mhurhangee/ep-ind-claims huggingface dataset:
A protective antenna cover composed of dielectric plastic which is formed as a loop radiator for the reception of circularly polarized satellite radio signals and whose opening defines a reference plane, said protective antenna cover comprising a loop (3, 3') and at least one linear radiator (4, 4a - d) connected thereto and extending in the direction of the reference plane, wherein the loop and the at least one linear radiator (4, 4a - d) are applied to the inner surface of the protective antenna cover as a coating and form an electrically conductive and contiguous antenna structure.
A composition comprising a mixture of one or more plant seeds and a setable, flowable casting substance wherein the mixture is configured as a cast pellet.
A display screen assembly, applied to a mobile terminal, wherein the display screen assembly comprises a transparent cover plate and a display module; the transparent cover plate comprises a transparent region and a light-shielding region located at a side edge of the transparent region, the transparent region comprises a first inner surface, the light-shielding region comprises a second inner surface connected to the first inner surface, and the display module is stacked on the first inner surface of the transparent region; and a charge blocking layer is arranged on at least a part of the second inner surface of the light-shielding region, and the charge blocking layer extends along side edges of the display module to block charges generated outside the mobile terminal from entering the display module, characterized in that a material of the charge blocking layer comprises an adhesive mixed with an electropositive hole material. the transparent cover plate comprises a transparent region and a light-shielding region located at a side edge of the transparent region, the transparent region comprises a first inner surface, the light-shielding region comprises a second inner surface connected to the first inner surface, and the display module is stacked on the first inner surface of the transparent region; and a charge blocking layer is arranged on at least a part of the second inner surface of the light-shielding region, and the charge blocking layer extends along side edges of the display module to block charges generated outside the mobile terminal from entering the display module, characterized in that a material of the charge blocking layer comprises an adhesive mixed with an electropositive hole material.
A compressed-air providing system, in particular for providing air for tires of a motor vehicle, wherein the compressed-air providing system can be connected to a pneumatic tire to be sealed and/or pumped up, comprising a compressor having an electric motor, in particular for driving a compressing unit of the compressor, wherein the compressed-air providing system is provided with means for connecting the compressed-air providing system, in particular the electric motor, to an energy supply source for supplying the electric motor with electrical energy, wherein the electrical energy is transmitted directly to the electric motor, wherein the means comprises means for wireless transmission of energy, characterized in that the means is arranged outside of a housing of the compressed-air providing system, which housing in particular receives the compressor and the electric motor, wherein the means can be connected or is connected via an energy supply line, in particular via a cable, to the compressor, in particular to the electric motor.
A rubber composition containing, relative to 100 parts by mass of the rubber ingredient therein, from 1 to 9 parts by mass of carbon black and from 80 to 150 parts by mass of a layered or platy clay mineral, wherein the rubber ingredient comprises 80 to 100% by mass of a butyl-based rubber.
Method for producing component systems, wherein components have at least one region (6, 7), which is used for connecting to the further components, wherein the at least one region (6, 7) is masked by a preceding application process of applying a sealing, detachable polymer, and in a processing step the components are at least partially painted or coated, wherein the polymer, as a closed film, is detached in an easy way, and characterized in that the components are then connected on non-painted or coated areas, which correspond to the masked regions (6, 7), to the further components.
A system for a vehicle, comprising: a steering element situated opposite a driver seat in a vehicle, comprising: a plurality of proximity sensors (100, 200, 300) encased in the periphery of the steering element operable to detect movements of a driver's hand along the outer periphery (502, 517) of the steering element; and visible-light emitters embedded in the steering element operable to illuminate detection zones of the steering element; and a processor, coupled with said proximity sensors and said visible-light emitters, operable to activate said visible-light emitters to follow the hand movements along the outer periphery of said steering element, and to control an interactive deck housed in the vehicle and/or contextual user interfaces functions of the vehicle in response to the detected hand movements. a steering element situated opposite a driver seat in a vehicle, comprising: a plurality of proximity sensors (100, 200, 300) encased in the periphery of the steering element operable to detect movements of a driver's hand along the outer periphery (502, 517) of the steering element; and visible-light emitters embedded in the steering element operable to illuminate detection zones of the steering element; and a plurality of proximity sensors (100, 200, 300) encased in the periphery of the steering element operable to detect movements of a driver's hand along the outer periphery (502, 517) of the steering element; and visible-light emitters embedded in the steering element operable to illuminate detection zones of the steering element; and a processor, coupled with said proximity sensors and said visible-light emitters, operable to activate said visible-light emitters to follow the hand movements along the outer periphery of said steering element, and to control an interactive deck housed in the vehicle and/or contextual user interfaces functions of the vehicle in response to the detected hand movements.
A sheet guiding device including: a sheet holding device provided to a transporting chain, and having a holding portion (22a, 22b) configured to hold an end portion of a sheet, the sheet holding device configured to transport the sheet along a sheet transporting route formed by the holding portion (22a, 22b) and spaced away from a travelling route of the transporting chain; a guide having a guide surface and configured to guide the transported sheet, the guide surface extending along an arc-shaped transporting route portion (C2b) in the sheet transporting route which is located outside an arc-shaped travelling route portion (C1b) in the travelling route of the transporting chain and which is formed by the holding portion (22a, 22b) travelling along the arc-shaped travelling route portion (C1b); and a linear travelling route portion (C1a) formed downstream of the arc-shaped travelling route portion (C1b) in a travelling direction of the transporting chain, characterized in that the sheet guiding device comprises: guiding means (25, 26, 40) for guiding the sheet to an inner side than the linear travelling route portion (C1a), the sheet located in a region downstream of a shift position from the arc-shaped travelling route portion (C1b) to the linear travelling route portion (C1a) in a sheet transporting direction. a sheet holding device provided to a transporting chain, and having a holding portion (22a, 22b) configured to hold an end portion of a sheet, the sheet holding device configured to transport the sheet along a sheet transporting route formed by the holding portion (22a, 22b) and spaced away from a travelling route of the transporting chain; a guide having a guide surface and configured to guide the transported sheet, the guide surface extending along an arc-shaped transporting route portion (C2b) in the sheet transporting route which is located outside an arc-shaped travelling route portion (C1b) in the travelling route of the transporting chain and which is formed by the holding portion (22a, 22b) travelling along the arc-shaped travelling route portion (C1b); and a linear travelling route portion (C1a) formed downstream of the arc-shaped travelling route portion (C1b) in a travelling direction of the transporting chain, characterized in that the sheet guiding device comprises: guiding means (25, 26, 40) for guiding the sheet to an inner side than the linear travelling route portion (C1a), the sheet located in a region downstream of a shift position from the arc-shaped travelling route portion (C1b) to the linear travelling route portion (C1a) in a sheet transporting direction.
A multi-layered display, comprising: an upper display screen; a lower display screen arranged so as to at least partially overlap with the upper display screen; and an antiglare layer disposed on the upper display screen so as to be an outermost layer, the antiglare layer comprising a diffraction pattern configured to blur ambient reflections without substantially affecting transmitted light and to provide a reflective specular/haze ratio of about one at a wavelength of 0.55 μm in order to reduce back-screen blur. an upper display screen; a lower display screen arranged so as to at least partially overlap with the upper display screen; and an antiglare layer disposed on the upper display screen so as to be an outermost layer, the antiglare layer comprising a diffraction pattern configured to blur ambient reflections without substantially affecting transmitted light and to provide a reflective specular/haze ratio of about one at a wavelength of 0.55 μm in order to reduce back-screen blur.
Inhaler for actively dispensing of an inhalation formulation as an aerosol, comprising: a conveying means for conveying and/or nebulising the inhalation formulation, in particular generating the aerosol, and a mouthpiece with at least one fluidically connected air supply opening, and an insert in the mouthpiece in order to define or increase the flow resistance, characterized in that the insert comprises at least one parallel sealing lip to avoid any undesired bypass flow and to achieve a desired clamping within the mouthpiece. a conveying means for conveying and/or nebulising the inhalation formulation, in particular generating the aerosol, and a mouthpiece with at least one fluidically connected air supply opening, and an insert in the mouthpiece in order to define or increase the flow resistance, characterized in that the insert comprises at least one parallel sealing lip to avoid any undesired bypass flow and to achieve a desired clamping within the mouthpiece.
A building comprising: - a vertical wall, - a roof terrace comprising: • a wall with an actual in situ slope at least equal to 1%, comprising a plurality of steel sheets positioned next to one another on a framework, • an airtight layer positioned on the wall with an actual in situ slope at least equal to 1%, the airtight layer comprising a plurality of airtight complexes positioned next to one another on the steel sheets, each airtight complex comprising a felt made from mineral wool surfaced with an aluminum vapor barrier, the aluminum vapor barrier extending over one of its edges by a strip glued on the edge of an adjacent airtight complex, and the mineral wool felt being oriented toward the steel sheets, wherein, near at least one edge of the roof terrace, the airtight complexes are positioned partly on the steel sheets and partly against the vertical wall so as to raise the airtight layer along the vertical wall. - a vertical wall, - a roof terrace comprising: • a wall with an actual in situ slope at least equal to 1%, comprising a plurality of steel sheets positioned next to one another on a framework, • an airtight layer positioned on the wall with an actual in situ slope at least equal to 1%, the airtight layer comprising a plurality of airtight complexes positioned next to one another on the steel sheets, each airtight complex comprising a felt made from mineral wool surfaced with an aluminum vapor barrier, the aluminum vapor barrier extending over one of its edges by a strip glued on the edge of an adjacent airtight complex, and the mineral wool felt being oriented toward the steel sheets, • a wall with an actual in situ slope at least equal to 1%, comprising a plurality of steel sheets positioned next to one another on a framework, • an airtight layer positioned on the wall with an actual in situ slope at least equal to 1%, the airtight layer comprising a plurality of airtight complexes positioned next to one another on the steel sheets, each airtight complex comprising a felt made from mineral wool surfaced with an aluminum vapor barrier, the aluminum vapor barrier extending over one of its edges by a strip glued on the edge of an adjacent airtight complex, and the mineral wool felt being oriented toward the steel sheets,
A child safety seat comprising: a seat shell configured to receive and secure a child therein, the seat shell comprising a top portion, a base portion, and side portions coupling the top portion to the base portion, wherein the side portions are fabric or mesh; and a support frame defining a seat portion and backrest portion of the child safety seat to enable the child to be secured therein, characterized in that the support frame comprises a webbed structure supporting the top portion and the base portion against each other, the side portions covering the support frame. a seat shell configured to receive and secure a child therein, the seat shell comprising a top portion, a base portion, and side portions coupling the top portion to the base portion, wherein the side portions are fabric or mesh; and a support frame defining a seat portion and backrest portion of the child safety seat to enable the child to be secured therein, characterized in that the support frame comprises a webbed structure supporting the top portion and the base portion against each other, the side portions covering the support frame.
A compensator (23720; 23820) attachable to an anvil of a surgical fastening instrument, wherein the anvil includes a forming surface, and wherein the compensator (23720; 23820) comprises: a compensator pack, comprising: a first layer comprising a tissue contacting surface; a second layer attached to the first layer; and an array of capillary channels (23727; 23827) defined in the tissue contacting surface; and an attachment portion configured to be attached to the anvil, characterised in that: the attachment portion comprises a slot (23721; 23821) configured to extend into the anvil, wherein at least some of the capillary channels (23727; 23827) open into the slot (23721; 23821). a compensator pack, comprising: a first layer comprising a tissue contacting surface; a second layer attached to the first layer; and an array of capillary channels (23727; 23827) defined in the tissue contacting surface; and a first layer comprising a tissue contacting surface; a second layer attached to the first layer; and an array of capillary channels (23727; 23827) defined in the tissue contacting surface; and an attachment portion configured to be attached to the anvil, characterised in that: the attachment portion comprises a slot (23721; 23821) configured to extend into the anvil, wherein at least some of the capillary channels (23727; 23827) open into the slot (23721; 23821).
Functional component having a metallic base body and a metal foil of metallic corrosion-resistant special material, the metal foil consisting of a metal other than the base body, characterized in that the metal foil of special material is welded by means of a fibre laser with a continuously moving laser beam in accordance with predetermined welding parameters to a joining surface of the base body, forming a weld seam, the feed speed and the beam intensity of the laser beam being coordinated in such a way that the local heat input is terminated immediately after the melting and the molten bath solidifies so rapidly as a result of the high temperature gradients at a high cooling rate that no constituents of the material of the base body advance to the surface of the metal foil located away from the base body, in that the alloy of the weld seam in the contact region between the base body and the metal foil consists of a local mixed-structure zone in which the molten materials of the base body and of the metal foil are mixed, and in that the alloy of the weld seam in the region of the surface of the metal foil lying outside with respect to the base body contains no constituents of the material of the base body.
A method for use in a domain control device of a communication network for distributing a key for the Precision Timing Protocol, PTP, protocol to a network node within a domain, comprising steps of: verifying, with an authentication server, whether the network node is an eligible node in the domain in an EAP authentication manner, and sending the key for the PTP protocol to the network node if the network node is an eligible node in the domain, wherein the step of sending the key for the PTP protocol to the network node comprises a step of: implementing the sending of the key for the PTP protocol by using an extended definition of the field "Type-Data" in a message that is defined in an EAP authentication. verifying, with an authentication server, whether the network node is an eligible node in the domain in an EAP authentication manner, and sending the key for the PTP protocol to the network node if the network node is an eligible node in the domain, wherein the step of sending the key for the PTP protocol to the network node comprises a step of: implementing the sending of the key for the PTP protocol by using an extended definition of the field "Type-Data" in a message that is defined in an EAP authentication.
A manufacturing method of a spark plug which includes an insulator having a through-hole in an axial direction, a center electrode inserted into and fixed to a leading end side of the through-hole, a terminal electrode inserted into and fixed to a rear end side of the through-hole, a first conductive sealing material layer fixed to the center electrode in the through-hole, a second conductive sealing material layer fixed to the terminal electrode in the through-hole, and a resistor interposed between the first and second conductive sealing material layers (16, 18) in the through-hole and fixed to both of them, the manufacturing method comprising: a first process of inserting the center electrode into the leading end side of the through-hole, sequentially charging from the rear end side of the through-hole, predetermined amounts of a first powder material that is to be the first conductive sealing material layer, a second powder material that is to be the resistor, and a third powder material that is to be the second conductive sealing material layer to be compacted and solidified, and inserting the terminal electrode from the rear end side of the through-hole until the terminal electrode abuts the third powder material and stops; and a second process of inserting the terminal electrode to a predetermined press completion position in a state where the insulator after finishing the first process is heated to a temperature equal to or greater than the softening temperatures of the first to third powder materials (16P, 17P, 18P) such that the first powder material becomes the first conductive sealing material layer, the second powder material becomes the resistor, and the third powder material becomes the second conductive sealing material layer, wherein a speed at which the terminal electrode is inserted is reduced between the start and the end of the second process. a first process of inserting the center electrode into the leading end side of the through-hole, sequentially charging from the rear end side of the through-hole, predetermined amounts of a first powder material that is to be the first conductive sealing material layer, a second powder material that is to be the resistor, and a third powder material that is to be the second conductive sealing material layer to be compacted and solidified, and inserting the terminal electrode from the rear end side of the through-hole until the terminal electrode abuts the third powder material and stops; and a second process of inserting the terminal electrode to a predetermined press completion position in a state where the insulator after finishing the first process is heated to a temperature equal to or greater than the softening temperatures of the first to third powder materials (16P, 17P, 18P) such that the first powder material becomes the first conductive sealing material layer, the second powder material becomes the resistor, and the third powder material becomes the second conductive sealing material layer, wherein a speed at which the terminal electrode is inserted is reduced between the start and the end of the second process.
A rotating conductor holder mountable to a boom adaptor for capturing and rotating the orientation of a plurality of sub-conductors, the apparatus comprising: at least a first and second conductor retainer (24a, 24b) mounted to and spaced apart along a base member, a support, said base member rotatably mounted on said support, at least one insulator mounted to said support and located between said support and the boom adaptor, wherein said conductor retainers include u-shaped conductor retainers having openings (24d, 24e) into said retainers, and wherein said retainers are oriented 45 degrees on said base member so that said openings are open upwardly when said base member is in vertical and horizontal positions and across a range of motion therebetween. at least a first and second conductor retainer (24a, 24b) mounted to and spaced apart along a base member, a support, said base member rotatably mounted on said support, at least one insulator mounted to said support and located between said support and the boom adaptor, wherein said conductor retainers include u-shaped conductor retainers having openings (24d, 24e) into said retainers, and wherein said retainers are oriented 45 degrees on said base member so that said openings are open upwardly when said base member is in vertical and horizontal positions and across a range of motion therebetween.