mhurhangee/patent-ind-claim-en huggingface dataset:
'Next customer' bar comprising: - a substantially rectangular plate with a narrow elongated shape - a box-shaped top , suitable for being exactly fitted on said plate , as well as provided with a central longitudinal slot defined by a close pair of vertical edges - a rigid promotional panel with a substantially rectangular shape, which is suitable for introducing its lower longitudinal edge inside said longitudinal slot of the top , the next customer' bar being characterized in that it is provided with vertical revolving pins that are disposed in a position comprised between said plate and said box-shaped top and are used to fix or release the panel ; wherein each revolving pin : - comprises a cylindrical stem that protrudes upwards from the center of a circular flange ; a cylindrical bulb with a diametral notch being provided under said circular flange ; - inserts its cylindrical stem inside a circular housing disposed on top of a vertical niche obtained on the first edge of the top and closed on the bottom by said plate , wherein a hole is provided, which ends in the niche and is suitable for exactly housing said cylindrical bulb of the pin - comprises a cam obtained along said cylindrical stem , as well as housed in said niche and dimensioned in such a way to alternately penetrate the slot and return completely inside the niche according to the direction of rotation imposed on the pin . - a substantially rectangular plate with a narrow elongated shape - a box-shaped top , suitable for being exactly fitted on said plate , as well as provided with a central longitudinal slot defined by a close pair of vertical edges - a rigid promotional panel with a substantially rectangular shape, which is suitable for introducing its lower longitudinal edge inside said longitudinal slot of the top , - comprises a cylindrical stem that protrudes upwards from the center of a circular flange ; a cylindrical bulb with a diametral notch being provided under said circular flange ; - inserts its cylindrical stem inside a circular housing disposed on top of a vertical niche obtained on the first edge of the top and closed on the bottom by said plate , wherein a hole is provided, which ends in the niche and is suitable for exactly housing said cylindrical bulb of the pin - comprises a cam obtained along said cylindrical stem , as well as housed in said niche and dimensioned in such a way to alternately penetrate the slot and return completely inside the niche according to the direction of rotation imposed on the pin .
A transformer arrangement comprising a transformer with a primary and a secondary winding and a chain link of switching blocks connected to one of the secondary windings and connectable in series between said one of the secondary windings and a load (L), said switching blocks comprising a first set of voltage contribution blocks (SBA) and a second set of circuit breaker blocks (SBB), where the first set of voltage contribution blocks (SBA) is configured to adjust a voltage (V 2 ) output by the transformer with an offset voltage (ΔV) and the second set of circuit breaker blocks (SBB) is configured to interrupt a current (I load ) running through the chain link , characterised in that at least some of the blocks are grouped into cells, each cell comprising at least one voltage contribution block (SBA) and at least one circuit breaking block (SBB).
A device , comprising: a first under-bump metallization component comprising one or more solder diffusion layers disposed directly on a plurality of portions of a first superconducting layer ; a hermetically sealed superconducting interconnect component; and one or more intermetallic compound layers disposed directly on respective ones of the one or more solder diffusion layers , wherein the one or more intermetallic compound layers are distinct from the one or more diffusion layers ; and a channel between each of the one or more solder diffusion layers and the plurality of portions of the superconducting layer under respective ones of the one or more solder diffusion layers ; and a solder bump coupled to the first superconducting layer and the one or more intermetallic compound layers , the solder bump filling the channel to hermetically seal a second superconducting layer , wherein the second superconducting layer is a single layer provided under and spanning each of the plurality of portions of the first superconducting layer, wherein the solder bump is in direct contact with the second superconducting layer within the channel, wherein the one or more intermetallic compound layers are between the one or more solder diffusion layers and the solder bump and wherein the solder bump is in direct contact with the plurality of portions of the superconducting layer. a first under-bump metallization component comprising one or more solder diffusion layers disposed directly on a plurality of portions of a first superconducting layer ; a hermetically sealed superconducting interconnect component; and one or more intermetallic compound layers disposed directly on respective ones of the one or more solder diffusion layers , wherein the one or more intermetallic compound layers are distinct from the one or more diffusion layers ; and a channel between each of the one or more solder diffusion layers and the plurality of portions of the superconducting layer under respective ones of the one or more solder diffusion layers ; and a solder bump coupled to the first superconducting layer and the one or more intermetallic compound layers , the solder bump filling the channel to hermetically seal a second superconducting layer , wherein the second superconducting layer is a single layer provided under and spanning each of the plurality of portions of the first superconducting layer, wherein the solder bump is in direct contact with the second superconducting layer within the channel, wherein the one or more intermetallic compound layers are between the one or more solder diffusion layers and the solder bump and wherein the solder bump is in direct contact with the plurality of portions of the superconducting layer.
A vehicle lighting system, comprising: a light assembly (180; 400; 500; 600) having: a printed circuit board, PCB, layer that is attachable to a vehicle component , wherein the vehicle component comprises a speaker cover for an audio speaker positioned in any location within a vehicle, wherein a shape of the PCB layer is based on a shape of the vehicle component , and wherein the PCB layer is perforated with a plurality of holes to allow sound to penetrate through the PCB layer ; and a set of light sources mounted on the PCB layer ; and a light controller that is coupled to the light assembly (180; 400; 500; 600) and is configured, when in operation, to cause the set of light sources to generate a lighting effect within an interior of a vehicle. a light assembly (180; 400; 500; 600) having: a printed circuit board, PCB, layer that is attachable to a vehicle component , wherein the vehicle component comprises a speaker cover for an audio speaker positioned in any location within a vehicle, wherein a shape of the PCB layer is based on a shape of the vehicle component , and wherein the PCB layer is perforated with a plurality of holes to allow sound to penetrate through the PCB layer ; and a set of light sources mounted on the PCB layer ; and a printed circuit board, PCB, layer that is attachable to a vehicle component , wherein the vehicle component comprises a speaker cover for an audio speaker positioned in any location within a vehicle, wherein a shape of the PCB layer is based on a shape of the vehicle component , and wherein the PCB layer is perforated with a plurality of holes to allow sound to penetrate through the PCB layer ; and a set of light sources mounted on the PCB layer ; and a light controller that is coupled to the light assembly (180; 400; 500; 600) and is configured, when in operation, to cause the set of light sources to generate a lighting effect within an interior of a vehicle.
A two-part aqueous coating composition, comprising: a first coating component comprising a first polymer having a Tg of at least -30°C and derived from two or more monomers including a (meth)acrylate monomer and an acid monomer, said first coating component having a viscosity of from 50 to 40,000 cP measured using a Brookfield RV viscometer with spindle #3 at 2 rpm at 20°C; and a second coating component comprising a flocculant, wherein the first coating component and the second coating component, when applied in combination as a film, has a tensile strength of at least 170 psi after 14 days, as described in ASTM D-2370. a first coating component comprising a first polymer having a Tg of at least -30°C and derived from two or more monomers including a (meth)acrylate monomer and an acid monomer, said first coating component having a viscosity of from 50 to 40,000 cP measured using a Brookfield RV viscometer with spindle #3 at 2 rpm at 20°C; and a second coating component comprising a flocculant, wherein the first coating component and the second coating component, when applied in combination as a film, has a tensile strength of at least 170 psi after 14 days, as described in ASTM D-2370.
Inter-operator radio resource sharing method for sharing radio resources between two or more radio communication systems each controlled by a respective operator and configured to control respective proprietary radio resources and to provide respective served user equipments with radio communication services, the inter-operator radio resource sharing method comprising: - determining, by at least one radio communication system, a bandwidth of respective shared radio resources belonging to the respective proprietary radio resources on the basis of a traffic load related to guaranteed-quality radio communication services requested by the respective served user equipments; - signalling, by said at least one radio communication system, the respective shared radio resources to the other radio communication system(s); - receiving, at said at least one radio communication system, shared radio resources signalled by the other radio communication system(s); and - providing, by said at least one radio communication system, the respective served user equipments with the radio communication services on the respective proprietary radio resources and on the shared radio resources signalled by the other radio communication system(s), characterized in that said determining, by said at least one radio communication system, a bandwidth of respective shared radio resources comprises: - estimating an average traffic load for the guaranteed-quality radio communication services requested by the respective served user equipments; and - determining the bandwidth of the respective shared radio resources on the basis of the estimated average traffic load. - determining, by at least one radio communication system, a bandwidth of respective shared radio resources belonging to the respective proprietary radio resources on the basis of a traffic load related to guaranteed-quality radio communication services requested by the respective served user equipments; - signalling, by said at least one radio communication system, the respective shared radio resources to the other radio communication system(s); - receiving, at said at least one radio communication system, shared radio resources signalled by the other radio communication system(s); and - providing, by said at least one radio communication system, the respective served user equipments with the radio communication services on the respective proprietary radio resources and on the shared radio resources signalled by the other radio communication system(s), - estimating an average traffic load for the guaranteed-quality radio communication services requested by the respective served user equipments; and - determining the bandwidth of the respective shared radio resources on the basis of the estimated average traffic load.
A method for sending a Device to Device, D2D, signal, comprising: determining (S201), by a first User Equipment, UE, a resource hopping pattern between a plurality of D2D transmission physical resources of the first UE, according to a preset D2D parameter; determining (S202), by the first UE, the plurality of D2D transmission physical resources according to the resource hopping pattern; and sending (S203), by the first UE, the D2D signal to a second UE over the determined D2D transmission physical resources; wherein determining (S202), by the first UE, the plurality of D2D transmission physical resources according to the resource hopping pattern comprises: determining, by the first UE, an initial D2D transmission physical resource according to resource configuration information indicated by another UE; and determining, by the first UE, the other D2D transmission physical resources according to the resource hopping pattern and the initial D2D transmission physical resource. determining (S201), by a first User Equipment, UE, a resource hopping pattern between a plurality of D2D transmission physical resources of the first UE, according to a preset D2D parameter; determining (S202), by the first UE, the plurality of D2D transmission physical resources according to the resource hopping pattern; and sending (S203), by the first UE, the D2D signal to a second UE over the determined D2D transmission physical resources; wherein determining (S202), by the first UE, the plurality of D2D transmission physical resources according to the resource hopping pattern comprises: determining, by the first UE, an initial D2D transmission physical resource according to resource configuration information indicated by another UE; and determining, by the first UE, the other D2D transmission physical resources according to the resource hopping pattern and the initial D2D transmission physical resource. determining, by the first UE, an initial D2D transmission physical resource according to resource configuration information indicated by another UE; and determining, by the first UE, the other D2D transmission physical resources according to the resource hopping pattern and the initial D2D transmission physical resource.
An illumination apparatus for a vehicle, the illumination apparatus comprising: a projector configured to project an image of visible light; and a processing apparatus configured to predict a travel area of the vehicle after a predetermined time or a predetermined distance of travel, and project an image in the predicted travel area with the projector for illumination of the travel area, the image being indicative of a travel state of the vehicle or a control state of the vehicle, wherein, during a state in which an intervention control to be performed regardless of a driver operation is executable, the processing apparatus projects the image indicative of the control state of the intervention control with the projector , wherein the intervention control includes an autonomous vehicle speed control, characterized in that the processing apparatus projects, in an acceleration control state, the image such that only a front end portion of the image is flashed, and projects, in an deceleration control state, the image such that only a rear end portion of the image is flashed, if front and rear directions of the image are defined with respect to the image on a road surface viewed from the vehicle side. a projector configured to project an image of visible light; and a processing apparatus configured to predict a travel area of the vehicle after a predetermined time or a predetermined distance of travel, and project an image in the predicted travel area with the projector for illumination of the travel area, the image being indicative of a travel state of the vehicle or a control state of the vehicle, wherein, during a state in which an intervention control to be performed regardless of a driver operation is executable, the processing apparatus projects the image indicative of the control state of the intervention control with the projector , wherein the intervention control includes an autonomous vehicle speed control, characterized in that the processing apparatus projects, in an acceleration control state, the image such that only a front end portion of the image is flashed, and projects, in an deceleration control state, the image such that only a rear end portion of the image is flashed, if front and rear directions of the image are defined with respect to the image on a road surface viewed from the vehicle side.
Pharmaceutical or nutraceutical composition or food supplement comprising a mixture of resveratrol supported on magnesium hydroxide and of non-supported pure resveratrol synthetized or natural for use in the treatment of female infertility in the human species.
An apparatus comprising: a first antenna system to provide a first sector of a network; a second antenna system to provide a second sector of the network; a third antenna system to communicate with a base station of the network to provide a common wireless backhaul connection between said base station and said apparatus; characterized in that the apparatus further comprises an interface providing an additional backhaul connection between said base station and said apparatus via an internet connection of a building in which the apparatus is deployed; and backhaul management circuitry operable, in at least one mode of operation, to control utilisation of both the additional backhaul connection and the common wireless backhaul connection to provide, in combination, backhaul connectivity between said base station and items of user equipment connected to the apparatus via the first and second antenna systems. a first antenna system to provide a first sector of a network; a second antenna system to provide a second sector of the network; a third antenna system to communicate with a base station of the network to provide a common wireless backhaul connection between said base station and said apparatus; characterized in that the apparatus further comprises an interface providing an additional backhaul connection between said base station and said apparatus via an internet connection of a building in which the apparatus is deployed; and backhaul management circuitry operable, in at least one mode of operation, to control utilisation of both the additional backhaul connection and the common wireless backhaul connection to provide, in combination, backhaul connectivity between said base station and items of user equipment connected to the apparatus via the first and second antenna systems.
Locking system for mounting at a door for locking a room that is provided with at least one door, said locking system comprising a lock holder with a lock, said lock being accessible from the outside of the door, when the lock holder is mounted on the inner side of the door, and a locking boom that is adapted to be mounted at the inner side of the door or an adjacent frame and is provided to be coupled to the lock holder, whereby one end of the locking boom in the locked position of the door is made to abut the inner side of the door, and the opposite end thereof is made to abut a structure adjacent the door, such as a frame or another door, characterized in that the locking system further comprises at least two toothed wheels that are mounted on the lock holder and are provided to be able to rotate around mutually parallel axes and also have space between two sets of teeth on said at least two toothed wheels for locking said locking boom , and that the lock is further provided to be mounted from the inside and is connected to an arresting device that can engage in the movement area of the toothed wheels for rotation of the teeth on the toothed wheels , and wherein a movable part on the lock is provided to be able to rotate together with said arresting device, so that the toothed wheels can rotate in the open position of the arresting device and cannot rotate in the closed position of the arresting device so that a pull on said door or frame can be transferred to the locking boom in the locked position.
Knife holder for a blender , the knife holder being configured to be connected to a jug and to hold at least one rotatable knife , and comprising - a clutch for coupling the at least one rotatable knife with a base of the blender; - a barrier element for obstructing, in a obstructing position, the clutch ; characterized by - a snap mechanism configured to fix, in an active state, the barrier element in the obstructing position thereof, and to release the barrier element when deactivated, wherein the snap mechanism is configured to be deactivated by contact with the jug when being connected therewith. - a clutch for coupling the at least one rotatable knife with a base of the blender; - a barrier element for obstructing, in a obstructing position, the clutch ; characterized by - a snap mechanism configured to fix, in an active state, the barrier element in the obstructing position thereof, and to release the barrier element when deactivated,
A method of determining properties of magnetic particles using wide-field diamond magnetic imaging, comprising the steps of: (a) generating a set of magnetic images of a plurality of magnetic particles positioned on a sensing surface of a diamond sensor under different magnetic conditions created by varying the magnitude and/or direction of an externally-applied magnetic field applied to the magnetic particles; and (b) analyzing the set of magnetic images to measure single-particle magnetization along single-axis magnetization curves to determine magnetic susceptibility, saturation magnetization, remanent magnetization, and/or magnetic coercivity of individual magnetic particles in the plurality of magnetic particles. (a) generating a set of magnetic images of a plurality of magnetic particles positioned on a sensing surface of a diamond sensor under different magnetic conditions created by varying the magnitude and/or direction of an externally-applied magnetic field applied to the magnetic particles; and (b) analyzing the set of magnetic images to measure single-particle magnetization along single-axis magnetization curves to determine magnetic susceptibility, saturation magnetization, remanent magnetization, and/or magnetic coercivity of individual magnetic particles in the plurality of magnetic particles.