mhurhangee/ep-ind-claims huggingface dataset:
A display device, in particular for a motor vehicle, comprising - a projection module, and - an optical path, said optical path comprising at least one reflecting element, wherein said reflecting element is adapted to reflect at least partially an image from the projection module in a normal line of sight of a user of the display device, the image from the projection module being generated by the projection module, wherein the display device is adapted to be operated in a first mode of operation and in a second mode of operation, wherein a first configuration of the optical path is applied in the first mode of operation of the display device, and a second configuration of the optical path is applied in the second mode of operation of the display device, wherein in the second mode of operation of the display device, at least one part of the image generated by the projection module is visible for the user of the display device in a magnified manner relative to the first mode of operation of the display device, characterised in that in the second mode of operation of the display device, only one part of the image generated by the projection module is visible for the user of the display device, and selection information is transmitted to the display device such that the display device is operated, whether in the first mode of operation or in the second mode of operation, depending upon the selection information, said selection information being generated following an identification of the user of the display device. - a projection module, and - an optical path,
A method for vibration damping in a threaded connection joining together at least two components which are connected by the threaded connection and each have their respective contact surface facing that of the other, characterised by the step of modifying the topology of the contact pressure by adapting the configuration of the contact surfaces in order to increase the energy loss caused by microsliding at the surfaces of the connection which are subject to contact pressure.
A process for making a polymer composition comprising the steps of: (a) feeding (i) a first ethylene monomer, (ii) a first α-olefin comonomer, (iii) a first solvent, (iv) optionally a first hydrogen, and (v) a first metallocene catalyst, in a first polymerization reaction zone to produce a first ethylene-α-olefin copolymer; (b) feeding (i) a second ethylene monomer, (ii) a second α-olefin comonomer, (iii) a second solvent, (iv) optionally a second hydrogen, and (v) a second metallocene catalyst, in a second polymerization reaction zone to produce a second ethylene-α-olefin copolymer; and (c) combining the first ethylene-α-olefin copolymer and the second ethylene-α-olefin copolymer to form a polymer composition, wherein the first ethylene-α-olefin copolymer has an ethylene content from 60 to 80 wt%, and the second ethylene-α-olefin copolymer has an ethylene content of less than 60 wt%, and wherein the process meets at least one of the following: the first hydrogen is fed in step (a) at a first hydrogen feed concentration of 0.0-1.0 wt%, by total weight of (a)(i)-(iv) fed in step (a); and the second hydrogen is fed in step (b) at a second hydrogen feed concentration of 0.0-0.5 wt%, by total weight of (b)(i)-(iv) fed in step (b). (a) feeding (i) a first ethylene monomer, (ii) a first α-olefin comonomer, (iii) a first solvent, (iv) optionally a first hydrogen, and (v) a first metallocene catalyst, in a first polymerization reaction zone to produce a first ethylene-α-olefin copolymer; (b) feeding (i) a second ethylene monomer, (ii) a second α-olefin comonomer, (iii) a second solvent, (iv) optionally a second hydrogen, and (v) a second metallocene catalyst, in a second polymerization reaction zone to produce a second ethylene-α-olefin copolymer; and (c) combining the first ethylene-α-olefin copolymer and the second ethylene-α-olefin copolymer to form a polymer composition, the first hydrogen is fed in step (a) at a first hydrogen feed concentration of 0.0-1.0 wt%, by total weight of (a)(i)-(iv) fed in step (a); and the second hydrogen is fed in step (b) at a second hydrogen feed concentration of 0.0-0.5 wt%, by total weight of (b)(i)-(iv) fed in step (b).
A method for producing a flexible sheet comprising a barrier layer and metallic elements, intended as a substrate sheet for the manufacture of a thin film semiconductor device, said method comprising: a) providing a metallic layer applied on a polymeric support layer, the metallic layer having a first surface facing the polymeric support layer and a second surface facing away from said polymeric support layer; b) providing metallic elements on the second surface of the metallic layer; c) providing a barrier layer covering said second surface of the metallic layer and said metallic elements, the barrier layer having a first surface facing the metallic layer and a second surface facing away from the metallic layer; d) releasing the polymeric support layer from the metallic layer; and e) removing the metallic layer from the metallic elements and the barrier layer, characterized in that the metallic layer has a melting temperature which is higher than the evaporation temperature of the polymeric support layer, and wherein the metallic layer is heated to a temperature which is equal to or higher than the evaporation temperature of the polymeric support layer, but lower than the melting temperature of the metallic layer. a) providing a metallic layer applied on a polymeric support layer, the metallic layer having a first surface facing the polymeric support layer and a second surface facing away from said polymeric support layer; b) providing metallic elements on the second surface of the metallic layer; c) providing a barrier layer covering said second surface of the metallic layer and said metallic elements, the barrier layer having a first surface facing the metallic layer and a second surface facing away from the metallic layer; d) releasing the polymeric support layer from the metallic layer; and e) removing the metallic layer from the metallic elements and the barrier layer, characterized in that the metallic layer has a melting temperature which is higher than the evaporation temperature of the polymeric support layer, and wherein the metallic layer is heated to a temperature which is equal to or higher than the evaporation temperature of the polymeric support layer, but lower than the melting temperature of the metallic layer.
Tool for loosening a screw element, in particular a gas meter, comprising a handle unit for guiding the tool, a receiving means which can be rotated about a screw axis from an initial position to a release position for transmitting a torque to the screw element, with a receiving opening for receiving the screw element in a form-fitting manner, a drive for providing a driving power for the torque, and an output connected to the receiving means for generating the torque for introducing the driving power eccentrically into the receiving means to the screw axis, wherein the output has a transmission means by which an active path for transmitting the driving power from the drive to the receiving means can be formed, characterized in that the receiving means is fixable in at least a first and a second receiving position (211, 212) for receiving the screw element, wherein the receiving means is rotatable about the transmission means between the first and second receiving position (211, 212). a receiving means which can be rotated about a screw axis from an initial position to a release position for transmitting a torque to the screw element, with a receiving opening for receiving the screw element in a form-fitting manner, a drive for providing a driving power for the torque, and an output connected to the receiving means for generating the torque for introducing the driving power eccentrically into the receiving means to the screw axis, wherein the output has a transmission means by which an active path for transmitting the driving power from the drive to the receiving means can be formed, characterized in that the receiving means is fixable in at least a first and a second receiving position (211, 212) for receiving the screw element, wherein the receiving means is rotatable about the transmission means between the first and second receiving position (211, 212).
A level indicator for determining the level of liquid in a container for holding liquid for a vehicle, the level indicator comprising: at least two floating devices (106, 106') for being buoyant on the surface of the liquid, each floating device comprising a metal; a transmitter(108, 108') arranged to wirelessly transmit an electromagnetic signal towards each floating device, wherein the transmitter is mountable on an outside surface of the container; a receiver (110, 110') arranged to wirelessly receive a response signal from each of the floating devices and to convert each response signal to an electrical signal indicative of the response signal, the response signal from each of the floating devices being emitted due to eddy currents in the metal caused by the electromagnetic signal, wherein the receiver is mountable on an outside surface of the container, wherein the floating devices are moveable relative to the receiver so that the distance from each of the floating devices to the receiver is altered in response to an altered level of liquid in the container, and wherein each electrical signal is a function of at least the respective distance, wherein the receiver is electrically connectable to a control unit so that each electrical signal indicative of the response signal is receivable by the control unit, the control unit is configurable to determine positions of the floating devices relative to the receiver based on the electrical signals, to thereby determine the level of liquid in the container. at least two floating devices (106, 106') for being buoyant on the surface of the liquid, each floating device comprising a metal; a transmitter(108, 108') arranged to wirelessly transmit an electromagnetic signal towards each floating device, wherein the transmitter is mountable on an outside surface of the container; a receiver (110, 110') arranged to wirelessly receive a response signal from each of the floating devices and to convert each response signal to an electrical signal indicative of the response signal, the response signal from each of the floating devices being emitted due to eddy currents in the metal caused by the electromagnetic signal, wherein the receiver is mountable on an outside surface of the container, wherein the floating devices are moveable relative to the receiver so that the distance from each of the floating devices to the receiver is altered in response to an altered level of liquid in the container, and wherein each electrical signal is a function of at least the respective distance, wherein the receiver is electrically connectable to a control unit so that each electrical signal indicative of the response signal is receivable by the control unit, the control unit is configurable to determine positions of the floating devices relative to the receiver based on the electrical signals, to thereby determine the level of liquid in the container.
A washing apparatus providing a plurality of wash courses; and provided to change one or more options of a specific wash course on assumption that the specific wash course is selected from the wash courses, the washing apparatus comprising: an annular rotary knob configured to select the specific wash course; a non-rotatable display (540, 600) provided in an inner portion with respect to a radial direction of the annular rotary knob; characterised in that the washing apparatus further comprises a non-rotatable input unit (560, 570) provided between the annular rotary knob and the display, configured to be additionally selected by the user, independent from the annular rotary knob and the display (540, 600), which comprises a plurality of input information and is configured to display the plurality of input information; the display is configured to selectively display a course screen for a specific wash course selected through the annular rotary knob and an option screen for changing a basic option of the specific wash course, a control unit configured to receive an input of the display and control the input unit and the display to convert from the course screen to the option screen, wherein the input unit (560, 570) includes a plurality of light transmission units corresponding to the plurality of the input information, a plurality of light sources (561a, 562a, 563a, 521a, 571a, 572a, 573a, 574a) corresponding to the plurality of the light transmission units, respectively. an annular rotary knob configured to select the specific wash course; a non-rotatable display (540, 600) provided in an inner portion with respect to a radial direction of the annular rotary knob; characterised in that the washing apparatus further comprises a non-rotatable input unit (560, 570) provided between the annular rotary knob and the display, configured to be additionally selected by the user, independent from the annular rotary knob and the display (540, 600), which comprises a plurality of input information and is configured to display the plurality of input information; the display is configured to selectively display a course screen for a specific wash course selected through the annular rotary knob and an option screen for changing a basic option of the specific wash course, a control unit configured to receive an input of the display and control the input unit and the display to convert from the course screen to the option screen, wherein the input unit (560, 570) includes a plurality of light transmission units corresponding to the plurality of the input information, a plurality of light sources (561a, 562a, 563a, 521a, 571a, 572a, 573a, 574a) corresponding to the plurality of the light transmission units, respectively.
Process for preparing a hydrocolloidal extract from Opuntia ficus indica, characterised in that a.) an aqueous or aqueous-alcohol extract with a maximum of 40 % (m/m) alcohol is prepared from plant material of Opuntia ficus indica, b.) the obtained extract is treated under heat at 60 - 90 degrees Celsius for one hour or longer, c.) is macerated and filtered after cooling. a.) an aqueous or aqueous-alcohol extract with a maximum of 40 % (m/m) alcohol is prepared from plant material of Opuntia ficus indica, b.) the obtained extract is treated under heat at 60 - 90 degrees Celsius for one hour or longer, c.) is macerated and filtered after cooling.
An air conditioning device for a vehicle with an external heat exchanger disposed in a vehicle widthwise position, with a heat-exchanging surface facing forward in the vehicle, and an accumulator tank provided in a circulation path (7 to 11) of a heat medium, wherein the accumulator tank is disposed in a front corner area that is in front of a vehicle wheel house covering a front tire, characterized in that the external heat exchanger is disposed in a vehicle inside position between member front ends of a pair of left and right side members extending in a vehicle longitudinal direction. the front corner area, in which the accumulator tank is disposed, is formed in a position that is to the outside in a vehicle width direction from the member front end of one of the pair of left and right side members, and the accumulator tank is disposed in a position that is inside in the vehicle width direction of the position of a tire center axis of the front tire, which is set in the wheel house.
A mixture curable in the presence of a suitable metallic catalyst to provide an intumescent coating material, wherein the mixture comprises: a siloxane polymer; a cross-linker for cross-linking the siloxane polymer; filler, wherein the filler comprises char reinforcing filler; and an intumescent ingredient, wherein the intumescent ingredient comprises a phosphorus containing compound or a composition comprising a phosphorus containing compound, wherein the mixture comprises 5 to 20 % by weight of the phosphorus containing compound or composition comprising a phosphorus containing compound; wherein the intumescent ingredient comprises 10 to 40 % by weight expandable graphite. a siloxane polymer; a cross-linker for cross-linking the siloxane polymer; filler, wherein the filler comprises char reinforcing filler; and an intumescent ingredient, wherein the intumescent ingredient comprises a phosphorus containing compound or a composition comprising a phosphorus containing compound, wherein the mixture comprises 5 to 20 % by weight of the phosphorus containing compound or composition comprising a phosphorus containing compound; wherein the intumescent ingredient comprises 10 to 40 % by weight expandable graphite.
A liquid-gas separator, comprising a composite membrane, said membrane characterized by including: a first, ink-philic part; and a second, ink-phobic part in contact with and downstream from the first part in a direction air is to pass through the membrane, wherein the first part has a bubble pressure, when wetted in the range of 4970 to 14930 Pa (20 to 60inH 2 O), which is smaller than a first pressure difference, to pass air but not ink at the first pressure difference across the membrane; and wherein the bubble pressure is greater than a second pressure difference, to block the air passing back through the membrane at a second pressure difference smaller than the first pressure difference. a first, ink-philic part; and a second, ink-phobic part in contact with and downstream from the first part in a direction air is to pass through the membrane,
A sail (R, G; 60; 70; 80) for sailboats, said sail comprising portions (1'; F61-F65; F71-F76; F81-F84; F91-F95; F101-F10) wherein shape memory alloy elements are incorporated, the surface area resulting from the sum of the surface areas of said portions being comprised between 0,01% and 50% of the surface area of the whole sail, characterised in that the shape memory elements are filiform members, said filiform members being wires, filaments or ribbons and wherein the filiform members are grouped in patterns parallel to each other or according to a crossing pattern, and wherein the overall surface area of the portions comprising shape memory elements is comprised between 3% and 50%, and more preferably between 5% and 30%, of the surface area of the whole sail.
A method of making a polycrystalline diamond ("PCD") structure, the method comprising: forming a mold assembly, the mold assembly including: a mold having a cavity therein including at least one flute recess extending into and along an interior side surface of the cavity; a substrate positioned within the cavity, the substrate having a lateral surface and an end surface that are imperforate and have a shape that is complementary to a shape of the cavity such that the lateral surface of the substrate is adjacent to the interior side surface; and loose diamond particles positioned within the at least one flute recess; and subjecting the mold assembly to a high-pressure/high-temperature process effective to sinter the loose diamond particles and bond at least one PCD portion at least partially formed from the loose diamond particles to a portion of the lateral surface of the substrate. forming a mold assembly, the mold assembly including: a mold having a cavity therein including at least one flute recess extending into and along an interior side surface of the cavity; a substrate positioned within the cavity, the substrate having a lateral surface and an end surface that are imperforate and have a shape that is complementary to a shape of the cavity such that the lateral surface of the substrate is adjacent to the interior side surface; and loose diamond particles positioned within the at least one flute recess; and a mold having a cavity therein including at least one flute recess extending into and along an interior side surface of the cavity; a substrate positioned within the cavity, the substrate having a lateral surface and an end surface that are imperforate and have a shape that is complementary to a shape of the cavity such that the lateral surface of the substrate is adjacent to the interior side surface; and loose diamond particles positioned within the at least one flute recess; and subjecting the mold assembly to a high-pressure/high-temperature process effective to sinter the loose diamond particles and bond at least one PCD portion at least partially formed from the loose diamond particles to a portion of the lateral surface of the substrate.
Use of a topical composition comprising a concentration of at least 90 mg extract/ml of solution but less than 300 mg/ml of a Rubus fruticosus leaf extract; and additionally comprising at least 1 weight percent of carbomer by weight of the composition, wherein the extract is produced by a method having the following steps: (a) addition to blackberry leaves of an extractant containing water and ethanol, wherein the extractant contains ethanol and water in a ratio of 2:8 to 8:2 by weight; and (b) extraction of the blackberry leaves with the extractant for up to 72 hours at an extraction temperature in the range of from 80°C to 100°C, for enhancing hair growth by applying to the scalp, the skin, the eyelashes, eyebrows, mustache region or beard region of a patient. (a) addition to blackberry leaves of an extractant containing water and ethanol, wherein the extractant contains ethanol and water in a ratio of 2:8 to 8:2 by weight; and (b) extraction of the blackberry leaves with the extractant for up to 72 hours at an extraction temperature in the range of from 80°C to 100°C,
An apparatus for wireless communication by an access node, the apparatus comprising: means for receiving a semi-static resource pattern for a first parent access node and for each additional parent access node of the access node; means for receiving downlink signaling indicating a resource release for a resource of a first link configured between the first parent access node and the access node; means for identifying that a resource type of a resource corresponding to the resource release for the each additional parent access node is a resource type that cannot be scheduled or used for communication with a child access node based on the semi-static resource pattern; means for scheduling a parent-controlled resource, corresponding to the resource released on the first link, of a second link configured between the access node and a child access node based at least in part on the resource release for the resource of the first link and the resource released on the first link being a resource type that cannot be scheduled or used for communication with a child access node; and means for communicating with the child access node via the parent-controlled resource based at least in part on the scheduling. means for receiving a semi-static resource pattern for a first parent access node and for each additional parent access node of the access node; means for receiving downlink signaling indicating a resource release for a resource of a first link configured between the first parent access node and the access node; means for identifying that a resource type of a resource corresponding to the resource release for the each additional parent access node is a resource type that cannot be scheduled or used for communication with a child access node based on the semi-static resource pattern; means for scheduling a parent-controlled resource, corresponding to the resource released on the first link, of a second link configured between the access node and a child access node based at least in part on the resource release for the resource of the first link and the resource released on the first link being a resource type that cannot be scheduled or used for communication with a child access node; and means for communicating with the child access node via the parent-controlled resource based at least in part on the scheduling.