mhurhangee/ep-ind-claims huggingface dataset:
A target approach method with a long-range optical device, - said long-range optical device comprising observation optics, a rangefinder device and an orientation determination device, - wherein a user of the long-range optical device, on a route extending from a starting position to a target position, moves to an intermediate position, - wherein an adaption step is comprised, characterized in that in the adaption step, at an intermediate position, a reference position is aimed at by means of the observation optics of the long-range optical device, wherein a reference distance and a reference angle of the reference position relative to the target at a target position are stored in a geodetic calculation module and - a difference angle between an absolute direction and a reference direction of the long-range optical device is determined by means of the orientation determination device, and - a difference distance from the intermediate position to the reference position is determined by means of the rangefinder device, and - a target distance and a target angle of the intermediate position relative to the target position are determined by a geodetic calculation module from the reference distance and the difference distance, as well as from the reference angle and the difference angle. - said long-range optical device comprising observation optics, a rangefinder device and an orientation determination device, - wherein a user of the long-range optical device, on a route extending from a starting position to a target position, moves to an intermediate position, - wherein an adaption step is comprised, characterized in that in the adaption step, at an intermediate position, a reference position is aimed at by means of the observation optics of the long-range optical device, wherein a reference distance and a reference angle of the reference position relative to the target at a target position are stored in a geodetic calculation module and - a difference angle between an absolute direction and a reference direction of the long-range optical device is determined by means of the orientation determination device, and - a difference distance from the intermediate position to the reference position is determined by means of the rangefinder device, and - a target distance and a target angle of the intermediate position relative to the target position are determined by a geodetic calculation module from the reference distance and the difference distance, as well as from the reference angle and the difference angle.
A service traffic processing method, comprising: sending (101, 201), by a home gateway, HG, a registration request message to a server, wherein the registration request message comprises an identifier of the HG; receiving (102, 202), by the HG, a policy control packet that is corresponding to the identifier of the HG and returned by the server; and determining, by the HG according to the policy control packet and a packet carrying to-be-sent service traffic, a tunnel that is to be used for transmission, and sending, by using the determined tunnel that is to be used for transmission, the packet carrying to-be-sent service traffic; wherein the determining, by the HG according to the policy control packet and the packet carrying to-be-sent service traffic, the service traffic processing method being characterized by parsing, by the HG, the policy control packet to obtain a rule in the policy control packet; and performing, by the HG, matching processing on the rule in the policy control packet and the packet carrying to-be-sent service traffic; and if the packet carrying to-be-sent service traffic matches at least one of rules in the policy control packet, determining the DSL-only link as the tunnel that is to be used for transmission; or if the packet carrying to-be-sent service traffic matches none of rules in the policy control packet, determining the HAAP tunnel as the tunnel that is to be used for transmission. sending (101, 201), by a home gateway, HG, a registration request message to a server, wherein the registration request message comprises an identifier of the HG; receiving (102, 202), by the HG, a policy control packet that is corresponding to the identifier of the HG and returned by the server; and determining, by the HG according to the policy control packet and a packet carrying to-be-sent service traffic, a tunnel that is to be used for transmission, and sending, by using the determined tunnel that is to be used for transmission, the packet carrying to-be-sent service traffic; wherein the determining, by the HG according to the policy control packet and the packet carrying to-be-sent service traffic, the service traffic processing method being characterized by parsing, by the HG, the policy control packet to obtain a rule in the policy control packet; and performing, by the HG, matching processing on the rule in the policy control packet and the packet carrying to-be-sent service traffic; and if the packet carrying to-be-sent service traffic matches at least one of rules in the policy control packet, determining the DSL-only link as the tunnel that is to be used for transmission; or if the packet carrying to-be-sent service traffic matches none of rules in the policy control packet, determining the HAAP tunnel as the tunnel that is to be used for transmission.
A grinding machine for grinding a surface of workpiece, wherein the grinding machine comprises - at least one transport device for transporting the workpiece in a transport direction, - at least one circulating grinding belt, - at least one pressure beam for exerting a pressure on the grinding belt in the direction of the transport device, and - an electrical control system with a computer programme, wherein a plate is arranged between the grinding belt and the pressure beam, said plate being movably mounted in a plane perpendicular to the direction of the pressure that can be exerted, and the grinding machine comprises at least one drive device which is configured to move the plate, characterised in that the drive device is set up by the computer programme to move the plate in a random direction which has no temporal repetitions whatsoever. - at least one transport device for transporting the workpiece in a transport direction, - at least one circulating grinding belt, - at least one pressure beam for exerting a pressure on the grinding belt in the direction of the transport device, and - an electrical control system with a computer programme,
A process for treating an oil comprising a chlorophyll substrate, the process comprising contacting the oil with a polypeptide having decolorase activity or a composition comprising the polypeptide, wherein the polypeptide is selected from the group consisting of: a. a polypeptide which has at least 80%, 85%, 86%, 87%, 88%, 89%, 90%, 91 %, 92%, 93%, 94%, 95%, 96%, 97%, 98% or at least 99%, or 100% identity to amino acids 1 to 318 of SEQ ID NO: 1; and, b. a polypeptide encoded by a nucleic acid sequence that has at least 80%, 85%, 86%, 87%, 88%, 89%, 90%, 91 %, 92%, 93%, 94%, 95%, 96%, 97%, 98% or at least 99%, or 100% identity to the nucleic acid sequence of SEQ ID NO: 2. a. a polypeptide which has at least 80%, 85%, 86%, 87%, 88%, 89%, 90%, 91 %, 92%, 93%, 94%, 95%, 96%, 97%, 98% or at least 99%, or 100% identity to amino acids 1 to 318 of SEQ ID NO: 1; and, b. a polypeptide encoded by a nucleic acid sequence that has at least 80%, 85%, 86%, 87%, 88%, 89%, 90%, 91 %, 92%, 93%, 94%, 95%, 96%, 97%, 98% or at least 99%, or 100% identity to the nucleic acid sequence of SEQ ID NO: 2.
Method for controlling a rotary electric machine for a motor vehicle, which includes a stator and a rotor, the rotary electric machine including a control module, which is able to generate a stator command (Comm_stat) on the basis of a torque and a torque gradient to be applied to the rotary electric machine, characterized in that: - following a request to activate a motor mode of the rotary electric machine, in particular when a motor vehicle combustion engine is started, said method includes a step of applying a setpoint torque (T_cons_ecu) and a setpoint torque gradient (G_cons_ecu) transmitted by an engine computer of the motor vehicle, and - following a request to stop the previously activated motor mode, and independently of the torque (T_cons_ecu) and of the torque gradient (G_cons_ecu) required by the engine computer of the motor vehicle, said method includes a step of applying a setpoint torque (T_cons_mel) equal to zero and a predetermined torque gradient (G_cons_mel) to the rotary electric machine. - following a request to activate a motor mode of the rotary electric machine, in particular when a motor vehicle combustion engine is started, said method includes a step of applying a setpoint torque (T_cons_ecu) and a setpoint torque gradient (G_cons_ecu) transmitted by an engine computer of the motor vehicle, and - following a request to stop the previously activated motor mode, and independently of the torque (T_cons_ecu) and of the torque gradient (G_cons_ecu) required by the engine computer of the motor vehicle, said method includes a step of applying a setpoint torque (T_cons_mel) equal to zero and a predetermined torque gradient (G_cons_mel) to the rotary electric machine.
A phone comprising: a phone body defining a handle and earpiece; a pulse oximeter oxygen saturation sensor positioned in a concave recess at least partially on a left side of the handle; a first electrocardiogram electrode positioned on the handle; and a second electrocardiogram electrode positioned on the earpiece. a phone body defining a handle and earpiece; a pulse oximeter oxygen saturation sensor positioned in a concave recess at least partially on a left side of the handle; a first electrocardiogram electrode positioned on the handle; and a second electrocardiogram electrode positioned on the earpiece.
A security device component comprising an exposed photosensitive film exhibiting a multi-coloured pattern of elements, the elements in a first area of the photosensitive film comprising a first azo dye exhibiting a first colour, and the elements in a second area of the photosensitive film comprising a second azo dye, different from the first, exhibiting a second colour.
A device for mixing magnetic particles in a surrounding liquid medium and separating magnetic particles from a liquid medium, comprising: (a) at least one couple of electro magnetic poles (1, 1') facing each other across a gap, the facing poles (1, 1') diverging continuously from a narrow end of the gap to a large end of the gap, the poles (1, 1') with the gap are part of an electromagnetic circuit arranged to provide a magnetic field gradient in the said gap region; (b) a microfluidic network and a reaction chamber that is a part of the microfluidic network for containing the said magnetic particles in suspension, the reaction chamber being placed in the gap of the said electromagnetic poles, wherein the reaction chamber has inlet/outlet ends for introducing and removing the liquid medium into and from the reaction chamber, the reaction chamber extending between its ends along said gap such that the ends of the reaction chamber are in correspondence with the narrow and large ends of the gap, characterized in that the said reaction chamber is a cavity having at least one diverging part arranged co-divergently in the diverging gap between the poles, wherein the narrow and the large ends of the reaction chamber are connected respectively to an inlet and an outlet for delivering liquids into and from the reaction chamber. (a) at least one couple of electro magnetic poles (1, 1') facing each other across a gap, the facing poles (1, 1') diverging continuously from a narrow end of the gap to a large end of the gap, the poles (1, 1') with the gap are part of an electromagnetic circuit arranged to provide a magnetic field gradient in the said gap region; (b) a microfluidic network and a reaction chamber that is a part of the microfluidic network for containing the said magnetic particles in suspension, the reaction chamber being placed in the gap of the said electromagnetic poles, wherein the reaction chamber has inlet/outlet ends for introducing and removing the liquid medium into and from the reaction chamber, the reaction chamber extending between its ends along said gap such that the ends of the reaction chamber are in correspondence with the narrow and large ends of the gap, characterized in that the said reaction chamber is a cavity having at least one diverging part arranged co-divergently in the diverging gap between the poles, wherein the narrow and the large ends of the reaction chamber are connected respectively to an inlet and an outlet for delivering liquids into and from the reaction chamber.
A hip orthosis arranged for securing against a hip and an upper leg including a thigh, comprising: an elongate and rigid or semirigid strut assembly (106, 108) arranged for extending from a hip to a thigh; an arcuate cuff (104, 500) arranged for securing to a thigh and pivotally secured to the strut assembly (106, 108); a strap securing to the cuff and forming an adjustable circumferential configuration therewith; said cuff including a shell having an aperture and a longer portion arranged to be positioned toward an anterior aspect of a user's leg, the cuff being arranged for rotation about the aperture in either rotational directions A, B so as to adjust the longer portion relative to the strut assembly (106, 108) for adaptation of the hip orthosis in either right or left leg configurations, said hip orthosis further comprising a mounting clip attached to the cuff, the mounting clip coupling to the strut assembly (106, 108) and permitting rotation of the cuff relative to the strut assembly (106, 108), characterized in that at least one of the cuff or the mounting clip includes a plurality of spaced protrusions arranged to be received by corresponding recesses (512, 516) formed by another one of the cuff or the mounting clip so as to lock the cuff at a plurality of preselected angles relative to the strut assembly (106, 108). an elongate and rigid or semirigid strut assembly (106, 108) arranged for extending from a hip to a thigh; an arcuate cuff (104, 500) arranged for securing to a thigh and pivotally secured to the strut assembly (106, 108); a strap securing to the cuff and forming an adjustable circumferential configuration therewith; said cuff including a shell having an aperture and a longer portion arranged to be positioned toward an anterior aspect of a user's leg, the cuff being arranged for rotation about the aperture in either rotational directions A, B so as to adjust the longer portion relative to the strut assembly (106, 108) for adaptation of the hip orthosis in either right or left leg configurations, said hip orthosis further comprising a mounting clip attached to the cuff, the mounting clip coupling to the strut assembly (106, 108) and permitting rotation of the cuff relative to the strut assembly (106, 108), characterized in that at least one of the cuff or the mounting clip includes a plurality of spaced protrusions arranged to be received by corresponding recesses (512, 516) formed by another one of the cuff or the mounting clip so as to lock the cuff at a plurality of preselected angles relative to the strut assembly (106, 108).
Laminated composite comprising at least one electronic substrate and a layer arrangement (20, 30) made up of at least a first layer of a first metal and/or a first metal alloy and made up of a second layer, adjoining said first layer, of a second metal and/or a second metal alloy, wherein the melting temperatures of the first layer and of the second layer are different, characterized in that, after the layer arrangement (20, 30) has been subjected to a thermal treatment, a region with at least one intermetallic phase is formed between the first layer and the second layer, wherein the first layer or the second layer is formed by a reaction solder which consists of a mixture of a base solder with an AgX, CuX or NiX alloy and the Ag, Cu or Ni content of the layer formed by the reaction solder is between 20% by weight and 80% by weight, wherein the component X in the AgX, CuX or NiX alloy is selected from the group consisting of B, Mg, Al, Si, Ca, Se, Ti, V, Cr, Mn, Fe, Co, Ni, Cu, Zn, Ga, Ge, Y, Zr, Nb, Mo, Ag, In, Sn, Sb, Ba, Hf, Ta, W, Au, Bi, La, Ce, Pr, Nd, Gd, Dy, Sm, Er, Tb, Eu, Ho, Tm, Yb and Lu, wherein the Ag-X, CuX or NiX alloy do not have the same composition as that of the respective base solder, and wherein the melting temperature of the AgX, CuX or NiX alloy is higher than the melting temperature of the base solder, and the first layer or second layer which is not formed from the reaction solder is an Ag sintered layer.
A communication terminal, comprising; a mode changer configured to change a codec mode or a codec mode set of the communication terminal or a partner terminal that is a communication destination, the communication terminal being configured by Session Description Protocol, SDP, offer/answer messages for negotiation received from the partner terminal when communication starts between the communication terminal and the partner terminal, the SDP offer/answer message for codec negotiation including a codec, and a codec mode or a codec mode set; and a transmitter configured to transmit, during communication with the partner terminal, a codec mode of the communication terminal currently in use, using an RTP, Real-time Transport Protocol, payload, wherein the transmitter is configured to transmit a codec mode request, CMR, for requesting the partner terminal to change the codec mode of the partner terminal using the RTP payload, the RTP payload includes multiple bits for a codec mode request field that is only present when the codec mode or the codec mode set of the partner terminal needs to be changed.
A wireless power transfer system comprising: a resonator comprising: a capacitor (52, 252, 494) comprising: at least two active electrodes (28, 228); and a passive electrode (60, 260) adjacent the active electrodes (28, 228) and configured to encompass the active electrodes (28, 228) to at least partially eliminate environmental influences affecting the active electrodes (28, 228); and at least two inductive coils electrically connected to the active electrodes (28, 228), wherein the at least two inductive coils are configured to excite the active electrodes (28, 228) of the capacitor (52, 252, 494) to generate an electric field to transfer power or to extract power from a generated electric field, wherein the generated electric field induces a surface charge on the passive electrode (60, 260) such that the passive electrode (60, 260) provides additional capacitance to the capacitor (52, 252, 494) of the resonator and lowers the inductance of the at least two inductive coils required to resonate the system. a resonator comprising: a capacitor (52, 252, 494) comprising: at least two active electrodes (28, 228); and a passive electrode (60, 260) adjacent the active electrodes (28, 228) and configured to encompass the active electrodes (28, 228) to at least partially eliminate environmental influences affecting the active electrodes (28, 228); and at least two inductive coils electrically connected to the active electrodes (28, 228), wherein the at least two inductive coils are configured to excite the active electrodes (28, 228) of the capacitor (52, 252, 494) to generate an electric field to transfer power or to extract power from a generated electric field, a capacitor (52, 252, 494) comprising: at least two active electrodes (28, 228); and a passive electrode (60, 260) adjacent the active electrodes (28, 228) and configured to encompass the active electrodes (28, 228) to at least partially eliminate environmental influences affecting the active electrodes (28, 228); and at least two active electrodes (28, 228); and a passive electrode (60, 260) adjacent the active electrodes (28, 228) and configured to encompass the active electrodes (28, 228) to at least partially eliminate environmental influences affecting the active electrodes (28, 228); and at least two inductive coils electrically connected to the active electrodes (28, 228), wherein the at least two inductive coils are configured to excite the active electrodes (28, 228) of the capacitor (52, 252, 494) to generate an electric field to transfer power or to extract power from a generated electric field, wherein the generated electric field induces a surface charge on the passive electrode (60, 260) such that the passive electrode (60, 260) provides additional capacitance to the capacitor (52, 252, 494) of the resonator and lowers the inductance of the at least two inductive coils required to resonate the system.
Method for the georeferenced determination of the location of containers (1, 12), in particular in the loading region of container cranes, wherein a satellite-assisted determination of the location of the container crane and of the transport vehicle receiving and depositing the containers (1, 12) takes place, characterised in that to detect the absolute position coordinates of the containers located in the satellite reception shadow, in a first method step, a distance measurement takes place between at least one measuring point on the transport vehicle and one or more measuring points on the container crane, in that, in a second method step, the position coordinates of the container crane obtained by satellite-assisted determination of the location in relation to the relative coordinates of the transport vehicle obtained by the distance measurement are set and in that, in a third method step, the absolute position of the transport vehicle and/or that of the container (12; 12a, 12b) located below the transport vehicle is determined from the absolute crane coordinates and the relative position coordinates of the transport vehicle.
A method of operating an articulated arm CMM comprising inputting an instruction to the CMM arm by an action chosen from the group consisting of placing the arm in a predefined position and moving the arm in a predefined manner, the action triggering the instruction.
A heat exchanger with a distribution pipe, the heat exchanger comprising at least two parallel channels for a first medium exchanging heat with a second medium, the distribution pipe comprising a distribution portion provided with a number of holes provided on positions corresponding to the position of the parallel channels, wherein the distribution pipe comprises a fitting portion in fluid communication with the distribution portion, the fitting portion being placed at one end of such distribution portion, wherein the fitting portion is provided with a brazing surface adapted to be brazed onto an end plate provided with a brine inlet, a brine outlet, a refrigerant outlet and a refrigerant inlet, wherein the distribution pipe further comprises a guiding surface, whose diameter is such that it snugly fits into the refrigerant inlet of the end plate, characterized in that the guiding surface is provided with a recess and wherein the refrigerant inlet of the end plate has a shape that corresponds to the recessed guiding surface, such that the distribution pipe only can be mounted in the inlet in one way, namely such that the recess and the holes point in a desired direction.