mhurhangee/patent-ind-claim-en huggingface dataset:
An apparatus comprising: a decoder means to decode an instruction having fields for a first source operand and a second source operand, and a destination operand; and execution circuitry means to execute the decoded instruction to perform an arithmetic operation on packed data elements of the first source operand and store results of the arithmetic operation in the destination operand, wherein the arithmetic operation is defined by the instruction and the second source operand provides a distribution of the packed data elements stored in the first source operand amongst lanes of the execution circuitry means , wherein to execute the decoded instruction, the execution circuitry means is to, for each packed data element position of the destination operand, use data from each bit position of corresponding packed data element of the second source operand as an index into a packed data element position of the first source operand, generate a result of the arithmetic operation of each value from each indexed packed data element of the first source operand, and store the result into the packed data element position of the destination operand. a decoder means to decode an instruction having fields for a first source operand and a second source operand, and a destination operand; and execution circuitry means to execute the decoded instruction to perform an arithmetic operation on packed data elements of the first source operand and store results of the arithmetic operation in the destination operand, wherein the arithmetic operation is defined by the instruction and the second source operand provides a distribution of the packed data elements stored in the first source operand amongst lanes of the execution circuitry means , wherein to execute the decoded instruction, the execution circuitry means is to, for each packed data element position of the destination operand, use data from each bit position of corresponding packed data element of the second source operand as an index into a packed data element position of the first source operand, generate a result of the arithmetic operation of each value from each indexed packed data element of the first source operand, and store the result into the packed data element position of the destination operand. use data from each bit position of corresponding packed data element of the second source operand as an index into a packed data element position of the first source operand, generate a result of the arithmetic operation of each value from each indexed packed data element of the first source operand, and store the result into the packed data element position of the destination operand.
Sensor device comprising an electrically conductive body adapted to accommodate at least a first printed circuit board (PCB) and a second PCB, the sensor device being characterized in that the first PCB and the second PCB are connected together by a flexible electrically conductive means and the sensor device further comprises at least one electrically conductive spring held between the two PCBs by a snap-fit, a form-fit or a press-fit connection such that a first portion of the spring is pressed against one of the PCBs and a second portion of the spring is pressed against the electrically conductive body to maintain an electrical connection between the electrically conductive body and the PCBs. the sensor device being characterized in that the first PCB and the second PCB are connected together by a flexible electrically conductive means and the sensor device further comprises at least one electrically conductive spring held between the two PCBs by a snap-fit, a form-fit or a press-fit connection such that a first portion of the spring is pressed against one of the PCBs and a second portion of the spring is pressed against the electrically conductive body to maintain an electrical connection between the electrically conductive body and the PCBs.
An injectable composition comprising at least one triazine compound selected from toltrazuril and ponazuril, and an iron complex, wherein said composition is an aqueous suspension containing one or more surfactant(s) selected from sorbitan monooleate, propylene glycol monolaurate, and simethicone emulsion, the composition containing a further surfactant having an HLB strictly superior to 8.
Method for transmitting data in a distributed system of programmable controllers, whereby data is transmitted between data sources and data sinks, each of which represents a node in the distributed system, whereby the data sources and data sinks communicating with each other are determined via parameters, characterized in that programmable controllers are designed as embedded systems that do not have an operating system and that the program routines, communication functions, hardware APIs are virtualized and that the program routines, communication functions and protocols are designed to be hardware-independent, whereby an abstraction is made between hardware-dependent and hardware-independent routines.
A boost circuit , comprising: an inductor , a switch module, a capacitor and a control module ; the switch module comprises at least a first switch and a second switch , wherein the capacitor and the second switch are connected in parallel; a first terminal of the first switch is connected to one terminal of the inductor , a second terminal of the first switch is connected to a first terminal of the second switch , and a second terminal of the second switch is grounded; and the other terminal of the inductor is configured to connect to a power supply; and the control module is connected to a control terminal of the switch module; and the control module is configured to control states of the switches in the switch module, to enable the first terminal of the second switch to output a voltage signal with a preset frequency and amplitude; wherein the control module is further configured to perform : a first stage: controlling the first switch and the second switch to be both in a switched-on state, to enable the power supply to charge the inductor and to enable the first terminal of the second switch to output a low-level voltage signal; a second stage: controlling the first switch to be in a switched-on state and the second switch to be in a switched-off state, to enable the inductor and the capacitor to generate LC resonance, and the voltage signal output by the first terminal of the second switch to change as a voltage signal from the first terminal of the first switch changes; and a third stage: controlling the first switch and the second switch to be both in a switched-off state, to enable the voltage signal from the first terminal of the first switch to be clamped, and the first terminal of the second switch to output a voltage signal with a preset frequency and amplitude, wherein the control module is further configured to perform the first stage, the second stage, and the third stage sequentially. a first stage: controlling the first switch and the second switch to be both in a switched-on state, to enable the power supply to charge the inductor and to enable the first terminal of the second switch to output a low-level voltage signal; a second stage: controlling the first switch to be in a switched-on state and the second switch to be in a switched-off state, to enable the inductor and the capacitor to generate LC resonance, and the voltage signal output by the first terminal of the second switch to change as a voltage signal from the first terminal of the first switch changes; and a third stage: controlling the first switch and the second switch to be both in a switched-off state, to enable the voltage signal from the first terminal of the first switch to be clamped, and the first terminal of the second switch to output a voltage signal with a preset frequency and amplitude, wherein the control module is further configured to perform the first stage, the second stage, and the third stage sequentially.
Method for correcting a feeding distance (F1, F2, F3) of a strip for cutting, wherein the strip has a strip body extending in a longitudinal direction (Y), a first longitudinal edge extending at first side of the strip body and a second longitudinal edge extending at a second side of the strip body opposite to the first side, wherein the method comprises the steps of: - feeding the strip over the feeding distance (F1, F2, F3) in a feeding direction (F) towards a cutting line (C) that extends at an oblique cutting angle (H) to said feeding direction (F); - detecting a lateral position (P1, P2) of the first longitudinal edge along a measuring line (M); characterized in that , when the detected lateral position (P1, P2) is offset over an offset distance (D1, D2, D3) in a lateral direction (X) perpendicular to the feeding direction (F) with respect to a reference position (R) for the first longitudinal edge at the measuring line (M), the method further comprises the step of: - adjusting the feeding distance (F1, F2, F3) with a correction distance (E1, E2, E3) that is related to the offset distance (D1, D2) in a ratio that is defined by the cutting angle (H). - feeding the strip over the feeding distance (F1, F2, F3) in a feeding direction (F) towards a cutting line (C) that extends at an oblique cutting angle (H) to said feeding direction (F); - detecting a lateral position (P1, P2) of the first longitudinal edge along a measuring line (M); - adjusting the feeding distance (F1, F2, F3) with a correction distance (E1, E2, E3) that is related to the offset distance (D1, D2) in a ratio that is defined by the cutting angle (H).
A method, in a wireless terminal, for a handover of a sub-set of bearers associated with the wireless terminal, said sub-set of bearers being less than all bearers associated with the wireless terminal, the method comprising: receiving , from a source or a target base station, a message, said message indicating that a handover procedure will take place for an identified sub-set of bearers; transmitting, to the target base station, a random access synchronisation request, receiving, from the target base station, a random access response comprising an uplink grant and/or timing advance command; characterised by handing over the identified sub-set of bearers to the target base station, wherein at least one bearer associated with the wireless terminal, which is not part of the identified sub-set of bearers, remains connected to the source base station. transmitting, to the target base station, a random access synchronisation request, receiving, from the target base station, a random access response comprising an uplink grant and/or timing advance command; characterised by handing over the identified sub-set of bearers to the target base station, wherein at least one bearer associated with the wireless terminal, which is not part of the identified sub-set of bearers, remains connected to the source base station.
A transport apparatus , comprising a frame , a conveyor for conveying discrete products to be sorted which conveyor is drivable with respect to the frame in a direction of conveyance (X), a loading unit for receiving a product which loading unit is located at a position along the conveyor , a product transfer device (8-10) for transferring a product from the loading unit to the conveyor , a first product detector for detecting a free location at the conveyor for receiving a product, a second product detector for detecting a product at the loading unit and a controller having an input for receiving signals from the first and second product detectors , respectively, and an output for sending a control signal to the product transfer device (8-10), wherein the controller is configured such that when the first product detector detects a free location at the conveyor and the second product detector detects a product at the loading unit the product transfer device (8-10) transfers the product from the loading unit to the free location when the free location passes the loading unit , wherein the loading unit comprises a platform for bearing a product, which platform is mounted to the frame above the conveyor and tiltable with respect to the frame about an axis of rotation (AR) between a lying product receiving position and a downwardly directed product releasing position, which axis of rotation (AR) is angled with respect to the direction of conveyance (X), wherein the product transfer device comprises a driving system for tilting the platform from the product receiving position to the product releasing position, hence allowing a product to move downwardly with respect to the platform to the conveyor in a direction which has a component in the direction of conveyance (X) .
A display device comprising: a lower substrate including first and second pixel areas (PA1, PA2) and a light shielding area (BA) surrounding the first and second pixel areas (PA1, PA2); a light emitting structure disposed on the lower substrate ; an upper substrate disposed on the light emitting structure ; a first color conversion layer disposed in the first pixel area (PA1) below a bottom surface of the upper substrate ; a second color conversion layer disposed in the second pixel area (PA2) below the bottom surface of the upper substrate ; first to third light shielding patterns disposed in the light shielding area (BA) below the bottom surface of the upper substrate ; a groove defined in a bottom surface of at least one of the first to third light shielding patterns ; and a spacer disposed in the groove , characterized in that the spacer includes a same material as one selected from a material of the first color conversion layer and a material of the second color conversion layer . a lower substrate including first and second pixel areas (PA1, PA2) and a light shielding area (BA) surrounding the first and second pixel areas (PA1, PA2); a light emitting structure disposed on the lower substrate ; an upper substrate disposed on the light emitting structure ; a first color conversion layer disposed in the first pixel area (PA1) below a bottom surface of the upper substrate ; a second color conversion layer disposed in the second pixel area (PA2) below the bottom surface of the upper substrate ; first to third light shielding patterns disposed in the light shielding area (BA) below the bottom surface of the upper substrate ; a groove defined in a bottom surface of at least one of the first to third light shielding patterns ; and a spacer disposed in the groove , characterized in that the spacer includes a same material as one selected from a material of the first color conversion layer and a material of the second color conversion layer .
An aiming system comprising a display control unit and a screen connected to the display control unit in order to display images from a camera (P), the screen having a surface that is covered at least in part by a touch interface connected to the display control unit, and the display control unit being arranged to inlay an aiming frame in the images displayed on the screen, the system being characterized in that the display control unit is arranged to: - inlay a control zone in the images displayed on the screen and where the screen has the touch interface, the control zone being distinct from the aiming frame; and - move the aiming frame on the screen as a function of contacts exerted on the touch interface in the control zone. - inlay a control zone in the images displayed on the screen and where the screen has the touch interface, the control zone being distinct from the aiming frame; and - move the aiming frame on the screen as a function of contacts exerted on the touch interface in the control zone.
An antenna comprising: a plurality of radiating portions which are formed on a substrate ; a plurality of waveguides for propagating radio waves radiated from the radiating portions , and a plurality of dielectric lenses each installed at an opening portion of each waveguide opposite a radiating portion , for respectively converting a spherical wave radiated from each radiating portion into a plane wave, wherein the shape of a cross section of each dielectric lens perpendicular to a radiation direction (D1-D1') of a beam is formed in a shape which radiates a beam which is narrower in a second direction (A1-A1') than in a first direction (B1-B1', C1-C1') orthogonal to the second direction, each dielectric lens having a shape which is longer in the second direction (A1-A1') than in the first direction (B1-B1', C1-C1'), the waveguides are arranged in a row in the second direction (A1-A1') and the plurality of dielectric lenses are arranged side by side in the second direction (A1-A1') so that the beams radiated from the respective dielectric lenses are synthesized, the dielectric lenses are installed such that the first direction (B1-B1', C1-C1') extends along a horizontal direction and the second direction (A1-A1') extends along a vertical direction, characterized in that a reference potential portion is formed around the radiating portions on the substrate and serves as a reference potential of the radiating portion, and the reference potential portion is electrically connected to the waveguides . a plurality of radiating portions which are formed on a substrate ; a plurality of waveguides for propagating radio waves radiated from the radiating portions , and a plurality of dielectric lenses each installed at an opening portion of each waveguide opposite a radiating portion , for respectively converting a spherical wave radiated from each radiating portion into a plane wave, wherein the shape of a cross section of each dielectric lens perpendicular to a radiation direction (D1-D1') of a beam is formed in a shape which radiates a beam which is narrower in a second direction (A1-A1') than in a first direction (B1-B1', C1-C1') orthogonal to the second direction, each dielectric lens having a shape which is longer in the second direction (A1-A1') than in the first direction (B1-B1', C1-C1'), the waveguides are arranged in a row in the second direction (A1-A1') and the plurality of dielectric lenses are arranged side by side in the second direction (A1-A1') so that the beams radiated from the respective dielectric lenses are synthesized, the dielectric lenses are installed such that the first direction (B1-B1', C1-C1') extends along a horizontal direction and the second direction (A1-A1') extends along a vertical direction, characterized in that a reference potential portion is formed around the radiating portions on the substrate and serves as a reference potential of the radiating portion, and the reference potential portion is electrically connected to the waveguides .
A floor scrubber drier comprising a base frame provided, in its lower region directed toward the floor, with cleaning means which comprise a brush which can rotate on command about an axis of rotation that is substantially perpendicular to the floor, means for dispensing a washing liquid, means for picking up the dirty liquid which comprise a suction assembly and a floor wiper arranged to the rear of said brush along the forward travel direction of said base frame on the floor, said floor wiper being extended around said brush and being movable along a movement trajectory that extends around the axis of rotation of said brush , first means being provided for the movement of said cleaning means between an active lowered position, in which said brush and said floor wiper rest on the floor, and a raised or inactive position, in which said brush and said floor wiper are raised with respect to the floor, wherein the floor scrubber drier further comprises second movement means which act on said floor wiper , at least with said cleaning means in the active lowered position, and are adapted to move on command said floor wiper , independently of said brush , between a lowered position, in which said floor wiper rests on the floor, and a raised position, in which said floor wiper is in a raised position with respect to said floor characterized in that said second movement means can be actuated manually by the user by means of an actuation device or lever.
Nozzle for a device for contact-free treatment of a running web, comprising a main frame part forming an outer part of the nozzle with two side chambers on each longitudinal side of the nozzle , each side chamber comprising at least one a nozzle opening for the air blow towards the fiber web, an air channel , through which the air is lead to the side chambers , located at least partially between the side chambers , which air channel is U-shaped, in which nozzle a U-shaped inner part is located inside the U-shaped air channel , characterized in that between an inner upper surface of the main frame part and an outer upper surface of the U-shaped inner part is located at least one adjustment means comprising a screw and bushings attached by a welding at each end to corresponding upper surface, that the air channel comprises side walls with at least one opening on each side wall for leading the air into the side chambers , and that the at least one adjustment means is provided at least partially to open or to close the at least one opening on each side wall of the U-shaped air channel by adjusting the location of the side walls of the U-shaped inner part .
Optical guide comprising a first piece in a transparent material, the first piece comprising on the surface an array of extraction microstructures composed of a succession of extraction microstructures arranged to project, at a finite distance D, a virtual image injected into the optical guide, each extraction microstructure having a prismatic shape with two faces, one face being called active surface and having a semi-reflective deposit for extracting the virtual image from the optical guide and the other face being called passive surface and not having any semi-reflective deposit, characterised in that each active surface is spherical and has a smaller inclination by a mean angle θ than any active surface immediately preceding in the succession of microstructures in the propagation direction of the virtual image in the optical guide, characterised in that : Θ = arctan P / D / 2 * n and each active surface has a radius of curvature R such that: R = 2 * n * D where P is a repetition period of the microstructures in the array of extraction microstructures and n is a refractive index of the transparent material.
A headgear for a mask assembly for the provision of gases to subjects, the headgear comprising a strap for positioning the mask assembly on a user's head; the mask assembly including an aperture through which the strap is passable, in use; the strap including first and second adjacent portions, the second portion being folded against the first portion, in use, wherein the second portion is threadable through the aperture ; the first and second portions each including a surface for engagement with the complementary surface of the other adjacent portion; characterised in that the headgear further comprises a strap length delimiting means on the first portion that moves in a sliding action along an axis of the strap such that the strap length delimiting means is adjustable in relation to the strap, but has enough friction or resistance to prevent undesired movement, and is thicker or longer than the aperture such that, in use, the strap length delimiting means acts as an optimal setting memory which operates when the user pulls the second portion of the strap while putting the mask assembly on and fastening the straps to prevent the first portion from sliding past an optimal setting marker when the strap length delimiting means comes into contact with the aperture .