mhurhangee/ep-ind-claims huggingface dataset:
A lighted visor, comprising: a shield having a radius of curvature, and an external surface and an internal surface opposite the external surface, wherein the internal surface is configured to face a wearer; at least one light source comprising a flex circuit coupling a plurality of light emitting diodes (LEDs), the at least one light source disposed on the internal surface of the shield, wherein the at least one light source conforms to the shape of the inner surface of the shield; an opaque spacer disposed along a periphery of the shield, conforming to the inner surface, wherein the spacer is disposed adjacent to the at least one light source, which is positioned between the spacer and periphery of the shield, wherein the spacer is thicker than the at least one light source, wherein a periphery of the spacer defines a vision area through which the wearer views across the shield, and wherein the spacer blocks light from the at least one light source from being emitted into the vision area. a shield having a radius of curvature, and an external surface and an internal surface opposite the external surface, wherein the internal surface is configured to face a wearer; at least one light source comprising a flex circuit coupling a plurality of light emitting diodes (LEDs), the at least one light source disposed on the internal surface of the shield, wherein the at least one light source conforms to the shape of the inner surface of the shield; an opaque spacer disposed along a periphery of the shield, conforming to the inner surface, wherein the spacer is disposed adjacent to the at least one light source, which is positioned between the spacer and periphery of the shield, wherein the spacer is thicker than the at least one light source, wherein a periphery of the spacer defines a vision area through which the wearer views across the shield, and wherein the spacer blocks light from the at least one light source from being emitted into the vision area.
A security device comprising a zero-order diffractive microstructure buried within a substrate and a further structure comprising a colour filter located between the surface of the device and the microstructure, wherein the colour filter modifies the spectra of the incident light as well as the reflected light at the zero-order microstructure, and in which the zero-order diffractive microstructure comprises a high refractive index material and the colour filter comprises a fluorophor coated onto or placed at a short distance from the high index material so as to interact with the evanescent field near the zero-order diffractive microstructure, wherein the materials above the microstructure have a transmission T>50% at least in a part of the visible spectral range.
Device for energy management in an electric vehicle, which electric vehicle can be at least partially driven by an electric machine which can be supplied with electrical energy by a battery, wherein the state of charge of the latter varies during charging and discharging, and comprising a driver type recognition device (15, 21, 23) for determining a driver type (I, II), wherein during a driving mode the driver type recognition device monitors the discharging process of the battery and determines the driver type (I, II) therefrom, wherein the driver type recognition device (15, 21, 23) has a detection unit which, in order to monitor the discharging process, detects the temporal curve of the state of charge of the battery or measurement parameters correlating therewith, for instance current or voltage, characterised in that the detection unit detects the temporal curve of the battery voltage, wherein brief voltage drops (ΔU 1, ΔU 2, ΔU 3) occur in the temporal curve of the battery voltage as a result of high power demands (ΔM 1, ΔM 2, ΔM 3) from a driver, and in that the detection unit detects the magnitude, duration and/or number (n) of the voltage drops (ΔU 1, ΔU 2, ΔU 3) occurring during a driving mode interval (Δt B).
Caterpillar casting machine for producing a cast material of liquid metal, comprising two guide rails (12.1, 12.2) by which two mutually opposite endless horizontal circulation tracks are formed, a plurality of movable support elements with cooling blocks mounted thereon, wherein the support elements are guided to be movable along the circulation tracks in a transport direction in such a way that a respective continuous chain of cooling blocks per circulation track and thereby a first upper caterpillar track (14.1) and a second lower caterpillar track (14.2) are formed, wherein a moving casting mould for the casting material is formed between the cooling blocks which come intoopposition in straight sections of the upper and lower caterpillar tracks (14.1, 14.2), drive wheels by which at the upper caterpillar track (14.1) and the lower caterpillar track (14.2) the respectively associated support elements together with the cooling blocks mounted thereon are moved around the circulation tracks, wherein at least two separate drives with associated drive wheels (22.1 - 22.10), which can be brought into operative engagement with the support elements, are respectively provided for the upper caterpillar track (14.1) and the lower caterpillar track (14.2), and means by which the cooling blocks in each of the straight runs (15.1 - 15.4) of the caterpillar tracks (14.1, 14.2) are pressed against one another to form a block, characterised in that the drives for the drive wheels can be freely synchronised relative to one another and not only at the upper caterpillar track (14.1), but also at the lower caterpillar track (14.2) as seen in the transport direction of the support elements respective drive wheels (22.1, 22.10) are provided at the two sides thereof, wherein a separate drive motor is associated with each drive wheel (22.1 - 22.10), wherein a respective drive wheel is attached to a stub shaft and is connected in this way with the drive motor, and wherein the drive motors for the drive wheels (22.1 - 22.10) are respectively arranged outside the caterpillar tracks (14.1, 14.2) in such a way that the stub shafts on which the drive wheels are mounted do not extend through the caterpillar tracks (14.1, 14.2), i.e. along the width thereof.
A process for producing acrylic acid, comprising the steps of: dehydrating a crude alkylenating agent stream comprising alkylenating agent, preferably at least 30 wt.% alkylenating agent, and water, preferably at least 20 wt. % water, to form a dehydrated alkylenating agent stream comprising less than 35 wt.% water and a water stream; reacting acetic acid with at least a portion of the dehydrated alkylenating agent stream to form a crude acrylic acid stream comprising acrylic acid and alkylenating agent; and recovering the acrylic acid. dehydrating a crude alkylenating agent stream comprising alkylenating agent, preferably at least 30 wt.% alkylenating agent, and water, preferably at least 20 wt. % water, to form a dehydrated alkylenating agent stream comprising less than 35 wt.% water and a water stream; reacting acetic acid with at least a portion of the dehydrated alkylenating agent stream to form a crude acrylic acid stream comprising acrylic acid and alkylenating agent; and recovering the acrylic acid.
A writing instrument comprising: a cylindrical outer housing, a first end of the outer housing having an outer opening; and an electronic pen body stored in the outer housing, wherein the electronic pen body includes: a stylus, a first end of the stylus in an axial direction of the stylus serving as a pen tip, and a cylindrical inner housing storing the stylus, the first end of the stylus serving as the pen tip extending from an inner opening at a distal end of the inner housing, the inner opening of the inner housing defining one axial end of a hole extending axially forming a stylus guide that enables the stylus to move axially, and wherein, in operation, the pen tip of the stylus and a distal portion of the inner housing having the inner opening extend from the outer opening of the outer housing, characterised in that the writing instrument further comprises a mechanism configured to store the electronic pen body as a whole into a hollow part of the outer housing. a cylindrical outer housing, a first end of the outer housing having an outer opening; and an electronic pen body stored in the outer housing, wherein the electronic pen body includes: a stylus, a first end of the stylus in an axial direction of the stylus serving as a pen tip, and a cylindrical inner housing storing the stylus, the first end of the stylus serving as the pen tip extending from an inner opening at a distal end of the inner housing, the inner opening of the inner housing defining one axial end of a hole extending axially forming a stylus guide that enables the stylus to move axially, and wherein, in operation, the pen tip of the stylus and a distal portion of the inner housing having the inner opening extend from the outer opening of the outer housing, characterised in that a stylus, a first end of the stylus in an axial direction of the stylus serving as a pen tip, and a cylindrical inner housing storing the stylus, the first end of the stylus serving as the pen tip extending from an inner opening at a distal end of the inner housing, the inner opening of the inner housing defining one axial end of a hole extending axially forming a stylus guide that enables the stylus to move axially, and wherein, in operation, the pen tip of the stylus and a distal portion of the inner housing having the inner opening extend from the outer opening of the outer housing, characterised in that the writing instrument further comprises a mechanism configured to store the electronic pen body as a whole into a hollow part of the outer housing.
An interactive desktop system comprising: a work surface, an image capture device for capturing an image, said image capture device having a field of view including a selected area of said work surface; a display device for displaying a feedback image on the selected area of said work surface by projecting the feedback image from above the work surface, the feedback image indicating to a user the captured image; electronically controllable adjustment means for adjusting the field of view of said image capture device by performing pan and zoom functions; and processor means coupled to said image capture device and said display device, characterized in that said processor means being adapted to generate a difference image from a first image and a second image captured by said image capture device, wherein said first image being captured while the feedback image is being displayed on the selected area of said work surface, and the second image being captured while the feedback image is not being displayed on the selected area of said work surface; search for the feedback image in the difference image; and control the pan and zoom functions of said adjustment means to center the feedback image within the field of view of the image capture device such that the feedback image is just fully visible within the field of view of the image capture device, when the feedback image is found in the difference image. a work surface, an image capture device for capturing an image, said image capture device having a field of view including a selected area of said work surface; a display device for displaying a feedback image on the selected area of said work surface by projecting the feedback image from above the work surface, the feedback image indicating to a user the captured image; electronically controllable adjustment means for adjusting the field of view of said image capture device by performing pan and zoom functions; and processor means coupled to said image capture device and said display device, characterized in that said processor means being adapted to generate a difference image from a first image and a second image captured by said image capture device, wherein said first image being captured while the feedback image is being displayed on the selected area of said work surface, and the second image being captured while the feedback image is not being displayed on the selected area of said work surface; search for the feedback image in the difference image; and control the pan and zoom functions of said adjustment means to center the feedback image within the field of view of the image capture device such that the feedback image is just fully visible within the field of view of the image capture device, when the feedback image is found in the difference image.
An industrial process transmitter comprising: a sensing system for sensing a process variable over a range comprising: a first sensor apparatus and a second sensor apparatus; and transmitter electronics connected to the sensing system and configured to produce an analog communication signal representative of the process variable over a scale; wherein the range is disproportionately distributed over the scale by the transmitter electronics to communicate the process variable over an analog control loop, wherein the range includes an inflection point between a first linear distribution and a second linear distribution, wherein an output based upon the process variable as sensed by the first sensor apparatus is distributed over the first linear distribution and an output based upon the process variable as sensed by the second sensor apparatus is distributed over the second linear distribution, and wherein further the transmitter electronics includes a controller that multi-linearly distributes the range over the scale with different slopes. a first sensor apparatus and a second sensor apparatus; and transmitter electronics connected to the sensing system and configured to produce an analog communication signal representative of the process variable over a scale; wherein the range is disproportionately distributed over the scale by the transmitter electronics to communicate the process variable over an analog control loop, wherein the range includes an inflection point between a first linear distribution and a second linear distribution, wherein an output based upon the process variable as sensed by the first sensor apparatus is distributed over the first linear distribution and an output based upon the process variable as sensed by the second sensor apparatus is distributed over the second linear distribution, and wherein further the transmitter electronics includes a controller that multi-linearly distributes the range over the scale with different slopes.
A method for multimedia broadcast multicast service, MBMS, bearer handling in a group communications system, the method being performed by a control node, comprising: activating and announcing (S101, S303b, S304b) a first MBMS bearer for supporting floor control in a group call to client nodes (300a, 300b) of the group call; and activating and announcing (S103, S303a, S304a) at least one second MBMS bearer for supporting media transmission in the group call, whereby the floor control and the media transmission are supported on separate MBMS bearers for the group call. activating and announcing (S101, S303b, S304b) a first MBMS bearer for supporting floor control in a group call to client nodes (300a, 300b) of the group call; and activating and announcing (S103, S303a, S304a) at least one second MBMS bearer for supporting media transmission in the group call, whereby the floor control and the media transmission are supported on separate MBMS bearers for the group call.
An anti-splay apparatus, comprising: a bridge(17;33;39;53) joining a plurality of opposing arms of a receiving member of a mechanical fastening assembly wherein the bridge is joined to the arms by a plurality of frangible connection points. a bridge(17;33;39;53) joining a plurality of opposing arms of a receiving member of a mechanical fastening assembly wherein the bridge is joined to the arms by a plurality of frangible connection points.
A sealing tape comprising: an adhesive layer, a gas barrier layer, a bonding layer, and support film layer laminated in stated order; and an incision into the support film layer in a thickness direction, the incision being located centrally in a width direction and extending in a longitudinal direction. an adhesive layer, a gas barrier layer, a bonding layer, and support film layer laminated in stated order; and an incision into the support film layer in a thickness direction, the incision being located centrally in a width direction and extending in a longitudinal direction.
An appliance door having at least one door connection and advantageously having two door connections to connect the appliance door to a pull-out rail of a domestic appliance, in particular a refrigerator unit and/or a freezer unit, wherein the at least one door connection comprises a fastening element at the door side and a fastening element at the rail side; wherein the appliance door is adjustable in the vertical direction and in the width direction via an adjustment apparatus; the adjustment apparatus has an adjustment element that is fixed or fixable to the appliance door, in particular by a screw connection; an adjustment movement takes place between the adjustment element and the fastening element at the door side and/or the fastening element at the rail side; the adjustment apparatus permits a tilt adjustment of the appliance door via a threaded bore arranged at the adjustment element perpendicular to the vertical direction and width direction of the appliance door; and the tilt adjustment takes place by an adjustment movement between the fastening element at the door side and the fastening element at the rail side, characterized in that the adjustment apparatus has means that define a zero position of the adjustment apparatus, with the means being provided in the form of openings that are aligned in the zero position and are connectable by a screw or a pin in the zero position; and in that the means for the zero position comprise an opening at the appliance door, with an opening aligned with said opening being provided at the fastening element at the door side; and with a connection taking place by a pin or a screw that also passes through an opening at the adjustment element.
RAILROAD RAIL PROFILE, comprising foot, web and head; wherein the profile provides that the web is formed by at least three walls, with two external walls being parallel to each other in order to maintain a spacing (x) for the arrangement of at least one central wall forming a triple web; the lower ends of the external walls of the triple web have side branches, directed in opposite directions to each other, making up the foot, while the upper ends of said external walls are joined together per a single sector that makes up the head, the at least one central wall projecting from the lower face of the head and the free end of which being flush with the lower base of the side branches, wherein each wall (12a, 12b) has a width (W1, W2, W3) and at least the width of the central wall is different from each width (W1,W3) of each external wall.
A food composition or supplement product or medical device or pharmaceutical composition comprising a bacterial composition, said bacterial composition comprising at least one bacterial strain selected from the group consisting of the strain L. paracasei spp. paracasei LPC 09 DSM 24243, the strain L. gasseri LGS 01 DSM 18299 and the strain L. gasseri LGS 02 DSM 18300, for use in the preventive and/or curative treatment of hyperoxaluria, urolithiasis, kidney failure, cardiopathies, kidney stones, diverticulosis and diverticulitis.
A yeast beta-glucan comprising a plurality of β-(1, 3) side chains linked to a β-(1, 3) backbone via β-(1, 6) linkages and having a range of average molecular weights from about 6 kDa to about 30 kDa for use in a method for enhancing the immunogenicity of a poorly immunogenic antigen-specific vaccine in a subject in need thereof to treat an infection, the method comprising: (a) administering to the subject an effective amount of the poorly immunogenic antigen-specific vaccine, wherein the poorly immunogenic antigen-specific vaccine (i) comprises inactivated, partially purified or recombinant hemagglutinin protein that is optionally linked to a carrier; and (ii) is not a whole cell tumor vaccine; and (b) administering to the subject an effective amount of the yeast beta-glucan, and wherein the immunogenicity of the poorly immunogenic antigen-specific vaccine in the subject is increased compared to that observed in a control subject that is not treated with the yeast beta-glucan wherein the infection in influenza. (a) administering to the subject an effective amount of the poorly immunogenic antigen-specific vaccine, wherein the poorly immunogenic antigen-specific vaccine (i) comprises inactivated, partially purified or recombinant hemagglutinin protein that is optionally linked to a carrier; and (ii) is not a whole cell tumor vaccine; and (i) comprises inactivated, partially purified or recombinant hemagglutinin protein that is optionally linked to a carrier; and (ii) is not a whole cell tumor vaccine; and (b) administering to the subject an effective amount of the yeast beta-glucan, and wherein the immunogenicity of the poorly immunogenic antigen-specific vaccine in the subject is increased compared to that observed in a control subject that is not treated with the yeast beta-glucan wherein the infection in influenza.
The use, as an agent for trapping carbon oxides, in particular CO 2, of at least one compound of formula below: X-(OCR 2) n -OX' in which: - n is an integer between 2 and 20, preferably between 2 and 8, limits included, - X and X', which are identical or different, represent, independently of one another, a C m H 2m+1 radical with m between 1 and 20, preferably between 1 and 10, limits included, and - R represents hydrogen or X. - n is an integer between 2 and 20, preferably between 2 and 8, limits included, - X and X', which are identical or different, represent, independently of one another, a C m H 2m+1 radical with m between 1 and 20, preferably between 1 and 10, limits included, and - R represents hydrogen or X.
A rotor assembly for an axial flux rotating electrical machine, the rotor assembly comprising: a rotor disc (12, 14); a plurality of permanent magnets; and retention means for retaining the magnets on the rotor disc, the retention means comprising a back plate and a plurality of protrusions in the form of ribs, an inner lip and an outer lip which protrude from the back plate in an axial direction, the ribs, inner lip and outer lip defining a plurality of pockets into which the magnets are inserted and held with an interference fit, wherein the retention means with inserted magnets is fixed to the rotor disc with the magnets facing the rotor disc such that, in operation of the rotating electrical machine, the magnets are retained axially, tangentially and radially by the retention means. a rotor disc (12, 14); a plurality of permanent magnets; and retention means for retaining the magnets on the rotor disc, the retention means comprising a back plate and a plurality of protrusions in the form of ribs, an inner lip and an outer lip which protrude from the back plate in an axial direction, the ribs, inner lip and outer lip defining a plurality of pockets into which the magnets are inserted and held with an interference fit, wherein the retention means with inserted magnets is fixed to the rotor disc with the magnets facing the rotor disc such that, in operation of the rotating electrical machine, the magnets are retained axially, tangentially and radially by the retention means.