mhurhangee/ep-ind-claims huggingface dataset:
Bicycle wheel rim at least partially made of a stratified composite material comprising structural fibers incorporated in a polymeric matrix, - wherein at least one opening (34, 234, 334) passes through at least one first layer of composite material, - wherein at least one spoke attachment hole passes through at least one second layer of composite material, and - wherein at least one of said openings (34, 234, 334) is larger than at least one of said holes and said at least one second layer closes said at least one opening (34, 234, 334), apart from said at least one hole. - wherein at least one opening (34, 234, 334) passes through at least one first layer of composite material, - wherein at least one spoke attachment hole passes through at least one second layer of composite material, and - wherein at least one of said openings (34, 234, 334) is larger than at least one of said holes and said at least one second layer closes said at least one opening (34, 234, 334), apart from said at least one hole.
A component, for example of a vehicle, at least portions of which are formed in a fibre composite material, and which is provided in the vehicle especially in the region of the chassis, which component has a portion which is configured for overload in respect of tensile load, characterised in that this portion is formed by a flat strip which is folded into a plurality of superimposed layers or by an open or closed profile which overlaps itself in a plurality of cohesive layers, of fibre semi-finished product or fibre composite material, which are interconnected by the plastics matrix of the fibre composite material.
A compressor comprising a housing enclosing the movable parts, a body on which the parts are gathered, a vibration eliminator placed on the body with one of its ends, whose other end is fastened on a terminal provided on the housing and opening to the outer environment, and a muffler body provided on the vibration eliminator, segmenting the vibration eliminator into two parts and placed on the vibration eliminator by means of a front cover and a rear cover, characterized by comprising a coupling member exerting pressure on the front cover and the rear cover, enabling the front cover and the rear cover to be rigidly fastened on the muffler body almost completely immovably with respect to each other, a first frame and a second frame placed vis-à-vis, enclosing the periphery of the front cover and the rear cover respectively, and by the at least one coupling member extending in between the first frame and the second frame.
A composition comprising an extract of Mangifera for use in treating obesity, wherein the extract is an extract of Mangifera indica bark, leaf and fruit skin.
A prosthetic valve comprising: a plurality of leaflets, each leaflet having a leaflet attachment region and a leaflet free edge, wherein the leaflet attachment region defines a plurality of leaflet apertures spaced apart from each other; and a leaflet frame defining an annular shape having one or more leaflet frame edges, the leaflet frame having a plurality of leaflet frame projections extending from at least one of the leaflet frame edges including a leaflet retention surface, each of the leaflet frame projections extending through a corresponding one of the plurality of leaflet apertures in the leaflet attachment region, the leaflet frame projections include a projection head portion and a projection base portion opposite the projection head portion; and one or more restraining elements (270, 290, 605, 705) configured to impede decoupling of the leaflets from the leaflet frame. a plurality of leaflets, each leaflet having a leaflet attachment region and a leaflet free edge, wherein the leaflet attachment region defines a plurality of leaflet apertures spaced apart from each other; and a leaflet frame defining an annular shape having one or more leaflet frame edges, the leaflet frame having a plurality of leaflet frame projections extending from at least one of the leaflet frame edges including a leaflet retention surface, each of the leaflet frame projections extending through a corresponding one of the plurality of leaflet apertures in the leaflet attachment region, the leaflet frame projections include a projection head portion and a projection base portion opposite the projection head portion; and one or more restraining elements (270, 290, 605, 705) configured to impede decoupling of the leaflets from the leaflet frame.
A handoff mechanism for use with a media stacker of a media production apparatus, the handoff mechanism comprising: a plurality of kicker units, arranged across a width of the handoff mechanism and, in use of the mechanism, are arranged to push together a trailing edge of a media sheet that is being expelled onto a stacker tray; a common drive mechanism to move the plurality of kicker units between a closed position and an open position; whereby each kicker unit, when in the closed position during use, applies a pressure to any media sheets that are already stacked in the stacker tray while a new media sheet is being fed to the stacker tray, characterized in that the pressure provided by each kicker unit is independent of the pressure provided by the other kicker units; wherein each kicker unit is a finger comprising: a drive component coupled to the common drive mechanism, to move the kicker unit between the closed position and the open position; a contact component which, in use, applies pressure to any media sheets already stacked in a stacker tray, wherein the contact component is moveable relative to the drive component; and a first biasing element coupled between the drive component and the contact component, to control movement of the contact component relative to the drive component. a plurality of kicker units, arranged across a width of the handoff mechanism and, in use of the mechanism, are arranged to push together a trailing edge of a media sheet that is being expelled onto a stacker tray; a common drive mechanism to move the plurality of kicker units between a closed position and an open position; whereby each kicker unit, when in the closed position during use, applies a pressure to any media sheets that are already stacked in the stacker tray while a new media sheet is being fed to the stacker tray, characterized in that the pressure provided by each kicker unit is independent of the pressure provided by the other kicker units; wherein each kicker unit is a finger comprising: a drive component coupled to the common drive mechanism, to move the kicker unit between the closed position and the open position; a contact component which, in use, applies pressure to any media sheets already stacked in a stacker tray, wherein the contact component is moveable relative to the drive component; and a first biasing element coupled between the drive component and the contact component, to control movement of the contact component relative to the drive component. a drive component coupled to the common drive mechanism, to move the kicker unit between the closed position and the open position; a contact component which, in use, applies pressure to any media sheets already stacked in a stacker tray, wherein the contact component is moveable relative to the drive component; and a first biasing element coupled between the drive component and the contact component, to control movement of the contact component relative to the drive component.
A thermoplastic composition comprising: a blend of at least one kind of algae and a plant polymer, said algae being in an amount from 5 wt.% to 30 wt.% and said plant polymer is a renewable polymeric material, which is either a protein or starch, in an amount from 10 wt.% to 50 wt.%; and at least one plasticizer, with a pH of from 1 to 6, in an amount from 10 wt.% to 40 wt.%; wherein said algae are microalgae with a size of up to 115 μ m selected from the group consisting of Nannochloropsis, Spirulina and Chlorella; and wherein said composition additionally comprises at least one synthetic polymer or one microbial polymer. a blend of at least one kind of algae and a plant polymer, said algae being in an amount from 5 wt.% to 30 wt.% and said plant polymer is a renewable polymeric material, which is either a protein or starch, in an amount from 10 wt.% to 50 wt.%; and at least one plasticizer, with a pH of from 1 to 6, in an amount from 10 wt.% to 40 wt.%;
Arrangement (100, 500) for manipulating a door lock remote control device (200, 510) comprising at least one actuating device which, in use, operates at least one respective pushbutton (210, 212, 511, 512) in the door lock remote control device (200, 510) the at least one actuating device being remotely operable by wireless communication means (120, 130), characterized in that the at least one actuating device includes at least one cam (240, 542, 544) operable to interact with the at least one pushbutton (210, 212, 511, 512) by a rotary relative movement between the door lock remote control device (200, 510) and the at least one cam (240, 542, 544); and the arrangement (100, 500) further comprising a lid (270, 570) to be opened and closed by the rotary relative movement. the at least one actuating device includes at least one cam (240, 542, 544) operable to interact with the at least one pushbutton (210, 212, 511, 512) by a rotary relative movement between the door lock remote control device (200, 510) and the at least one cam (240, 542, 544); and the arrangement (100, 500) further comprising a lid (270, 570) to be opened and closed by the rotary relative movement.
A vision system for a vehicle comprising - only one light source arranged on an emitting side adapted to generate at least one light beam; - only one scanning device arranged on the emitting side and controllable to direct the light beam (3, 29) into different directions into the vehicle environment; characterized in that said vision system further comprising - a plurality of receiving units each arranged on a receiving side with a light deflection device comprising an array of light deflection elements, wherein each light deflection element is adapted to redirect light which is incident on said light deflection element from a scanned surface in an environment of the vehicle, and to change the direction of the redirected light between at least a first deflection direction and a second deflection direction, and a light sensing device to sense light redirected from the light deflection device in said first deflection direction; - a data processing device; - wherein each receiving unit comprises a corresponding light deflection device and a corresponding light sensing device; - wherein the one scanning device can redirect the light beam so that a plurality of receiving units can detect the respective light beam portions which are reflected by the scanned surface. - only one light source arranged on an emitting side adapted to generate at least one light beam; - only one scanning device arranged on the emitting side and controllable to direct the light beam (3, 29) into different directions into the vehicle environment; characterized in that - a plurality of receiving units each arranged on a receiving side with a light deflection device comprising an array of light deflection elements, wherein each light deflection element is adapted to redirect light which is incident on said light deflection element from a scanned surface in an environment of the vehicle, and to change the direction of the redirected light between at least a first deflection direction and a second deflection direction, and a light sensing device to sense light redirected from the light deflection device in said first deflection direction; - a data processing device; - wherein each receiving unit comprises a corresponding light deflection device and a corresponding light sensing device; - wherein the one scanning device can redirect the light beam so that a plurality of receiving units can detect the respective light beam portions which are reflected by the scanned surface.
A method for mitigating local cell identifier collision by a base station, comprising: receiving (310, 320), at a first base station from a user device, a user device identifier associated with a second base station, local cell identifier associated with the second base station and a preamble signature assigned to the user device by the second base station; determining, at the first base station, a local cell identifier collision between the first base station and the second base station based on the user device identifier, the local cell identifier and the preamble signature assigned to the user device; and modifying or causing to be modified, by the first base station, one or more communication parameters of the first base station or the second base station in response to the determined local cell identifier collision, wherein the determining the local cell identifier collision is based on the first base station having assigned the preamble signature to a user device under control of the first base station and an access request with the preamble signature being received when the user device does not have any uplink data to send. receiving (310, 320), at a first base station from a user device, a user device identifier associated with a second base station, local cell identifier associated with the second base station and a preamble signature assigned to the user device by the second base station; determining, at the first base station, a local cell identifier collision between the first base station and the second base station based on the user device identifier, the local cell identifier and the preamble signature assigned to the user device; and modifying or causing to be modified, by the first base station, one or more communication parameters of the first base station or the second base station in response to the determined local cell identifier collision, wherein the determining the local cell identifier collision is based on the first base station having assigned the preamble signature to a user device under control of the first base station and an access request with the preamble signature being received when the user device does not have any uplink data to send.
A method, comprising: receiving a first plurality of lists of access points; determining a first access point which is comprised in a highest number of lists in the first plurality of lists; determining a second access point which is comprised in a highest number of lists in a second plurality of lists, wherein the second plurality of lists is comprised of lists of access points from the first plurality of lists which do not comprise the first access point; and determining (403, 406) to set a significance flag for the first access point and the second access point; determining to use at least one of the first access point and the second access point in generating a partial radio map. receiving a first plurality of lists of access points; determining a first access point which is comprised in a highest number of lists in the first plurality of lists; determining a second access point which is comprised in a highest number of lists in a second plurality of lists, wherein the second plurality of lists is comprised of lists of access points from the first plurality of lists which do not comprise the first access point; and determining (403, 406) to set a significance flag for the first access point and the second access point; determining to use at least one of the first access point and the second access point in generating a partial radio map.
A plastering strip arrangement for sealing placement in a joint between two opposite end faces (4, 10) of first and second building components (2, 8) arranged beside one another, in particular aligned with one another, in particular masonry areas or insulating boards, comprising a first plastering strip with an abutment leg for abutment on the end face of the first building component; and a second plastering strip with an abutment leg for abutment on the end face of the second building component which is opposite to the end face of the first building component; wherein an expansion strip is attached to one of the two abutment legs, in particular glued to the same; characterized in that a holding means is provided which fixes the two abutment legs (22, 46) to one another, in particular is attached to the rear portions (28, 46) of the abutment legs; the expansion strip is held in a compressed state by a trapping means, and that the expansion strip is designed such that, upon release of the trapping means, it expands and sealingly abuts on the opposite abutment leg. a first plastering strip with an abutment leg for abutment on the end face of the first building component; and a second plastering strip with an abutment leg for abutment on the end face of the second building component which is opposite to the end face of the first building component; wherein an expansion strip is attached to one of the two abutment legs, in particular glued to the same; characterized in that a holding means is provided which fixes the two abutment legs (22, 46) to one another, in particular is attached to the rear portions (28, 46) of the abutment legs; the expansion strip is held in a compressed state by a trapping means, and that the expansion strip is designed such that, upon release of the trapping means, it expands and sealingly abuts on the opposite abutment leg.
Process for the production of a food seasoning, comprising mixing (1, 5) together, also in separate steps and at different times, at least the following components: - at least one of wine vinegar and balsamic vinegar; - rectified concentrated grape must; - fruit juice and pulp; and - at least a thickener and stabilizer substance; wherein said mixing (1, 5) comprises a first mixing step of said at least one of said wine vinegar and balsamic vinegar and said rectified concentrated grape must, to obtain a base product (M1, M2, M3); wherein said process comprises a step of adding said thickener and stabilizer substance to said base product (M1, M2, M3); wherein said process comprises a step of mixing and heating of said base product (M1, M2, M3) added with said thickener and stabilizer substance, said mixing and heating taking place at a temperature between 45°C and 80°C; wherein said process comprises a step of cooling of said heated base product (M1, M2, M3) added with said thickener and stabilizer substance; and wherein said fruit juice and pulp is obtained by fruit squeezing; characterized in that said mixing (1, 5) comprises a second mixing step of said cooled base product (M1, M2, M3) added with said thickener and stabilizer substance with said fruit juice and pulp, and in that, before said second mixing step, said process comprises the following steps: - concentrating said squeezed fruit juice and pulp, wherein said concentrating takes place under vacuum by heating said squeezed fruit juice and pulp at a temperature between 40°C and 50°C; - storing said concentrated fruit juice and pulp; - re-hydrating said stored fruit juice and pulp; said second mixing step taking place with said rehydrated fruit juice and pulp. - at least one of wine vinegar and balsamic vinegar; - rectified concentrated grape must; - fruit juice and pulp; and - at least a thickener and stabilizer substance; - concentrating said squeezed fruit juice and pulp, wherein said concentrating takes place under vacuum by heating said squeezed fruit juice and pulp at a temperature between 40°C and 50°C; - storing said concentrated fruit juice and pulp; - re-hydrating said stored fruit juice and pulp;
Individual suspension for a rear axle of a vehicle, comprising a lower wishbone bracket and an upper wishbone bracket, where the lower wishbone bracket and the upper wishbone bracket are hingedly suspended to a support assembly and to a king post, characterized in that the suspension further comprises an air bellows and a lifting bellows, wherein the air bellows is mounted to the king post and arranged outside of a plane defined by a web of a main frame beam, and in that the lifting bellows acts on an extension of the lower wishbone bracket and is arranged on the inside of the plane defined by the web of the main frame beam, said individual suspension further comprising a frame bracket mounted to the main frame beam, wherein the air bellows is connected to a vertical frame bracket flange of the frame bracket and the lifting bellows is connected to a horizontal frame bracket flange of the frame bracket, said horizontal frame bracket flange being arranged in a contact free configuration with the main frame beam.
A method of measuring and reporting a device-to-device, D2D, resource by a user equipment supporting D2D communication, the method comprising: measuring a resource usage rate of a first link used by the user equipment for D2D communication; transmitting, to a base station, a measurement report containing the measured resource usage rate, when the measured resource usage rate exceeds a first threshold or is less than a second threshold; and receiving, from the base station, resource reallocation information for off-loading the D2D communication, wherein the resource reallocation information contains a probability value indicating a probability that the first link will be used for the D2D communication, and a probability value indicating a probability that a second link will be used for the D2D communication, the second link being configured in a resource different from a resource of the first link, and wherein the user equipment offloads the D2D communication to the second link, when the second link is selected as a result of performing a link selection based on the probability values. measuring a resource usage rate of a first link used by the user equipment for D2D communication; transmitting, to a base station, a measurement report containing the measured resource usage rate, when the measured resource usage rate exceeds a first threshold or is less than a second threshold; and receiving, from the base station, resource reallocation information for off-loading the D2D communication, wherein the resource reallocation information contains a probability value indicating a probability that the first link will be used for the D2D communication, and a probability value indicating a probability that a second link will be used for the D2D communication, the second link being configured in a resource different from a resource of the first link, and wherein the user equipment offloads the D2D communication to the second link, when the second link is selected as a result of performing a link selection based on the probability values.
An improved aerodynamic cover for a vehicle wheel, in particular for a motor vehicle wheel, said wheel having a cylindrical rim, a hub and a structure of the type with spokes, connecting the hub to the rim and defining radial cut-outs, and said improved aerodynamic cover having a central part, a peripheral edge and a disc of the type with radial bars connecting the central part to the peripheral edge and defining radial cut-outs, said improved aerodynamic cover being characterized in that it includes, in each of its radial cut-outs, two aerodynamic blades (26, 27), which extend radially between the central part and the peripheral edge of the cover and which have a cross-section with an "aircraft wing" profile, namely a first aerodynamic blade oriented to draw in the air during the rotation of the wheel in a clockwise direction, and a second aerodynamic blade oriented in an opposite manner to said first aerodynamic blade, to drawn in the air during the rotation of the wheel in an anticlockwise direction.