mhurhangee/patent-ind-claim-en huggingface dataset:
Device for the micro-embossing of paper comprising at least one micro-embossing unit configured to micro-emboss a wet paper ply , said micro-embossing unit comprising: - a steel micro-embossing cylinder and a rubber counter cylinder facing said micro-embossing cylinder at an embossing area where said wet paper ply is subjected to micro-embossing, and - heating means configured to dry said wet paper ply , said steel micro-embossing cylinder comprises a side surface partially wrapped by said wet paper ply over a wrapping angle (α) comprised between 120° and 300°, and in that said heating means are configured to heat at least one portion of said side surface partially wrapped by said wet paper ply to dry said wet paper ply , characterised in that said at least one micro-embossing unit comprises at least one motorised return roller , configured to ensure that the contact of said at least one wet paper ply with said rubber counter cylinder occurs exclusively at said embossing area . - a steel micro-embossing cylinder and a rubber counter cylinder facing said micro-embossing cylinder at an embossing area where said wet paper ply is subjected to micro-embossing, and - heating means configured to dry said wet paper ply ,
A method for providing geographic content in an automotive environment, the method comprising: receiving , by a content server , via a communication network , a request for geographic content from a portable client device , wherein the request includes (i) an indication that a user has invoked a digital mapping service in a vehicle using the client device, (ii) a current location of the client device, and (iii) an identifier of the user; in response to the request, automatically retrieving , by the content server, profile data for the user, the profile data including indications of previous interactions of the user with the digital mapping service including destinations unreachable by car; generating, by the content server, geographic content based on the indications of previous interactions in view of relevance of the previous interactions to an automotive context and excluding destinations unreachable by car; and providing , by the content server, via the communication network, the geographic content to the client device for presentation in the vehicle. receiving , by a content server , via a communication network , a request for geographic content from a portable client device , wherein the request includes (i) an indication that a user has invoked a digital mapping service in a vehicle using the client device, (ii) a current location of the client device, and (iii) an identifier of the user; in response to the request, automatically retrieving , by the content server, profile data for the user, the profile data including indications of previous interactions of the user with the digital mapping service including destinations unreachable by car; generating, by the content server, geographic content based on the indications of previous interactions in view of relevance of the previous interactions to an automotive context and excluding destinations unreachable by car; and providing , by the content server, via the communication network, the geographic content to the client device for presentation in the vehicle.
A method for identifying agents that promote wound healing, comprising the following steps: (a) providing a keratinocyte culture containing the olfactory factor OR2AT4, (b) adding the agent to be tested to the culture; and (c) determining the change in intracellular calcium concentration. (a) providing a keratinocyte culture containing the olfactory factor OR2AT4, (b) adding the agent to be tested to the culture; and (c) determining the change in intracellular calcium concentration.
Refrigeration and/or freezer device with a cooled inner space, and a wall at least partially surrounding the inner space, wherein a vacuum insulation body is located between the inner space and the wall, the vacuum insulating body comprising: a vacuum-tight covering, which surrounds an evacuated region in which a core material is arranged, wherein the covering comprises an outer region and inner region at least partially surrounded by the outer region , wherein the inner region and the outer region are formed by a common film bag (F), und the inner region is formed by inverting the film bag (F), wherein the film bag (F) is a film contour bag that has one or more recesses.
An accessory (100; 100'), comprising: a façade plate presenting an opening; an accessory support that is mounted to tilt through said opening between a lowered position in which it extends below the façade plate, and a raised position in which a major portion thereof extends above the façade plate; a pivot system for pivoting the accessory support that includes a rotary drive shaft , at least one damper and at least one torsion spring under stress associated with the rotary drive shaft, and two parallel tabs (265; 265') that are arranged so as to transmit the rotary movement of the rotary drive shaft to said accessory support, wherein the pivoting system comprises a rigid single-piece transmission part (260; 260') which is in the form of a U with a longitudinal portion and two side portions , the longitudinal portion extending along the rotary drive shaft and said side portions extending on either side of the ends thereof so that the transmission part (260; 260') surrounds the rotary drive shaft , the rotary drive shaft being connected to said single-piece transmission part, to the root of the two side portions the free ends of which form said tabs (265; 265') and cooperate in slidable manner with said accessory support . a façade plate presenting an opening; an accessory support that is mounted to tilt through said opening between a lowered position in which it extends below the façade plate, and a raised position in which a major portion thereof extends above the façade plate; a pivot system for pivoting the accessory support that includes a rotary drive shaft , at least one damper and at least one torsion spring under stress associated with the rotary drive shaft, and two parallel tabs (265; 265') that are arranged so as to transmit the rotary movement of the rotary drive shaft to said accessory support,
A computer-implemented method for identifying potential spam email from network data without accessing message content, the method comprising: obtain labels from messages associated with an email service provider , wherein the labels indicate for each message IP address on a cloud service network how many spam and non-spam messages have been received from each message IP address; obtain network data features of the cloud service network from a cloud service provider, wherein the network data features include originating and destination IP addresses and ports of messages routed though the cloud service network; provide the labels and network data features to a machine learning application, wherein the machine learning application correlates the IP addresses between the labels and the network data features; generate a prediction model representing an algorithm for determining whether a particular given set of network data features are spam or not; apply the prediction model to network data features for an unlabeled message; and generate an output of the prediction model indicating a likelihood that the unlabeled message is spam. obtain labels from messages associated with an email service provider , wherein the labels indicate for each message IP address on a cloud service network how many spam and non-spam messages have been received from each message IP address; obtain network data features of the cloud service network from a cloud service provider, wherein the network data features include originating and destination IP addresses and ports of messages routed though the cloud service network; provide the labels and network data features to a machine learning application, wherein the machine learning application correlates the IP addresses between the labels and the network data features; generate a prediction model representing an algorithm for determining whether a particular given set of network data features are spam or not; apply the prediction model to network data features for an unlabeled message; and generate an output of the prediction model indicating a likelihood that the unlabeled message is spam.
Displaying device comprising an emissive display and at least one controller configured to control said emissive display, said display comprising a matrix array of light-emitting pixels deposited on a substrate, each pixel being formed, at least on one portion of said emissive display, of a plurality of elementary emitting zones Z, said elementary emitting zones Z comprising at least one elementary emitting zone Z A of a first group A and at least one elementary emitting zone Z B of a second group B, and the ratio S of the sum S B of the areas of the elementary emitting zones Z B of the second group B and of the sum S A of the areas of the elementary emitting zones Z A of the first group A, which is defined by S=S B /S A , is less than 0.35, preferably less than 0.20, more preferably less than 0.10, and even more preferably less than 0.05, and said device being characterized in that it is configured so that the maximum brightness L A emitted by the activated elementary emitting zones of the first group A is at least 10 times, preferably at least 100 times, and even more preferably at least 1000 times greater than the maximum brightness emitted by the activated emitting zones of the second group B. said display comprising a matrix array of light-emitting pixels deposited on a substrate, each pixel being formed, at least on one portion of said emissive display, of a plurality of elementary emitting zones Z, said elementary emitting zones Z comprising at least one elementary emitting zone Z A of a first group A and at least one elementary emitting zone Z B of a second group B, and the ratio S of the sum S B of the areas of the elementary emitting zones Z B of the second group B and of the sum S A of the areas of the elementary emitting zones Z A of the first group A, which is defined by S=S B /S A , is less than 0.35, preferably less than 0.20, more preferably less than 0.10, and even more preferably less than 0.05, and said device being characterized in that it is configured so that the maximum brightness L A emitted by the activated elementary emitting zones of the first group A is at least 10 times, preferably at least 100 times, and even more preferably at least 1000 times greater than the maximum brightness emitted by the activated emitting zones of the second group B.
A radial head trial device for replacement of a proximal radial head, the device comprising: a stem component including a shaft portion and a spherical boss portion ; and a head component axially and removably attachable to the stem component, the head component having a spherical recess and an annular shoulder adjacent the spherical recess; wherein the spherical boss portion is structured to be received in the spherical recess to attach the head component to the stem component; and wherein the annular shoulder is capable of deflecting to allow the spherical recess to be pressed onto the spherical boss portion to attach the head component to the stem component, characterised in that the annular shoulder includes at least one slot , the slot providing stress relief as the head component is attached to the stem component. a stem component including a shaft portion and a spherical boss portion ; and a head component axially and removably attachable to the stem component, the head component having a spherical recess and an annular shoulder adjacent the spherical recess; wherein the spherical boss portion is structured to be received in the spherical recess to attach the head component to the stem component; and wherein the annular shoulder is capable of deflecting to allow the spherical recess to be pressed onto the spherical boss portion to attach the head component to the stem component, characterised in that the annular shoulder includes at least one slot , the slot providing stress relief as the head component is attached to the stem component.
A support parietal prosthesis , in particular for pelvic prolapses, having a sheet body , defined by a mesh and comprising a central portion and at least a wing extending from the central portion substantially along an axis (A) and provided with a pocket which, in an insertion operating position of the prosthesis , houses an operative stretch of the wing , accordion-folded in a retracted configuration and extractable from the pocket to assume, in a use operating position of the prosthesis , an extended configuration longitudinally elongated along the axis (A), wherein the pocket is a tubular pocket closed around the axis (A) and open along the axis (A), and the wing is provided with a grip portion positioned at a free end of the wing a; the prosthesis being characterised in that the pocket has open opposite axial ends, and in that the grip portion of the wing is protruding from the pocket .
A hybrid bonded-fastened, HBF, joint comprising: a first component having a first joint surface , wherein the first component is a composite component, a metallic component or a ceramic component; a second component having a second joint surface , wherein the second component is a composite component, a metallic component or a ceramic component; and a set of projections , including a first projection , mutually interlocking the first component and the second component via the first joint surface and the second joint surface , characterised by : an adhesive mutually adhesively bonding the first component and the second component via the first joint surface and the second joint surface , wherein the adhesive comprises and/or is a disbondable adhesive. a first component having a first joint surface , wherein the first component is a composite component, a metallic component or a ceramic component; a second component having a second joint surface , wherein the second component is a composite component, a metallic component or a ceramic component; and a set of projections , including a first projection , mutually interlocking the first component and the second component via the first joint surface and the second joint surface , characterised by : an adhesive mutually adhesively bonding the first component and the second component via the first joint surface and the second joint surface , wherein the adhesive comprises and/or is a disbondable adhesive.
An electrical control system for controlling an appliance, the electrical control system including: a central control unit ; one or more momentary switch units connected in series forming a loop, the loop including a first end and a second end , wherein the first end and the second end of the loop are in communication with the central control unit ; one or more appliance controllers in communication with the central control unit ; and a constant current source connected to the first end of the loop and the second end of the loop connected to ground, wherein the central control unit is configured to measure one or more electrical parameters at the first end of the loop, and the central control unit is configured to associate each measured electrical parameter with a control code, and to send the control code to the one or more appliance controllers . a central control unit ; one or more momentary switch units connected in series forming a loop, the loop including a first end and a second end , wherein the first end and the second end of the loop are in communication with the central control unit ; one or more appliance controllers in communication with the central control unit ; and a constant current source connected to the first end of the loop and the second end of the loop connected to ground, wherein the central control unit is configured to measure one or more electrical parameters at the first end of the loop, and the central control unit is configured to associate each measured electrical parameter with a control code, and to send the control code to the one or more appliance controllers .
A dispenser for spraying a fluid pharmaceutical or other medical treatment onto a body part of a human or animal, wherein said dispenser comprises apertures in a hoop, C- or U- structure from which apertures the fluid may be sprayed onto a body part placed in the dispenser and wherein the apertures are connected to a source of the pharmaceutical or other medical treatment to be dispensed under pressure through a manifold , and having one or a plurality of tubes within grooves in the structure connecting the manifold to the apertures and in which the flow rate of the fluid from one aperture is substantially the same as that from another aperture located further away from the source of fluid under pressure.
A direction change indicating device (D) for a vehicle, said device (D) comprising a first assembly (E1) of at least two first light sources (S1) suitable for generating first photons, and a flat type light guide (G), suitable for transferring first photons feeding a rear face (FR) to a front face (FV) with a view to their transfer to the outside in order to provide a photometric function, said device further comprising i) a second assembly (E2) of at least two second light sources (S2) suitable for generating second photons substantially at the same time as associated first light sources (S1), and ii) an opaline screen (EO) located in the immediate vicinity of said light guide (G) and capable of diffusing said second photons towards the outside in order to provide a substantially homogeneous illumination participating in said photometric function, characterized in that it comprises control means (MC) arranged to authorize a power supply to said first (E1) and second (E2) assemblies, capable of operating substantially simultaneously said first (S1) and said second (S2) light sources which are respectively associated therewith; the first (S1) and second (S2) light sources thus associated being switched on one after the other, under the control of the control means (MC) to indicate a change of direction of said vehicle in a so-called scrolling mode.
System for three-dimensional object surface acquisition, comprising means for projecting a thin light beam, at least one digital camera for acquiring images of the profile produced by said beam on the object, means for moving the beam along the object, and means for processing the acquired images, in which system the projecting means comprise an LED the light of which is focused to form a fringe of thickness smaller than 50 μm, the system being characterized in that : the means for processing the images are configured to analyse the profiles at the subpixel level using an interpolation function and to correct the noise inherent to the beam and the noise inherent to the surface of the object.
Device for calibrating a measuring apparatus for measuring a measurement object extending along a region in meters in space, the measuring apparatus having a recording region which records the entire measurement object, and the device comprising: - a light projector which is adapted in order to project different calibration patterns (Mi) into the recording region of the measuring apparatus onto a real plane wall or real plane surface; and - a computer instrument; and - the measuring apparatus, which is adapted to record the different calibration patterns (Mi); characterized in that the device comprises a polarizer or a beam splitter , the polarizer or the beam splitter being adapted in order to generate at least two calibration patterns (M1, M2) laterally spatially displaced with respect to one another by a beam offset (SV) providing a measurement reference, the beam offset corresponding to a distance between two parallel beams which emerge from the device, the device being adapted in order to use the beam offset (SV) as a basic distance for calibration of the lateral dimensions of the measuring apparatus, and the computer instrument being adapted in order to mathematically calculate the real plane wall or real plane surface as an ideally plane wall or ideally plane surface, and to use this for the calibration. - a light projector which is adapted in order to project different calibration patterns (Mi) into the recording region of the measuring apparatus onto a real plane wall or real plane surface; and - a computer instrument; and - the measuring apparatus, which is adapted to record the different calibration patterns (Mi); characterized in that the device comprises a polarizer or a beam splitter , the polarizer or the beam splitter being adapted in order to generate at least two calibration patterns (M1, M2) laterally spatially displaced with respect to one another by a beam offset (SV) providing a measurement reference, the beam offset corresponding to a distance between two parallel beams which emerge from the device, the device being adapted in order to use the beam offset (SV) as a basic distance for calibration of the lateral dimensions of the measuring apparatus, and the computer instrument being adapted in order to mathematically calculate the real plane wall or real plane surface as an ideally plane wall or ideally plane surface, and to use this for the calibration.
A method for manufacturing at least a portion of a wind turbine blade , the method comprising the steps of: providing a first blade component ; providing a second blade component ; and bonding said first component to said second component via an adhesive bond line applied between a bonding surface (80a,b,c) of said first component and a bonding surface (82a,b,c) of said second component, wherein the method comprises the step of, prior to said bonding, arranging at least one adhesive spacer element between the respective bonding surfaces of said first and second components, said at least one adhesive spacer element integrated with the adhesive bond line after said bonding, wherein said at least one adhesive spacer element ensures a minimum height of the adhesive bond line is maintained between the respective bonding surfaces of said first and second components, wherein a portion of said first blade component is received within a portion of said second blade component characterized in that ,said at least one adhesive spacer comprises a spacer clip adapted to be fitted over said portion of said first blade component received within said second blade component,. providing a first blade component ; providing a second blade component ; and bonding said first component to said second component via an adhesive bond line applied between a bonding surface (80a,b,c) of said first component and a bonding surface (82a,b,c) of said second component, wherein the method comprises the step of, prior to said bonding, arranging at least one adhesive spacer element between the respective bonding surfaces of said first and second components, said at least one adhesive spacer element integrated with the adhesive bond line after said bonding, wherein said at least one adhesive spacer element ensures a minimum height of the adhesive bond line is maintained between the respective bonding surfaces of said first and second components, wherein a portion of said first blade component is received within a portion of said second blade component characterized in that ,said at least one adhesive spacer comprises a spacer clip adapted to be fitted over said portion of said first blade component received within said second blade component,.