mhurhangee/patent-ind-claim-en huggingface dataset:
An apparatus, comprising: a waveguide system comprising a dielectric coupler, wherein the dielectric coupler is positioned with respect to a wire of a power grid that facilitates delivery of electric energy to devices, wherein the dielectric coupler is configured to transmit or receive electromagnetic waves that propagate along an outer surface of the wire without requiring an electrical return path, wherein the electromagnetic waves at least partially surround the wire , wherein the wire serves as a single wire transmission line for propagating the electromagnetic waves along the outer surface of the wire , wherein the single wire transmission line is not part of a circuit, and wherein the electromagnetic waves propagate along the dielectric coupler without requiring an electrical return path; and a sensor configured to sense a condition that is adverse to one of an operation of the waveguide system associated with the transmission or the reception of the electromagnetic waves, or the transmission or reception of the electromagnetic waves that propagate along the outer surface of the wire . a waveguide system comprising a dielectric coupler, wherein the dielectric coupler is positioned with respect to a wire of a power grid that facilitates delivery of electric energy to devices, wherein the dielectric coupler is configured to transmit or receive electromagnetic waves that propagate along an outer surface of the wire without requiring an electrical return path, wherein the electromagnetic waves at least partially surround the wire , wherein the wire serves as a single wire transmission line for propagating the electromagnetic waves along the outer surface of the wire , wherein the single wire transmission line is not part of a circuit, and wherein the electromagnetic waves propagate along the dielectric coupler without requiring an electrical return path; and a sensor configured to sense a condition that is adverse to one of an operation of the waveguide system associated with the transmission or the reception of the electromagnetic waves, or the transmission or reception of the electromagnetic waves that propagate along the outer surface of the wire .
Fastening device for jewels comprising a first element and a second element , connectable to respective ends of a jewel, wherein the first element includes a top surface , and a bottom surface provided with a socket , the second element includes a top surface , a bottom surface and a head , suitable to complementarily fit said socket , so as to reversibly join the first element and the second element , characterized in that said second element comprises a groove , carved on its top surface , in which a slider is housed, and in that said first element comprises a recess , adjacent to said recess and delimited by the top surface , so that when the head is inserted in the socket , the slider reaches the mechanic stop with the top surface of the first element in correspondence with the recess , preventing the head to disengage the socket and the second element to disjoin the first element , and characterized in that said socket and said head are tapered in a direction going from the top surface to the bottom surface of said first and/or second element . a first element and a second element , connectable to respective ends of a jewel, wherein the first element includes a top surface , and a bottom surface provided with a socket , the second element includes a top surface , a bottom surface and a head , suitable to complementarily fit said socket , so as to reversibly join the first element and the second element , characterized in that said second element comprises a groove , carved on its top surface , in which a slider is housed, a groove , carved on its top surface , in which a slider is housed, and in that said first element comprises a recess , adjacent to said recess and delimited by the top surface , so that when the head is inserted in the socket , the slider reaches the mechanic stop with the top surface of the first element in correspondence with the recess , preventing the head to disengage the socket and the second element to disjoin the first element , a recess , adjacent to said recess and delimited by the top surface , so that when the head is inserted in the socket , the slider reaches the mechanic stop with the top surface of the first element in correspondence with the recess , preventing the head to disengage the socket and the second element to disjoin the first element , and characterized in that said socket and said head are tapered in a direction going from the top surface to the bottom surface of said first and/or second element .
Method for separating fine particles from granulate-like bulk materials which are conveyed as a product stream by means of air-conveying or dune-conveying in a pipeline , wherein the product stream is spread radially on the input side of a sifter integrated in air-tight manner in the pipeline and is penetrated there in the region of a cleaning plane by a cleaning air stream flowing at an angle to the direction of the spread product stream which deflects the lighter particles, threads, nests, dust or the like entrained in the product stream from the trajectory of the heavier granulate particles and conveys them into a collecting chamber flowed through by the cleaning air , characterised in that the sifter is configured as a flat channel sifter , the input-side product stream of which is spread onto at least one flat cross-section and in that the input-side product stream is spread onto at least one flat channel of the flat channel sifter through a conical tip of an inner body via a conical transition cross-section and in that the inner body is attached by its walls opposite one another directly to the housing walls opposite one another of the housing of the flat channel sifter .
A method for transmitting reference signals for 8 antenna ports at a base station, the method comprising: transmitting common reference signals, CRSs, for M, wherein M is 1 or 2, antenna ports in a downlink subframe including a first slot and a second slot and having a normal cyclic prefix, CP, wherein the downlink subframe having the normal CP has 14 orthogonal frequency division multiplexing, OFDM, symbols, where the OFDM symbol index starts from 0; and transmitting channel state information-reference signals, CSI-RSs, for the 8 antenna ports, the CSI-RSs being mapped to the downlink subframe according to a predetermined pattern, wherein the predetermined pattern defines the CSI-RSs for the 8 antenna ports to be mapped to only two OFDM symbols in a data region of the downlink subframe, the two OFDM symbols being separated by only one OFDM symbol, wherein the CSI-RSs for the 8 antenna ports are subjected to code division multiplexing, CDM, using orthogonal codes, such that in the downlink subframe CSI-RSs for two antenna ports are mapped to the same OFDM symbol and the same subcarrier, and wherein the CSI-RSs for two antenna ports are spread in the time domain by CDM over the two OFDM symbols at the same subcarrier location. transmitting common reference signals, CRSs, for M, wherein M is 1 or 2, antenna ports in a downlink subframe including a first slot and a second slot and having a normal cyclic prefix, CP, wherein the downlink subframe having the normal CP has 14 orthogonal frequency division multiplexing, OFDM, symbols, where the OFDM symbol index starts from 0; and transmitting channel state information-reference signals, CSI-RSs, for the 8 antenna ports, the CSI-RSs being mapped to the downlink subframe according to a predetermined pattern, wherein the predetermined pattern defines the CSI-RSs for the 8 antenna ports to be mapped to only two OFDM symbols in a data region of the downlink subframe, the two OFDM symbols being separated by only one OFDM symbol, wherein the CSI-RSs for the 8 antenna ports are subjected to code division multiplexing, CDM, using orthogonal codes, such that in the downlink subframe CSI-RSs for two antenna ports are mapped to the same OFDM symbol and the same subcarrier, and wherein the CSI-RSs for two antenna ports are spread in the time domain by CDM over the two OFDM symbols at the same subcarrier location.
A pharmaceutical composition comprising an effective amount of plasminogen for use in a method for repairing diabetic nerve injury in a subject, wherein the plasminogen has at least 95%, 96%, 97%, 98% or 99% sequence identity with SEQ ID No. 2, 6, 8, 10 or 12, and still has the activity of plasminogen.
A method for measuring the consumption of yarn for an accumulation weft feeder , said weft feeder being provided with a drum , with motorized winding means adapted to pick up yarn (F) from a spool and wind it onto the drum so as to form a reserve (R), with at least one winding sensor (S1) adapted to generate a winding pulse (WP) per each loop or fraction of loop that is wound onto the drum , with a weft reserve sensor (S2) adapted to provide a binary information regarding the presence/absence of a minimum amount of reserve at an intermediate point (P0) of the drum , its state being switched when the reserve ends at said intermediate point (P0), with at least one unwinding sensor (S3) adapted to generate an unwinding pulse (UWP) per each loop or fraction of a loop that is unwound from the drum upon request from a downstream textile machine , and with a control unit (CU) programmed to adjust the winding speed of said winding means on the basis of the signal received by said weft reserve sensor (S2), so as to keep the amount of reserve on the drum substantially constant on a desired value, characterized in that said control unit (CU) is programmed to calculate the amount of consumed yarn Cm in a time interval comprised between an instant t1 and an instant t2 on the basis of the following formula: Cm = ERQ 1 − ERQ 2 + IPC ∗ C where ERQ1 is an estimated reserve amount that is present on the drum at the instant t1, ERQ2 is an estimated reserve amount that is present on the drum at the instant t2, IPC is the number of winding pulses (WP) counted in the time interval between said instant t1 and said instant t2, and C is the length of the loop or fraction of loop wound on the drum, said estimated reserve amounts at the instants t1 and t2 being calculated on the basis of the number of winding pulses (WP) and of unwinding pulses (UWP) generated from the instant when said weft reserve sensor (S2) switches its own state.
Method for inductive energy transmission between a transmitter coil and a receiver coil , in particular by means of inductive resonance transformers, wherein: - the transmitter coil is part of a transmitter oscillator circuit , - the receiver coil is part of a receiver oscillator circuit , - the energy is transferred from the transmitter oscillator circuit to the receiver oscillator circuit , - the magnetic field in the transmitter coil and/or the receiver coil is guided by ferrites , which are arranged on the side facing respectively away from the opposite coil, - on the transmitter coil and/or on the receiver coil , metal parts are arranged on a side facing away from the respective opposite coil, having the steps: - the current (i HF ) through the transmitter coil is monitored, - the current (i HF ) through the transmitter coil is curtailed or limited in such a way that the current is a maximum of 5 % to 10 % above that saturation current at which saturation begins in the ferrites , such that the ferrites in the region of an onset of saturation or magnetic fluxes induced in the ferrites reach a possible maximum, wherein this possible maximum corresponds to the saturation. - the transmitter coil is part of a transmitter oscillator circuit , - the receiver coil is part of a receiver oscillator circuit , - the energy is transferred from the transmitter oscillator circuit to the receiver oscillator circuit , - the magnetic field in the transmitter coil and/or the receiver coil is guided by ferrites , which are arranged on the side facing respectively away from the opposite coil, - on the transmitter coil and/or on the receiver coil , metal parts are arranged on a side facing away from the respective opposite coil, - the current (i HF ) through the transmitter coil is monitored, - the current (i HF ) through the transmitter coil is curtailed or limited in such a way that the current is a maximum of 5 % to 10 % above that saturation current at which saturation begins in the ferrites , such that the ferrites in the region of an onset of saturation or magnetic fluxes induced in the ferrites reach a possible maximum, wherein this possible maximum corresponds to the saturation.
A user equipment device (10, 10-1, 10-2) comprising: one or more antennas ; a transmitter configured to transmit device-to-device, D2D, signals to an additional user equipment device (10, 10-1, 10-2) using the one or more antennas ; and one or more processors configured to transmit, using the transmitter , a message in the D2D signals , and transmit, using the transmitter , a series of preambles in the D2D signals prior to the message, wherein each preamble in the series of preambles identifies, for the additional user equipment device (10, 10-1, 10-2), a respective time offset between the end of that respective preamble and transmission of the message. one or more antennas ; a transmitter configured to transmit device-to-device, D2D, signals to an additional user equipment device (10, 10-1, 10-2) using the one or more antennas ; and one or more processors configured to transmit, using the transmitter , a message in the D2D signals , and transmit, using the transmitter , a series of preambles in the D2D signals prior to the message, wherein each preamble in the series of preambles identifies, for the additional user equipment device (10, 10-1, 10-2), a respective time offset between the end of that respective preamble and transmission of the message. transmit, using the transmitter , a message in the D2D signals , and transmit, using the transmitter , a series of preambles in the D2D signals prior to the message, wherein each preamble in the series of preambles identifies, for the additional user equipment device (10, 10-1, 10-2), a respective time offset between the end of that respective preamble and transmission of the message.
An image forming apparatus including image forming means for forming an image on a sheet, the image forming apparatus comprising: a roller pair configured to convey the sheet on which the image is formed, and discharge at least a part of the sheet to the outside of the image forming apparatus; an upper guide unit fixed to the image forming apparatus and configured to guide an upper surface of the sheet discharged by the roller pair ; a stack unit provided at a position recessed from an upper exterior unit of the image forming apparatus, the discharged sheet being stacked on the stack unit ; and an operation unit including a display unit for displaying information regarding image forming processing, the operation unit being attached to a top surface of the upper exterior unit of the image forming apparatus, the operation unit being for operating the image forming apparatus, wherein the upper guide unit extends, along a discharge direction of the sheet discharged by the roller pair , more to a downstream side in the discharge direction than the roller pair, wherein the operation unit and the upper guide unit each have a portion overlapping with each other when viewed in a direction perpendicular to the top surface of the upper exterior unit , and wherein, when viewed in an axial direction of the roller pair , the operation unit and the upper guide unit are arranged at positions through which a nip tangent line (T1) passes, wherein the nip tangent line is a tangent to both rollers of the roller pair and passes through a nip portion of the roller pair. a roller pair configured to convey the sheet on which the image is formed, and discharge at least a part of the sheet to the outside of the image forming apparatus; an upper guide unit fixed to the image forming apparatus and configured to guide an upper surface of the sheet discharged by the roller pair ; a stack unit provided at a position recessed from an upper exterior unit of the image forming apparatus, the discharged sheet being stacked on the stack unit ; and an operation unit including a display unit for displaying information regarding image forming processing, the operation unit being attached to a top surface of the upper exterior unit of the image forming apparatus, the operation unit being for operating the image forming apparatus, wherein the upper guide unit extends, along a discharge direction of the sheet discharged by the roller pair , more to a downstream side in the discharge direction than the roller pair, wherein the operation unit and the upper guide unit each have a portion overlapping with each other when viewed in a direction perpendicular to the top surface of the upper exterior unit , and wherein, when viewed in an axial direction of the roller pair , the operation unit and the upper guide unit are arranged at positions through which a nip tangent line (T1) passes, wherein the nip tangent line is a tangent to both rollers of the roller pair and passes through a nip portion of the roller pair.
Method for the manufacture of a mould for continuous casting of metallic products, comprising a mould of a one-piece tube or of a plurality of parts preferably formed as mould plates, characterized in that the tube or the parts themselves and/or at least on the outer or inner sides of the tube respectively of the parts a structure is produced by a generative manufacturing process, whereby at least on the outer sides of the tube respectively of the parts the structure forming by the connecting elements are produced by this generative manufacturing process.
A gas generator for a safety device in a vehicle, comprising plural parts, wherein in the area of abutting parts a sealant is applied which adheres to both abutting parts, wherein each of the abutting parts forms at least part of the outer gas generator surface, and wherein the sealant is applied from outside to the two abutting parts in such a way that it is located completely outside an outer housing of the gas generator , characterized in that the abutting parts are made from different materials, on the one hand from plastic and on the other hand from metal, the part made from plastic forming a partial insert-molding of the part made from metal.
Dosing device for the dissolution of a solid treatment agent , having a dissolution and storage container in which a fluid is stored, having a pump , and having a line which extends from the pump on the pressure side and opens at a spraying nozzle , wherein there is a follow-up flow of the fluid via a fluid inlet and the fluid is circulated by means of the pump , which acts on the line , via which line the fluid exits at the spraying nozzle and dissolves the solid treatment agent , characterized in that an actuation means for the pump is switched by way of a hollow-body float or a solid-material float , which either rises or falls according to the concentration of the dissolved solid treatment agent in the treatment agent/fluid mixture in the dissolution and storage container , or generates a detectable buoyancy force.
A device for irrigating a body cavity (K), including (i) a reservoir for the irrigation fluid, (ii) a feed line (iii) a controlled roller pump (iv) a controlled vacuum pump (v) a first medical instrument with a first suction line (vi) a second medical instrument with a second suction line (vii) optionally a third suction line with a restrictor (viii) a first pinch valve at the first suction line (ix) a second pinch valve provided at the second suction line (x) a waste container connected to the first suction line , the second suction line and optionally the third suction line as well as to the controlled vacuum pump , characterized in that the first pinch valve and the second pinch valve are coupled with each other in an anti-parallel manner. (i) a reservoir for the irrigation fluid, (ii) a feed line (iii) a controlled roller pump (iv) a controlled vacuum pump (v) a first medical instrument with a first suction line (vi) a second medical instrument with a second suction line (vii) optionally a third suction line with a restrictor (viii) a first pinch valve at the first suction line (ix) a second pinch valve provided at the second suction line (x) a waste container connected to the first suction line , the second suction line and optionally the third suction line as well as to the controlled vacuum pump ,
System , consisting of a vehicle having an infotainment system , a mobile data processing device and a motion sensing device , wherein a first communication interface is set up to transmit control commands I S from the motion sensing device to the mobile data processing device , the mobile data processing device is set up to translate the control commands I S into instructions I A for the infotainment system , and a second communication interface is set up to transmit the instructions I A from the mobile data processing device to the infotainment system .
Method for type-specific operating of an electric drive unit (AE), wherein the drive unit (AE) is configured for coupling and driving of a tool unit (WE), wherein the tool unit (WE) is selected from a set of different types of tool units (WE), wherein the set includes at least one rotatory tool unit (RWE) and at least one non-rotatory tool unit (NRWE), the method comprising the steps: a) driving of a coupled tool unit (WE) by the drive unit (AE), b) identifying operating data (BD) of the drive unit (AE) during the driving procedure, c) determining, based on the identified operating data (BD), whether the coupled tool unit (WE) is a rotatory tool unit (RWE) or a non-rotatory tool unit (NRWE), and d) controlling the drive unit (AE) in a rotation control mode if the coupled tool unit (WE) is determined to be a rotatory tool unit (RWE), or in a non-rotation control mode if the coupled tool unit (WE) is determined to be a non-rotatory tool unit (NRWE). a) driving of a coupled tool unit (WE) by the drive unit (AE), b) identifying operating data (BD) of the drive unit (AE) during the driving procedure, c) determining, based on the identified operating data (BD), whether the coupled tool unit (WE) is a rotatory tool unit (RWE) or a non-rotatory tool unit (NRWE), and d) controlling the drive unit (AE) in a rotation control mode if the coupled tool unit (WE) is determined to be a rotatory tool unit (RWE), or in a non-rotation control mode if the coupled tool unit (WE) is determined to be a non-rotatory tool unit (NRWE).