mhurhangee/ep-ind-claims huggingface dataset:
A system comprising: a hardware component having at least one input and at least one output; wherein the hardware component implements a switchable complex-valued unit having a to-logarithm functionality and a to-exponential functionality; wherein the at least one input and the at least one output are complex valued; wherein shift-and-add processes corresponding to multiplications by a value 1+2 -n d n are applied to values in the hardware component that effect a separable multiplication of: i) the at least one input; ii) (1+c); and (1+di); wherein "c" is a real value and "di" is an imaginary value, characterised in that d n is a selected from the group: 0, -1, +1, -i, +i, -1- i+ 2 -n i, -1+ i +2 -n i, +1+ i +2 -n i, +1- i +2 -n i. a hardware component having at least one input and at least one output; wherein the hardware component implements a switchable complex-valued unit having a to-logarithm functionality and a to-exponential functionality; wherein the at least one input and the at least one output are complex valued; wherein shift-and-add processes corresponding to multiplications by a value 1+2 -n d n are applied to values in the hardware component that effect a separable multiplication of: i) the at least one input; ii) (1+c); and (1+di); wherein "c" is a real value and "di" is an imaginary value, characterised in that d n is a selected from the group: 0, -1, +1, -i, +i, -1- i+ 2 -n i, -1+ i +2 -n i, +1+ i +2 -n i, +1- i +2 -n i.
An information transmission method performed by a base station, comprising: determining at least one of a time domain position, a frequency domain position or a spatial domain position for transmitting information, wherein the information comprises a signal and/or a channel; and performing transmission of the information at the determined at least one of the time domain position, the frequency domain position or the spatial domain position for transmitting the information; wherein the information comprises a synchronization signal/physical broadcast channel block, SS/PBCH block; wherein a method for enabling an SS/PBCH block to satisfy a requirement for an occupied channel bandwidth in an unlicensed spectrum in frequency domain comprises: transmitting the SS/PBCH block in the frequency domain by using a resource element, RE-level resource allocation mode; characterized in that the RE-level resource allocation mode of the SS/PBCH block comprises: assuming that a bandwidth is B1 and corresponds to B2 resource blocks, RBs, and B2 * 12 subcarriers, dividing the B2*12 subcarriers into P1 clusters, wherein each cluster comprises B2 * 12/P1 subcarriers, each of the P1 clusters comprises 240/P1 SS/PBCH block positions, and the SS/PBCH block is mapped at a position having a corresponding number in each of the P1 cluster. determining at least one of a time domain position, a frequency domain position or a spatial domain position for transmitting information, wherein the information comprises a signal and/or a channel; and performing transmission of the information at the determined at least one of the time domain position, the frequency domain position or the spatial domain position for transmitting the information; wherein the information comprises a synchronization signal/physical broadcast channel block, SS/PBCH block; wherein a method for enabling an SS/PBCH block to satisfy a requirement for an occupied channel bandwidth in an unlicensed spectrum in frequency domain comprises: transmitting the SS/PBCH block in the frequency domain by using a resource element, RE-level resource allocation mode; characterized in that the RE-level resource allocation mode of the SS/PBCH block comprises: assuming that a bandwidth is B1 and corresponds to B2 resource blocks, RBs, and B2 * 12 subcarriers, dividing the B2*12 subcarriers into P1 clusters, wherein each cluster comprises B2 * 12/P1 subcarriers, each of the P1 clusters comprises 240/P1 SS/PBCH block positions, and the SS/PBCH block is mapped at a position having a corresponding number in each of the P1 cluster. transmitting the SS/PBCH block in the frequency domain by using a resource element, RE-level resource allocation mode; characterized in that the RE-level resource allocation mode of the SS/PBCH block comprises: assuming that a bandwidth is B1 and corresponds to B2 resource blocks, RBs, and B2 * 12 subcarriers, dividing the B2*12 subcarriers into P1 clusters, wherein each cluster comprises B2 * 12/P1 subcarriers, each of the P1 clusters comprises 240/P1 SS/PBCH block positions, and the SS/PBCH block is mapped at a position having a corresponding number in each of the P1 cluster.
Double-spindle screw-spindle pump of single-flow design having a pump housing which has a pump section, a bearing section and a gear mechanism section with a gear mechanism space, the bearing section and the pump section being configured separately from one another, with a conveyor housing part as a constituent part of the pump section, in which conveyor housing part two conveyor screws (24, 25) which are arranged on shafts (22, 23) are provided, the shafts (22, 23) being mounted in the bearing section and extending into the gear mechanism section, characterized in that the pump housing has a mixer section which is connected to the pump section, in that a mixer housing part is provided, into which the shafts (22, 23) extend, in that mixing elements (18, 19) are provided on the shafts (22, 23), in that the mixing element (18, 19) has at least two mixing blades, and in that the mixing blades of a mixing element (18, 19) are arranged on a radial plane (28, 29) in relation to the respective shaft (22, 23).
Method for monitoring the diffusion of a fluorescent marker within a biological tissue, this method comprising at least one operation of acquiring fluorescence images, using a camera, each operation of acquiring fluorescence images comprising capturing and storing at least one image of fluorescence in a region of the biological tissue and each fluorescence image corresponding to a set of pixels, a relative value of a signal that is representative of the intensity of the fluorescence emission at a point in the region of the biological tissue being associated with at least certain pixels, characterized in that it comprises, during the same operation of perfusion of the fluorescent marker, a step consisting in automatically determining, after comparing the area of diffusion of the biological marker measured in at least two fluorescence images, whether all or part at least one of these fluorescence images for which the diffusion area has been measured must be displayed.
A device for loading an in particular higher-viscosity liquid with a gas, in particular with air, the device comprising a vessel holding the liquid and the gas, and comprising an agitator which is arranged at least in part in the vessel and which comprises a drive shaft that passes vertically through the vessel at least in part, the drive shaft being arranged in a conveying tube and driving a conveying element which transports the liquid through the conveying tube to at least one outlet, characterized in that the vessel is designed as a pressure vessel and in that a run-off surface for the liquid flowing out of the outlet is provided below the outlet from the conveying tube, which run-off surface is arranged above the liquid level of a liquid supply located in the pressure vessel.
Plant conveying device intended to be mounted on an agricultural machine and including in particular: - a drum that is articulated to a frame around a first substantially horizontal axis and which includes a substantially cylindrical casing that has openings through which seizing means intended to convey plants situated outside the casing are able to protrude, - a rotor onto which the seizing means are rigidly fastened and that is able to be driven in rotation relative to the frame around a second axis directed substantially parallel to the first axis and separate from it, in which, when the device is operated, the second axis is fixed relative to the first axis, - and rotational movement transmission means, characterized in that, the rotational movement transmission means include at least one rod articulated to the drum on one hand and to the rotor on another hand. - a drum that is articulated to a frame around a first substantially horizontal axis and which includes a substantially cylindrical casing that has openings through which seizing means intended to convey plants situated outside the casing are able to protrude, - a rotor onto which the seizing means are rigidly fastened and that is able to be driven in rotation relative to the frame around a second axis directed substantially parallel to the first axis and separate from it, in which, when the device is operated, the second axis is fixed relative to the first axis, - and rotational movement transmission means,
A method of visual navigation for a robot, characterised by the steps of: generating a depth map based at least in part on measurements obtained from a stereo camera module; integrating the depth map with localization information to generate a three-dimensional map; receiving a user input to navigate the robot; determining the user input is predicted to cause a collision; and motion planning based at least in part on the 3D map and the localization information to override the user input when the user input is predicted to cause the collision. generating a depth map based at least in part on measurements obtained from a stereo camera module; integrating the depth map with localization information to generate a three-dimensional map; receiving a user input to navigate the robot; determining the user input is predicted to cause a collision; and motion planning based at least in part on the 3D map and the localization information to override the user input when the user input is predicted to cause the collision.
Electrode for oxygen evolution in electrochemical processes comprising a valve metal substrate, a catalytic coating comprising a first layer of oxides of iridium and tantalum having a molar composition Ir 60-70%, Ta 30-40% referred to the metals and an external coating consisting of 2 to 7 g/m 2 of a single valve metal oxide, wherein said valve metal oxide is selected from the group consisting of tantalum oxide, tin oxide and zirconium oxide.
A method of applying a cosmetic composition to keratinous materials with a view to forming a visible deposit on said keratinous materials, wherein the composition is a stick of composition, the method comprising: i) forming a deposit of the cosmetic composition on the keratinous materials; ii) simultaneously while forming the deposit, subjecting said deposit to a vibratory movement of the stick of the composition; and iii) leaving the deposit on the keratinous materials to dry. i) forming a deposit of the cosmetic composition on the keratinous materials; ii) simultaneously while forming the deposit, subjecting said deposit to a vibratory movement of the stick of the composition; and iii) leaving the deposit on the keratinous materials to dry.
An infrared sensor comprising: a thermopile for producing a voltage as a function of temperature of a point of interest; a resistance temperature detector, RTD, that varies in resistance as a function of ambient temperature, the RTD connected in a series circuit with the thermopile; first and second leads connected to a first terminal of the RTD; a third lead connected to a second terminal of the RTD and a first terminal of the thermopile; and a fourth lead connected to a second terminal of the thermopile, wherein the second and third leads are configured to provide an excitation current to and from the RTD, characterized in that: the first and fourth leads are configured to provide an electrical path so that a voltage across the series circuit can be measured without electrically conducting the excitation current through the first and fourth leads; and measurement circuitry is connected to the first, second, third, and fourth leads, the measurement circuitry configured to measure a first voltage across the series circuit when no excitation current flows through the RTD and a second voltage across the series circuit when excitation current flows through the RTD. a thermopile for producing a voltage as a function of temperature of a point of interest; a resistance temperature detector, RTD, that varies in resistance as a function of ambient temperature, the RTD connected in a series circuit with the thermopile; first and second leads connected to a first terminal of the RTD; a third lead connected to a second terminal of the RTD and a first terminal of the thermopile; and a fourth lead connected to a second terminal of the thermopile, wherein the second and third leads are configured to provide an excitation current to and from the RTD, characterized in that: the first and fourth leads are configured to provide an electrical path so that a voltage across the series circuit can be measured without electrically conducting the excitation current through the first and fourth leads; and measurement circuitry is connected to the first, second, third, and fourth leads, the measurement circuitry configured to measure a first voltage across the series circuit when no excitation current flows through the RTD and a second voltage across the series circuit when excitation current flows through the RTD. the first and fourth leads are configured to provide an electrical path so that a voltage across the series circuit can be measured without electrically conducting the excitation current through the first and fourth leads; and measurement circuitry is connected to the first, second, third, and fourth leads, the measurement circuitry configured to measure a first voltage across the series circuit when no excitation current flows through the RTD and a second voltage across the series circuit when excitation current flows through the RTD.
A surgical instrument configured to be manipulated robotically, comprising: an elongate shaft defining a longitudinal axis; a lower jaw extending distally from the elongate shaft operatively configured to upwardly dispense staples, wherein the inner surface of the lower jaw comprises staple dispensing apertures; an upper jaw pivotally attached to the lower jaw and having a staple forming surface thereon which comprises staple forming apertures; an upper gripping portion downwardly disposed on an inner surface of the upper jaw distal to the staple forming apertures; and a lower gripping portion upwardly disposed on an inner surface of the lower jaw distal to the staple dispensing apertures, characterised in that the upper gripping portion comprises a plurality of upper lateral gripping ridges and the lower gripping portion comprises a plurality of lower lateral gripping ridges. an elongate shaft defining a longitudinal axis; a lower jaw extending distally from the elongate shaft operatively configured to upwardly dispense staples, wherein the inner surface of the lower jaw comprises staple dispensing apertures; an upper jaw pivotally attached to the lower jaw and having a staple forming surface thereon which comprises staple forming apertures; an upper gripping portion downwardly disposed on an inner surface of the upper jaw distal to the staple forming apertures; and a lower gripping portion upwardly disposed on an inner surface of the lower jaw distal to the staple dispensing apertures,
A method for detecting abnormal vibration of a rolling mill (2A,2B,2C,2D) that has a pair of work rolls and a plurality of backup rolls that support the work rolls, the method comprising a collecting step of collecting vibration data of the rolling mill (2A,2B,2C,2D); a frequency analysis step of generating first analysis data indicative of vibration intensities at respective frequencies by performing frequency analysis of the vibration data; a data conversion step of converting the first analysis data into second analysis data, characterized in that the data conversion step is of converting the first analysis data into second analysis data indicative of vibration intensities at respective intervals on a basis of a rolling speed; and the method further includes a map generation step of generating a vibration map in which a plurality of the second analysis data are arranged in time series. a collecting step of collecting vibration data of the rolling mill (2A,2B,2C,2D); a frequency analysis step of generating first analysis data indicative of vibration intensities at respective frequencies by performing frequency analysis of the vibration data; a data conversion step of converting the first analysis data into second analysis data,
Gluing method comprising the steps of: - providing a mattress element made of a deformable material; - providing nozzle means; - providing a relative supply motion between said mattress element and said nozzle means; - distributing glue on at least one lateral side of said element by making the glue exit through said nozzle means; characterized in that: - during said supply motion, said nozzle means is in contact with said at least one lateral side; - said nozzle means operates simultaneously on two opposite lateral sides of said element. - providing a mattress element made of a deformable material; - providing nozzle means; - providing a relative supply motion between said mattress element and said nozzle means; - distributing glue on at least one lateral side of said element by making the glue exit through said nozzle means; characterized in that: - during said supply motion, said nozzle means is in contact with said at least one lateral side; - said nozzle means operates simultaneously on two opposite lateral sides of said element.
An electronically controlled brake apparatus for tractors; the apparatus comprising: - means (11, 12, 13a, 13b, 15, C1, C2) for producing and distributing compressed fluid; - means for braking and steer-by-braking the tractor; and - compressed-fluid modulators (18, 19, 24, 25) for activating the tractor brakes (21, 23, 27, 29); said modulators (18, 19, 24, 25) being connected electrically to a brake-control electronic central control unit; and the apparatus being characterized by also comprising: - an uphill stop detector (80, 90, 110) coupled to the electronic central control unit, and - a device for supplying high-pressure fluid to the rear modulators (24, 25), the device being coupled to the electronic central control unit and being configured to select the maximum pressure of the fluid supply to the rear modulators (24, 25) when the means for braking is not pressed and the uphill stop detector (80, 90, 110) detects that the tractor is stopped uphill. - means (11, 12, 13a, 13b, 15, C1, C2) for producing and distributing compressed fluid; - means for braking and steer-by-braking the tractor; and - compressed-fluid modulators (18, 19, 24, 25) for activating the tractor brakes (21, 23, 27, 29); said modulators (18, 19, 24, 25) being connected electrically to a brake-control electronic central control unit; - an uphill stop detector (80, 90, 110) coupled to the electronic central control unit, and - a device for supplying high-pressure fluid to the rear modulators (24, 25), the device being coupled to the electronic central control unit and being configured to select the maximum pressure of the fluid supply to the rear modulators (24, 25) when the means for braking is not pressed and the uphill stop detector (80, 90, 110) detects that the tractor is stopped uphill.
An implant for use as a hemostat comprising: a porous fibrous substrate having pores over at least a portion thereof; a first hydrogel precursor applied to a first portion of the porous substrate; and a second hydrogel precursor applied to a second portion of the porous substrate, the first portion of the porous substrate being spatially separated from the second portion of the porous substrate, wherein the first hydrogel precursor and the second hydrogel precursor react to form a hydrogel when exposed to physiologic fluid. a porous fibrous substrate having pores over at least a portion thereof; a first hydrogel precursor applied to a first portion of the porous substrate; and a second hydrogel precursor applied to a second portion of the porous substrate, the first portion of the porous substrate being spatially separated from the second portion of the porous substrate, wherein the first hydrogel precursor and the second hydrogel precursor react to form a hydrogel when exposed to physiologic fluid.
A high definition multimedia interface HDMI plug, comprising a plug body and an HDMI interface connectable to an external socket, and further comprising an insulation housing disposed between the plug body and the HDMI interface, wherein one end of the HDMI interface is disposed inside the insulation housing and the other end is disposed outside the insulation housing, and the insulation housing and the plug body are connected in a rotatable manner, wherein two opposite side walls are extended from the front end of the plug body and the insulation housing is disposed between the side walls, wherein a mounting hole is provided in the side walls and a rotating part is permanently connected to the insulation housing, wherein the rotating part is disposed in the mounting hole, characterized in that: wherein the rotating part comprises a housing permanently connected to the insulation housing and a rotating shaft axially moving relative to the housing, wherein one end of the rotating shaft is disposed inside the housing and connected to the bottom of the housing by using a spring, and the other end is disposed inside the mounting hole; and wherein the insulation housing comprises an upper cover and a lower cover that are fastened to each other, wherein the upper cover and the lower cover are connected by using a countersunk screw, and a countersunk hole for housing the countersunk screw is provided on side walls of the upper cover and the lower cover, the side walls of the upper cover and the lower cover facing the two opposite side walls of the plug body. wherein the rotating part comprises a housing permanently connected to the insulation housing and a rotating shaft axially moving relative to the housing, wherein one end of the rotating shaft is disposed inside the housing and connected to the bottom of the housing by using a spring, and the other end is disposed inside the mounting hole; and wherein the insulation housing comprises an upper cover and a lower cover that are fastened to each other, wherein the upper cover and the lower cover are connected by using a countersunk screw, and a countersunk hole for housing the countersunk screw is provided on side walls of the upper cover and the lower cover, the side walls of the upper cover and the lower cover facing the two opposite side walls of the plug body.