mhurhangee/ep-ind-claims huggingface dataset:
Machine tool, comprising a workpiece carrier assembly including a workpiece carrier for supporting at least one workpiece; a workpiece carrier support, said workpiece carrier assembly being supported on said workpiece carrier support for horizontal movement in a first direction on said workpiece carrier support, said first direction being parallel with a horizontal Z axis; at least a first tool carrier configured for carrying at least one tool (102, 103) for machining at least one workpiece by rotating said tool around an axis parallel with said Z axis; a tool carrier support, said first tool carrier being supported on said tool carrier support for horizontal movement in a second direction on said tool carrier support, said second direction being parallel with a horizontal X axis, said X axis being perpendicular to said Z axis; said first tool carrier being displaceable on said tool carrier support in said second direction between an operative position in which said first tool carrier is facing said workpiece carrier assembly, and an inoperative position in which said first tool carrier is not facing the workpiece carrier assembly; said machine tool being characterised by further comprising a second tool carrier, said second tool carrier being configured for carrying at least one tool (100, 101) for machining at least one workpiece by rotating said tool around an axis parallel with said Z axis, said second tool carrier being supported on said tool carrier support for horizontal movement in the second direction, between an operative position in which said second tool carrier is facing said workpiece carrier assembly, and an inoperative position in which said second tool carrier is not facing said workpiece carrier assembly.
Access control system for a people conveyor control system, comprising a people conveyor control system; and an authentication proving device (14; 16; 20) adapted to communicate - directly or indirectly via at least one further device -with a people conveyor control system; said authentication proving device (14; 16; 20) having a central processor unit and a read protected memory being protected from read and write access by external applications; said authentication proving device (14; 16; 20) storing in its read protected memory program code to carry out a verification procedure to calculate a verification signal in response to a verification request from said people conveyor control system, and to send said verification signal to said people conveyor control system; said people conveyor control system in response to receipt of said verification signal selectively allowing or denying access to specific sections of said people conveyor control system and/or to specific functions implemented in said people conveyor control system wherein said authentication proving device (14; 16; 20) is adapted to delete information and/or data comprising access rights to the conveyor control system stored in said read protected memory after lapse of a predetermined amount of time; and wherein said authentication proving device (14; 16) comprises a dongle device.
Non-resonant thermo-mechanical energy converter, characterised in that a) an actuator made of a shape-memory alloy with an actuating element is provided, wherein the shape-memory alloy exhibits a Curie temperature and a conversion temperature from a martensitic to an austenitic phase, b) means provided for a recurrent change between two switching positions of the actuator, wherein c) the shape-memory alloy, in a first switching position below the Curie temperature and the conversion temperature, exhibits both ferromagnetic as well as martensitic properties, and the actuator, with a permanent magnet and with a heating element overcomes a magnetic or, respectively, a thermal reciprocal effect only in the first switching position, d) the shape-memory alloy, in a second switching position, above the Curie temperature and the conversion temperature, with paramagnetic properties, adopts a previously determined memory shape, and e) an electromagnetic converter is provided as a device for generating electrical energy from the recurrent change between two switching positions: a) an actuator made of a shape-memory alloy with an actuating element is provided, wherein the shape-memory alloy exhibits a Curie temperature and a conversion temperature from a martensitic to an austenitic phase, b) means provided for a recurrent change between two switching positions of the actuator, wherein c) the shape-memory alloy, in a first switching position below the Curie temperature and the conversion temperature, exhibits both ferromagnetic as well as martensitic properties, and the actuator, with a permanent magnet and with a heating element overcomes a magnetic or, respectively, a thermal reciprocal effect only in the first switching position, d) the shape-memory alloy, in a second switching position, above the Curie temperature and the conversion temperature, with paramagnetic properties, adopts a previously determined memory shape, and e) an electromagnetic converter is provided as a device for generating electrical energy from the recurrent change between two switching positions:
Protective device, wherein the protective device is designed to provide a signal for opening a circuit breaker in the event of a short-circuit detected using the impedance of a contact line (5,6,7) of a traction power supply, characterised in that the protective device is suitable for receiving vehicle information on an increased energy requirement from at least one electrically drivable vehicle and for taking into consideration the effect of the increased energy requirement on the impedance of the contact line (5,6,7).
A data transmission method, comprising: sending, by a base station, a size of a first transport block in a system message, wherein the first transport block can be used to transmit signaling and user data; receiving (401, 501, 801), by the base station, a random access request sent by user equipment, wherein the random access request carries indication information, and the indication information is used to request uplink scheduling information; and sending (402, 503, 803), by the base station, a random access response to the user equipment in response to the random access request, wherein the random access response carries first uplink scheduling information or second uplink scheduling information, the first uplink scheduling information indicates that a message Msg 3 uses the first transport block, the second uplink scheduling information indicates that the Msg 3 uses a second transport block, the first transport block is larger than the second transport block, the second transport block can be used to transmit the signaling, but cannot be used to transmit the user data. sending, by a base station, a size of a first transport block in a system message, wherein the first transport block can be used to transmit signaling and user data; receiving (401, 501, 801), by the base station, a random access request sent by user equipment, wherein the random access request carries indication information, and the indication information is used to request uplink scheduling information; and sending (402, 503, 803), by the base station, a random access response to the user equipment in response to the random access request, wherein the random access response carries first uplink scheduling information or second uplink scheduling information, the first uplink scheduling information indicates that a message Msg 3 uses the first transport block, the second uplink scheduling information indicates that the Msg 3 uses a second transport block, the first transport block is larger than the second transport block, the second transport block can be used to transmit the signaling, but cannot be used to transmit the user data.
Tilt tray conveying carriage for use in a tilt tray sorting installation, comprising a basic carriage, which is designed for displacement in the tilt tray sorting installation, a carrying tray, which can be pivoted about a tilting axis relative to the basic carriage, and a tilting drive, which has a drive means, which is arranged on the basic carriage, and a traction means, which is operatively connected to the drive means and the carrying tray, wherein the tilt tray conveying carriage comprises a traction means guide which is arranged in a rotatably fixed manner on the carrying tray, against which guide the traction means butts, at least in part, characterised in that the traction means guide deflects the traction means away from the tilting axis, wherein the traction means guide runs along an arc around the tilting axis in the transverse direction to the tilting axis.
A processor comprising: decode circuitry to decode an instruction, the instruction to include a first field to identify a location of a source vector, a second field to identify a location of a destination vector, and an opcode to indicate to execution circuitry to execute the decoded instruction to sort values of the source vector and store a result of the sort in the destination vector by generating an index of sorted values of the source vector including generating, per each element of the source vector, an index value of the index, and permuting the values of the elements of the source vector into the destination vector based upon the index values for the element; and execution circuitry to execute the decoded instruction as indicated by the opcode. decode circuitry to decode an instruction, the instruction to include a first field to identify a location of a source vector, a second field to identify a location of a destination vector, and an opcode to indicate to execution circuitry to execute the decoded instruction to sort values of the source vector and store a result of the sort in the destination vector by generating an index of sorted values of the source vector including generating, per each element of the source vector, an index value of the index, and permuting the values of the elements of the source vector into the destination vector based upon the index values for the element; and execution circuitry to execute the decoded instruction as indicated by the opcode.
A user equipment, UE, suitable to work in an idle mode in a wireless network having a second UE in a connected mode and a network element, the UE comprising: receiving means configured to receive, in the idle mode, an encrypted second UE's identification, ID, from the second UE in the connected mode, wherein the second UE's ID is encrypted by the network element by using a first key which is known to the network element and the UE in the idle mode and which is unknown to the second UE in the connected mode; and verifying means configured to verify, in the idle mode, the second UE's ID by using the encrypted second UE's ID; wherein the receiving means is further configured to receive, in the idle mode, the second UE's ID from the second UE in the connected mode; and the verifying means is further configured to decrypt, in the idle mode, the encrypted second UE's ID by using the first key, and verify the second UE's ID by comparing the decrypted second UE's ID and the received second UE's ID. receiving means configured to receive, in the idle mode, an encrypted second UE's identification, ID, from the second UE in the connected mode, wherein the second UE's ID is encrypted by the network element by using a first key which is known to the network element and the UE in the idle mode and which is unknown to the second UE in the connected mode; and verifying means configured to verify, in the idle mode, the second UE's ID by using the encrypted second UE's ID; wherein the receiving means is further configured to receive, in the idle mode, the second UE's ID from the second UE in the connected mode; and the verifying means is further configured to decrypt, in the idle mode, the encrypted second UE's ID by using the first key, and verify the second UE's ID by comparing the decrypted second UE's ID and the received second UE's ID.
A toner kit comprising a yellow toner, a magenta toner and a cyan toner, each toner comprising a colorant and a binder resin, wherein the binder resin comprises a polyester resin that is prepared by a polycondensation reaction in the presence of at least a titanium-containing catalyst expressed by General Formula or, the toner has a volume average particle diameter of 2.0 μm to 10.0 μm and a ratio Dv/Dn of 1.00 to 1.40, in which Dv represents a volume average particle diameter and Dn represents a number average particle diameter, Ti − X m − OH n O = Ti − X p − OR q in General Formulas and, X represents a residue of a mono-alkanolamine of 2 to 12 carbon atoms or a polyalkanolamine from which a hydrogen atom of one hydroxyl group is removed; other hydroxyl group(s) and still other hydroxyl group(s), within the polyalkanolamine molecule that has a directly bonding Ti atom, may polycondense to form a ring structure; other hydroxyl group(s) and still other hydroxyl group(s) may polycondense intermolecularly to form a repeating structure; and the polymerization degree is 2 to 5 in a case of forming the repeating structure; R represents one of a hydrogen atom and alkyl groups of 1 to 8 carbon atoms that may have 1 to 3 ether bonds; "m" is an integer of 1 to 4; "n" is an integer of 0 to 3; the sum of "m" and "n" is 4; "p" is an integer of 1 or 2; "q" is an integer of 0 or 1; the sum of "p" and "q" is 2; and in a case that "m" and "p" is 2 or more, the respective Xs may be identical or different each other, wherein the magenta toner comprises an organic pigment expressed by the following Structural Formula, and the yellow toner comprises an organic pigment having two units per molecule each expressed by Structural Skeleton and no halogen atom; in the Structural Formula and Structural Skeleton, =C=N-NH- may be =CH-N=N-. in General Formulas and, X represents a residue of a mono-alkanolamine of 2 to 12 carbon atoms or a polyalkanolamine from which a hydrogen atom of one hydroxyl group is removed; other hydroxyl group(s) and still other hydroxyl group(s), within the polyalkanolamine molecule that has a directly bonding Ti atom, may polycondense to form a ring structure; other hydroxyl group(s) and still other hydroxyl group(s) may polycondense intermolecularly to form a repeating structure; and the polymerization degree is 2 to 5 in a case of forming the repeating structure; R represents one of a hydrogen atom and alkyl groups of 1 to 8 carbon atoms that may have 1 to 3 ether bonds; "m" is an integer of 1 to 4; "n" is an integer of 0 to 3; the sum of "m" and "n" is 4; "p" is an integer of 1 or 2; "q" is an integer of 0 or 1; the sum of "p" and "q" is 2; and in a case that "m" and "p" is 2 or more, the respective Xs may be identical or different each other, wherein the magenta toner comprises an organic pigment expressed by the following Structural Formula, and the yellow toner comprises an organic pigment having two units per molecule each expressed by Structural Skeleton and no halogen atom; in the Structural Formula and Structural Skeleton, =C=N-NH- may be =CH-N=N-.
Process for ammonia removal from wastewater, the process comprising the following steps: a) providing solid elements, wherein the solid elements consist of sodium alginate and at least one divalent metal cation salt, the divalent metal cation being selected from Ca 2+, Cu 2+, Mg 2+, Zn 2+ and Fe 2+; b) immerging the solid elements in the wastewater containing an initial amount of ammonia; c) leaving in inner contact the solid elements with the wastewater, whereby the solid particles adsorb ammonia contained in the wastewater; d) removing the solid elements from the wastewater, obtaining a wastewater containing ammonia in a lower amount than the initial one and solid elements enriched in ammonia. a) providing solid elements, wherein the solid elements consist of sodium alginate and at least one divalent metal cation salt, the divalent metal cation being selected from Ca 2+, Cu 2+, Mg 2+, Zn 2+ and Fe 2+; b) immerging the solid elements in the wastewater containing an initial amount of ammonia; c) leaving in inner contact the solid elements with the wastewater, whereby the solid particles adsorb ammonia contained in the wastewater; d) removing the solid elements from the wastewater, obtaining a wastewater containing ammonia in a lower amount than the initial one and solid elements enriched in ammonia.
Fire-extinguishing and/or fire-retardant compositions, especially for fires of fluorine- and/or phosphorus-containing materials, for example for fires involving hydrogen fluoride and/or phosphorus oxide trifluoride evolution, for example for fires of lithium ion batteries, comprising - at least one swellable polymer, at least one of the swellable polymers having carboxyl groups, at least some of the carboxyl groups having been neutralized with alkaline earth metal ions, and - at least one alkaline earth metal carboxylate, especially calcium carboxylate, of one or more carboxylic acids. - at least one swellable polymer, at least one of the swellable polymers having carboxyl groups, at least some of the carboxyl groups having been neutralized with alkaline earth metal ions, and - at least one alkaline earth metal carboxylate, especially calcium carboxylate, of one or more carboxylic acids.
Method for processing moulding parameters (P i+1) for an injection moulding machine obtained by CAE comprising the steps of (i) simulating through CAE a moulding process needed to mould an object, wherein the CAE simulation generates simulation results (A i), (ii) generating first machine parameters (P i) by electronically processing the simulation results (A i) to make them compatible with the data protocol of a control unit of the machine, so that the machine can perform an actual moulding process according to the first machine parameters; (iii) obtaining second machine parameters (P i+1), different from the first ones, from the execution of another moulding process for the same object; (iv) saving in an electronic database accessible by a user operator the first and second machine parameters associating them in a common collection characterized by the further steps of (v) processing the data contained in the common collection with a software, (vi) modifying the machine parameters calculated with a subsequent CAE simulation as a function of the processing produced by said software in step (v), to obtain optimized machine parameters. (i) simulating through CAE a moulding process needed to mould an object, wherein the CAE simulation generates simulation results (A i), (ii) generating first machine parameters (P i) by electronically processing the simulation results (A i) to make them compatible with the data protocol of a control unit of the machine, so that the machine can perform an actual moulding process according to the first machine parameters; (iii) obtaining second machine parameters (P i+1), different from the first ones, from the execution of another moulding process for the same object; (iv) saving in an electronic database accessible by a user operator the first and second machine parameters associating them in a common collection (v) processing the data contained in the common collection with a software, (vi) modifying the machine parameters calculated with a subsequent CAE simulation as a function of the processing produced by said software in step (v), to obtain optimized machine parameters.
Compounds of general formula C, which are ipolamiide derivatives wherein R corresponds to H, OH, OGlyc (Glycoside); R 1, R 1', R 1" correspond to H, OH; R 2 corresponds to H, COOH, COOCH 3, CH 3, CHO; R 3 corresponds to H, OH, CH 3; R 4, R 4' correspond to H, OH, CH 2 OH, CH 3.
A primary alkaline electrochemical cell comprising an anode including an electrochemically active anode material comprising zinc, a cathode including an electrochemically active cathode material comprising manganese dioxide, a separator between said anode and said cathode, said separator having a dry thickness of less than 150 μm, and an electrolyte comprising an ionically-conductive component dissolved in water, the ionically conductive component comprising potassium hydroxide, characterized in that said separator has an air permeability from 2000 cm 3 /cm 2 ·min @ 1kPa to 5000 cm 3 /cm 2 ·min @ 1kPa as defined by ISO 2965, a basis weight between 15 g/m 2 and 40 g/m 2, and the separator in combination with the electrolyte has an initial area-specific resistance between 100 mOhm.cm 2 and 220 mOhm.cm 2, a final area-specific resistance of less than 500 mOhm.cm 2, and an ASR ratio of less than 1.9; wherein the ASR ratio is the ratio of the final area-specific resistance to the initial area-specific resistance; ASR is determined as described in the description; the initial area-specific resistance of the separator in combination with the electrolyte is an area-specific resistance prior to 1-electron discharge; and the final area-specific resistance is an area-specific resistance at the point of completion of 1-electron discharge.
A sampling circuit for correlated double sampling, the sampling circuit comprising: - an input node, - a reset switch electrically connected with its first node to the input node, and electrically connected with its second node to a first node of a first capacitor, - a sampling switch electrically connected with its first node to the input node, and electrically connected with its second node to a first node of a second capacitor, - a first reference node, a second reference node, wherein a second node of the first capacitor is adapted to be electrically connected with, or is electrically connected with, the first reference node, and a second node of the second capacitor is adapted to be electrically connected with, or is electrically connected with, the second reference node, and wherein at least one of the second nodes of the first or second capacitor (130, 150) can be electrically connected with the corresponding reference node using a reference switch, - a first switch electrically connected with its first node to the second node of the first capacitor and with its second node to the first node of the second capacitor, - a second switch electrically connected with its first node to the first node of the first capacitor and with its second node to the second node of the second capacitor. - an input node, - a reset switch electrically connected with its first node to the input node, and electrically connected with its second node to a first node of a first capacitor, - a sampling switch electrically connected with its first node to the input node, and electrically connected with its second node to a first node of a second capacitor, - a first reference node, a second reference node, wherein a second node of the first capacitor is adapted to be electrically connected with, or is electrically connected with, the first reference node, and a second node of the second capacitor is adapted to be electrically connected with, or is electrically connected with, the second reference node, and wherein at least one of the second nodes of the first or second capacitor (130, 150) can be electrically connected with the corresponding reference node using a reference switch, - a first switch electrically connected with its first node to the second node of the first capacitor and with its second node to the first node of the second capacitor, - a second switch electrically connected with its first node to the first node of the first capacitor and with its second node to the second node of the second capacitor.