mhurhangee/ep-ind-claims huggingface dataset:
Apparatus for testing an outer conductor contact, comprising: a) a guide having a feed for providing at a fixing area a carrier strip having outer conductor contacts; b) a fixing apparatus for fixing an outer conductor contact that is to be tested to the fixing area; characterized by c) a test pin which can be inserted at least partially into the outer conductor contact and is designed to generate a predetermined electric field so that electrically conductive foreign bodies located within the outer conductor contact cause a short circuit. a) a guide having a feed for providing at a fixing area a carrier strip having outer conductor contacts; b) a fixing apparatus for fixing an outer conductor contact that is to be tested to the fixing area; characterized by c) a test pin which can be inserted at least partially into the outer conductor contact and is designed to generate a predetermined electric field so that electrically conductive foreign bodies located within the outer conductor contact cause a short circuit.
A composite wound packing material comprising a casing enclosing a material, or an assembly of materials, forming fluid flow channels, said casing consisting of a self-supporting interface material formed from a thin layer of a composition comprising a hydrophobic matrix and comprising through-holes, said hydrophobic matrix comprising: - per 100 parts by weight of a styrene/saturated olefin/styrene triblock copolymer having a viscosity of between 0.2 and 2 Pa.s, as measured in a 10% (weight/weight) solution in toluene; - from 400 to 1220 parts by weight of a plasticizer, preferably a plasticizing oil; and - from 0 to 720 parts by weight of petroleum jelly; it being specified, moreover, that: - the total amount of plasticizer and petroleum jelly is greater than or equal to 750 parts by weight; - the amount of petroleum jelly is between 400 and 720 parts by weight when the amount of plasticizer is between 1000 and 1220 parts by weight. - per 100 parts by weight of a styrene/saturated olefin/styrene triblock copolymer having a viscosity of between 0.2 and 2 Pa.s, as measured in a 10% (weight/weight) solution in toluene; - from 400 to 1220 parts by weight of a plasticizer, preferably a plasticizing oil; and - from 0 to 720 parts by weight of petroleum jelly; - the total amount of plasticizer and petroleum jelly is greater than or equal to 750 parts by weight; - the amount of petroleum jelly is between 400 and 720 parts by weight when the amount of plasticizer is between 1000 and 1220 parts by weight.
Method for producing a micromechanical component, comprising the method steps of: providing a first substrate, providing a second substrate, forming a recess on the first substrate, the recess comprising a base region and side walls, forming a protruding structural element on the second substrate, and connecting the first and the second substrate (100, 200) via the protruding structural element, the first and the second substrate (100, 200) being connected in such a manner that the protruding structural element of the second substrate engages into the recess of the first substrate, characterized in that the connection of the first and of the second substrate (100, 200) comprises eutectic bonding, and in that, adjacent to the base region, the side walls of the recess of the first substrate have cutouts, into which a eutectic alloy formed during the eutectic bonding flows. providing a first substrate, providing a second substrate, forming a recess on the first substrate, the recess comprising a base region and side walls, forming a protruding structural element on the second substrate, and connecting the first and the second substrate (100, 200) via the protruding structural element, the first and the second substrate (100, 200) being connected in such a manner that the protruding structural element of the second substrate engages into the recess of the first substrate, characterized in that the connection of the first and of the second substrate (100, 200) comprises eutectic bonding, and in that, adjacent to the base region, the side walls of the recess of the first substrate have cutouts, into which a eutectic alloy formed during the eutectic bonding flows.
A positioning device for positioning pipes made of plastic material, configured for picking up said pipes and transferring them from a first predetermined position to a second predetermined position keeping the pipes parallel with one another and in a first predetermined direction, said positioning device comprising a plurality of gripping elements designed to engage by gripping with the pipes to retain them during the transfer, each of the gripping elements being designed to engage at the top with one of the pipes, characterised in that each of the gripping elements has a contact portion having a concave shape with a saddle and a profile defined by a series of circular arcs (C1, C2, C3) which have different radiuses of curvature (r1, r2, r3).
A system for determining an estimated time of arrival, comprising: a storage device including a set of instructions; and at least one processor configured to communicate with the storage device and to execute the set of instructions to cause the system to: obtain a service request from a terminal; determine a reference image relating to the service request; obtain a trained neural network model; determine an estimated time of arrival relating to the service request based on the reference image and the trained neural network model; and transmit the estimated time of arrival to the terminal, wherein the reference image indicates at least one of geographic information, traffic information, and route information relating to the service request; and the trained neural network model is based on a plurality of historical service orders having a plurality of historical feature images relating to the plurality of historical service orders. a storage device including a set of instructions; and at least one processor configured to communicate with the storage device and to execute the set of instructions to cause the system to: obtain a service request from a terminal; determine a reference image relating to the service request; obtain a trained neural network model; determine an estimated time of arrival relating to the service request based on the reference image and the trained neural network model; and transmit the estimated time of arrival to the terminal, wherein the reference image indicates at least one of geographic information, traffic information, and route information relating to the service request; and the trained neural network model is based on a plurality of historical service orders having a plurality of historical feature images relating to the plurality of historical service orders. obtain a service request from a terminal; determine a reference image relating to the service request; obtain a trained neural network model; determine an estimated time of arrival relating to the service request based on the reference image and the trained neural network model; and transmit the estimated time of arrival to the terminal, wherein the reference image indicates at least one of geographic information, traffic information, and route information relating to the service request; and the trained neural network model is based on a plurality of historical service orders having a plurality of historical feature images relating to the plurality of historical service orders.
A chain guide for guiding a bicycle chain and for attaching to a chain stay on a rear frame of a bicycle, the chain guide comprising a chain guide device configured such that a chain, during movements of the chain caused by a derailleur, is guided by the chain guide device; characterised in that the chain guide device comprises a gliding element which is configured such that the chain, during movements of the chain caused by the derailleur, is held within a desired position range by the gliding element; wherein the gliding element comprises a surface which extends at an incline such that the direction of incline is adapted to the different diameters of forward chain rings, so that a change in a wrap angle of the chain about the gliding element is minimised during changes in the position of the chain on the chain rings.
An inner shroud segment (80; 150), comprising: an inner housing (100; 160) having a radial curve centered relative to an axis (A-A'); wherein the inner housing (100; 160) comprises a first radial wall (106; 166), a second radial wall (108; 166), and a bottom wall that define a first channel (104; 162); an outer housing (82; 152) having a first axial wall, a first circumferential wall, and a second axial wall that define a second channel (94; 158), wherein the outer housing (82; 152) is disposed within the first channel (104; 162), characterised in that the first radial wall (106; 166) and the second radial wall (108; 166) of the inner housing (100; 160) contact the first axial wall, the first circumferential wall, and the second axial wall, wherein the bottom wall of the inner housing (100; 160) contacts the first circumferential wall, and wherein the second channel (94; 158) extends orthogonally to the first radial wall (106; 166) and the second radial wall (108; 166) between the first radial wall (106; 166) and the second radial wall (108; 166); and a compliant material comprising at least one of rubber, synthetic rubber or silicone, wherein the compliant material is disposed in the second channel (94; 158) and coupled to at least one of the first radial wall (106; 166) or the second radial wall (108; 166) and at least one of the first axial wall, the first circumferential wall, or the second axial wall. an inner housing (100; 160) having a radial curve centered relative to an axis (A-A'); wherein the inner housing (100; 160) comprises a first radial wall (106; 166), a second radial wall (108; 166), and a bottom wall that define a first channel (104; 162); an outer housing (82; 152) having a first axial wall, a first circumferential wall, and a second axial wall that define a second channel (94; 158), wherein the outer housing (82; 152) is disposed within the first channel (104; 162), characterised in that the first radial wall (106; 166) and the second radial wall (108; 166) of the inner housing (100; 160) contact the first axial wall, the first circumferential wall, and the second axial wall, wherein the bottom wall of the inner housing (100; 160) contacts the first circumferential wall, and wherein the second channel (94; 158) extends orthogonally to the first radial wall (106; 166) and the second radial wall (108; 166) between the first radial wall (106; 166) and the second radial wall (108; 166); and a compliant material comprising at least one of rubber, synthetic rubber or silicone, wherein the compliant material is disposed in the second channel (94; 158) and coupled to at least one of the first radial wall (106; 166) or the second radial wall (108; 166) and at least one of the first axial wall, the first circumferential wall, or the second axial wall.
A fastening device for fastening a furniture hinge to an extruded profile, into which profile a glass panel of a furniture door wing is fastened and said device is inserted, wherein said furniture hinge has a hinge arm with a main axis and a hinge cup, wherein said extruded profile is formed as two mutually parallel U-profiles of various widths of grooves being in contact with flanges, wherein said fastening device has a sliding block that is connected in use with the hinge arm via webs on the upper surface of said sliding block, wherein one lateral wall of said sliding block terminates on its bottom side by a longitudinal snap tooth, which snaps in use into a step-formed flange of the groove intended to receive the fastening device, and another lateral wall of the sliding block terminates by an undergrabbing prong that grabs in use under an inwardly folded flap of the other flange of the groove, wherein said fastening device also comprises at least one fixing element (12, 13) protruding through a hole of the fastening device (N1, N2, N3, N4) to fix said fastening device in the groove, characterised in that said fastening device (N1, N2, N3, N4) comprises at least one pair of resilient elements (14, 22, 23, 26) arranged in cutouts formed on the bottom side of said sliding block in the area of said another lateral wall of said sliding block, symmetrically with respect to the main axis of said hinge arm and protruding from said sliding block and pushing due to its bias force said sliding block in transversal direction of the groove to prevent said fastening device from falling out.
A domestic method of treating a textile, the method comprising the steps of: (i) treating a textile with an aqueous solution of a blue or violet mono-azo dye, the aqueous solution comprising from 1 ppb to 5000 ppm of blue or violet azo dye; and, from 0.2 g/L to 5 g/L of a surfactant; and, (ii) optionally rinsing and drying the textile, wherein the blue or violet mono-azo dye is of the form: Dye-NR 1 R 2, wherein, R 1 is a - n - p -CH 2 -CH CH 2 q R 3 group, wherein n = p = 0 or 1, q = 0 or 1, and L is selected from C1 to C2-alkyl, and ether group having from 1 to 15 ether linkages; when n = 1, X is selected from: N and O; R 3 is a C5 to C11-n-alkyl chain; and, R 2 is selected from: H; C 1 to C 3 -alkyl; phenyl; benzyl; and a - n - p -CH 2 -CH CH 2 q R 3 group, wherein n = p = 0 or 1, q = 0 or 1, and L is selected from C1 to C2-alkyl, and an ether group having from 1 to 15 ether linkages. (i) treating a textile with an aqueous solution of a blue or violet mono-azo dye, the aqueous solution comprising from 1 ppb to 5000 ppm of blue or violet azo dye; and, from 0.2 g/L to 5 g/L of a surfactant; and, (ii) optionally rinsing and drying the textile, wherein the blue or violet mono-azo dye is of the form: Dye-NR 1 R 2, wherein, R 1 is a - n - p -CH 2 -CH CH 2 q R 3 group, wherein n = p = 0 or 1, q = 0 or 1, and L is selected from C1 to C2-alkyl, and ether group having from 1 to 15 ether linkages; when n = 1, X is selected from: N and O; R 3 is a C5 to C11-n-alkyl chain; and, R 2 is selected from: H; C 1 to C 3 -alkyl; phenyl; benzyl; and a - n - p -CH 2 -CH CH 2 q R 3 group, wherein n = p = 0 or 1, q = 0 or 1, and L is selected from C1 to C2-alkyl, and an ether group having from 1 to 15 ether linkages. R 1 is a - n - p -CH 2 -CH CH 2 q R 3 group, wherein n = p = 0 or 1, q = 0 or 1, and L is selected from C1 to C2-alkyl, and ether group having from 1 to 15 ether linkages; when n = 1, X is selected from: N and O; R 3 is a C5 to C11-n-alkyl chain; and, R 2 is selected from: H; C 1 to C 3 -alkyl; phenyl; benzyl; and a - n - p -CH 2 -CH CH 2 q R 3 group, wherein n = p = 0 or 1, q = 0 or 1, and L is selected from C1 to C2-alkyl, and an ether group having from 1 to 15 ether linkages.
A process for producing a network of carbon nanomaterial, in particular a 3D-network of carbon nanomaterial or a nonwoven of carbon nanomaterial, characterized by the following steps: a) carbon nanomaterial, in particular CNX, is added into an aqueous solution; b) the aqueous solution of carbon nanomaterial is laid on a substrate and formed into a green body; c) the green body is dried. a) carbon nanomaterial, in particular CNX, is added into an aqueous solution; b) the aqueous solution of carbon nanomaterial is laid on a substrate and formed into a green body; c) the green body is dried.
A production method for polyester filament yarn comprising perlite in order to improve the physical properties of polyester filament yarns used in pluralities of sectors like textile products, construction, automotive, defense and medicine and comprising the steps of: a) melting a polymer based material, desired to be produced as filament yarn, in the screwed extruder b) transferring said melt to the melt extrusion thread machine c) extruding the melt in said melt extrusion thread machine by passing through holes at certain dimensions d) wrapping the extruded filament yarn onto a structure like bobbin, characterized by comprising the following sub-steps of: e) grinding perlite in an attritor such that the perlite is reduced to nano dimension prior to step "a" f) realizing surface modification in order to prevent agglomeration of perlite in nano dimension after step "e" g) taking the perlite to a polymer based carrier media after step "f" and obtaining polymer master-batch comprising perlite h) adding said master-batches comprising perlite to step "a" and melting said master-batches together with polymer based main material in the screwed extruder. a) melting a polymer based material, desired to be produced as filament yarn, in the screwed extruder b) transferring said melt to the melt extrusion thread machine c) extruding the melt in said melt extrusion thread machine by passing through holes at certain dimensions d) wrapping the extruded filament yarn onto a structure like bobbin, e) grinding perlite in an attritor such that the perlite is reduced to nano dimension prior to step "a" f) realizing surface modification in order to prevent agglomeration of perlite in nano dimension after step "e" g) taking the perlite to a polymer based carrier media after step "f" and obtaining polymer master-batch comprising perlite h) adding said master-batches comprising perlite to step "a" and melting said master-batches together with polymer based main material in the screwed extruder.
A load sensitive magnetic clutch device comprising: a magnetic pole rotating body having magnetic poles arranged on the circumference thereof and forming output rotating means provided with a clutch projection of a claw clutch at an end thereof; a yoke rotating body configured to rotate about an axial center of rotation identical to that of the magnetic pole rotating body, including a tooth-shaped portion arranged so that tooth tips face the magnetic poles, and forming low-torque input means provided with the magnetic pole rotating body and a tooth-shaped magnetic body configured to transmit a torque caused by a magnetic attracting force; and high-torque input means configured to rotate about the identical axial center of rotation and having a clutch engaging portion of the claw clutch engaging the clutch projection provided on the output rotating means, characterised in that the clutch projection is formed of a magnetic body, the clutch engaging portion includes a clutch retaining magnetic body configured to attract the clutch projection by a magnetic force, and the clutch projection is attracted by the clutch retaining magnetic body by an application of a load torque exceeding a torque which is transferrable between the magnetic pole rotating body and the low-torque input means.
An arm assembly for a windshield wiper arm for supporting a wiper blade, said arm assembly comprising an arm adapter comprising a distal section for supporting a wiper blade, a proximal section delimiting an internal space for housing a terminal section of a fluid delivery tube and a terminal portion for connecting said arm adapter to a rod of the wiper arm, the arm adapter comprising two opposed lateral walls each one having a proximal section and a distal section respectively associated with the proximal and distal portions (20P, 20D) of the arm adapter, said two lateral walls being connected together by an upper transverse wall comprising a proximal section and a distal section respectively associated with the proximal and distal portions (20P, 20D) of the arm adapter, wherein said arm adapter is provided with at least one retention device (32, 40, 42) for fixedly retaining the terminal section of the fluid delivery tube with respect to said arm adapter, characterized in that said proximal section comprises at least one lateral wall, said at least one retention device comprising at least one retaining tab integrally formed with said at least one lateral wall or in that said arm assembly comprises the rod of the wiper arm fixed to the terminal portion of the arm adapter, said rod comprising a terminal distal portion that extends in the internal space of the proximal section of the arm adapter, said terminal distal portion of the rod comprising at least one locking shape (44, 46) for attaching a retention clip or being provided with a retention clip.
A sintered material containing: - at least 25% by weight of chromium oxide Cr 2 O 3;and - at least 0.5% and less than 9.5% by weight of silica SiO 2; and - at least 1% by weight of zirconium oxide, at least 30% by weight of said zirconium oxide ZrO 2 being stabilized in the cubic and/or quadratic form; and - more than 10%, by weight, of aluminum oxide Al 2 O 3. - at least 25% by weight of chromium oxide Cr 2 O 3;and - at least 0.5% and less than 9.5% by weight of silica SiO 2; and - at least 1% by weight of zirconium oxide, at least 30% by weight of said zirconium oxide ZrO 2 being stabilized in the cubic and/or quadratic form; and - more than 10%, by weight, of aluminum oxide Al 2 O 3.
A user equipment, UE, comprising: memory to store a measurement object, MO, having an associated synchronization-signal block based measurement timing configuration, SMTC, that defines an SMTC occasion, wherein the MO is within a group of MOs that are associated with SMTCs, wherein the group has fully overlapped SMTC occasions; processing circuitry, coupled with the memory, to: determine an inter-frequency cell identification requirement for the group, wherein the inter-frequency cell identification requirement includes a time period within which the UE is expected to identify a detectable inter-frequency cell, and wherein the requirement is based on whether or not the inter-frequency cell is known; and perform one or more measurements based on the MO to determine whether a cell is detected within the inter-frequency cell identification requirement. memory to store a measurement object, MO, having an associated synchronization-signal block based measurement timing configuration, SMTC, that defines an SMTC occasion, wherein the MO is within a group of MOs that are associated with SMTCs, wherein the group has fully overlapped SMTC occasions; processing circuitry, coupled with the memory, to: determine an inter-frequency cell identification requirement for the group, wherein the inter-frequency cell identification requirement includes a time period within which the UE is expected to identify a detectable inter-frequency cell, and wherein the requirement is based on whether or not the inter-frequency cell is known; and perform one or more measurements based on the MO to determine whether a cell is detected within the inter-frequency cell identification requirement. determine an inter-frequency cell identification requirement for the group, wherein the inter-frequency cell identification requirement includes a time period within which the UE is expected to identify a detectable inter-frequency cell, and wherein the requirement is based on whether or not the inter-frequency cell is known; and perform one or more measurements based on the MO to determine whether a cell is detected within the inter-frequency cell identification requirement.