mhurhangee/patent-ind-claim-en huggingface dataset:
A search space determining method, wherein the method comprises: determining a first parameter and a second parameter based on a number of a control resource set, wherein the first parameter is a positive integer not equal to 39827, 39829, and 65537, and the second parameter is equal to 65537 or is a prime number not equal to 65537; and determining a search space of the control resource set based on the first parameter and the second parameter; wherein the first parameter is one element in a first set of positive integers, and the first set further comprises a third parameter; the first parameter meets the following relationship: A = A ′ q modD . wherein A represents the first parameter, D represents the second parameter, A' represents the third parameter, and q is an integer that is mutually prime to D-1; wherein the determining a search space of the control resource set based on the first parameter and the second parameter comprises: determining, based on a formula Y k = (A∗Y k-1 ) modD, the search space corresponding to the control resource set; wherein k represents a number of a time unit, Y k represents a variable corresponding to the time unit k, Y k-1 represents a variable corresponding to a time unit k-1, A represents the first parameter, and D represents the second parameter. determining a first parameter and a second parameter based on a number of a control resource set, wherein the first parameter is a positive integer not equal to 39827, 39829, and 65537, and the second parameter is equal to 65537 or is a prime number not equal to 65537; and determining a search space of the control resource set based on the first parameter and the second parameter; wherein the first parameter is one element in a first set of positive integers, and the first set further comprises a third parameter; the first parameter meets the following relationship: A = A ′ q modD . wherein A represents the first parameter, D represents the second parameter, A' represents the third parameter, and q is an integer that is mutually prime to D-1; wherein the determining a search space of the control resource set based on the first parameter and the second parameter comprises: determining, based on a formula Y k = (A∗Y k-1 ) modD, the search space corresponding to the control resource set; wherein k represents a number of a time unit, Y k represents a variable corresponding to the time unit k, Y k-1 represents a variable corresponding to a time unit k-1, A represents the first parameter, and D represents the second parameter. determining, based on a formula Y k = (A∗Y k-1 ) modD, the search space corresponding to the control resource set; wherein k represents a number of a time unit, Y k represents a variable corresponding to the time unit k, Y k-1 represents a variable corresponding to a time unit k-1, A represents the first parameter, and D represents the second parameter.
A mixing unit for supplying foam for cleaning, the mixing unit comprising: a housing having a liquid inlet for receiving pressurized water, a gas inlet for receiving pressurized air, a fluid outlet for delivering said foam, a cleaning agent inlet , and an injector receiving bay for receiving an injector ; the mixing unit further comprising an injector , the injector having - an injector body with a first end and a second end opposite to the first end , and a longitudinal axis (A); - an injector inlet ; - an injector outlet formed through the second end ; and - an injector liquid inlet ; which injector inlet is fluidly connectable to the cleaning agent inlet of the housing , which injector liquid inlet is fluidly connectable to the liquid inlet of the housing , and which injector outlet is fluidly connected to the fluid outlet of the housing , characterised in that the injector liquid inlet is in a direction transverse to the a longitudinal axis (A) of the injector . a housing having a liquid inlet for receiving pressurized water, a gas inlet for receiving pressurized air, a fluid outlet for delivering said foam, a cleaning agent inlet , and an injector receiving bay for receiving an injector ; the mixing unit further comprising an injector , the injector having - an injector body with a first end and a second end opposite to the first end , and a longitudinal axis (A); - an injector inlet ; - an injector outlet formed through the second end ; and - an injector liquid inlet ; - an injector body with a first end and a second end opposite to the first end , and a longitudinal axis (A); - an injector inlet ; - an injector outlet formed through the second end ; and - an injector liquid inlet ; which injector inlet is fluidly connectable to the cleaning agent inlet of the housing , which injector liquid inlet is fluidly connectable to the liquid inlet of the housing , and which injector outlet is fluidly connected to the fluid outlet of the housing , characterised in that the injector liquid inlet is in a direction transverse to the a longitudinal axis (A) of the injector .
A grain-oriented electrical steel sheet comprising: a plurality of linear deformable portions formed on a surface of the electrical steel sheet and arranged to intersect a rolling direction, wherein an interval between the deformable portions changes to correspond to a grain size of grains over an entire length of the steel sheet, and at least two regions in which intervals between the deformable portions are different exist, wherein the linear deformable portions include a temporary magnetic domain deformable portion, a permanent magnetic domain deformable portion, or a combination thereof, characterised in that a grain size (x, mm) of grains and an interval (y, mm) between the deformable portions satisfy Equation 1 below. y -2 ≤ 8.943 - 0.45 x + 0 . 011 x 2 ≤ y + 2 . a plurality of linear deformable portions formed on a surface of the electrical steel sheet and arranged to intersect a rolling direction, wherein an interval between the deformable portions changes to correspond to a grain size of grains over an entire length of the steel sheet, and at least two regions in which intervals between the deformable portions are different exist, wherein the linear deformable portions include a temporary magnetic domain deformable portion, a permanent magnetic domain deformable portion, or a combination thereof, characterised in that a grain size (x, mm) of grains and an interval (y, mm) between the deformable portions satisfy Equation 1 below. y -2 ≤ 8.943 - 0.45 x + 0 . 011 x 2 ≤ y + 2 .
A device for generating an inhalable aerosol comprising: a detachable cartridge comprising a fluid storage compartment, a heater affixed to a first end of the fluid storage compartment; and a mouthpiece affixed to a second end of the fluid storage compartment, wherein the heater comprises a first condensation chamber and the mouthpiece comprises a second condensation chamber, and a device body comprising: a cartridge receptacle with an open end configured for insertion of the cartridge and a notched body, wherein the device is configured to leave exposed a channel air inlet when the cartridge is inserted into the notched body of the cartridge receptacle ; and a pressure sensor configured for sensing a user's puffing action, wherein upon insertion of the cartridge into the cartridge receptacle , first heater contact tips on first heater contacts of the cartridge contact second heater contacts of the device body; and wherein the cartridge receptacle and the detachable cartridge form a separable coupling. a detachable cartridge comprising a fluid storage compartment, a heater affixed to a first end of the fluid storage compartment; and a mouthpiece affixed to a second end of the fluid storage compartment, wherein the heater comprises a first condensation chamber and the mouthpiece comprises a second condensation chamber, and a fluid storage compartment, a heater affixed to a first end of the fluid storage compartment; and a mouthpiece affixed to a second end of the fluid storage compartment, wherein the heater comprises a first condensation chamber and the mouthpiece comprises a second condensation chamber, and a device body comprising: a cartridge receptacle with an open end configured for insertion of the cartridge and a notched body, wherein the device is configured to leave exposed a channel air inlet when the cartridge is inserted into the notched body of the cartridge receptacle ; and a pressure sensor configured for sensing a user's puffing action, a cartridge receptacle with an open end configured for insertion of the cartridge and a notched body, wherein the device is configured to leave exposed a channel air inlet when the cartridge is inserted into the notched body of the cartridge receptacle ; and a pressure sensor configured for sensing a user's puffing action, wherein upon insertion of the cartridge into the cartridge receptacle , first heater contact tips on first heater contacts of the cartridge contact second heater contacts of the device body; and wherein the cartridge receptacle and the detachable cartridge form a separable coupling.
A game controller which is removably attachable to a main unit of a game device , the game controller comprising: an operation section (32-39,43,44,46); a slide member configured for slidably and detachably engaging with a rail member of the main unit; a projection on the slide member, the projection being configured to engage with the rail member of the main unit when the game controller is attached to the main unit, thereby locking the game controller to the main unit; and wherein the slide member is configured for insertion into the rail member of the main unit from an upper end of the rail member to a lower end of the rail member, defining a downward direction of insertion of the slide member; characterized in that the game controller further includes a terminal located on the slide member below the projection on the slide member , with respect to said downward direction of insertion, and wherein the terminal being configured for electrically connecting to a corresponding terminal of the main unit to enable wired communication with the main unit when the said projection is engaged with the rail member. an operation section (32-39,43,44,46); a slide member configured for slidably and detachably engaging with a rail member of the main unit; a projection on the slide member, the projection being configured to engage with the rail member of the main unit when the game controller is attached to the main unit, thereby locking the game controller to the main unit; and wherein the slide member is configured for insertion into the rail member of the main unit from an upper end of the rail member to a lower end of the rail member, defining a downward direction of insertion of the slide member; characterized in that the game controller further includes a terminal located on the slide member below the projection on the slide member , with respect to said downward direction of insertion, and wherein the terminal being configured for electrically connecting to a corresponding terminal of the main unit to enable wired communication with the main unit when the said projection is engaged with the rail member.
Method for locating a target (C) relative to a vehicle (V), the target (C) comprising at least one three-dimensional external component (Cs) presenting a quadratic surface, the method being implemented by a computer and comprising: - capturing an image (I) of the target comprising an area of interest (Z) in which the external component (Cs) of the target is visible in the form of an elliptical contour, - for each of a plurality of pixels of the area of interest (Z) in the image, calculating an intensity gradient of the image around the pixel, and determining, based on the intensity gradient, the parameters of a line presenting a direction normal to the gradient at said pixel, - selecting , among the set of determined lines, a set of lines that are tangents to the elliptical contour, and - estimating the parameters of the elliptical contour on the image based on the parameters of the tangents to the elliptical contour, wherein the step of selecting lines that are tangents to the elliptical contour comprises: - calculating, for each pixel, an angle formed by the line presenting a direction normal to the gradient at said pixel and by a line connecting said pixel to an estimated center of the elliptical contour, and - selecting the line presenting a direction normal to the gradient at said pixel as a tangent to the elliptical contour if the calculated angle is equal to a right angle plus or minus a predetermined tolerance. - capturing an image (I) of the target comprising an area of interest (Z) in which the external component (Cs) of the target is visible in the form of an elliptical contour, - for each of a plurality of pixels of the area of interest (Z) in the image, calculating an intensity gradient of the image around the pixel, and determining, based on the intensity gradient, the parameters of a line presenting a direction normal to the gradient at said pixel, - selecting , among the set of determined lines, a set of lines that are tangents to the elliptical contour, and - estimating the parameters of the elliptical contour on the image based on the parameters of the tangents to the elliptical contour, - calculating, for each pixel, an angle formed by the line presenting a direction normal to the gradient at said pixel and by a line connecting said pixel to an estimated center of the elliptical contour, and - selecting the line presenting a direction normal to the gradient at said pixel as a tangent to the elliptical contour if the calculated angle is equal to a right angle plus or minus a predetermined tolerance.
A self-locking subpackaging bottle, comprising: a bottle body , a bottle cap and an adapter , wherein: the bottle cap comprises a receiving and a rotating cap , the receiving cap and the rotating cap are sequentially arranged at a front end of the bottle body, the rotating cap is rotatably sleeved outside a front end of the receiving cap, and the receiving cap and the rotating cap are provided with through holes ; characterized in that the adapter comprises an adapter cap , a rotating ring and a fixing ring which are coaxially connected, the adapter cap comprises an annular cap , a first bearing and a suppor1 ring , the first bearing is arranged on an inner wall of the annular cap, the support ring is arranged above the first bearing, the rotating ring is rotatably connected to an interior of the annular cap through the first bearing, and the fixing ring is connected to the interior of the annular cap through the support ring; and an inner wall of the rotating ring meshes with an outer wall of the rotating cap, and an inner wall of the fixing ring meshes with an outer wall of the receiving cap. the bottle cap comprises a receiving and a rotating cap , the receiving cap and the rotating cap are sequentially arranged at a front end of the bottle body, the rotating cap is rotatably sleeved outside a front end of the receiving cap, and the receiving cap and the rotating cap are provided with through holes ; characterized in that the adapter comprises an adapter cap , a rotating ring and a fixing ring which are coaxially connected, the adapter cap comprises an annular cap , a first bearing and a suppor1 ring , the first bearing is arranged on an inner wall of the annular cap, the support ring is arranged above the first bearing, the rotating ring is rotatably connected to an interior of the annular cap through the first bearing, and the fixing ring is connected to the interior of the annular cap through the support ring; and an inner wall of the rotating ring meshes with an outer wall of the rotating cap, and an inner wall of the fixing ring meshes with an outer wall of the receiving cap.
A dryer fabric for a papermaker's machine for producing paper, tissue or board, comprising a machine-side and a paper-side and further comprising MD-yarns and CD-yarns interwoven with each other in a predetermined repeat pattern, wherein the MD-yarns have a non-circular cross-section, characterized in that a width-to-height aspect ratio of the MD-yarns is greater than 10:1, preferably at least 11:1.
Light module for a motor vehicle headlamp, comprising at least a first light source , a primary optic , a diaphragm and a secondary optic , wherein the primary optic is designed to convert light emanating from the light source into an intermediate light distribution lying between the primary optic and the secondary optic, wherein the diaphragm has a continuous outer edge and a diaphragm surface which projects into the intermediate light distribution and which is bounded by a diaphragm edge , and wherein the diaphragm is so arranged with respect to the secondary optics, that the diaphragm edge is imaged by the secondary optics as a light/dark boundary in a second light distribution, which is generated by the secondary optics in a front of the light module as an image of the intermediate light distribution, and wherein the primary optics is arranged with respect to the secondary optics, such that the secondary optic distributes light of the intermediate light distribution, which has passed the diaphragm on a first side of the diaphragm, in a first beam path into a region located on a first side of the light/dark boundary in the second light distribution, wherein the primary optics is arranged to deflect a part of the light emitted by the light source in such a way that it passes on a second side of the diaphragm on the outside of the diaphragm and is distributed by the secondary optics in a second beam path into a region lying on a second side of the light/dark boundary in the second light distribution, characterised in that in that the primary optic has a light entry surface having a plurality of sub-surfaces , a light exit surface and a light-deflecting side surface , 22) and has a bulge in its lateral surface, the bulge being located in a part of the lateral surface of an optical attachment facing the same side as the second side of the diaphragm , the bulge being adapted to let the part of the light emitted by the light source, which passes on the second side of the diaphragm on the outside of the diaphragm be distributed in the second beam path by the secondary optics in the area located on the second side of the light/dark boundary in the second light distribution.
An ophtalmic liposomal formulation with curcumin and vitamin E-D-α- polyethylene glycol (TPGS), characterized in that the amount of curcumin varies from 0.025% to 0.050% by weight, by total weight, so that this formulation is filterable and sterilizable at 0.2 microns, and the vitamin E-D-α-polyethylene glycol (TPGS) is inserted inside the liposomal structure in an amount between 0.05 and 0.5% by weight, with the dual purpose of promoting the formation and filterability of the liposomes and simultaneously providing a general stability of the formulation and a strong antioxidant effect, said formulation being within the acceptance limits of the osmolality of 275-310 mOsM/kg and the pH 7-7.4.
A device for spreading particles stored in at least one hopper having at least one outlet opening delivering particles into at least one chute of which one outlet end is placed above a rotary spreading disc receiving and projecting said particles, characterised in that said chute is mounted in the extension of an adjustment lever which is movable in rotation about a substantially vertical axis of rotation coinciding with an axis of rotation of said spreading disc, and in that it comprises a metering bottom forming the lower portion of said at least one hopper and having a substantially horizontal circular section, called circular portion, around which said adjustment lever is displaced, on at least one portion of said bottom. characterised in that said chute is mounted in the extension of an adjustment lever which is movable in rotation about a substantially vertical axis of rotation coinciding with an axis of rotation of said spreading disc, and in that it comprises a metering bottom forming the lower portion of said at least one hopper and having a substantially horizontal circular section, called circular portion, around which said adjustment lever is displaced, on at least one portion of said bottom.
A glass composition, comprising in weight percent: 60 - 70% SiO 2 12 - 16% Al 2 O 3 5 - 9 % Li 2 O 0.5 - 2% Na 2 O 0.5 - 8% ZrO 2 1 - 3% P 2 O 5 0 - 4% B 2 O 3 1 - 3% MgO 2 - 4% ZnO, and optionally 0.05 - 0.5% SnO 2 and comprising less than 2% by weight of total oxides other than those recited above.
CAN subscriber station (10; 30) for a bus system in which a CAN network and a CAN FD network are operated in parallel, having a communication control device for controlling the communication in the bus system , a transmission/reception device for transmitting or receiving messages from or for the subscriber station (10; 30), and a first adaptation device having a reception path evaluation unit for evaluating received messages with regard to whether or not the received message is a message according to the CAN FD specification, and a reception path output unit for outputting a dummy frame to a communication control device of a CAN subscriber station (10; 30) for the bus system if the result of an evaluation of the reception path evaluation unit is that the received message is a message according to the CAN FD specification, and a second adaptation device having a transmission path evaluation unit for evaluating whether or not an error frame is being transmitted in the transmission path of a communication control device of a CAN subscriber station (10; 30) for the bus system , and a transmission path output unit for blocking an error frame if the transmission path evaluation unit has identified an error frame in the transmission path.
An interface display method for hiboard at least comprising a top display area and a dynamic message display area, characterized by comprising: obtaining, from a server side, multiple pieces of state information of the terminal and priorities of the multiple pieces of state information determined by the server side; displaying (S11), according to the priorities of the multiple pieces of state information, the state information of the terminal on the dynamic message display area; displaying (S12) associated information of the state information on the top display area according to the state information; updating the associated information when the state information is updated; and displaying preset information on the top display area when the state information is not updated within a preset time. obtaining, from a server side, multiple pieces of state information of the terminal and priorities of the multiple pieces of state information determined by the server side; displaying (S11), according to the priorities of the multiple pieces of state information, the state information of the terminal on the dynamic message display area; displaying (S12) associated information of the state information on the top display area according to the state information; updating the associated information when the state information is updated; and displaying preset information on the top display area when the state information is not updated within a preset time.