mhurhangee/patent-ind-claim-en huggingface dataset:
A wireless communication device comprising: a base material (10; 10A); a directivity control array and a wiring disposed on the base material (10; 10A), the directivity control array having a plurality of unit elements disposed in a certain two-dimensional pattern, and the wiring connected to a DC power supply of the wireless communication device to apply a DC voltage to desired unit elements ; and the wireless communication device further comprising a controller to control the DC voltage to be applied to the desired unit elements , wherein the base material (10; 10A) comprises a window glass or a film to be attached to a window glass ; the wireless communication device further comprises an antenna unit , the antenna unit configured to radiate a wave toward to the unit elements ; the antenna unit configured to be disposed at a frame for the window glass or disposed on the window glass ; each of the unit elements comprises a plurality of conductors disposed in the certain two-dimensional pattern; and an area of the base material (10; 10A) where the conductors are disposed has a transmittance of at least 50% for visible light in a state where the conductors are disposed. a base material (10; 10A); a directivity control array and a wiring disposed on the base material (10; 10A), the directivity control array having a plurality of unit elements disposed in a certain two-dimensional pattern, and the wiring connected to a DC power supply of the wireless communication device to apply a DC voltage to desired unit elements ; and the wireless communication device further comprising a controller to control the DC voltage to be applied to the desired unit elements , wherein the base material (10; 10A) comprises a window glass or a film to be attached to a window glass ; the wireless communication device further comprises an antenna unit , the antenna unit configured to radiate a wave toward to the unit elements ; the antenna unit configured to be disposed at a frame for the window glass or disposed on the window glass ; each of the unit elements comprises a plurality of conductors disposed in the certain two-dimensional pattern; and an area of the base material (10; 10A) where the conductors are disposed has a transmittance of at least 50% for visible light in a state where the conductors are disposed.
Liner for the protection of adhesives, comprising at least one abhesive release layer, at least one layer of a getter material capable of sorbing at least water, the getter material being selected from lithium, beryllium, boron, sodium, magnesium, silicon, potassium, calcium, manganese, nickel, zinc, gallium, germanium, cadmium, indium, caesium, barium, boron oxide, calcium oxide, chromium oxide, manganese oxide, iron oxide, copper oxide, silver oxide, indium oxide, barium oxide, lead oxide, phosphorus oxide, sodium hydroxide, potassium hydroxide, metal salts, metal hydrides, anhydrides of single and multiple carboxylic acids, sodium dithionite, carbohydrazide, ascorbates, gallic acid, zeolites, carbon nanotubes and carbodiimides and also mixtures of two or more of the above substances, and at least one carrier layer. at least one abhesive release layer, at least one layer of a getter material capable of sorbing at least water, the getter material being selected from lithium, beryllium, boron, sodium, magnesium, silicon, potassium, calcium, manganese, nickel, zinc, gallium, germanium, cadmium, indium, caesium, barium, boron oxide, calcium oxide, chromium oxide, manganese oxide, iron oxide, copper oxide, silver oxide, indium oxide, barium oxide, lead oxide, phosphorus oxide, sodium hydroxide, potassium hydroxide, metal salts, metal hydrides, anhydrides of single and multiple carboxylic acids, sodium dithionite, carbohydrazide, ascorbates, gallic acid, zeolites, carbon nanotubes and carbodiimides and also mixtures of two or more of the above substances, and at least one carrier layer.
Ingot mould for continuous casting with a lubricant channel which opens to the running surface and has a distribution section adjoining the running surface , characterized in that the flow resistance within the distribution section increases in the direction of the running surface and is constant in a discharge region of the distribution section adjoining the running surface parallel to the running surface , wherein the discharge region extending circumferentially at least in sections around the running surface .
An IC chip holder configured for removable insertion into a chip writer unit provided on a printer having one or more ink tanks refillable by a user, the IC chip holder being further configured to be attached to, and detached from, an ink storage container for filling the one or more ink tanks of the printer with ink, the IC chip holder comprising: an IC chip provided with an electric contact ; and a housing body in which the IC chip is mounted, the housing body having a top surface , wherein: the housing body includes, on the side of the housing body on which the electric contact of the IC chip is located, an elastic deformation portion configured to elastically deform toward the inside of the housing body; a protrusion is provided on or adjacent to the elastic deformation portion; and the protrusion protrudes further to the outside than the top surface of the housing body. an IC chip provided with an electric contact ; and a housing body in which the IC chip is mounted, the housing body having a top surface , wherein: the housing body includes, on the side of the housing body on which the electric contact of the IC chip is located, an elastic deformation portion configured to elastically deform toward the inside of the housing body; a protrusion is provided on or adjacent to the elastic deformation portion; and the protrusion protrudes further to the outside than the top surface of the housing body. the housing body includes, on the side of the housing body on which the electric contact of the IC chip is located, an elastic deformation portion configured to elastically deform toward the inside of the housing body; a protrusion is provided on or adjacent to the elastic deformation portion; and the protrusion protrudes further to the outside than the top surface of the housing body.
A method for controlling brake forces of a working machine , the working machine comprising a frame and two front wheels and two rear wheels mounted to the frame , the working machine further comprising a front wheel brake arranged to brake at least one of the front wheels , and a rear wheel brake arranged to brake at least one of the rear wheels , the front wheel brake being controllable independently of the rear wheel brake , and vice versa, the working machine further comprising an implement connected to the frame so as to be movable in relation to the frame , characterized by - determining (S6) a position of the implement in relation to the frame , - determining (S3) a friction coefficient between the rear wheels and an element supporting the working machine , - determining (S9) a normal force acting on the rear wheels , - determining (S10) a maximum rear wheel brake force based at least partly on the determined friction coefficient and normal force, - determining a demanded rear wheel brake force, - distributing (S13), during braking of the working machine, the brake forces between the front and rear wheel brakes at least partly based on the determined implement position and the determined maximum rear wheel brake force, and - increasing the brake force on the front wheel brakes when the demanded rear wheel brake force is higher than the maximum rear wheel brake force. - determining (S6) a position of the implement in relation to the frame , - determining (S3) a friction coefficient between the rear wheels and an element supporting the working machine , - determining (S9) a normal force acting on the rear wheels , - determining (S10) a maximum rear wheel brake force based at least partly on the determined friction coefficient and normal force, - determining a demanded rear wheel brake force, - distributing (S13), during braking of the working machine, the brake forces between the front and rear wheel brakes at least partly based on the determined implement position and the determined maximum rear wheel brake force, and - increasing the brake force on the front wheel brakes when the demanded rear wheel brake force is higher than the maximum rear wheel brake force.
A light emitting diode (LED) display apparatus comprising: an LED module comprising a plurality of LEDs mounted on a circuit board ; and an optical film comprising a plurality of unit lenses configured to cover the LED module and transmit light emitted from the plurality of LEDs, wherein at least one of the plurality of unit lenses has a cross-lenticular lens shape or a cross-prismatic lens shape such that a lengthwise section and a widthwise section of the optical film have a same shape, wherein each of the plurality of LEDs forms one sub-pixel , and a plurality of sub-pixels form one pixel of a screen of the LED display apparatus , and wherein the width (I2r, I2g, I2b) of each unit lens is less than the width (I1r, I1g, I1b) of the LED such that multiple unit lenses overlap one LED of the plurality of LEDs. an LED module comprising a plurality of LEDs mounted on a circuit board ; and an optical film comprising a plurality of unit lenses configured to cover the LED module and transmit light emitted from the plurality of LEDs, wherein at least one of the plurality of unit lenses has a cross-lenticular lens shape or a cross-prismatic lens shape such that a lengthwise section and a widthwise section of the optical film have a same shape, wherein each of the plurality of LEDs forms one sub-pixel , and a plurality of sub-pixels form one pixel of a screen of the LED display apparatus , and wherein the width (I2r, I2g, I2b) of each unit lens is less than the width (I1r, I1g, I1b) of the LED such that multiple unit lenses overlap one LED of the plurality of LEDs.
Apparatus for combining and co-aligning a number of laterally displaced radiation beams (11a-c) from respective radiation source outputs (21a-c), each beam having a respective waveband, the apparatus comprising: a first radiation source output for a first radiation beam having a first waveband, a second radiation source output for a second radiation beam having a second waveband different to the first, a third radiation source output for a third radiation beam having a third waveband different to the first and second, a collimating element for receiving each of said radiation beams with respective lateral displacements; a combining element for receiving each of said radiation beams passed by said collimating element; and, a radiation source mount for positioning the radiation source outputs relative to the collimating element, wherein each of the radiation source outputs is longitudinally fixed in position upon the mount relative to the collimating element at a distance corresponding to the focal length of the collimator for the particular waveband supported by the respective waveguide to cause the radiation beams passed by the combining element to be co-aligned, wherein the radiation source mount is arranged to support a number of waveguides having a radiation source output each, each being arranged to guide radiation from a respective radiation source (12a-c), and wherein the mount comprises a number of longitudinal channels disposed therein, each for separately receiving a waveguide. a first radiation source output for a first radiation beam having a first waveband, a second radiation source output for a second radiation beam having a second waveband different to the first, a third radiation source output for a third radiation beam having a third waveband different to the first and second, a collimating element for receiving each of said radiation beams with respective lateral displacements; a combining element for receiving each of said radiation beams passed by said collimating element; and, a radiation source mount for positioning the radiation source outputs relative to the collimating element, wherein each of the radiation source outputs is longitudinally fixed in position upon the mount relative to the collimating element at a distance corresponding to the focal length of the collimator for the particular waveband supported by the respective waveguide to cause the radiation beams passed by the combining element to be co-aligned, wherein the radiation source mount is arranged to support a number of waveguides having a radiation source output each, each being arranged to guide radiation from a respective radiation source (12a-c), and wherein the mount comprises a number of longitudinal channels disposed therein, each for separately receiving a waveguide.
An equalization filter structure for filtering an audio signal (S 1 ) within an audio system, the equalization filter structure comprising a first and a second shelving filter having a fixed first phase response and a fixed second phase response; wherein the first and the second shelving filters are coupled in series and each shelving filter comprises: at least one fourth order low-pass filter (LP4) having a cut-off frequency (f C1 ; f C2 ), a Q factor (Q 1 ; Q 2 ) and a first broadband gain (G LP1 ; GLP2); at least one fourth order high-pass filter (HP4) having the same cut-off frequency (f C1 ; f C2 ) and the same Q factor (Q 1 ; Q 2 ) as the low-pass filter (LP4) and further having a second broadband gain (G HP1 ; G HP2 ), the cut-off frequency (f C1 , f C2 ) and the Q factor (Q 1 , Q 2 ) determining the transfer characteristic of the respective shelving filter and thus determining its fixed phase response; the fourth order low-pass filter (LP4) and the fourth order high-pass filter (HP4) are connected in parallel, such that both filters (LP4, HP4) receive the same input signal and the corresponding filtered signals are summed to form a respective shelving filter output signal; and wherein each fourth order low-pass filter (LP4) and high-pass filter (HP4) is composed of a cascade of two second order low-pass or high-pass filters, respectively, each second order filter having the same cut-off frequency and Q factor to obtain a phase response which remains constant even when adjusting the magnitude response of the equalization filter structure by adjusting the first and the second broadband gain; and wherein the first broadband gain (G LP1 ; GLP2) is a reciprocal value of the second broadband gain (G HP1 ; G HP2 ). at least one fourth order low-pass filter (LP4) having a cut-off frequency (f C1 ; f C2 ), a Q factor (Q 1 ; Q 2 ) and a first broadband gain (G LP1 ; GLP2); at least one fourth order high-pass filter (HP4) having the same cut-off frequency (f C1 ; f C2 ) and the same Q factor (Q 1 ; Q 2 ) as the low-pass filter (LP4) and further having a second broadband gain (G HP1 ; G HP2 ), the cut-off frequency (f C1 , f C2 ) and the Q factor (Q 1 , Q 2 ) determining the transfer characteristic of the respective shelving filter and thus determining its fixed phase response; the fourth order low-pass filter (LP4) and the fourth order high-pass filter (HP4) are connected in parallel, such that both filters (LP4, HP4) receive the same input signal and the corresponding filtered signals are summed to form a respective shelving filter output signal; and wherein each fourth order low-pass filter (LP4) and high-pass filter (HP4) is composed of a cascade of two second order low-pass or high-pass filters, respectively, each second order filter having the same cut-off frequency and Q factor to obtain a phase response which remains constant even when adjusting the magnitude response of the equalization filter structure by adjusting the first and the second broadband gain; and wherein the first broadband gain (G LP1 ; GLP2) is a reciprocal value of the second broadband gain (G HP1 ; G HP2 ).
A top cover of a power battery, comprising a top cover sheet , a first terminal unit and a second terminal unit , wherein, the first terminal unit comprises a turning sheet , an insulating piece and a current cutting-off structure , an assembling hole is provided on the top cover sheet , the current cutting-off structure is provided within the assembling hole and defined within a radial projection range of the assembling hole , and is electrically connected with the top cover sheet , the turning sheet is fixed at an underneath of the top cover sheet through the insulating piece , the turning sheet is electrically connected with the top cover sheet merely through the current cutting-off structure , the second terminal unit is electrically insulated from the top cover sheet , and the turning sheet is capable of turning and breaking the current cutting-off structure when an internal pressure of the power battery exceeds a reference pressure, so as to cut off an electrical connection of the current cutting-off structure with the top cover sheet , the insulating piece is sealed and fixed with the top cover sheet , and the turning sheet is sealed and fixed with the insulating piece , and the first terminal unit further comprises a sealing ring , wherein the sealing ring is provided between the insulating piece and the top cover sheet , and seals a gap between the insulating piece and the top cover sheet . the first terminal unit comprises a turning sheet , an insulating piece and a current cutting-off structure , an assembling hole is provided on the top cover sheet , the current cutting-off structure is provided within the assembling hole and defined within a radial projection range of the assembling hole , and is electrically connected with the top cover sheet , the turning sheet is fixed at an underneath of the top cover sheet through the insulating piece , the turning sheet is electrically connected with the top cover sheet merely through the current cutting-off structure , the second terminal unit is electrically insulated from the top cover sheet , and the turning sheet is capable of turning and breaking the current cutting-off structure when an internal pressure of the power battery exceeds a reference pressure, so as to cut off an electrical connection of the current cutting-off structure with the top cover sheet , the insulating piece is sealed and fixed with the top cover sheet , and the turning sheet is sealed and fixed with the insulating piece , and the first terminal unit further comprises a sealing ring , wherein the sealing ring is provided between the insulating piece and the top cover sheet , and seals a gap between the insulating piece and the top cover sheet .
A method comprising projecting points of an area of a sphere onto a pixel of an image, surface of the area being a function of a distance between the pixel and a reference pixel of the image in both dimensions of an image plane, characterised in that the surface varies according to a continuous spherical mapping operator that is function of: - coordinates of the reference pixel corresponding to a center of a region of interest defined by the continuous spherical mapping operator, - an angular window around the reference point, - an angular resolution at the reference pixel, - an angular resolution at pixels corresponding to border of the angular window. - coordinates of the reference pixel corresponding to a center of a region of interest defined by the continuous spherical mapping operator, - an angular window around the reference point, - an angular resolution at the reference pixel, - an angular resolution at pixels corresponding to border of the angular window.
A method of wireless communication performed by a user equipment, UE, the method comprising: receiving a multicast channel configuration that indicates a set of multicast channel time domain resources allocated to a multicast channel for a multicast broadcast area; receiving an indication of a first set of time domain resources, of the set of multicast channel time domain resources, that have a first reference signal pattern and an indication of a second set of time domain resources, of the set of multicast channel time domain resources, that have a second reference signal pattern, wherein the first reference signal pattern differs in frequency domain density as compared to the second reference signal pattern; and decoding the first set of time domain resources based at least in part on the first reference signal pattern and the second set of time domain resources based at least in part on the second reference signal pattern. receiving a multicast channel configuration that indicates a set of multicast channel time domain resources allocated to a multicast channel for a multicast broadcast area; receiving an indication of a first set of time domain resources, of the set of multicast channel time domain resources, that have a first reference signal pattern and an indication of a second set of time domain resources, of the set of multicast channel time domain resources, that have a second reference signal pattern, wherein the first reference signal pattern differs in frequency domain density as compared to the second reference signal pattern; and decoding the first set of time domain resources based at least in part on the first reference signal pattern and the second set of time domain resources based at least in part on the second reference signal pattern.
A heart/lung bypass machine system comprising: a venous blood reservoir ; an oxygenator ; and an arterial blood pump configured to pump blood from the venous blood reservoir to the oxygenator , the arterial blood pump configured to have a speed that is adjustable to maintain a desirable level of blood in the venous blood reservoir and to provide a requisite level of blood circulation within a patient ; characterized in that the system comprises a first syringe pump configured to deliver a first drug agent to the venous blood reservoir ; and a controller comprising a hardware processor and computer memory, the controller in electrical signal communication with the arterial blood pump and the first syringe pump, wherein the controller is configured to modulate an operational speed of the first syringe pump based on an actual speed of the arterial blood pump . a venous blood reservoir ; an oxygenator ; and an arterial blood pump configured to pump blood from the venous blood reservoir to the oxygenator , the arterial blood pump configured to have a speed that is adjustable to maintain a desirable level of blood in the venous blood reservoir and to provide a requisite level of blood circulation within a patient ; characterized in that the system comprises a first syringe pump configured to deliver a first drug agent to the venous blood reservoir ; and a controller comprising a hardware processor and computer memory, the controller in electrical signal communication with the arterial blood pump and the first syringe pump, wherein the controller is configured to modulate an operational speed of the first syringe pump based on an actual speed of the arterial blood pump . a first syringe pump configured to deliver a first drug agent to the venous blood reservoir ; and a controller comprising a hardware processor and computer memory, the controller in electrical signal communication with the arterial blood pump and the first syringe pump, wherein the controller is configured to modulate an operational speed of the first syringe pump based on an actual speed of the arterial blood pump .