mhurhangee/ep-ind-claims huggingface dataset:
A seal member of an automobile door (1, 2) for sealing a clearance between a door glass (3, 4, 5) of a sashless door (1,2) and an automobile body, the seal member comprising: a retainer configured to be fixed to the automobile body; and a weatherstrip held by the retainer, wherein the retainer includes a pair of engagement parts (11, 12) configured to be engaged with both sides of the weatherstrip, the weatherstrip has a hollow shape formed by a base configured to be inserted between the pair of engagement parts (11, 12) of the retainer and a seal part integrally provided with the base and configured to come into contact with a surface of the door glass (3, 4, 5) facing a cabin, a center portion of the base has a substantially V shape in cross section projecting toward the retainer, and is configured to come into elastic contact with the retainer to be subjected to a counterforce, and the counterforce causes both side rims of the weatherstrip to be pressed against the automobile body or side rims of the retainer with the base interposed therebetween characterized in that the base has a flexural rigidity higher than that of the seal part, and at least 2/3 in a length of a portion of the base extending from the center portion to each of the pair of engagement parts (11, 12) of the retainer except a tip of the center portion projecting toward the retainer is made of a high-rigidity material which is rubber or a rubber-like elastic material containing a resin, and the tip of the center portion is made of a low-rigidity material which is more flexible than the high-rigidity material. a retainer configured to be fixed to the automobile body; and a weatherstrip held by the retainer, wherein the retainer includes a pair of engagement parts (11, 12) configured to be engaged with both sides of the weatherstrip, the weatherstrip has a hollow shape formed by a base configured to be inserted between the pair of engagement parts (11, 12) of the retainer and a seal part integrally provided with the base and configured to come into contact with a surface of the door glass (3, 4, 5) facing a cabin, a center portion of the base has a substantially V shape in cross section projecting toward the retainer, and is configured to come into elastic contact with the retainer to be subjected to a counterforce, and the counterforce causes both side rims of the weatherstrip to be pressed against the automobile body or side rims of the retainer with the base interposed therebetween characterized in that the base has a flexural rigidity higher than that of the seal part, and at least 2/3 in a length of a portion of the base extending from the center portion to each of the pair of engagement parts (11, 12) of the retainer except a tip of the center portion projecting toward the retainer is made of a high-rigidity material which is rubber or a rubber-like elastic material containing a resin, and the tip of the center portion is made of a low-rigidity material which is more flexible than the high-rigidity material.
A process for treating an aqueous solution, wherein the aqueous solution comprises dissolved sugar solids in an amount of 10% to 50% by weight based on the weight of the aqueous solution; wherein the dissolved sugar solids contain monosaccharides in an amount of 1% to 99% by weight based on the weight of the dissolved sugar solids; wherein the aqueous solution has ionic conductivity of 100 to 10,000 μS/cm and color content of 100 to 10,000 international color units; wherein the process comprises bringing the aqueous solution into contact with a collection of resin particles, wherein the resin particles comprise one or more polymers; wherein the polymer comprises methylene bridge groups between aromatic rings; wherein the polymer comprises a total amount of amino groups bonded to the resin particles of 0.1 to 1.4 equivalents per liter of the collection of resin particles; wherein quaternary ammonium groups bonded to the polymer are either absent or else are present in an amount of 0.05 equivalents or less per liter of the collection of resin particles; wherein the resin particles have water retention capacity of 40% to 50% by weight of water based on the weight of the collection of resin particles; and wherein the resin particles have surface area of 100 m 2 /g or less, wherein the surface area of a collection of resin particles is found using the Brunauer- Emmett-Teller method using nitrogen gas. wherein the aqueous solution comprises dissolved sugar solids in an amount of 10% to 50% by weight based on the weight of the aqueous solution; wherein the dissolved sugar solids contain monosaccharides in an amount of 1% to 99% by weight based on the weight of the dissolved sugar solids; wherein the aqueous solution has ionic conductivity of 100 to 10,000 μS/cm and color content of 100 to 10,000 international color units; wherein the process comprises bringing the aqueous solution into contact with a collection of resin particles, wherein the resin particles comprise one or more polymers; wherein the polymer comprises methylene bridge groups between aromatic rings; wherein the polymer comprises a total amount of amino groups bonded to the resin particles of 0.1 to 1.4 equivalents per liter of the collection of resin particles; wherein quaternary ammonium groups bonded to the polymer are either absent or else are present in an amount of 0.05 equivalents or less per liter of the collection of resin particles; wherein the resin particles have water retention capacity of 40% to 50% by weight of water based on the weight of the collection of resin particles; and wherein the resin particles have surface area of 100 m 2 /g or less, wherein the surface area of a collection of resin particles is found using the Brunauer- Emmett-Teller method using nitrogen gas.
Cap for removing a needle shield attached to a medical container arranged inside a body of an autoinjector, the cap including: a housing extending along a longitudinal axis A, the housing having a distal end and an opposite proximal end configured to be removably attached to the body of the autoinjector, a retainer arranged inside the housing and axially movable with respect to said housing, the retainer including an inner cavity for receiving the needle shield, a clamping member configured to remove the needle shield from the medical container, an opened distal end configured to provide access to a distal end of the needle shield, and a proximal abutment surface configured to abut against the medical container, a plug arranged at the distal end of the housing, the plug including a sealing portion configured for closing the distal end of the housing and at least one anti-rattling member arranged at a proximal side of the sealing portion for abutting against the retainer and move the retainer in the proximal direction. a housing extending along a longitudinal axis A, the housing having a distal end and an opposite proximal end configured to be removably attached to the body of the autoinjector, a retainer arranged inside the housing and axially movable with respect to said housing, the retainer including an inner cavity for receiving the needle shield, a clamping member configured to remove the needle shield from the medical container, an opened distal end configured to provide access to a distal end of the needle shield, and a proximal abutment surface configured to abut against the medical container, a plug arranged at the distal end of the housing, the plug including a sealing portion configured for closing the distal end of the housing and at least one anti-rattling member arranged at a proximal side of the sealing portion for abutting against the retainer and move the retainer in the proximal direction.
A method for detecting watermark data in printed imagery comprising: receiving image data on a mobile device, captured from an object using a camera portion of the mobile device; imaging on the mobile device at least a part of a scene from the received image data; transforming at least a portion of the received image data to obtain Fourier domain data corresponding thereto; and presenting on the mobile device screen a display that includes: (a) a Fourier representation based on said Fourier domain data; and (b) at least part of the image, where a user is instructed to reposition the mobile device to cause said Fourier representation to be repositioned on the screen, thereby to optimize reading of the watermark. receiving image data on a mobile device, captured from an object using a camera portion of the mobile device; imaging on the mobile device at least a part of a scene from the received image data; transforming at least a portion of the received image data to obtain Fourier domain data corresponding thereto; and presenting on the mobile device screen a display that includes: (a) a Fourier representation based on said Fourier domain data; and (b) at least part of the image, where (a) a Fourier representation based on said Fourier domain data; and (b) at least part of the image, where a user is instructed to reposition the mobile device to cause said Fourier representation to be repositioned on the screen, thereby to optimize reading of the watermark.
A method comprising: receiving, by a serving cell radio, feedback information for a master user equipment of a user equipment group (110a-110d), wherein the feedback information includes position information associated with one or more neighboring cell radios (130b-130d, 140a-140b); communicating the feedback information, an identifier for the user equipment group and, optionally, a size of the user equipment group (110a-110d) to a Self-Organizing Network, SON, server; determining, by the SON server, management instructions associated with one or more operations to be performed by the serving cell radio; communicating the management instructions to the serving cell radio; and performing, by the serving cell radio, the one or more operations associated with the management instructions. receiving, by a serving cell radio, feedback information for a master user equipment of a user equipment group (110a-110d), wherein the feedback information includes position information associated with one or more neighboring cell radios (130b-130d, 140a-140b); communicating the feedback information, an identifier for the user equipment group and, optionally, a size of the user equipment group (110a-110d) to a Self-Organizing Network, SON, server; determining, by the SON server, management instructions associated with one or more operations to be performed by the serving cell radio; communicating the management instructions to the serving cell radio; and performing, by the serving cell radio, the one or more operations associated with the management instructions.
Luminescent solar concentrator in the liquid state comprising at least one solution including at least one photoluminescent compound and at least one polyether polyol.
A system for monitoring the state of at least one blister card that includes a forming film, a lidding film, and a first plurality of tablets arranged in a first arrangement, each tablet being contained in a different reservoir of a plurality of reservoirs defined by the forming film and the lidding film, wherein the first plurality of tablets includes a first tablet contained in a first reservoir of the plurality thereof, and wherein the system comprises: a housing that is operative for locating the blister card in a first position; a first detection module comprising a first plurality of sensors that includes a first sensor, wherein the first sensor is operative for providing a first electrical signal that is based on the physical state of a first dispensing region of the lidding film; and an electronics module that is operative for providing a first output signal based on the first electrical signal; wherein the system is characterized by the first sensor being a first capacitive sensor comprising a first capacitor having a first capacitance that is based on the physical state of the first dispensing region, and wherein the first electrical signal is based on the first capacitance. a housing that is operative for locating the blister card in a first position; a first detection module comprising a first plurality of sensors that includes a first sensor, wherein the first sensor is operative for providing a first electrical signal that is based on the physical state of a first dispensing region of the lidding film; and an electronics module that is operative for providing a first output signal based on the first electrical signal; wherein the system is characterized by the first sensor being a first capacitive sensor comprising a first capacitor having a first capacitance that is based on the physical state of the first dispensing region, and wherein the first electrical signal is based on the first capacitance.
Electronics module for a vehicle, in particular for operation in a transmission in transmission fluid, comprising a plate element; a circuit carrier element; and a covering element; the electronics module also comprising an inner region; and an outer region; wherein the plate element is designed to make available at least one conductive connection between the inner region and the outer region for electrically connecting the circuit carrier element; wherein the circuit carrier element is arranged on the covering element, and wherein at least one electrical connecting element is installed between the circuit carrier element and the plate element; characterized in that the electrical connecting element is embodied as an automatic connecting element which automatically makes available an electrically conductive connection between the circuit carrier element and the conductive connection of the plate element when the covering element and the plate element are fitted, and the circuit carrier element is fastened to a through-shaped base of the covering element.
A system for use in freezing, storing and thawing biopharmaceutical materials, said system comprising: - a container (10, 1010) for holding biopharmaceutical materials therein; - a holder (15, 1015) having a cavity (240, 1240), said container (10, 1010) being received in said cavity (240, 1240); said holder (15, 1015) comprising a first portion and a second portion, said container being received between said first portion (115, 1115) and said second portion (117, 1117) to connect said container (10, 1010) to said holder (15, 1015), wherein said first portion (115, 1115) comprises a bottom (200, 1200) and upwardly curving sides (210, 1210), and said second portion (117, 1117) comprises a bottom (220, 1220) and upwardly curving sides (230, 1230); said holder (15, 1015) comprising an interior cradle (202, 1202) having a bottom and edges extending from said bottom, said cradle (202, 1202) being formed by first portion's bottom (200, 1200), first portion's curving sides (210, 1210), second portion's bottom (220, 1220), and second portion's curving sides (230, 1230), said cradle bounding said cavity; an inner rim (30, 1030) of first portion (115, 1115) including a flat clamping or holding portion (50, 1050) and a connecting portion, an inner rim (70, 1070) of second portion (117, 1117) including a flat clamping or holding portion (90, 1090) and a connecting portion, wherein inner rim (30, 1030) of first portion (115, 1115) and inner rim (70, 1070) of second portion (117, 1117) bound said cavity (240, 1240), an outer rim (40, 1040) of first portion (115, 1115) connected to said cradle (202, 1202) and separated from said cavity (240, 1240), an outer rim (80, 1080) of second portion (117, 1117) connected to said cradle (202, 1202) and separated from said cavity (240, 1040); and wherein said first portion's and second portion's bottoms (200, 1200, 220, 1220) each comprise an inner surface facing said cavity (240, 1240) receiving said container (10, 1010) and an outer surface, said outer surface of said first portion's bottom (200, 1200) being recessed relative to an outer surface of the outer rim (40, 1040) of first portion (115, 1115), and said outer surface of said second portion's bottom (220, 1220) being recessed relative to an outer surface of the outer rim (80, 1080) of second portion (117, 1117), system characterized in that connecting portion of first portion (115, 1115) and connecting portion of second portion (117, 1117) each includes multiple teeth (350, 1350) extending respectively upwardly away from first portion's bottom (200, 1200) and second portion's bottom (220, 1220), and in that outer rim of first portion (115, 1115) and an outer rim of second portion (117, 1117) have teeth suitable to allow said holder (15, 1015) to be connected to a second similar holder (515, 1515). - a container (10, 1010) for holding biopharmaceutical materials therein; - a holder (15, 1015) having a cavity (240, 1240), said container (10, 1010) being received in said cavity (240, 1240);
Air ejector comprising a housing, having a plurality of lamellae (21, 27) which extend horizontally or vertically and are arranged pivotably in the housing and orientated with respect to an air outlet opening in the housing, the lamellae (21, 27) being actuable jointly and in the same orientation by means of an adjustment device by way of a pivot movement from an initial position into a pivoted position to change the ejection direction, characterised in that the lamellae (21, 27) can be actuated independently of the actuation of the adjustment device using at least one control element made of a shape-memory alloy to set a diffuse airflow.
A device for inductive energy transfer, in which a track comprises a three-phrase primary system made up of primary windings which are mounted on a stationary ferromagnetic iron core part, and an object which rolls or is stationary on the track comprises a three-phase secondary system which can be inductively coupled to the primary system and is made up of secondary windings which are mounted on a mobile ferromagnetic iron core part, characterized by a magnetically symmetrical design with magnetic flux paths of equal length through the primary windings and the secondary windings of the three phases and correspondingly approximately constant power transfer during the movement, in which the stationary and the mobile iron core parts (3, 5) are designed as an equilateral triangle or a star which spans an equilateral triangle and has limbs (3a, 3b, 3c; 5a, 5b, 5c) of equal length which run at the same angle in relation to one another and supporting posts (3a', 3b', 3c'; 5a', 5b', 5c') which extend from the ends thereof and also primary or secondary windings (4, 6) which are arranged at the same distance from one another, wherein stationary iron core parts which are arranged at a distance one behind the other and are connected electrically in parallel are connected at the respective supporting posts (3a', 3b', 3c') by means of parallel magnetic rails onto which the mobile iron core part can roll or can be positioned with the aid of ferromagnetic running rollers which are accommodated in recesses of the mobile supporting posts (5a', 5b', 5c').
A magneto-rheological monotube damping strut suitable to be used in automotive McPherson suspension systems, comprising: a housing tube, a damper body tube, and a bearing assembly disposed between said housing tube and said damper body tube; said bearing assembly comprising a bearing sleeve, which is provided with two annular bearings within said bearing sleeve and bearing against said damper body tube, and two internal annular seals abutting a radially external surface of said damper body tube and defining a fluid-tight internal lubricant chamber between said internal annular seals, and said annular bearings being integral with said bearing sleeve; said bearing assembly further comprising two external annular seals abutting an internal surface of said housing tube and defining an external lubricant chamber between said external annular seals and said housing tube; and said bearing sleeve further comprising a plurality of radial channels passing through its wall and joining said internal lubricant chamber with said external lubricant chamber, wherein an internal surface of said bearing sleeve is provided, between said internal annular seals, with an annular recess having an internal diameter (d I) which is greater than an external diameter (D I) of said damper body tube, characterized in that said bearing sleeve is further provided with at least one auxiliary annular bearing disposed between said annular bearings and bearing against said damper body tube. a housing tube, a damper body tube, and a bearing assembly disposed between said housing tube and said damper body tube; said bearing assembly comprising a bearing sleeve, which is provided with two annular bearings within said bearing sleeve and bearing against said damper body tube, and two internal annular seals abutting a radially external surface of said damper body tube and defining a fluid-tight internal lubricant chamber between said internal annular seals, and said annular bearings being integral with said bearing sleeve; said bearing assembly further comprising two external annular seals abutting an internal surface of said housing tube and defining an external lubricant chamber between said external annular seals and said housing tube; and said bearing sleeve further comprising a plurality of radial channels passing through its wall and joining said internal lubricant chamber with said external lubricant chamber, wherein an internal surface of said bearing sleeve is provided, between said internal annular seals, with an annular recess having an internal diameter (d I) which is greater than an external diameter (D I) of said damper body tube, characterized in that said bearing sleeve is further provided with at least one auxiliary annular bearing disposed between said annular bearings and bearing against said damper body tube.