mhurhangee/patent-ind-claim-en huggingface dataset:
A wireless network control apparatus , comprising: an obtaining module , configured to obtain network information of a first-standard network; a determining module , configured to determine instruction information, wherein the instruction information instructs a second-standard network to broadcast the network information of the first-standard network to a terminal, and the instruction information comprises the network information that is of the first-standard network and that is obtained by the obtaining module; a sending module , configured to send the instruction information determined by the determining module to the second-standard network, so that the second-standard network broadcasts the network information of the first-standard network to the terminal that works in the second-standard network; and the sending module is further configured to send another piece of instruction information to the first-standard network, wherein the another piece of instruction information instructs an access point in the first-standard network to stop broadcasting the network information of the first-standard network, or instructs the access point in the first-standard network to broadcast the network information of the first-standard network by sending management frames less frequently. an obtaining module , configured to obtain network information of a first-standard network; a determining module , configured to determine instruction information, wherein the instruction information instructs a second-standard network to broadcast the network information of the first-standard network to a terminal, and the instruction information comprises the network information that is of the first-standard network and that is obtained by the obtaining module; a sending module , configured to send the instruction information determined by the determining module to the second-standard network, so that the second-standard network broadcasts the network information of the first-standard network to the terminal that works in the second-standard network; and the sending module is further configured to send another piece of instruction information to the first-standard network, wherein the another piece of instruction information instructs an access point in the first-standard network to stop broadcasting the network information of the first-standard network, or instructs the access point in the first-standard network to broadcast the network information of the first-standard network by sending management frames less frequently.
Welding torch for a welding device, the welding torch comprising a first elongated part and wherein the welding torch is provided with a first channel for guiding a first electrode wire through the welding torch , wherein the first elongated part is provided with a second channel parallel with the first channel along the longitudinal direction for guiding a cold wire through the welding torch and wherein the second channel is provided with insulation means for electrically insulating the second channel from the first channel , characterized in that the insulation means comprise a first insulating tube comprising a ceramic material and a second insulating tube comprising a flexible material, wherein the flexible material comprises rubber or a polymer, wherein the first insulating tube is positioned along a first portion of the second channel proximal to an outlet side of the welding torch , and wherein the second insulating tube is positioned along a second portion of the second channel proximal to an inlet side of the welding torch .
A gas turbine engine vane , comprising a Ceramic Matrix Composite shell , and a divider wall which divides the shell into a front cavity at a leading edge region of the vane, and a rear cavity at a trailing edge region of the vane; and wherein a multi-part insert is located in the front cavity and a second multi-part insert located in the rear cavity, wherein the multi-part insert comprises multiple separate parts (1010a,b) assembled in an abutting relation with one another within the cavity to provide the multi-part insert, the multiple separate parts being separately insertable into the cavity; wherein the assembled multi-part insert includes at least one retention part and a fore insert part , the retention part engaging with the divider wall of the cavity and at least the fore insert part so as to retain the assembled multi-part insert within the cavity; the fore insert part of the front cavity including a curved member which sealably contacts the interior of the leading edge of the vane and extends around the suction side toward the divider wall, the at least one retention part being in the form of a sealing plate which sealably abuts the divider wall; and, wherein the retention part is configured to provide an interference fit with at least the fore insert part and or a wall of the cavity and wherein the retention part provides a resilient bias which acts to urge the retention part or another insert part against one or more walls of the shell.
A method of processing received optical signals at a coherent receiver , the method comprising: receiving , at a plurality of analog-to-digital converter ADC sampling clocks , a plurality of separate signals (Ix, Qx, Iy, Qy) based on the received optical signals; performing baud-rate ADC sampling at each of the plurality of ADC sampling clocks ; providing the plurality of signals output by the plurality of ADC sampling clocks to a high-speed digital signal processor ; performing , at the high-speed digital signal processor high-speed processing of each of the plurality of signals, wherein the high-speed processing provides bandwidth equalization and polarization recovery by: processing the signals using two different types of real-valued or mixed-value equalizers, said processing comprises: inputting each of the plurality of signals to one of a plurality of real-valued or mixed-value multi-tap single input single output SISO equalizers ; and inputting the plurality of signals into a real-valued single tap multiple input multiple output MIMO equalizer ; and directly introducing different time delays to each of the plurality of ADC sampling clocks , comprising: detecting, by a baud rate clock phase error detector in a clock recovery loop , phase errors, directly introducing different time delays to each of the plurality of ADC sampling clocks , and inputting an output of the high-speed digital signal processor into the baud rate clock phase error detector . receiving , at a plurality of analog-to-digital converter ADC sampling clocks , a plurality of separate signals (Ix, Qx, Iy, Qy) based on the received optical signals; performing baud-rate ADC sampling at each of the plurality of ADC sampling clocks ; providing the plurality of signals output by the plurality of ADC sampling clocks to a high-speed digital signal processor ; performing , at the high-speed digital signal processor high-speed processing of each of the plurality of signals, wherein the high-speed processing provides bandwidth equalization and polarization recovery by: processing the signals using two different types of real-valued or mixed-value equalizers, said processing comprises: inputting each of the plurality of signals to one of a plurality of real-valued or mixed-value multi-tap single input single output SISO equalizers ; and inputting the plurality of signals into a real-valued single tap multiple input multiple output MIMO equalizer ; and inputting each of the plurality of signals to one of a plurality of real-valued or mixed-value multi-tap single input single output SISO equalizers ; and inputting the plurality of signals into a real-valued single tap multiple input multiple output MIMO equalizer ; and directly introducing different time delays to each of the plurality of ADC sampling clocks , comprising: detecting, by a baud rate clock phase error detector in a clock recovery loop , phase errors, directly introducing different time delays to each of the plurality of ADC sampling clocks , and inputting an output of the high-speed digital signal processor into the baud rate clock phase error detector .
Method for transmitting additional information during the setup and/or operation of a telephone connection between a first communication participant and a second communication participant , the first communication participant initiating the setup of the telephone connection and the second communication participant being the called communication participant, the first communication participant and the second communication participant being connected via at least one telecommunication network of the second communication participant or by means of the telecommunication network of the second communication participant and a further telecommunication network of the first communication participant during the operation of the telephone connection, the additional information being transmitted to the second communication participant as a part of call signalling related to the telephone connection, and the additional information being or comprising image information in such a way that the image information is generated from first text information and/or from second text information by synthetic image generation, wherein the method includes the following steps: - in a first step, the image information comprising the first text information and/or comprising the second text information is generated, - in a second step subsequent to the first step, the image information is transmitted to the second communication participant as additional information via at least the telecommunication network . - in a first step, the image information comprising the first text information and/or comprising the second text information is generated, - in a second step subsequent to the first step, the image information is transmitted to the second communication participant as additional information via at least the telecommunication network .
A communication terminal comprising: a communication circuit configured to establish a first radio link to a first communication network; and receive, via the first radio link to the first communication network, a message from the first communication network that indicates establishing a second radio link to a second communication network for a circuit-switched fallback call; a controller configured to select all the channel frequencies of an area in which the communication terminal is located, said channel frequencies being included in a predetermined list of channel frequencies that is stored in a memory of the communication terminal , said channel frequencies being provided for the circuit-switched fallback call to the second communication network; before an initial cell selection attempt to the second communication network for the circuit-switched fallback call, measure all the selected channel frequencies to obtain power levels for one or more radio cells and prepare a cell rank list with entries that place the radio cells with the highest power levels on top; and control the communication circuit to attempt to establish the second radio link to the second communication network starting from the top of the cell rank list and to establish the circuit-switched fallback call via the established second radio link. a communication circuit configured to establish a first radio link to a first communication network; and receive, via the first radio link to the first communication network, a message from the first communication network that indicates establishing a second radio link to a second communication network for a circuit-switched fallback call; a controller configured to select all the channel frequencies of an area in which the communication terminal is located, said channel frequencies being included in a predetermined list of channel frequencies that is stored in a memory of the communication terminal , said channel frequencies being provided for the circuit-switched fallback call to the second communication network; before an initial cell selection attempt to the second communication network for the circuit-switched fallback call, measure all the selected channel frequencies to obtain power levels for one or more radio cells and prepare a cell rank list with entries that place the radio cells with the highest power levels on top; and control the communication circuit to attempt to establish the second radio link to the second communication network starting from the top of the cell rank list and to establish the circuit-switched fallback call via the established second radio link.
Electronic element , in particular a driver for a lamp, comprising: a housing having two opposite openings , a circuit board for receiving electronic components, which is disposed in the housing and extends at least partly between the openings of the housing , and a casting compound, which fills a defined subregion between the openings of the housing , wherein the subregion is spatially delimited toward the openings by a respective partition wall , which together with the housing delimits the subregion in a substantially peripherally closed manner, wherein at least one of the partition walls is configured as a sub-circuit board , and wherein at least the sub-circuit board is at least partially received laterally in a groove of the housing . a housing having two opposite openings , a circuit board for receiving electronic components, which is disposed in the housing and extends at least partly between the openings of the housing , and a casting compound, which fills a defined subregion between the openings of the housing , wherein the subregion is spatially delimited toward the openings by a respective partition wall , which together with the housing delimits the subregion in a substantially peripherally closed manner, wherein at least one of the partition walls is configured as a sub-circuit board , and wherein at least the sub-circuit board is at least partially received laterally in a groove of the housing .
A high-strength wire mesh formed by a wire having a tensile strength exceeding 2200 MPa, wherein the wire mesh is a rhombus wire mesh and 50 m or a greater length of wire is used to knit 1 m 2 of the wire mesh, characterized in that the wire mesh has a thickness of 30 mm to 70 mm by forming a line wire constituting the rhombus wire mesh in a helical shape, wherein the wire tensile strength, the wire diameter, a mesh size, a wire mesh angle and the wire mesh thickness are selected such that an amount of deflection of 707 mm or greater occurs, when a net body is subjected to the following conditions: a length of a cantilever beam that supports the net body in a line wire direction in a cantilevered state where the cantilevered net body extends freely in a horizontal direction is 1000 mm, and an amount of displacement in a vertical direction of a free end of the cantilevered net body in this situation is defined as said amount of deflection. the wire mesh is a rhombus wire mesh and 50 m or a greater length of wire is used to knit 1 m 2 of the wire mesh, characterized in that the wire mesh has a thickness of 30 mm to 70 mm by forming a line wire constituting the rhombus wire mesh in a helical shape, wherein the wire tensile strength, the wire diameter, a mesh size, a wire mesh angle and the wire mesh thickness are selected such that an amount of deflection of 707 mm or greater occurs, when a net body is subjected to the following conditions: a length of a cantilever beam that supports the net body in a line wire direction in a cantilevered state where the cantilevered net body extends freely in a horizontal direction is 1000 mm, and an amount of displacement in a vertical direction of a free end of the cantilevered net body in this situation is defined as said amount of deflection.
Method for ascertaining the compaction state of silage stored in a flat silo, in which a work vehicle used for compacting the silage has inflated tyres on at least one vehicle axle , wherein in a first step, by means of an acceleration sensor , a normal and/or tangential acceleration occurring in a tyre bead is detected and wirelessly transmitted in the form of sensor data corresponding thereto to a processor unit , in a second step, starting from the transferred sensor data from the processor unit , the deformations of the tyre casing occurring in each case during the rolling of the tyre in an entry point and an exit point are ascertained and compared to one another, and in a third step, on the basis of the comparison, the compression behaviour and in turn therefrom the compaction state of the silage is concluded by the processor unit . in a first step, by means of an acceleration sensor , a normal and/or tangential acceleration occurring in a tyre bead is detected and wirelessly transmitted in the form of sensor data corresponding thereto to a processor unit , in a second step, starting from the transferred sensor data from the processor unit , the deformations of the tyre casing occurring in each case during the rolling of the tyre in an entry point and an exit point are ascertained and compared to one another, and in a third step, on the basis of the comparison, the compression behaviour and in turn therefrom the compaction state of the silage is concluded by the processor unit .
A computer-implemented method for determining an arterial blood oxygenation, SpO 2 , measurement for a subject, the method comprising: receiving a first and second photoplethysmogram, PPG, signals for the subject, wherein the first PPG signal is obtained using a first wavelength of light and the second PPG signal is obtained using a second wavelength of light, wherein the first and second PPG signals comprise pulse components relating to blood volume changes in the subject over time; and determining a fundamental frequency corresponding to a pulse rate of the subject occurring during the measurement of the first and second PPG signals; and characterized by processing one or more higher harmonics of the pulse components of the first and second PPG signals at frequencies higher than the fundamental frequency to determine an SpO 2 measurement for the subject based on the processed one or more higher harmonics of the pulse components of the first and second PPG signals, excluding the fundamental frequency of the pulse components. receiving a first and second photoplethysmogram, PPG, signals for the subject, wherein the first PPG signal is obtained using a first wavelength of light and the second PPG signal is obtained using a second wavelength of light, wherein the first and second PPG signals comprise pulse components relating to blood volume changes in the subject over time; and determining a fundamental frequency corresponding to a pulse rate of the subject occurring during the measurement of the first and second PPG signals; and characterized by processing one or more higher harmonics of the pulse components of the first and second PPG signals at frequencies higher than the fundamental frequency to determine an SpO 2 measurement for the subject based on the processed one or more higher harmonics of the pulse components of the first and second PPG signals, excluding the fundamental frequency of the pulse components.
A layer-thickness variable slicing method, applicable for layered slicing of a three-dimensional model for 3D printing of a product, characterized by comprising the following steps: for each section of the three-dimensional model perpendicular to a slicing direction, analyzing and identifying a slope angle α, at each slicing position, of each of inner and outer profiles of the three-dimensional model with respect to a slicing direction, and determining a minimum value α min in slope angles α at the same slicing position; determining a layer thickness of each slice corresponding to each slicing position according to a function relationship between the minimum value α min of the slope angles and the layer thickness δ of the slice, δ = k * sinα min , where k ranges from 0.1 to 1, wherein the higher a quality requirement of printing is, the smaller a value of k is; and determining a layer thickness of each slice corresponding to each position of the three-dimensional model of an entire product. for each section of the three-dimensional model perpendicular to a slicing direction, analyzing and identifying a slope angle α, at each slicing position, of each of inner and outer profiles of the three-dimensional model with respect to a slicing direction, and determining a minimum value α min in slope angles α at the same slicing position; determining a layer thickness of each slice corresponding to each slicing position according to a function relationship between the minimum value α min of the slope angles and the layer thickness δ of the slice, δ = k * sinα min , where k ranges from 0.1 to 1, wherein the higher a quality requirement of printing is, the smaller a value of k is; and determining a layer thickness of each slice corresponding to each position of the three-dimensional model of an entire product.
A method of manufacturing a dry pet food, comprising receiving unprocessed meat, grinding the unprocessed meat, forming the ground meat into a slab or a plurality of strips, passing the formed meat through a steam cooker and cutting the meat into chunks, and drying out the chunks, wherein the method comprises mixing the ground meat with less than 20% by weight dry ingredient prior to the forming of the ground meat and the dry ingredient into the slab or plurality of strips.
A fireproof bitumen-impregnated cellulose fiber sheet, comprising: - through deposition on at least one of main surfaces of the bitumen-impregnated cellulose fiber sheet of an adhesive primer layer, the adhesive primer layer comprising a thermoplastic resin that is polymer based, - a fire-proof layer comprising expandable graphite deposited through dry process on the adhesive primer layer, and - a layer of paint deposited on the fire-proof layer, said paint being of the vinyl or acrylic nature or having a polymer that is the same as that of the adhesive primer. - through deposition on at least one of main surfaces of the bitumen-impregnated cellulose fiber sheet of an adhesive primer layer, the adhesive primer layer comprising a thermoplastic resin that is polymer based, - a fire-proof layer comprising expandable graphite deposited through dry process on the adhesive primer layer, and - a layer of paint deposited on the fire-proof layer, said paint being of the vinyl or acrylic nature or having a polymer that is the same as that of the adhesive primer.