters of the field device, which are stored in sub-blocks, from the superordinate unit to a first functionality of the communication interface module, which operates as a slave function, via the first communication link, - a further functionality integrated in the communication interface module evaluates the parameters of the field device, which are stored in sub-blocks, and combines said parameters to form a single configuration block, - loads the combined configuration block into a field bus master stack of the communication interface module, and - transmits the configuration block to the field device via a second functionality of the communication interface module, which operates as a master function, using a second network service via the second communication link. - a superordinate unit which is connected to a communication interface module via a first communication link based on a first field bus protocol, wherein - the communication interface module is connected to at least one field device via a second communication link based on a second field bus protocol, characterized in that - sub-blocks are generated from the data structure for parameterizing the field device, which is stored in a device description file for the field device, and are stored in the superordinate unit, - a first network service transmits the parameters of the field device, which are stored in sub-blocks, from the superordinate unit to a first functionality of the communication interface module, which operates as a slave function, via the first communication link, - a further functionality integrated in the communication interface module evaluates the parameters of the field device, which are stored in sub-blocks, and combines said parameters to form a single configuration block, - loads the combined configuration block into a field bus master stack of the communication interface module, and - transmits the configuration block to the field device via a second functionality of the communication interface module, which operates as a master function, using a second network service via the second communication link.
An expanded polymer insulation plate, which comprises parallel first and second large surfaces and parallel first and second parallel long side edges and parallel first and second short side edges perpendicular to the long side edges, delimiting the surfaces, and which insulation plate is made of expanded polystyrene, expanded polypropylene or expanded polyethylene polymer beads, wherein the polymer beads and their cells are unbroken and have an elongated shape in the entire insulation plate and the thermal conductivity of the insulation plate perpendicular to the large surfaces is from 0.026 to 0.033 W/K · m, or from 0.027 to 0.030 W/K. m.
A piston vacuum pump comprising a liner (22; 222; 322; 422); a reciprocating piston (24; 224; 324; 424) movably arranged in the liner; a seal arranged at the reciprocating piston for sealing the space between the reciprocating piston and the liner; and a drive which effects a periodic movement of the reciprocating piston, characterized in that a cooling means is in heat transferring contact with the liner; in that the cooling means has a closed circuit having an evaporator and a condenser; and in that the evaporator is in contact with the liner (22; 222; 322; 422).
A cyanide-free electrolyte composition for the deposition of a silver or silver alloy layer on a substrate, at least comprising a silver ion source, a sulfonic acid or derivative of a sulfonic acid, a wetting agent comprising naphthaline sulfonic acid formaldehyde polycondensate and/or sulfopropylated polyalkoxylated naphthol as well as a hydantoin of the formula where R1 and R2 can independently be H, an alkyl group having 1 to 5 carbon atoms or a substituted or unsubstituted aryl group, further comprising as silver ion source a silver salt of a sulfonic acid and the electrolyte has 50 to 500 mg/L of an alkali bromide.
A cover for a transport body, such as a platform on a lorry, a trailer, or a container, the transport body having a bottom and a number of sides, the transport body being open upwards and covered by at least one flexible cover, the cover capable of being rolled up around a shaft by opening, the shaft interacting with at least one hydraulic cylinder which by means of pivotable arms forces the shaft to perform a curving movement above the transport body, where the shaft is connected with rotary means that rotate the shaft during the curving movement, the flexible cover is fastened to a first of the sides of the transport body, the flexible cover is fastened to the shaft, that by covering the transport body the shaft bears against the top of the transport body, the flexible cover has a fold formed by a rubber strap, that the rubber strap is fastened to the flexible cover at both sides of the fold, characterised in that the fold is parallel to the shaft, that the flexible cover consists of a permanently mounted first section and a second, rollable section, that the permanently mounted first section has a side which is fastened by at least one flexible fastening means to a first of the sides of the transport body, that the rollable second section of the flexible cover is fastened to the first side of the transport body as well, that the first and second sections of the flexible cover are joined along the fold in the second section of the flexible cover, whereby the fold in the second section is covered by the first section.
A method of transmitting signals via a device-to-device, D2D, communication at a user equipment, UE, in a wireless communication system, the method comprising: transmitting, to a target UE, a first D2D signal including an offset value without applying the offset value; and transmitting a second D2D signal to the target UE, with applying the offset value, wherein the offset value is related to a time interval between a boundary of a downlink subframe received from a base station, BS, and a transmission time of the second D2D signal, and wherein the offset value is determined as same as a timing advance, TA, value for an uplink to the BS. transmitting, to a target UE, a first D2D signal including an offset value without applying the offset value; and transmitting a second D2D signal to the target UE, with applying the offset value, wherein the offset value is related to a time interval between a boundary of a downlink subframe received from a base station, BS, and a transmission time of the second D2D signal, and wherein the offset value is determined as same as a timing advance, TA, value for an uplink to the BS.
Device for the removal of polycrystalline silicon rods from a reactor containing U-shaped rod pairs, comprising a body having an outer wall and an inner wall which is dimensioned such that it can completely enclose precisely one U-shaped rod pair, wherein the body together with the U-shaped rod pair enclosed thereby can be removed from the reactor by means of a crane, a cable hoist or a gripper.
Method for operating switching elements (40 to 56) of a multilevel energy converter using at least three electric potentials (22, 24, 26), to which a multiphase electrical machine is connected, wherein switching elements (40 to 56) of the multilevel energy converter are operated in a predefined clock mode by means of corresponding switching signals (70, 72, 74), wherein the switching signals (70, 72, 74) for the switching elements (40 to 56) that are assigned to a respective one of the phases (U, V, W) are determined as a function of a respective desired voltage signal (64, 66, 68), in order to apply a respective phase voltage (70, 72, 74) to each phase of the multiphase electrical machine, wherein the switching signals are determined in addition as a function of a predefined overlaying voltage signal in such a way that the respective phase voltages (70, 72, 74) are overlaid with an overlaying voltage dependent on the overlaying voltage signal, wherein an AC voltage signal is used as the overlaying voltage signal, wherein the AC voltage signal is formed in such a way that the stress is distributed cyclically to the electrical potentials (22, 24, 26) and to their switching elements (40 to 56), wherein by displacement of the respective phase voltages (70, 72, 74) as a result of the overlaying voltage, a stress on the switching elements (40 to 56) is distributed more evenly to all switching elements (40 to 56) of the multilevel energy converter, wherein the AC voltage signal is a sinusoidal or trapezoidal AC voltage signal.
A cleaner comprising: a dust separation unit (160, 170) which separates dust from sucked air; a dust container which stores the dust separated by the dust separation unit (160, 170); a first suction port through which an external air is sucked into the dust separation unit (160, 170); a second suction port through which the external air is sucked into the dust separation unit (160, 170); a discharge port through which air inside the dust separation unit (160, 170) is discharged; and a flow path blocking member which selectively covers the first suction port and the second suction port, characterized in that the first suction port and the second suction port are formed on a lateral surface of the dust container. a dust separation unit (160, 170) which separates dust from sucked air; a dust container which stores the dust separated by the dust separation unit (160, 170); a first suction port through which an external air is sucked into the dust separation unit (160, 170); a second suction port through which the external air is sucked into the dust separation unit (160, 170); a discharge port through which air inside the dust separation unit (160, 170) is discharged; and a flow path blocking member which selectively covers the first suction port and the second suction port,
An assembly of photovoltaic cells, comprising - photovoltaic cells arranged in a matrix with rows and columns of photovoltaic cells, - an electrical connection structure providing a series connection of the photovoltaic cells of the matrix, and - bypass diodes, each bypass diode connected in parallel with the photovoltaic cells of a respective part of the series connection, wherein the electrical connection structure comprises - rows of first sub-matrix connection patterns, each first sub-matrix connection pattern providing one of the respective parts of the series connection, extending over a plurality of rows of photovoltaic cells of the matrix, running back and forth along successive columns through the plurality of rows, characterised in that the electrical connection structure further comprises - second sub-matrix connection patterns, connecting the first sub-matrix connection patterns at ends of a pair of the rows of first sub-matrix connection patterns, each second sub-matrix connection pattern providing a further one of the respective parts of the series connection, extending over a plurality of columns of photovoltaic cells of the matrix, running back and forth along successive rows through the plurality of columns. - photovoltaic cells arranged in a matrix with rows and columns of photovoltaic cells, - an electrical connection structure providing a series connection of the photovoltaic cells of the matrix, and - bypass diodes, each bypass diode connected in parallel with the photovoltaic cells of a respective part of the series connection, wherein the electrical connection structure comprises - rows of first sub-matrix connection patterns, each first sub-matrix connection pattern providing one of the respective parts of the series connection, extending over a plurality of rows of photovoltaic cells of the matrix, running back and forth along successive columns through the plurality of rows, characterised in that the electrical connection structure further comprises - second sub-matrix connection patterns, connecting the first sub-matrix connection patterns at ends of a pair of the rows of first sub-matrix connection patterns, each second sub-matrix connection pattern providing a further one of the respective parts of the series connection, extending over a plurality of columns of photovoltaic cells of the matrix, running back and forth along successive rows through the plurality of columns.
A method comprising: clustering a plurality of applications executing on a plurality of computers based on a plurality of usage metrics associated with the executions of the applications to provide a plurality of application clusters, wherein the computers are associated with a plurality of computer configurations, and a given application cluster of the plurality of application clusters is associated with a group of the usage metrics; for a given application cluster of the plurality of application clusters, determining a set of computer configurations of the plurality of computer configurations represented by the given application cluster; ranking the set of computer configurations based on a distribution of the group of usage metrics and a distribution of a subset of the group of usage metrics associated with each computer configuration of the set of computer configurations; and based on an application profile and the ranking of the computer configurations, selecting a computer configuration. clustering a plurality of applications executing on a plurality of computers based on a plurality of usage metrics associated with the executions of the applications to provide a plurality of application clusters, wherein the computers are associated with a plurality of computer configurations, and a given application cluster of the plurality of application clusters is associated with a group of the usage metrics; for a given application cluster of the plurality of application clusters, determining a set of computer configurations of the plurality of computer configurations represented by the given application cluster; ranking the set of computer configurations based on a distribution of the group of usage metrics and a distribution of a subset of the group of usage metrics associated with each computer configuration of the set of computer configurations; and based on an application profile and the ranking of the computer configurations, selecting a computer configuration.
A cooked dough product comprising from 10wt.% to 45wt.% of an oil and/or fat component, from 10wt.% to 50wt.% of one or more sugars, and from 1wt.% to 20wt.% of ethylcellulose, based on the weight of said product, wherein said oil and/or fat component consists essentially of one or more oils that are liquid at 20°C, and wherein the ethylcellulose has a water solubility at 20°C of less than 1 g/liter.
Electromagnetic shielding sleeve for electromagnetic shielding of a power transmitting arrangement adapted to house an electromagnetically shielded conducting element, wherein the shielding sleeve comprising a weakened portion, which is adapted to be at least partially contracted for establishing an electrical connection between the device and the shielding of the conducting element, wherein the weakened portion is realized in form of a weakened ring section, the wall of this ring section comprising a plurality of slots oriented parallel to the longitudinal axis of the shielding device, the contraction of the weakened ring section being realized by inwardly bulging of the wall sectors in between the slots, wherein the wall sectors between the slots of the weakened ring section are adapted to be bent inwards, such that in assembled condition the sectors will apply a spring force to the shielding of the conducting element wherein the shielding sleeve is provided with contact tongues characterized by the wall sectors between the slots of the weakened ring section are adapted to be bent inwards forming essentially a V-shape and by the shielding sleeve being provided with locking clearances.