mhurhangee/patent-ind-claim-en huggingface dataset:
A method of operating an infrastructure equipment of a wireless communications network, the method comprising: transmitting control information (S504, S506, S508) via a wireless access interface provided by the wireless communications network to a communications device to configure the communications device to receive paging messages as part of a group of one or more communications devices, the communications device being configured by the control information from a first state in which the communications device monitors a first pattern of paging frames of the wireless access interface for receiving paging messages determined by the communications device to a second state in which the communications device is configured to monitor the same second pattern of paging frames of the wireless access interface for receiving paging messages as the group of one or more communications devices, determining that data is to be transmitted to each of the one or more communications devices of the group and that each of the one or more communications devices has a respective radio resource control , RRC, connection which is suspended, in response to the determining, transmitting within a paging frame of the second pattern of paging frames a paging message indicating that the infrastructure equipment has data to be transmitted to each of the group of one or more communications devices; and transmitting the data to each of the group of one or more communications devices . transmitting control information (S504, S506, S508) via a wireless access interface provided by the wireless communications network to a communications device to configure the communications device to receive paging messages as part of a group of one or more communications devices, the communications device being configured by the control information from a first state in which the communications device monitors a first pattern of paging frames of the wireless access interface for receiving paging messages determined by the communications device to a second state in which the communications device is configured to monitor the same second pattern of paging frames of the wireless access interface for receiving paging messages as the group of one or more communications devices, determining that data is to be transmitted to each of the one or more communications devices of the group and that each of the one or more communications devices has a respective radio resource control , RRC, connection which is suspended, in response to the determining, transmitting within a paging frame of the second pattern of paging frames a paging message indicating that the infrastructure equipment has data to be transmitted to each of the group of one or more communications devices; and transmitting the data to each of the group of one or more communications devices .
System comprising a cryogenic container , in particular an LNG container or a hydrogen container, and a heat exchanger with a first heat exchanger tube for cryogenic fluid, wherein a withdrawal line of the cryogenic container is connected to the first heat exchanger tube of the heat exchanger , characterised in that the system comprises a single-piece pressure management valve block having at least a first inlet port , a second inlet port , a first outlet port and a second outlet port , wherein at least the first inlet port , the first outlet port and the second outlet port are connected inside the single-piece pressure management valve block by a connecting passage, wherein the connecting passage comprises a first inlet-side connecting section , a first outlet-side connecting section and a second outlet-side connecting section , which meet at a first node point , wherein the single-piece pressure management valve block has at least one outwardly open valve recess , wherein the valve recess is located at the first outlet-side connecting section , at the second outlet-side connecting section or at the node point , wherein a valve is inserted into the valve recess of the single-piece pressure management valve block , and wherein the first heat exchanger tube is connected to the first inlet port and the first outlet port is connected to a further heat exchanger which projects into the cryogenic container and which is connected, optionally via a second heat exchanger tube of the first-mentioned heat exchanger , to the second inlet port of the single-piece pressure management valve block . the system comprises a single-piece pressure management valve block having at least a first inlet port , a second inlet port , a first outlet port and a second outlet port , wherein at least the first inlet port , the first outlet port and the second outlet port are connected inside the single-piece pressure management valve block by a connecting passage, wherein the connecting passage comprises a first inlet-side connecting section , a first outlet-side connecting section and a second outlet-side connecting section , which meet at a first node point , wherein the single-piece pressure management valve block has at least one outwardly open valve recess , wherein the valve recess is located at the first outlet-side connecting section , at the second outlet-side connecting section or at the node point , wherein a valve is inserted into the valve recess of the single-piece pressure management valve block , and wherein the first heat exchanger tube is connected to the first inlet port and the first outlet port is connected to a further heat exchanger which projects into the cryogenic container and which is connected, optionally via a second heat exchanger tube of the first-mentioned heat exchanger , to the second inlet port of the single-piece pressure management valve block .
A decorative sheet comprising an infrared-reflective substrate, and a decorative layer disposed on the substrate and including a solid printing layer and a picture layer, wherein the solid printing layer contains an infrared-transparent or infrared-reflective inorganic pigment and a binder resin, and the picture layer contains at least three compounds selected from the organic pigment group consisting of a quinacridone, an isoindolinone, a nickel azo complex and a phthalocyanine, and a binder resin.
A high flow nasal therapy system comprising: a gas supply , a humidifier , a nebulizer , a flow line , a nasal interface or a coupler for connection to an external interface, and a controller configured to control the system in real time to vary the aerosol delivery to the nasal interface on a temporal basis, wherein the system comprises a sensor for detecting flow conditions and the controller is adapted to vary the aerosol output at least partly in response to sensed flow conditions, characterized in that the controller is configured to: temporarily reduce gas flow rate in said flow line for the duration of active aerosol generation. a gas supply , a humidifier , a nebulizer , a flow line , a nasal interface or a coupler for connection to an external interface, and a controller configured to control the system in real time to vary the aerosol delivery to the nasal interface on a temporal basis, wherein the system comprises a sensor for detecting flow conditions and the controller is adapted to vary the aerosol output at least partly in response to sensed flow conditions, characterized in that the controller is configured to: temporarily reduce gas flow rate in said flow line for the duration of active aerosol generation. temporarily reduce gas flow rate in said flow line for the duration of active aerosol generation.
A method of obtaining an image of the retinal structure of an eye, comprising: - providing a light source; - projecting a plurality of phase shifted repetitive patterns on the retina by said light source, each pattern having illuminated and non-illuminated portions with a spatial frequency larger than 0.33μ tr [mm -1 ]; - measuring for each pattern an optical response for the illuminated and non-illuminated portions of the retina; and - deriving a retina tissue absorption value by combining the optical responses from the plurality of phase shifted repetitive patterns of illuminated and non-illuminated areas. - providing a light source; - projecting a plurality of phase shifted repetitive patterns on the retina by said light source, each pattern having illuminated and non-illuminated portions with a spatial frequency larger than 0.33μ tr [mm -1 ]; - measuring for each pattern an optical response for the illuminated and non-illuminated portions of the retina; and - deriving a retina tissue absorption value by combining the optical responses from the plurality of phase shifted repetitive patterns of illuminated and non-illuminated areas.
Method for displaying a vehicle's surroundings in a vehicle during an instantaneous, second time point (t), having the steps of: - providing (S1) a first blind region image (I_B[t]), which contains an image synthesis of a blind region (B) of the vehicle's surroundings, which is arranged outside a field of view of a vehicle camera , at a first time point (t-1) preceding the second time point (t), - arranging (S2) a respective first blind region image point (IB_SP[t-1]) of the blind region (B) at a new position estimated for the second time point (t), - determining (S3) whether the new position of the respective first blind region image point (IB_SP[t-1]) continues to lie within the blind region (B) at the second time point (t), and - generating (S4) a respective second blind region image point (IB_SP[t]) for the second time point (t) by synthesizing (S5A) the respective first blind region image point (IB_SP[t-1]) on the basis of movement data (v_x, v_y) of the vehicle if the new position is determined to be lying within the blind region (B). - providing (S1) a first blind region image (I_B[t]), which contains an image synthesis of a blind region (B) of the vehicle's surroundings, which is arranged outside a field of view of a vehicle camera , at a first time point (t-1) preceding the second time point (t), - arranging (S2) a respective first blind region image point (IB_SP[t-1]) of the blind region (B) at a new position estimated for the second time point (t), - determining (S3) whether the new position of the respective first blind region image point (IB_SP[t-1]) continues to lie within the blind region (B) at the second time point (t), and - generating (S4) a respective second blind region image point (IB_SP[t]) for the second time point (t) by synthesizing (S5A) the respective first blind region image point (IB_SP[t-1]) on the basis of movement data (v_x, v_y) of the vehicle if the new position is determined to be lying within the blind region (B).
A corrosion sensor adapted to detect the action of corrosive media on a metallic component when the sensor is mounted in the vicinity of the metallic component in use, the sensor including an electrically conducting corrodible sensor element running between common terminals mounted on a non conducting substrate, the sensor element being covered with a protective coating adapted to protect the sensor element from corrosive media, the protective coating defining a temporary feature in the form of unpainted areas or defects extending across the sensor element, said temporary feature designed to permit attack on the sensor element by corrosive media after a predetermined period of time, wherein the sensor element comprises a pair of spaced tracks , extending generally in a longitudinal direction and a series of corrodible tracks , each corrodible track extending generally in a lateral direction and forming an electrical connection between the spaced tracks, said temporary feature in the form of unpainted areas or defects extending longitudinally, in the space between the pair of spaced tracks , across all of said corrodible tracks in order to permit the said corrosive attack on a number of the corrodible tracks after the predetermined period of time.
An agricultural crop sprayer comprising a product tank for holding a solution of plant protection product, a product dispense system , a rinse tank for holding a rinse fluid, and a plumbing network which fluidly connects the product tank , the product dispense system and the rinse tank , characterised in that the sprayer further comprises a heat source (16; 25) configured to heat the rinse fluid.
A packaging plant comprising: - at least one manufacturing machine configured for manufacturing at least one flow of products, - at least one large distribution packaging unit configured for receiving said at least one flow of products from said manufacturing machine and for packaging said products in a large distribution packaging format, - at least one draw-off unit associated to said at least one manufacturing machine and configured for drawing-off products intended to be distributed through e-commerce distribution channels from said at least one flow of products, - a filling station located downstream of said draw-off unit , - a plurality of transfer containers movable independently of each other along at least one stationary guide system and configured for receiving said products intended to be distributed through e-commerce distribution channels at said filling station , - a stocking area wherein a plurality of said transfer containers are stocked, and - a flexible packaging area including at least one packaging robot configured for picking products from transfer containers placed in said flexible packaging area and for placing a variable number of products into packaging containers . - at least one manufacturing machine configured for manufacturing at least one flow of products, - at least one large distribution packaging unit configured for receiving said at least one flow of products from said manufacturing machine and for packaging said products in a large distribution packaging format, - at least one draw-off unit associated to said at least one manufacturing machine and configured for drawing-off products intended to be distributed through e-commerce distribution channels from said at least one flow of products, - a filling station located downstream of said draw-off unit , - a plurality of transfer containers movable independently of each other along at least one stationary guide system and configured for receiving said products intended to be distributed through e-commerce distribution channels at said filling station , - a stocking area wherein a plurality of said transfer containers are stocked, and - a flexible packaging area including at least one packaging robot configured for picking products from transfer containers placed in said flexible packaging area and for placing a variable number of products into packaging containers .
A multi-directional input device comprising: a rotating body that includes a sliding surface (151-3, 152-3) forming at least part of a virtual spherical surface and also includes a storage part (152-4) recessed from an outside of the virtual spherical surface toward an inside; a support body that rotatably supports the rotating body by slidably supporting the sliding surface (151-3, 152-3); an actuator that is at least partially stored in the storage part (152-4); a cam part (132-4) that abuts the actuator ; an elastic member that urges the actuator between the rotating body and the actuator toward the cam part (132-4); and a manipulation lever that rotates together with the rotating body and is capable of being manipulated to shift to a plurality of shift positions; characterized in that the multi-directional input device further comprises a support axis extending from an inside of the storage part (152-4) to an outside of the rotating body ; the actuator has a through-hole ; at least part of the support axis is slidably positioned in the through-hole ; and the actuator is configured to travel along the support axis . a rotating body that includes a sliding surface (151-3, 152-3) forming at least part of a virtual spherical surface and also includes a storage part (152-4) recessed from an outside of the virtual spherical surface toward an inside; a support body that rotatably supports the rotating body by slidably supporting the sliding surface (151-3, 152-3); an actuator that is at least partially stored in the storage part (152-4); a cam part (132-4) that abuts the actuator ; an elastic member that urges the actuator between the rotating body and the actuator toward the cam part (132-4); and a manipulation lever that rotates together with the rotating body and is capable of being manipulated to shift to a plurality of shift positions; characterized in that the multi-directional input device further comprises a support axis extending from an inside of the storage part (152-4) to an outside of the rotating body ; the actuator has a through-hole ; at least part of the support axis is slidably positioned in the through-hole ; and the actuator is configured to travel along the support axis .
Scroll compressor with a high-pressure chamber and a low-pressure chamber , a displacement scroll arranged on a driven eccentric unit and orbiting, which interacts with a fixed scroll , wherein the displacement scroll and the fixed scroll define a compression chamber , and a back-pressure chamber adjacent to the displacement scroll , which is fluidically connected to the high-pressure chamber via a gas connecting channel and is fluidically connected to the compression chamber via a fluid passage provided on the displacement scroll , characterized in that a venturi nozzle is provided in the fluid passage , which comprises at least one transverse opening at its constriction , wherein the transverse opening is fluidically connected to the back-pressure chamber . a high-pressure chamber and a low-pressure chamber , a displacement scroll arranged on a driven eccentric unit and orbiting, which interacts with a fixed scroll , wherein the displacement scroll and the fixed scroll define a compression chamber , and a back-pressure chamber adjacent to the displacement scroll , which is fluidically connected to the high-pressure chamber via a gas connecting channel and is fluidically connected to the compression chamber via a fluid passage provided on the displacement scroll , characterized in that a venturi nozzle is provided in the fluid passage , which comprises at least one transverse opening at its constriction , wherein the transverse opening is fluidically connected to the back-pressure chamber .
Process for synthesizing a compound corresponding to the formula [Chem I] in which R1 and R2 represent, independently of each other, a group chosen from: -SO 3 H and - SO 3 - , R3 represents a group chosen from: -OH, -OR', -OCOOR', where R' represents a C 1 -C 8 alkyl, a C 1 -C 8 alkenyl, a phenyl or a benzyl, R4 and R5, which may be identical or different, represent a group chosen from: a C 1 -C 8 alkyl, a C 1 -C 8 alkenyl, a phenyl or a benzyl, it being understood that two groups R4 and R5 borne by the same nitrogen atom may together form a ring including said nitrogen atom, Y represents an organic or inorganic cation chosen from pharmaceutically acceptable salts; t represents a number, t = 0; 1/2; 1; this process comprising at least the following steps: a) condensing the benzaldehyde compound of the formula [Chem II] with the dialkylaniline of the formula [Chem III] to give the triphenylmethane of the formula [Chem IV], in which R3, R4 and R5 have the same definition as in the formula [Chem I] b) treating the triphenylmethane of the formula [Chem IV] with sulfuric acid to form the triphenylmethane sulfone of the formula [Chem V] in which R1, R2, R3, R4 and R5 have the same definition as in the formula [Chem I] c) oxidizing the triphenylmethane sulfone of the formula [Chem V] with a quinone. R1 and R2 represent, independently of each other, a group chosen from: -SO 3 H and - SO 3 - , R3 represents a group chosen from: -OH, -OR', -OCOOR', where R' represents a C 1 -C 8 alkyl, a C 1 -C 8 alkenyl, a phenyl or a benzyl, R4 and R5, which may be identical or different, represent a group chosen from: a C 1 -C 8 alkyl, a C 1 -C 8 alkenyl, a phenyl or a benzyl, it being understood that two groups R4 and R5 borne by the same nitrogen atom may together form a ring including said nitrogen atom, Y represents an organic or inorganic cation chosen from pharmaceutically acceptable salts; t represents a number, t = 0; 1/2; 1; this process comprising at least the following steps: a) condensing the benzaldehyde compound of the formula [Chem II] with the dialkylaniline of the formula [Chem III] to give the triphenylmethane of the formula [Chem IV], in which R3, R4 and R5 have the same definition as in the formula [Chem I] b) treating the triphenylmethane of the formula [Chem IV] with sulfuric acid to form the triphenylmethane sulfone of the formula [Chem V] in which R1, R2, R3, R4 and R5 have the same definition as in the formula [Chem I] c) oxidizing the triphenylmethane sulfone of the formula [Chem V] with a quinone. a) condensing the benzaldehyde compound of the formula [Chem II] with the dialkylaniline of the formula [Chem III] to give the triphenylmethane of the formula [Chem IV], in which R3, R4 and R5 have the same definition as in the formula [Chem I] b) treating the triphenylmethane of the formula [Chem IV] with sulfuric acid to form the triphenylmethane sulfone of the formula [Chem V] in which R1, R2, R3, R4 and R5 have the same definition as in the formula [Chem I] c) oxidizing the triphenylmethane sulfone of the formula [Chem V] with a quinone.
A process for the polymerization of an aqueous styrene suspension using at least one organic hemiperoxyacetal peroxide, said process comprising a step a) of maintenance of said aqueous styrene suspension comprising said organic hemiperoxyacetal peroxide at a temperature lower than the 1 hour half-life temperature of said organic hemiperoxyacetal peroxide, preferably lower by 5 to 25°C than the 1 hour half-life temperature of said organic peroxide, for at least 30 minutes.
A display system comprising a display device comprising an optically active structure configured to generate patterned illumination generating desired image, the optically active structure comprising at least one layer comprising optically active nanorods configured to emit output light of a predetermine wavelength range in response to pumping energy, and liquid crystal material , wherein said display device is configured to provide a transparent display capable of providing color image on top of transmission of background light of objects located behind the device, and wherein the display system further comprises one or more electronically controlled transparent media as selective light filter(s) configured to selectively allow or block transmission of background light of objects through the device.
Electric convection cooking oven comprising a cooking chamber, a cooking resistor and a fan both mounted on the rear wall of said cooking chamber and a deflector , formed by a front wall and peripheral walls, mounted on said rear wall so as to protect a user from contact with said cooking resistor and said fan , said deflector being provided with solid peripheral walls at its top and bottom sides and at least one central intake grille in said front wall, the deflector (21; 22) having a substantially octagonal shape that also includes two pairs of oblique peripheral walls , which are respectively adjacent to said top and bottom walls and have openings that extend over 30-90% of the area of said oblique walls , as well as two lateral peripheral walls that extend between the oblique walls , characterized in that the deflector has the shape of a semi-regular octagon deriving from a rectangle or a square with bevelled corners, with also the side walls having openings , and in that it further includes a water supply duct extending from the rear wall of the cooking chamber, a tray , located inside the cooking chamber in a position to receive the water supplied through said duct , and a second resistor that extends into said tray so that most of said second resistor is immersed in water when the tray is filled, the deflector protecting a user also from contact with the second resistor .