mhurhangee/patent-ind-claim-en huggingface dataset:
A spin device comprising: an electrode formed on a substrate ; a free layer formed on the electrode and generating a magnetic domain wall movement in accordance with a spin orbit torque; wherein the free layer is configured to perform a neuron operation by domain wall movement due to the application of a current pulse. a tunnel barrier layer formed on the free layer and being made of non-magnetic material; and a pinned domain layer disposed on the tunnel barrier layer and having fixed magnetization direction; characterized in that the pinned domain layer includes: a pinned layer disposed on the tunnel barrier layer ; a first non-magnetic layer formed on the pinned layer ; a first multi-layer disposed on the first non-magnetic layer ; a second non-magnetic layer disposed on the first multi-layer ; and a second multi-layer disposed on the second non-magnetic layer . an electrode formed on a substrate ; a free layer formed on the electrode and generating a magnetic domain wall movement in accordance with a spin orbit torque; wherein the free layer is configured to perform a neuron operation by domain wall movement due to the application of a current pulse. a tunnel barrier layer formed on the free layer and being made of non-magnetic material; and a pinned domain layer disposed on the tunnel barrier layer and having fixed magnetization direction; characterized in that the pinned domain layer includes: a pinned layer disposed on the tunnel barrier layer ; a first non-magnetic layer formed on the pinned layer ; a first multi-layer disposed on the first non-magnetic layer ; a second non-magnetic layer disposed on the first multi-layer ; and a second multi-layer disposed on the second non-magnetic layer . a pinned layer disposed on the tunnel barrier layer ; a first non-magnetic layer formed on the pinned layer ; a first multi-layer disposed on the first non-magnetic layer ; a second non-magnetic layer disposed on the first multi-layer ; and a second multi-layer disposed on the second non-magnetic layer .
Powder bed machine having a distribution device which is to be charged with process material and which has a residual powder tank within the manufacturing process, which residual powder tank holds surplus process material, wherein the powder bed machine is positioned on feet , wherein weighing cells are arranged in the feet , wherein a powder tank is arranged above the distribution device , wherein a storage cylinder is arranged below the distribution device , characterized in that the powder bed machine has at least two feet with in each case one weighing cell , wherein a foot with weighing cell is arranged below the powder tank or the storage cylinder and a further foot with weighing cell is arranged below the residual powder tank , and wherein the use of weighing cells in the feet of the machine makes it possible to acquire the absolute filling of the storage containers and the displacement of the centre of gravity during the printing process. wherein a powder tank is arranged above the distribution device , wherein a storage cylinder is arranged below the distribution device , characterized in that the powder bed machine has at least two feet with in each case one weighing cell , wherein a foot with weighing cell is arranged below the powder tank or the storage cylinder and a further foot with weighing cell is arranged below the residual powder tank , and wherein the use of weighing cells in the feet of the machine makes it possible to acquire the absolute filling of the storage containers and the displacement of the centre of gravity during the printing process.
A speaker comprising: a diaphragm including a first layer having an edge defining a coil receiving opening therein, and a second layer that has an outer edge and traverses the coil receiving opening , wherein the second layer is directly attached to the first layer , the speaker further comprises a coil having an end extending into the coil receiving opening and abutting against a surface of the second layer that traverses the coil receiving opening , characterized in that the end of the coil is attached to the edge of the first layer defining the coil receiving opening by an adhesive between the edge defining the coil receiving opening and an outer surface of the end of the coil . a diaphragm including a first layer having an edge defining a coil receiving opening therein, and a second layer that has an outer edge and traverses the coil receiving opening , wherein the second layer is directly attached to the first layer , the speaker further comprises a coil having an end extending into the coil receiving opening and abutting against a surface of the second layer that traverses the coil receiving opening , characterized in that the end of the coil is attached to the edge of the first layer defining the coil receiving opening by an adhesive between the edge defining the coil receiving opening and an outer surface of the end of the coil .
A reprogrammable logic device, comprising: a microbeam oscillator/resonator, comprising a drive electrode , a sense electrode , and a beam electrode , wherein a tunable AC signal is coupled as an input to the drive electrode; a first logic input and a second logic input, wherein the first and second logic inputs are each provided by a series connection of a separate DC voltage source (V A , V B ) and an on/off switch (A, B), the respective series connections being connected in parallel across the beam of the microbeam oscillator/resonator via the beam electrode; and an output terminal coupled to the sense electrode. a microbeam oscillator/resonator, comprising a drive electrode , a sense electrode , and a beam electrode , wherein a tunable AC signal is coupled as an input to the drive electrode; a first logic input and a second logic input, wherein the first and second logic inputs are each provided by a series connection of a separate DC voltage source (V A , V B ) and an on/off switch (A, B), the respective series connections being connected in parallel across the beam of the microbeam oscillator/resonator via the beam electrode; and an output terminal coupled to the sense electrode.
An exchanger device having a first end piece , having a second end piece , and having an exchanger body arranged therebetween, wherein the first end piece has a first end side with a first inlet and with a first outlet , and the second end piece has a second end side with a second inlet and with a second outlet , wherein the first and second end sides face away from the exchanger body, and wherein the exchanger body has at least one first channel which connects the first inlet of the first end piece to the second outlet of the second end piece , and wherein the exchanger body has at least one second channel which connects the second inlet of the second end piece to the first outlet of the first end piece , wherein the exchanger body forms a multiple spiral, in particular a double spiral, or multiple concentric ring surfaces, and the windings of the multiple spiral or of the concentric ring surfaces form separating walls between the at least one first and the at least one second channel , characterized in that the first end piece is configured as a fluid distributor and has a distribution structure for diverting a first fluid from the first inlet into the at least one first channel of the exchanger body and/or the second end piece is configured as a fluid distributor and has a distribution structure for diverting a second fluid from the second inlet into the at least one second channel of the exchanger body.
A door latch device for being disposed on a door of a vehicle, the door latch device being configured to latch and unlatch a striker disposed on a main body side of the vehicle to close and open the door, and the door latch device comprising: an electric component including a motor ; a machine mechanism configured to be driven by the motor ; a circuit board electrically connected to the electric component; a case ; a first cover forming a first housing space in which the motor and the machine mechanism are housed by covering one surface of the case ; a second cover forming a second housing space in which the circuit board is housed by covering another surface of the case ; a pin hole (148, 150, 152, 154, 156, A) disposed in the case to establish communication between the first housing space and the second housing space ; a pin (128, 130, 132, 134, 136, P) erected from the circuit board to project to the first housing space through the pin hole (148, 150, 152, 154, 156, A); an external waterproof seal disposed between the case and the second cover , and configured to waterproof the second housing space against outside, characterized in that the door latch device further comprises a pin holder (138, 140, 142, 144, 146, H) configured to support the pin (128, 130, 132, 134, 136, P) with respect to the circuit board by covering a periphery of a base of the pin (128, 130, 132, 134, 136, P); and an internal waterproof seal (158, 160, 162, 164, 166, B) disposed between the pin holder (138, 140, 142, 144, 146, H) and the pin hole (148, 150, 152, 154, 156, A), and configured to waterproof a space between the first housing space and the second housing space . an electric component including a motor ; a machine mechanism configured to be driven by the motor ; a circuit board electrically connected to the electric component; a case ; a first cover forming a first housing space in which the motor and the machine mechanism are housed by covering one surface of the case ; a second cover forming a second housing space in which the circuit board is housed by covering another surface of the case ; a pin hole (148, 150, 152, 154, 156, A) disposed in the case to establish communication between the first housing space and the second housing space ; a pin (128, 130, 132, 134, 136, P) erected from the circuit board to project to the first housing space through the pin hole (148, 150, 152, 154, 156, A); an external waterproof seal disposed between the case and the second cover , and configured to waterproof the second housing space against outside, a pin holder (138, 140, 142, 144, 146, H) configured to support the pin (128, 130, 132, 134, 136, P) with respect to the circuit board by covering a periphery of a base of the pin (128, 130, 132, 134, 136, P); and an internal waterproof seal (158, 160, 162, 164, 166, B) disposed between the pin holder (138, 140, 142, 144, 146, H) and the pin hole (148, 150, 152, 154, 156, A), and configured to waterproof a space between the first housing space and the second housing space .
A method of decoding video data, the method comprising: obtaining a bitstream that includes an encoded representation of the video data that is encoded using a codec; determining a plurality of available Matrix Intra Prediction, MIP, parameter sets, MPS's, for a picture of the video data , where an MPS refers to all parameters that are associated with a MIP mode, wherein: the plurality of available MPS's is a union of (i) a subset of all default MPS's and (ii) a set of additional MPS's that are signaled in the bitstream, each of the default MPS's is associated with a predefined MIP mode in the codec, and each of the set of additional MPS's is associated with a new MIP mode in a set of new MIP modes; using a MIP mode associated with an MPS in the plurality of available MPS's to generate a prediction block for a current block of the picture ; and reconstructing the current block based on the prediction block for the current block and residual data for the current block . obtaining a bitstream that includes an encoded representation of the video data that is encoded using a codec; determining a plurality of available Matrix Intra Prediction, MIP, parameter sets, MPS's, for a picture of the video data , where an MPS refers to all parameters that are associated with a MIP mode, wherein: the plurality of available MPS's is a union of (i) a subset of all default MPS's and (ii) a set of additional MPS's that are signaled in the bitstream, each of the default MPS's is associated with a predefined MIP mode in the codec, and each of the set of additional MPS's is associated with a new MIP mode in a set of new MIP modes; the plurality of available MPS's is a union of (i) a subset of all default MPS's and (ii) a set of additional MPS's that are signaled in the bitstream, each of the default MPS's is associated with a predefined MIP mode in the codec, and each of the set of additional MPS's is associated with a new MIP mode in a set of new MIP modes; using a MIP mode associated with an MPS in the plurality of available MPS's to generate a prediction block for a current block of the picture ; and reconstructing the current block based on the prediction block for the current block and residual data for the current block .
Rotating apparatus for rotary positioning of a work tool on a boom of a work machine , in particular an excavator, comprising an attachment part connected to the boom , a flange part which is preferably mounted on the attachment part so as to rotate without limitation and is designed for mounting the work tool , and a rotary drive for the rotary movement of the flange part , characterized by a safety device which prevents undesired loosening of the flange part and prevents the work tool from falling off, and which has at least one retaining element which comes into engagement with the flange part when a clearance for the rotary movement is not met and has a catch hook which engages around the flange part on an outer contour.
A channel combiner coupled to a NFC transceiver, the channel combiner comprising: a first and second channel, the first channel being an I-channel and the second channel being a Q-channel, wherein each channel includes: a matching and smoothing filter configured to receive a signal from an analog to digital converter, "ADC", and configured to extract a root mean square, "RMS", signal level; a noise power detector , "NPD", configured to receive the signal from the ADC and assess noise contribution on the signal; and a maximum ratio combiner configured to receive the signal from the matching and smoothing filter ; and a selector configured to select between using a geometric sum and an arithmetic sum and a channel combiner (419, 420; 523, 534) for combining signals from the first channel and the second channel according to the selected sum. a first and second channel, the first channel being an I-channel and the second channel being a Q-channel, wherein each channel includes: a matching and smoothing filter configured to receive a signal from an analog to digital converter, "ADC", and configured to extract a root mean square, "RMS", signal level; a noise power detector , "NPD", configured to receive the signal from the ADC and assess noise contribution on the signal; and a maximum ratio combiner configured to receive the signal from the matching and smoothing filter ; and a matching and smoothing filter configured to receive a signal from an analog to digital converter, "ADC", and configured to extract a root mean square, "RMS", signal level; a noise power detector , "NPD", configured to receive the signal from the ADC and assess noise contribution on the signal; and a maximum ratio combiner configured to receive the signal from the matching and smoothing filter ; and a selector configured to select between using a geometric sum and an arithmetic sum and a channel combiner (419, 420; 523, 534) for combining signals from the first channel and the second channel according to the selected sum.
A contact unit for a charging station of an electrically driven vehicle, in particular an electric bus or the like, the contact unit being configured to be disposed above a vehicle, wherein electrical charging contacts of the contact unit are movable with respect to contact surfaces of the vehicle and contact can be established between the charging contacts and the contact surfaces by means of the contact unit, the contact unit having at least two charging contact supports each of which has at least two charging contacts disposed thereon, the charging contact supports being connected to each other via a parallel linkage of the contact unit having two connecting rods disposed in parallel and having two support rods disposed in parallel, each support rod being connected to the connecting rods in one of two parallel movement planes via connecting hinges which are spaced apart from each other, and said support rods forming a parallelogram with the connecting rods, characterized in that the connecting rods are connected to a base support of the contact unit via two support hinges , which are spaced apart from each other, in a support plane extending in parallel and centrically to the movement planes, each charging contact support being connected to the support rod via a rotary hinge , the rotary hinges being orthogonally disposed with respect to the connecting hinges, each charging contact support mounting the charging contacts coaxially with respect to the axis of rotation.
Actuating handle for components such as windows, doors and the like, having at least one handle and a driver element which can be engaged with the handle in a rotationally fixed manner, wherein, between the handle and the driver element , a locking device is provided which is designed such that the introduction of the driver element into the handle can be effected in a first direction (R1) and is blocked in the opposite direction (R2), wherein the locking device has at least one locking element which is acted upon by a spring force (F) and which can be engaged with the driver element in a non-positive, positive and/or frictional manner, wherein the locking element is designed as a locking frame which surrounds the driver element at least in sections, and wherein the locking element is pivotably mounted and is supported on a contact area in the area of the handle , characterised in that a coating or a separate body made of a wear-resistant and/or hardened material is arranged or formed in the contact area as a wear protection means , wherein the wear protection means has a different material than the contact area , and wherein the locking element is supported substantially at or on the wear protection means .
A latch device comprising: • a first stage having circuitry that receives a differential input and generates clocked data signals according to a clock signal and the differential input ; • a second stage connected to the first stage and having circuitry that generates differential outputs according to the clock signal and the clocked data signals , the second stage further having a reset circuit that resets a latch storage of the second stage to a high value according to the clock signal , characterized in that • the circuitry of the first stage generates the clocked data signals at a high value when the clock signal has a low value, and the circuitry of the first stage generates the clocked data signals according to the differential input when the clock signal has a high value. • a first stage having circuitry that receives a differential input and generates clocked data signals according to a clock signal and the differential input ; • a second stage connected to the first stage and having circuitry that generates differential outputs according to the clock signal and the clocked data signals , the second stage further having a reset circuit that resets a latch storage of the second stage to a high value according to the clock signal , • the circuitry of the first stage generates the clocked data signals at a high value when the clock signal has a low value, and the circuitry of the first stage generates the clocked data signals according to the differential input when the clock signal has a high value.
A urea urethane, obtainable or obtained according to a process encompassing or consisting of the following steps: (a) providing a monohydroxyl compound of formula (I) R-OH (I) in which R is n-alkyl or isoalkyl containing 4 to 22 carbon atoms, cycloalkyl containing 6 to 12 carbon atoms, aralkyl containing 7 to 12 carbon atoms or a radical of the formula C m H 2m+1 (O-C n H 2n ) x - or C m H 2m+1 (OOC-C v H 2v ) x -, and m stands for an integer of from 1 to 22, n stands for an integer of 2 to 4, x for an integer of 1 to 15 and v means 4 or 5; (b) providing a diisocyanate compound of formula (II) OCN-[A]-NCO (II) In which A stands for a linear or branched alkylene radical having 2 to 10 carbon atoms or a toluylene radical; (c) reacting said monohydroxyl compound and said diisocyanate compound to form a pre-polymer; (d) reacting said pre-polymer with a diamine compound, said diamine compound being selected from the group consisting of (d1) compound (III) H 2 N-[B]-NH 2 (III) where B stands for a linear or branched alkylene group having 2 to 12 carbon atoms; and/or (d2) compound (IV) and/or (d3) compound (V) in which R''' stands for hydrogen or a methyl group, in the presence of a lithium salt, wherein said monohydroxyl compound and said diisocyanate compound are reacted in a molar ratio of 1:1.1 to 1:1.45. (a) providing a monohydroxyl compound of formula (I) R-OH (I) in which R is n-alkyl or isoalkyl containing 4 to 22 carbon atoms, cycloalkyl containing 6 to 12 carbon atoms, aralkyl containing 7 to 12 carbon atoms or a radical of the formula C m H 2m+1 (O-C n H 2n ) x - or C m H 2m+1 (OOC-C v H 2v ) x -, and m stands for an integer of from 1 to 22, n stands for an integer of 2 to 4, x for an integer of 1 to 15 and v means 4 or 5; (b) providing a diisocyanate compound of formula (II) OCN-[A]-NCO (II) In which A stands for a linear or branched alkylene radical having 2 to 10 carbon atoms or a toluylene radical; (c) reacting said monohydroxyl compound and said diisocyanate compound to form a pre-polymer; (d) reacting said pre-polymer with a diamine compound, said diamine compound being selected from the group consisting of (d1) compound (III) H 2 N-[B]-NH 2 (III) where B stands for a linear or branched alkylene group having 2 to 12 carbon atoms; and/or (d2) compound (IV) and/or (d3) compound (V) in which R''' stands for hydrogen or a methyl group, in the presence of a lithium salt, (d1) compound (III) H 2 N-[B]-NH 2 (III) where B stands for a linear or branched alkylene group having 2 to 12 carbon atoms; and/or (d2) compound (IV) and/or (d3) compound (V) in which R''' stands for hydrogen or a methyl group,
Method for ascertaining a concentration (c A ) of potentially infectious aerosol particles in a volume (V), wherein the volume (V) comprises one or more emitters (E1, ..., En) of the aerosol, comprising the following steps: - recording at least one time profile of an acoustic variable (AS) in the volume (V), said variable being associated with one or more of the emitters (E1,...,En), - ascertaining an emission (Q) of aerosol particles for at least one of the emitters (E1,...,En) on the basis of the recorded time profile of the acoustic variable (AS), wherein the emission (Q) is ascertained by integrating an emission rate (q), wherein the emission rate (q) is ascertained as a function of the at least one time profile of the acoustic variable (AS), and - ascertaining the concentration (c A ) on the basis of the at least one emission (Q), wherein an emission (Q) is determined for each of a plurality of emitters (E1, ..., En) and wherein the concentration (c A ) is ascertained on the basis of the largest of the determined emissions (Q). - recording at least one time profile of an acoustic variable (AS) in the volume (V), said variable being associated with one or more of the emitters (E1,...,En), - ascertaining an emission (Q) of aerosol particles for at least one of the emitters (E1,...,En) on the basis of the recorded time profile of the acoustic variable (AS), wherein the emission (Q) is ascertained by integrating an emission rate (q), wherein the emission rate (q) is ascertained as a function of the at least one time profile of the acoustic variable (AS), and - ascertaining the concentration (c A ) on the basis of the at least one emission (Q), wherein an emission (Q) is determined for each of a plurality of emitters (E1, ..., En) and wherein the concentration (c A ) is ascertained on the basis of the largest of the determined emissions (Q).