mhurhangee/patent-ind-claim-en huggingface dataset:
Rolling motor vehicle with three or four wheels, comprising a frame extending from a forecarriage , which supports at least two front wheels (10"), to a rear which supports one or more wheels , said frame defining an accommodating area conformed to accommodate a driver (P), said forecarriage in turn comprising: - a forecarriage frame , - at least one pair of front wheels (,10") kinematically connected to each other and to the forecarriage frame by means of a rolling kinematic mechanism which enables the front wheels (,10") to roll in a synchronous and specular manner, each wheel (10") being connected to said rolling kinematic mechanism by means of a respective axle journal , said axle journal being mechanically connected to a rotation pin of the wheel in order to support it rotatably around an axis of rotation (R'-R', R"-R"), - a roll control system of the rolling motor vehicle, characterised in that said roll control system comprises a rod , which interconnects the two front wheels (10") to each other at the respective axle journals at its two ends by means of hinging means which enable said rod to passively follow the movements of the axle journals , the roll movements of the two front wheels (10") and of the respective axle journals causing changes in the lying position of said rod with respect to a vertical projection plane, which is transverse to a centre line plane (M-M) of the rolling motor vehicle, wherein the lying position of said rod with respect to a vertical projection plane, which is transverse to a centreline plane M-M of the rolling motor vehicle, means the angle formed by the projection of said rod on that vertical plane, said rod being configured to be used either directly, or indirectly by means of a remote command element mechanically connected to the rod through a kinematical connecting structure , by the driver (P) as command element of the roll control system to control the rolling movements of the two front wheels (10") without having to put his feet on the ground by adjusting the lying position of said rod with his body, wherein said rod or, if present, said remote command element , is disposed so as to be accessible and manoeuvrable by the driver (P) from said accommodating area . - a forecarriage frame , - at least one pair of front wheels (,10") kinematically connected to each other and to the forecarriage frame by means of a rolling kinematic mechanism which enables the front wheels (,10") to roll in a synchronous and specular manner, each wheel (10") being connected to said rolling kinematic mechanism by means of a respective axle journal , said axle journal being mechanically connected to a rotation pin of the wheel in order to support it rotatably around an axis of rotation (R'-R', R"-R"), - a roll control system of the rolling motor vehicle,
A method for simulating a peripheral circuit configuration for connecting to a control device (DUT), a simulation device (Hx) being electrically connected to the control device (DUT), and the simulation device (Hx) comprising a first adjusting means (S1) by means of which a first simulation current (Is1) for forwarding from a first load connection (D1) of the control device (DUT) to a first adjusting means output (Out1) of the first adjusting means (S1) can be influenced, and the first adjusting means (S1) comprising a first multistage converter comprising at least one first semiconductor switch (T11) having a first control connection (G11), a second semiconductor switch (T12) having a second control connection (G12), a third semiconductor switch (T13) having a third control connection (G13), and a fourth semiconductor switch (T14) having a fourth control connection (G14), and the simulation device (Hx) further comprising a first semiconductor control means (Tc1) and a computing unit (Cx), and the computing unit (Cx) executing a model code, a first switch control signal (Ts1) being computed and provided by means of the computing unit (Cx) and the model code for forwarding to the first semiconductor switch control means (Tc1), and the first semiconductor switch control means (Tc1) comprising at least one first comparator (Co1), and the first comparator (Co1) comprising a first comparator input (E11) and a second comparator input (E12) and a first comparator output (X1), and a first modulation signal (A1) being derived from the first switch control signal (Ts1) and applied at the first comparator input (E11), and a first carrier signal (F1) of a first carrier signal generator (Cg1) being applied at the second comparator input (E12), and a comparison of the first modulation signal (A1) with the first carrier signal (F1) being performed by means of the first comparator (Co1), a pulse-width modulated first gate source voltage (Ts11) being generated at the first comparator output (X1) as part of the comparison and applied at the first control connection (G11), and the first simulation current (Is1) being influenced by means of the first gate source voltage (Ts11).
A method for processing or analyzing one or more components from a sample, comprising: (a) subjecting a plurality of cell beads to bulk denaturation, wherein a cell bead of said plurality of cell beads comprises macromolecular constituents derived from a cell or virus encapsulated within a polymer or gel matrix, wherein said macromolecular constituents comprise a nucleic acid molecule, and wherein which bulk denaturation comprises denaturing said nucleic acid molecule to generate a denatured nucleic acid molecule in said cell bead; (b) partitioning said plurality of cell beads and a plurality of barcode beads into a plurality of partitions, wherein a barcode bead of said plurality of barcode beads comprises a plurality of nucleic acid barcode molecules for barcoding said nucleic acid molecule, and wherein upon partitioning, a partition of said plurality of partitions comprises said cell bead and said barcode bead; and (c) using a nucleic acid barcode molecule of said plurality of nucleic acid barcode molecules and said denatured nucleic acid molecule or a derivative thereof to generate a barcoded nucleic acid molecule. (a) subjecting a plurality of cell beads to bulk denaturation, wherein a cell bead of said plurality of cell beads comprises macromolecular constituents derived from a cell or virus encapsulated within a polymer or gel matrix, wherein said macromolecular constituents comprise a nucleic acid molecule, and wherein which bulk denaturation comprises denaturing said nucleic acid molecule to generate a denatured nucleic acid molecule in said cell bead; (b) partitioning said plurality of cell beads and a plurality of barcode beads into a plurality of partitions, wherein a barcode bead of said plurality of barcode beads comprises a plurality of nucleic acid barcode molecules for barcoding said nucleic acid molecule, and wherein upon partitioning, a partition of said plurality of partitions comprises said cell bead and said barcode bead; and (c) using a nucleic acid barcode molecule of said plurality of nucleic acid barcode molecules and said denatured nucleic acid molecule or a derivative thereof to generate a barcoded nucleic acid molecule.
A bogie, wherein the bogie comprises: a framework , a wheel pair connected to the framework , a braking hanger fixed to the framework , a hanger slider configured to be fixedly connected to a vehicle wheel braking clamp , wherein the hanger slider is connected to the braking hanger , characterised in that it comprises a transmission member , wherein said transmission member is connected to the hanger slider , a first end of the transmission member extends to a side surface of a vehicle wheel in the wheel pair , and the transmission member is configured to drive the hanger slider to move along a transverse direction with respect to the braking hanger when the first end is subjected to a thrust applied in the transverse direction by the vehicle wheel , so that the vehicle wheel braking clamp moves to a position corresponding to the vehicle wheel .
A rubber vulcanization composition, wherein the composition is a polymer based solution comprising a cationic silicate component, and wherein the polymer is a water soluble polymer.
Alignment device for aligning multiple beams for a spar cap of a wind turbine blade of a wind turbine with respect to each other, the alignment device comprising: (a) a support plate , which is configured so that the multiple beams can be placed on a top side of the support plate , (b) two limit stops , which are configured to partially enclose the multiple beams , (c) at least one bending apparatus attached to the support plate and configured to bend the support plate 70), and a vibration apparatus attached to the support plate and/or the at least one bending apparatus , whereby the vibration apparatus is configured to vibrate the support plate and/or the bending apparatus , so that the multiple beams become aligned with respect to each other. (a) a support plate , which is configured so that the multiple beams can be placed on a top side of the support plate , (b) two limit stops , which are configured to partially enclose the multiple beams , (c) at least one bending apparatus attached to the support plate and configured to bend the support plate 70), and
A hearing assistance system for a wearer, comprising: a Bluetooth host device including a transmitter configured to send data including one or more encoded audio streams and a data channel having an advertisement that includes frequency information, frequency hop sequences, information for decoding audio streams, and security keys for decoding audio stream information; one or more Bluetooth slave devices , identified by the Bluetooth host device, the Bluetooth slave devices including a Bluetooth receiver and configured to actively participate in a bidirectional connection with the host device to aid the transmitter of the Bluetooth host device in deciding which frequencies to use for frequency hopping and in determining which frequencies are being interfered with and should not be included in a channel map; and one or more hearing assistance devices configured to: receive the advertisement from the data channel; use the advertisement to eavesdrop on the connection between the Bluetooth host device and the one or more slave devices ; and receive the data including one or more encoded audio streams by way of the eavesdropping without having to transmit back to the Bluetooth host device . a Bluetooth host device including a transmitter configured to send data including one or more encoded audio streams and a data channel having an advertisement that includes frequency information, frequency hop sequences, information for decoding audio streams, and security keys for decoding audio stream information; one or more Bluetooth slave devices , identified by the Bluetooth host device, the Bluetooth slave devices including a Bluetooth receiver and configured to actively participate in a bidirectional connection with the host device to aid the transmitter of the Bluetooth host device in deciding which frequencies to use for frequency hopping and in determining which frequencies are being interfered with and should not be included in a channel map; and one or more hearing assistance devices configured to: receive the advertisement from the data channel; use the advertisement to eavesdrop on the connection between the Bluetooth host device and the one or more slave devices ; and receive the data including one or more encoded audio streams by way of the eavesdropping without having to transmit back to the Bluetooth host device . receive the advertisement from the data channel; use the advertisement to eavesdrop on the connection between the Bluetooth host device and the one or more slave devices ; and receive the data including one or more encoded audio streams by way of the eavesdropping without having to transmit back to the Bluetooth host device .
A wall saw, comprising a saw unit having a swivel arm and a saw blade mountable on the swivel arm, a blade guard holder and a guard guide, characterized in that the guard guide comprises • a first partial arm fixed to the saw unit , • a second, rotatable partial arm , which is fixed in an articulated manner to the free end of the first partial arm , • and a third rotatable partial arm , which is fixed in an articulated manner to the second partial arm , wherein the blade guard holder , to which a blade guard may be mounted, is attached to the free end of the third partial arm . • a first partial arm fixed to the saw unit , • a second, rotatable partial arm , which is fixed in an articulated manner to the free end of the first partial arm , • and a third rotatable partial arm , which is fixed in an articulated manner to the second partial arm , wherein the blade guard holder , to which a blade guard may be mounted, is attached to the free end of the third partial arm .
A method of forming an annular textile preform by needling a helical fiber sheet, the method comprising in succession: • unwinding a helical fiber sheet from a horizontal sheet-forming turntable driven at a constant and predefined speed of rotation N FS onto a horizontal intermediate unwinder driven at a speed of rotation N DI and positioned on a horizontal intermediate turntable driven at a speed of rotation N FI ; • unwinding the helical fiber sheet from the intermediate unwinder onto a final horizontal unwinder driven at a speed of rotation N DF ; and • unwinding the helical fiber sheet from the final unwinder onto a horizontal preform-forming turntable driven at a variable and predefined speed of rotation N FP so as to be subjected to needling thereon; • the speeds N DI , N FI , and N DF being controlled in such a manner that: • N DF is proportional to N FP ; • N FI = N FS − N DF / 2 ; and • N DI = N FS + N DF / 2 . • unwinding a helical fiber sheet from a horizontal sheet-forming turntable driven at a constant and predefined speed of rotation N FS onto a horizontal intermediate unwinder driven at a speed of rotation N DI and positioned on a horizontal intermediate turntable driven at a speed of rotation N FI ; • unwinding the helical fiber sheet from the intermediate unwinder onto a final horizontal unwinder driven at a speed of rotation N DF ; and • unwinding the helical fiber sheet from the final unwinder onto a horizontal preform-forming turntable driven at a variable and predefined speed of rotation N FP so as to be subjected to needling thereon; • the speeds N DI , N FI , and N DF being controlled in such a manner that: • N DF is proportional to N FP ; • N FI = N FS − N DF / 2 ; and • N DI = N FS + N DF / 2 . • N DF is proportional to N FP ; • N FI = N FS − N DF / 2 ; and • N DI = N FS + N DF / 2 .
A hyperspectral image pickup apparatus comprising: a hyperspectral image sensor comprising a solid-state imaging device comprising a plurality of pixels disposed two-dimensionally and configured to sense light and a dispersion optical device disposed to face the solid-state imaging device at an interval and configured to cause chromatic dispersion of incident light such that the incident light is separated based on wavelengths of the incident light and is incident on different positions, respectively, on a light sensing surface of the solid-state imaging device ; and an image processor configured to process image data provided from the solid-state imaging device to extract hyperspectral images for the plurality of wavelengths, wherein the image processor is further configured to extract a hyperspectral image based on the RGB image provided from the solid-state imaging device and a point spread function previously calculated for each of the plurality of wavelengths, wherein the image processor is further configured to: extract edge information without dispersion through edge reconstruction of a dispersed RGB image input from the solid-state imaging device , obtain spectral information in a gradient domain based on dispersion of the extracted edge information, and reconstruct the hyperspectral image based on the spectral information of gradients. hyperspectral image sensor comprising a solid-state imaging device comprising a plurality of pixels disposed two-dimensionally and configured to sense light and a dispersion optical device disposed to face the solid-state imaging device at an interval and configured to cause chromatic dispersion of incident light such that the incident light is separated based on wavelengths of the incident light and is incident on different positions, respectively, on a light sensing surface of the solid-state imaging device ; and an image processor configured to process image data provided from the solid-state imaging device to extract hyperspectral images for the plurality of wavelengths, wherein the image processor is further configured to extract a hyperspectral image based on the RGB image provided from the solid-state imaging device and a point spread function previously calculated for each of the plurality of wavelengths, wherein the image processor is further configured to: extract edge information without dispersion through edge reconstruction of a dispersed RGB image input from the solid-state imaging device , obtain spectral information in a gradient domain based on dispersion of the extracted edge information, and reconstruct the hyperspectral image based on the spectral information of gradients. extract edge information without dispersion through edge reconstruction of a dispersed RGB image input from the solid-state imaging device , obtain spectral information in a gradient domain based on dispersion of the extracted edge information, and reconstruct the hyperspectral image based on the spectral information of gradients.
A rotor (R) intended for an axial-flow electromagnetic motor (M) including at least one magnet forming a ring, with two faces of said at least one magnet intended to be respectively facing each other and to delimit an air gap with a magnetic circuit of a stator , characterized in that said at least one magnet is in one piece with two opposite faces intended to be facing a respective magnetic circuit, the two faces being non-planar in shape having corrugations.
A device for neutralizing ectoparasites, comprising a container containing a neutralizing freezing medium, preferably an aerosol cooling medium, in particular preferably an aerosol of a mixture of isohexadecane, isopropyl myristate and cooling medium, preferably 1,1,1,2-tetrafluoroethane, a body , in which the container is located, and which comprises a terminal front wall with a discharge opening located on the axis (O) of the outlet of the container and a terminal rear wall , a body end part in a form of a convex shell element that encloses the discharge opening of the terminal front wall on the external side of this wall and comprises an exhaust opening located on the axis (O) of the discharge opening of the terminal front wall at a distance from this discharge opening and at least one vent opening , characterized in that the terminal rear wall of the body comprises an actuating element provided with a lock , wherein the terminal rear wall is a separate individual element connected to the body by means of detachable connection means, preferably with resistance connection means or catching connection means , that enable rotating the terminal rear wall relative to the body around the longitudinal axis (O) of the body , wherein the locking status of said lock is determined by the angular orientation of the terminal rear wall relative to the body . a container containing a neutralizing freezing medium, preferably an aerosol cooling medium, in particular preferably an aerosol of a mixture of isohexadecane, isopropyl myristate and cooling medium, preferably 1,1,1,2-tetrafluoroethane, a body , in which the container is located, and which comprises a terminal front wall with a discharge opening located on the axis (O) of the outlet of the container and a terminal rear wall , a body end part in a form of a convex shell element that encloses the discharge opening of the terminal front wall on the external side of this wall and comprises an exhaust opening located on the axis (O) of the discharge opening of the terminal front wall at a distance from this discharge opening and at least one vent opening , characterized in that the terminal rear wall of the body comprises an actuating element provided with a lock , wherein the terminal rear wall is a separate individual element connected to the body by means of detachable connection means, preferably with resistance connection means or catching connection means , that enable rotating the terminal rear wall relative to the body around the longitudinal axis (O) of the body , wherein the locking status of said lock is determined by the angular orientation of the terminal rear wall relative to the body .
A method for hydrolysing a fatty acid from a triglyceride that contains at least one C4 - C8 fatty acid in an emulsion or colloidal dispersion comprising milk fat, comprising subjecting the triglyceride to patatin derived from potato ( Solanum tuberosum) in the presence of water, wherein the patatin hydrolyses a C4 - C8 fatty acid.
A systolic circuit comprising: a processing element (112a-112d) coupled in a systolic array of processing elements (112a-112d) and configured to communicate data with at least one neighboring processing element (112a-112d) in the systolic array , the processing element (112a-112d) comprising: a shared multiplier configured to support both integer multiplication and non-integer multiplication of an input data element and a weight, wherein a shared sub-circuit , of the shared multiplier , that is used to support integer multiplication is also used to support the non-integer multiplication, wherein a data type control signal identifies the integer multiplication or the non-integer multiplication, and wherein a non-shared sub-circuit, of the shared multiplier , is disabled based at least partly on the data type control signal ; one or more adders configured to receive one or more products from the shared multiplier , the one or more adders configured to support both integer addition and non-integer addition, wherein the one or more adders are configured to add an input partial sum to at least one product of the one or more products to result in an integer partial sum and a non-integer partial sum; and a selector circuit configured to select, based on the data type control signal , a first output provided by the one or more adders from among the integer partial sum and the non-integer partial sum to provide to an output port as an output partial sum and a second output provided by the one or more adders from among the integer partial sum and the non-integer partial sum to disregard. a shared multiplier configured to support both integer multiplication and non-integer multiplication of an input data element and a weight, wherein a shared sub-circuit , of the shared multiplier , that is used to support integer multiplication is also used to support the non-integer multiplication, wherein a data type control signal identifies the integer multiplication or the non-integer multiplication, and wherein a non-shared sub-circuit, of the shared multiplier , is disabled based at least partly on the data type control signal ; one or more adders configured to receive one or more products from the shared multiplier , the one or more adders configured to support both integer addition and non-integer addition, wherein the one or more adders are configured to add an input partial sum to at least one product of the one or more products to result in an integer partial sum and a non-integer partial sum; and a selector circuit configured to select, based on the data type control signal , a first output provided by the one or more adders from among the integer partial sum and the non-integer partial sum to provide to an output port as an output partial sum and a second output provided by the one or more adders from among the integer partial sum and the non-integer partial sum to disregard.