mhurhangee/patent-ind-claim-en huggingface dataset:
A tire having, in a tread surface (T), at least one circumferential groove continuously extending in a tire circumferential direction, and a shoulder land portion partitioned with the circumferential groove and a tread ground contact edge (TE), wherein the shoulder land portion has a first width direction groove that extends in a tire width direction and via which the circumferential groove communicates with the tread ground contact edge (TE), the first width direction groove has, in the first width direction groove , a second width direction groove that communicates with the first width direction groove , respective groove widths of the circumferential groove , the first width direction groove and the second width direction groove satisfy the following relational expression: the groove width (W1) of the circumferential groove > the groove width (W2) of the first width direction groove > the groove width (W3) of the second width direction groove , in the first width direction groove , only one second width direction groove is provided, and an edge of the second width direction groove on a side of the circumferential groove is located on an outer side from a middle point between a tire width direction inner edge of the first width direction groove and the tread ground contact edge (TE) in the tire width direction, wherein the tread surface means an outer peripheral surface over an entire circumference of the tire which comes in contact with a road surface when the tire is assembled to a rim and to which a predetermined internal pressure is applied is rolled in a state where a maximum load is loaded onto the tire, and the tread ground contact edge means the tire width direction edge of the tread surface. the groove width (W1) of the circumferential groove > the groove width (W2) of the first width direction groove > the groove width (W3) of the second width direction groove , in the first width direction groove , only one second width direction groove is provided, and an edge of the second width direction groove on a side of the circumferential groove is located on an outer side from a middle point between a tire width direction inner edge of the first width direction groove and the tread ground contact edge (TE) in the tire width direction, wherein the tread surface means an outer peripheral surface over an entire circumference of the tire which comes in contact with a road surface when the tire is assembled to a rim and to which a predetermined internal pressure is applied is rolled in a state where a maximum load is loaded onto the tire, and the tread ground contact edge means the tire width direction edge of the tread surface.
An aerosol-generating element for use in an aerosol-generating article or system, the aerosol-generating element comprising: a solid continuous matrix structure; and an aerosol-generating formulation dispersed within the solid continuous matrix structure, wherein the aerosol-generating formulation is trapped within the solid continuous matrix structure and releasable from the solid continuous matrix structure upon heating of the aerosol-generating element; wherein the solid continuous matrix structure is an alginate matrix, and wherein the aerosol-generating formulation dispersed within the solid continuous matrix structure consists of: nicotine in an amount accounting for from 1 percent by weight to 4 percent by weight of a total weight of the aerosol-generating element; glycerin in an amount accounting for from 60 percent by weight to 80 percent by weight of a total weight of the aerosol-generating element; a carboxylic acid in an amount accounting for from 0.5 percent by weight to 4 percent by weight of a total weight of the aerosol-generating element; and balance water; wherein the aerosol-generating formulation dispersed within the solid continuous matrix structure accounts for at least about 80 percent by weight of a total weight of the aerosol-generating element; and wherein the aerosol-generating element comprises less than 15 percent by weight of water. a solid continuous matrix structure; and an aerosol-generating formulation dispersed within the solid continuous matrix structure, wherein the aerosol-generating formulation is trapped within the solid continuous matrix structure and releasable from the solid continuous matrix structure upon heating of the aerosol-generating element; nicotine in an amount accounting for from 1 percent by weight to 4 percent by weight of a total weight of the aerosol-generating element; glycerin in an amount accounting for from 60 percent by weight to 80 percent by weight of a total weight of the aerosol-generating element; a carboxylic acid in an amount accounting for from 0.5 percent by weight to 4 percent by weight of a total weight of the aerosol-generating element; and balance water; wherein the aerosol-generating formulation dispersed within the solid continuous matrix structure accounts for at least about 80 percent by weight of a total weight of the aerosol-generating element; and wherein the aerosol-generating element comprises less than 15 percent by weight of water.
Grinding assembly for a basket mill having a grinding shell with a grinding chamber and with grinding balls arranged in the grinding chamber , wherein the grinding chamber comprises a grinding chamber inlet and a grinding chamber outlet for the grinding stock and is configured for the throughflow of the grinding stock, and with a first conveyor means which cooperates with the grinding chamber for generating a grinding stock flow through the grinding chamber , characterized in that the grinding shell comprises a bypass flow path which the grinding stock can flow through while bypassing the grinding chamber , wherein the grinding gear comprises a second conveyor means which cooperates with the bypass flow path to generate the grinding stock flow through the bypass flow path .
A system for identifying, associating and counting containers of different types , wherein the system comprises the containers and a movable platform or pallet as well as transponders, wherein the transponders are mounted on the containers and/or on the movable loading platform or pallet and are suitable for emitting first identification codes (C2), wherein the containers form a total load , are provided with second identification codes (C3, C4), which are barcodes, and are stacked on the platform or pallet in a manner grouped according to their respective type or in a random order, wherein said movable loading platform or pallet is provided with a third identification code (C5), which is a barcode, characterized in that the system further consists of an identification booth and a reading station , wherein the identification booth comprises, in its interior, at least one antenna which is designed to activate the transponders and to receive the first identification codes (C2) emitted by the latter, and comprises at least one photographic device which consists of at least one photo camera with illumination means , wherein the photo camera is designed to capture and read said second identification codes (C3, C4) and to provide identification data compiled from the geometry and colours of the different container types and/or of the movable loading platform or pallet, and wherein the reading station is designed to read the third identification code (C5), and in that the system further consists of at least one stationary first read-in station for the third identification code (C5), said first read-in station being placed along one or more supply lines for supplying the movable loading platform or pallet to the identification booth , of a second, movable or stationary, read-in station for reading in a fourth identification code (C1) applied to the total load , and of a computer with a data memory, said computer being designed to read the first, second and third identification codes (C2; C3; C4; C5) and to compare and associate the first, second and third identification codes with corresponding identification data supplied by the photographic device.
A water purifier comprising: a purified water tank storing purified water; a hot water tank connected to the purified water tank to receive the purified water from the purified water tank and comprising a heater heating the received purified water; a purified water supply pipe connecting the purified water tank and the hot water tank ; a purified water supply valve installed in the purified water supply pipe to open or close the purified water supply pipe ; a hot water extraction port through which the water of the hot water tank is extracted; a hot water extraction valve opening or closing the hot water extraction port ; a manipulation unit through which an extraction amount of hot water is inputted; and a control unit for performing a control to supply the purified water of the purified water tank to the hot water tank and operating the heater to heat the water of the hot water tank , wherein when the extraction amount of hot water is inputted to the manipulation unit , the control unit is configured to control the purified water supply valve to supply the purified water of the purified water tank to the hot water tank by the extraction amount of hot water, the control unit is configured to operate the heater until the water of the hot water tank reaches a set extraction temperature, and the control unit is configured to control the hot water extraction valve to extract the extraction amount of hot water at the set extraction temperature through the hot water extraction port . a purified water tank storing purified water; a hot water tank connected to the purified water tank to receive the purified water from the purified water tank and comprising a heater heating the received purified water; a purified water supply pipe connecting the purified water tank and the hot water tank ; a purified water supply valve installed in the purified water supply pipe to open or close the purified water supply pipe ; a hot water extraction port through which the water of the hot water tank is extracted; a hot water extraction valve opening or closing the hot water extraction port ; a manipulation unit through which an extraction amount of hot water is inputted; and a control unit for performing a control to supply the purified water of the purified water tank to the hot water tank and operating the heater to heat the water of the hot water tank , wherein when the extraction amount of hot water is inputted to the manipulation unit , the control unit is configured to control the purified water supply valve to supply the purified water of the purified water tank to the hot water tank by the extraction amount of hot water, the control unit is configured to operate the heater until the water of the hot water tank reaches a set extraction temperature, and the control unit is configured to control the hot water extraction valve to extract the extraction amount of hot water at the set extraction temperature through the hot water extraction port .
A user equipment that performs device to device, D2D, communication, comprising: a reception unit configured to receive resource configuration information for D2D scheduling assignment, SA, transmissions and another information for the D2D SA transmissions which is used to indicate a predefined frequency hopping scheme and is used to obtain positions of physical resource blocks in frequency domain; a configuration unit configured to configure, based on the resource configuration information, positions of a plurality of subframes where the physical resource blocks for D2D SA transmissions are located; and a transmission unit configured to perform, using the predefined frequency hopping scheme, the D2D SA transmissions in the plurality of subframes, wherein the plurality of subframes comprises (a) a subframe where a part of the physical resource blocks which corresponds to a frequency is located and (b) another subframe where another part of the physical resource blocks which corresponds to another frequency is located. a reception unit configured to receive resource configuration information for D2D scheduling assignment, SA, transmissions and another information for the D2D SA transmissions which is used to indicate a predefined frequency hopping scheme and is used to obtain positions of physical resource blocks in frequency domain; a configuration unit configured to configure, based on the resource configuration information, positions of a plurality of subframes where the physical resource blocks for D2D SA transmissions are located; and a transmission unit configured to perform, using the predefined frequency hopping scheme, the D2D SA transmissions in the plurality of subframes, wherein the plurality of subframes comprises (a) a subframe where a part of the physical resource blocks which corresponds to a frequency is located and (b) another subframe where another part of the physical resource blocks which corresponds to another frequency is located.
A device for correcting an image, the device comprising: a memory storing one or more instructions; and a processor configured to execute the one or more instructions stored in the memory, wherein the processor , by executing the one or more instructions, is further configured to: obtain an image comprising a plurality of objects, identify the plurality of objects based on a first neural network and detect at least one display attribute of each of the identified objects using the first neural network , determine, based on a second neural network , at least one correction filter for each of the identified objects according to the at least one display attribute of each of the identified objects, and correct each of the plurality of objects in the image by using the corresponding at least one determined correction filter. a memory storing one or more instructions; and a processor configured to execute the one or more instructions stored in the memory, wherein the processor , by executing the one or more instructions, is further configured to: obtain an image comprising a plurality of objects, identify the plurality of objects based on a first neural network and detect at least one display attribute of each of the identified objects using the first neural network , determine, based on a second neural network , at least one correction filter for each of the identified objects according to the at least one display attribute of each of the identified objects, and correct each of the plurality of objects in the image by using the corresponding at least one determined correction filter. obtain an image comprising a plurality of objects, identify the plurality of objects based on a first neural network and detect at least one display attribute of each of the identified objects using the first neural network , determine, based on a second neural network , at least one correction filter for each of the identified objects according to the at least one display attribute of each of the identified objects, and correct each of the plurality of objects in the image by using the corresponding at least one determined correction filter.
An allulose syrup having a total dry solids content of from 70% to 78% by weight, and comprising allulose in an amount of at least 90% by weight on a dry solids basis, wherein the pH of the syrup is from 3.5 to 5.0.
A method, comprising: receiving, by an operating system, OS, executing on a processor of a device, a uniform resource locator, URL and a cryptogram from a contactless card associated with an account ; launching, by the operating system responsive to receiving the URL, an application associated with the contactless card ; transmitting, by the application , the cryptogram to an authentication server ; receiving, by the application , a decryption result from the authentication server indicating the authentication server decrypted the cryptogram ; characterised by transmitting, by the application based on the decryption result, a request for a one-time passcode, OTP comprising an identifier to the URL ; receiving, by the device , the OTP from an OTP generator at the URL; receiving, by the application , an input value ; comparing, by the application , the input value to a copy of the OTP received from the OTP generator ; determining, by the application , that the comparison results in a match ; and displaying, by the application based on the determination that the comparison results in the match, one or more attributes of the account on the device . receiving, by an operating system, OS, executing on a processor of a device, a uniform resource locator, URL and a cryptogram from a contactless card associated with an account ; launching, by the operating system responsive to receiving the URL, an application associated with the contactless card ; transmitting, by the application , the cryptogram to an authentication server ; receiving, by the application , a decryption result from the authentication server indicating the authentication server decrypted the cryptogram ; characterised by transmitting, by the application based on the decryption result, a request for a one-time passcode, OTP comprising an identifier to the URL ; receiving, by the device , the OTP from an OTP generator at the URL; receiving, by the application , an input value ; comparing, by the application , the input value to a copy of the OTP received from the OTP generator ; determining, by the application , that the comparison results in a match ; and displaying, by the application based on the determination that the comparison results in the match, one or more attributes of the account on the device .
A method for manufacturing a strain sensor on a turbine component, the method comprising: providing a turbine component comprising an exterior surface ; depositing a ceramic material onto a portion of the exterior surface to form a strain sensor comprising at least two reference points , wherein the at least two reference points are at least partially separated by an exposed portion of the exterior surface ; and depositing a visually contrasting material in the exposed portion . providing a turbine component comprising an exterior surface ; depositing a ceramic material onto a portion of the exterior surface to form a strain sensor comprising at least two reference points , wherein the at least two reference points are at least partially separated by an exposed portion of the exterior surface ; and depositing a visually contrasting material in the exposed portion .
A floor panel comprising: a top layer ; a base layer having a first base section , a second base section , and a glass fiber section , wherein the glass fiber section is positioned between the first base section and the second base section , wherein the first base section includes a first composition of polyvinyl chloride, a filler, and a plasticizer; characterized in that the second base section includes a second composition of polyvinyl chloride, a filler, and a plasticizer, with a higher content of polyvinyl and plasticizer than the first composition; and that the floor panel further comprises a tongue connection section extending outward from one side of the base layer and extending outward beyond the top layer , and a groove connection section arranged on an opposite side of the base layer , wherein the tongue connection section has a top surface and a tapered surface , which are both formed from the glass fiber section , and wherein the groove connection section includes an upper inclined wall , which is also formed from the glass fiber section . a top layer ; a base layer having a first base section , a second base section , and a glass fiber section , wherein the glass fiber section is positioned between the first base section and the second base section , wherein the first base section includes a first composition of polyvinyl chloride, a filler, and a plasticizer; characterized in that the second base section includes a second composition of polyvinyl chloride, a filler, and a plasticizer, with a higher content of polyvinyl and plasticizer than the first composition; and that the floor panel further comprises a tongue connection section extending outward from one side of the base layer and extending outward beyond the top layer , and a groove connection section arranged on an opposite side of the base layer , wherein the tongue connection section has a top surface and a tapered surface , which are both formed from the glass fiber section , and wherein the groove connection section includes an upper inclined wall , which is also formed from the glass fiber section .
Method for manufacturing a reflective or transflective liquid crystal display device comprising a liquid crystal cell whose liquid crystal molecules are aligned in a planar or vertical manner, this liquid crystal cell being formed of a transparent front substrate located on the same side as an observer , and of a rear substrate , which is also transparent, and which extends under the front substrate , parallel to and at a distance therefrom, these two front and rear substrates being joined together by means of a sealing frame which delimits a sealed enclosure in which a liquid crystal composition is confined, the front substrate and rear substrate being coated on their opposite faces with transparent, electrically conductive electrodes and counter-electrodes , the optical properties of the liquid crystal composition being modified by applying an electric field to the crosspoint between an electrode and a corresponding counter-electrode , the liquid crystal display device being provided with a reflective polarising film arranged to absorb a first component of a light which enters the liquid crystal cell through the front substrate , and to reflect a second component of the light polarised in a direction orthogonal to that of the first component, this reflective polarising film comprising an absorbing polariser combined with an at least partially reflective reflector disposed beneath the absorbing polariser , the reflector comprising a layer of transparent material comprising a rear face and a planar front face , the method comprising the step consisting in raising the layer of transparent material that the reflector comprises to give it a decorative and/or functional shape visible to the observer through the front substrate of the liquid crystal cell , and the step of depositing an at least partially reflective layer on said rear face which has the raised shapes, then fastening this reflector beneath the absorbing polariser which is itself fastened against a lower face of the rear substrate by fastening the layer of transparent material to the absorbing polariser by means of a layer of adhesive which diffuses the light in order to give a matt or satin appearance to the reflected light; the adhesive layer being arranged on said front face.