mhurhangee/ep-ind-claims huggingface dataset:
A screen apparatus, wherein the apparatus comprises: - at least two modules (11, 20) where each module comprises a layer arrangement of at least two layers (41a-d, 51a-e, 61a-d, 81-85, 86a-c, 87a-c), where at least two layers are at least partly made of a polymer, - the layer arrangement comprises a LED layer arrangement of at least one LED layer (41a-b, 51a-e, 81) which comprises a plurality of LEDs (43a-d, 52, 84L, 85L, 86L, 87L), where each single LED layer comprises electrically conductive patterns (60a-b), where the LEDs are electrically coupled with the electrically conductive patterns, and wherein - the layers are stacked on top of each other for each module (11, 20) in order to form the layer arrangement for the at least two modules (11, 20), - connecting the at least two modules (11, 20) together in order to form the apparatus, and in the apparatus, - the layer arrangement as such is at least partly flexible, characterized in that - the apparatus further comprises a plurality of through-holes across the screen apparatus in order to enhance transparency for the apparatus, and/or for providing spaces for LEDs of an adjacent layer, and/or for providing a route for air and/or water through the screen apparatus. - at least two modules (11, 20) where each module comprises a layer arrangement of at least two layers (41a-d, 51a-e, 61a-d, 81-85, 86a-c, 87a-c), where at least two layers are at least partly made of a polymer, - the layer arrangement comprises a LED layer arrangement of at least one LED layer (41a-b, 51a-e, 81) which comprises a plurality of LEDs (43a-d, 52, 84L, 85L, 86L, 87L), where each single LED layer comprises electrically conductive patterns (60a-b), where the LEDs are electrically coupled with the electrically conductive patterns, and wherein - the layers are stacked on top of each other for each module (11, 20) in order to form the layer arrangement for the at least two modules (11, 20), - connecting the at least two modules (11, 20) together in order to form the apparatus, and in the apparatus, - the layer arrangement as such is at least partly flexible, characterized in that - the apparatus further comprises a plurality of through-holes across the screen apparatus in order to enhance transparency for the apparatus, and/or for providing spaces for LEDs of an adjacent layer, and/or for providing a route for air and/or water through the screen apparatus.
A volatile material dispenser, the dispenser including: a housing having at least one wall and a cavity disposed within the housing; a refill having a volatile material therein and a wick in contact with the volatile material and extending out of the refill; and a heater arrangement disposed within the cavity and surrounding the wick when the refill is inserted into the dispenser, characterized in that the heater arrangement when operated on a proxy formula of Tetradecane 99% at a power of less than or equal to 1.5 Watts achieves an average weight loss of at least 0.02 grams per hour; and the heater arrangement is in the form of a hollow cylindrical heater surrounding the wick and having an air gap of between 0.5 mm and 2.5 mm between an inner surface of the heater and an outer surface of the wick. a housing having at least one wall and a cavity disposed within the housing; a refill having a volatile material therein and a wick in contact with the volatile material and extending out of the refill; and a heater arrangement disposed within the cavity and surrounding the wick when the refill is inserted into the dispenser, the heater arrangement when operated on a proxy formula of Tetradecane 99% at a power of less than or equal to 1.5 Watts achieves an average weight loss of at least 0.02 grams per hour; and the heater arrangement is in the form of a hollow cylindrical heater surrounding the wick and having an air gap of between 0.5 mm and 2.5 mm between an inner surface of the heater and an outer surface of the wick.
An intermediate-temperature solid oxide fuel cell stack assembly comprising: (i) a base plate; (ii) at least one intermediate-temperature solid oxide fuel cell stack mounted upon said base plate; (iii) an end plate; and (iv) clamping means adapted to exert compressive force upon said at least one fuel cell stack between said base plate and said end plate, each fuel cell stack having first and second ends, each fuel cell stack arranged mounted between said base plate and said end plate, and comprising at least one electrochemically active fuel cell stack repeat layer and at least one of: (a) an at least one electrochemically inactive fuel cell stack repeat layer positioned between said base plate and said at least one electrochemically active fuel cell stack repeat layer; and (b) an at least one electrochemically inactive fuel cell stack repeat layer positioned between said end plate and said at least one electrochemically active fuel cell stack repeat layer; each electrochemically active fuel cell stack repeat layer comprising a metal substrate, anode, electrolyte and cathode layers mounted upon said metal substrate, and a metal interconnect plate, a metal spacer located between said metal substrate and said metal interconnect plate, and defining an oxidant flow path from an oxidant inlet to an exhaust oxidant outlet, and a fuel flow path from a fuel inlet to an exhaust fuel outlet, each electrochemically inactive fuel cell stack repeat layer adapted such that it is incapable of performing an electrochemical function and comprising a metal substrate, anode, electrolyte and cathode layers mounted upon said metal substrate, and a metal interconnect plate, a metal spacer located between said metal substrate and said metal interconnect plate, and defining an oxidant flow path from an oxidant inlet to an exhaust oxidant outlet. (i) a base plate; (ii) at least one intermediate-temperature solid oxide fuel cell stack mounted upon said base plate; (iii) an end plate; and (iv) clamping means adapted to exert compressive force upon said at least one fuel cell stack between said base plate and said end plate, (a) an at least one electrochemically inactive fuel cell stack repeat layer positioned between said base plate and said at least one electrochemically active fuel cell stack repeat layer; and (b) an at least one electrochemically inactive fuel cell stack repeat layer positioned between said end plate and said at least one electrochemically active fuel cell stack repeat layer;
An image processing apparatus for processing multi-valued image data corresponding to an image that is to be recorded in a pixel area of a recording medium to record the image in the pixel area by performing a relative scanning of a recording head and the recording medium by plural times, the image processing apparatus comprising: division means configured to divide the multi-valued image data into multi-valued data corresponding to each of the plural relative scannings and multi-valued data corresponding commonly to at least two relative scannings among the plural relative scannings; quantization means configured to execute a quantization processing on each of the multi-valued data generated by the division means to generate quantized data corresponding to each of the plural relative scannings and quantized data corresponding to the at least two relative scannings; and combination means configured to combine the quantized data generated by the quantization means for each corresponding relative scanning to generate combined quantized data corresponding to each of the plural relative scannings. division means configured to divide the multi-valued image data into multi-valued data corresponding to each of the plural relative scannings and multi-valued data corresponding commonly to at least two relative scannings among the plural relative scannings; quantization means configured to execute a quantization processing on each of the multi-valued data generated by the division means to generate quantized data corresponding to each of the plural relative scannings and quantized data corresponding to the at least two relative scannings; and combination means configured to combine the quantized data generated by the quantization means for each corresponding relative scanning to generate combined quantized data corresponding to each of the plural relative scannings.
Extractor hood capable of extracting fumes and/or vapours being generated on a cooking surface, said hood comprising a first portion integral with a wall of the room where said cooking surface is located, a second portion, distant from the first portion and close to the cooking surface, and means of connection and support capable of securing said first portion to the second portion, said second portion containing a fan capable of extracting fumes and/or vapours from the cooking surface when the hood is in use, whereby said first portion comprises an autonomous fan capable of extracting fumes and/or vapours exiting the second portion and extracted from the cooking surface by the fan present in said second portion, said extractor hood having no tube or duct for air connecting the first portion and the second portion, characterised in that the second portion of the hood has an annular end opening provided at a first end through which the fumes and/or vapours are extracted from the cooking surface by the fan and a second opening located at a second end of the second portion through which said fumes and/or vapours are expelled from said second portion so as to be extracted by the extraction device of the first portion located at a distance from the second portion.
A composition comprising at least one recombinant protein comprising an amino acid sequence having sequence identity greater than 90% to the amino acid sequence of any one of SEQ ID NOS: 250, 248 and 252, provided that said protein is not SEQ ID NO: 10 or 13 of WO03/020756.
High-durability, biodegradable paper medium for the printing of a security document, a banknote in particular, comprising cellulose fibers in a concentration equal to or higher than 70 % and lower than 100 % by weight in the dry state relative to the total weight of said paper medium in the dry state, additives and adjuvants, at least one binder, characterized in that it comprises: - an oil-repellent and water-repellent sizing agent based on an organic compound containing perfluoropolyether groups (PFPE), in a concentration higher than 0 % and equal to or lower than 5 % by weight in the dry state relative to the total weight of the paper medium in the dry state; - at least one biodegradable, structural reinforcing agent selected from among those derived from a plant or animal source, those synthesised by biotechnological engineering or genetic engineering followed by biotechnological engineering and those that are biosourced then chemically processed. - an oil-repellent and water-repellent sizing agent based on an organic compound containing perfluoropolyether groups (PFPE), in a concentration higher than 0 % and equal to or lower than 5 % by weight in the dry state relative to the total weight of the paper medium in the dry state; - at least one biodegradable, structural reinforcing agent selected from among those derived from a plant or animal source, those synthesised by biotechnological engineering or genetic engineering followed by biotechnological engineering and those that are biosourced then chemically processed.
A locking apparatus for securing an item of luggage comprising: a housing configured to be mounted within the item of luggage and including at least one aperture (312, 314) for receiving therein a corresponding at least one tab extending from a closure means of said item of luggage, said housing enclosing therein: a locking element movable inside said housing between a first position in which the locking apparatus is in a locking state in which the at least one tab extends from a movable closure means is secured in the housing and a second position in which the locking apparatus is in an unlocked state in which the at least one tab extends from the closure means and is releasable from the housing, a first locking means operable to control movement of the locking element between the first position and the second position, and a first sensor arranged to detect operation of the first locking means and a second sensor associated with the locking element for detecting the extent of movement of the locking element between the first position and the second position. a locking element movable inside said housing between a first position in which the locking apparatus is in a locking state in which the at least one tab extends from a movable closure means is secured in the housing and a second position in which the locking apparatus is in an unlocked state in which the at least one tab extends from the closure means and is releasable from the housing, a first locking means operable to control movement of the locking element between the first position and the second position, and a first sensor arranged to detect operation of the first locking means and a second sensor associated with the locking element for detecting the extent of movement of the locking element between the first position and the second position.
Additive manufacturing process, characterized in that a composition comprising the reaction product of a polyester polyol and a compound comprising at least one functional group that can react with a hydroxyl-group of the polyester polyol and at least one further functional group, selected from acrylate- or methacrylate-group, characterized in that the polyester polyol is based on at least one organic acid comprising at least two carboxyl groups, preferably two carboxyl groups, or its anhydride, preferably comprising from 4 to 44, more preferably comprising from 18 to 44, most preferably from 24 to 44 carbon atoms, and at least one polyol comprising at least two hydroxy-groups, wherein the reaction product has a glass transition temperature Tg of below 23 °C, determined as described in the description, and wherein the composition optionally further comprises a photoinitiator, is used as a photopolymerisable material.
A method for performing, by a user equipment, UE, early data transmission, EDT, in a wireless communication, the method comprising: transmitting a first radio resource control, RRC, message for the EDT, to a base station; receiving a second RRC message in response to the first RRC message, from the base station; if the second RRC message indicates that the EDT is successful, considering that the EDT ends successfully; if the second RRC message indicates that the EDT is unsuccessful, considering that the EDT ends unsuccessfully; and entering a RRC_IDLE state. transmitting a first radio resource control, RRC, message for the EDT, to a base station; receiving a second RRC message in response to the first RRC message, from the base station; if the second RRC message indicates that the EDT is successful, considering that the EDT ends successfully; if the second RRC message indicates that the EDT is unsuccessful, considering that the EDT ends unsuccessfully; and entering a RRC_IDLE state.
A brush tufting device for tufting and fastening at least one bristle tuft in an opening of a brush body section by means of a loop, comprising: a tufting tongue adapted to be reciprocated along a movement path and thrusting bristle tufts along with the loop into the opening, a wire feeding means for feeding wire pieces which form loops having two legs and an intermediate web connecting them, a bending part adapted to be reciprocated, a deformation pin about which the bending part bends the wire piece, a wiper which is adapted to be reciprocated along the deformation pin and which feeds the bent wire piece to the tongue through an opening in an intermediate part, the bending part and the deformation pin bending the wire piece in a plane remote from the tongue, and the wiper shifting the wire piece laterally into the movement path of the tongue, the wiper having at least two projections spaced from each other, characterized in that the projections form points of contact (70, 74; 76) with the wire piece which are separate from each other, and in that the wiper has two fingers extending along opposite sides of the deformation pin and forming the projections, the projections engaging the intermediate web and the free ends of the legs or only the legs, and the projections being positioned so as to be adjacent to two opposite sides of the deformation pin. a tufting tongue adapted to be reciprocated along a movement path and thrusting bristle tufts along with the loop into the opening, a wire feeding means for feeding wire pieces which form loops having two legs and an intermediate web connecting them, a bending part adapted to be reciprocated, a deformation pin about which the bending part bends the wire piece, a wiper which is adapted to be reciprocated along the deformation pin and which feeds the bent wire piece to the tongue through an opening in an intermediate part, the bending part and the deformation pin bending the wire piece in a plane remote from the tongue, and the wiper shifting the wire piece laterally into the movement path of the tongue, the wiper having at least two projections spaced from each other, characterized in that the projections form points of contact (70, 74; 76) with the wire piece which are separate from each other, and in that the wiper has two fingers extending along opposite sides of the deformation pin and forming the projections, the projections engaging the intermediate web and the free ends of the legs or only the legs, and the projections being positioned so as to be adjacent to two opposite sides of the deformation pin.
A gas turbine engine, comprising: a shaft configured to rotate during operation of the gas turbine engine; and a squeeze film damper radially outside the shaft, the squeeze film damper including a cavity including a film of lubricant axially between first and second cavity seals (84, 86), and further including a reservoir fluidly coupled to the cavity, characterized in that the reservoir is passively fluidly coupled to the cavity such that lubricant is free to flow in and out of the reservoir during operation of the gas turbine engine; and at least one of the first and second cavity seals (84, 86) includes an opening fluidly coupling the cavity to the reservoir and permitting lubricant to flow in and out of the reservoir through the opening. a shaft configured to rotate during operation of the gas turbine engine; and a squeeze film damper radially outside the shaft, the squeeze film damper including a cavity including a film of lubricant axially between first and second cavity seals (84, 86), and further including a reservoir fluidly coupled to the cavity, characterized in that the reservoir is passively fluidly coupled to the cavity such that lubricant is free to flow in and out of the reservoir during operation of the gas turbine engine; and at least one of the first and second cavity seals (84, 86) includes an opening fluidly coupling the cavity to the reservoir and permitting lubricant to flow in and out of the reservoir through the opening.
Vehicle being convertible between an automotive riding condition for riding on a road and a flying condition for flying in air, comprising: a cabin with wheels and a motor for driving at least one of the wheels; a propeller mounted at the rear of the cabin for propulsion in air, and a rotor for providing lift in air; wherein the rotor is mounted at the free end of a mast having its lower end hinged to the roof of the cabin, wherein in the flying condition the mast is hinged to an upright condition and wherein in the riding condition the mast is hinged forward to a condition substantially parallel to the cabin roof; characterised in that the vehicle further comprises a tail hingedly connected to the mast at a position lower than the rotor. a cabin with wheels and a motor for driving at least one of the wheels; a propeller mounted at the rear of the cabin for propulsion in air, and a rotor for providing lift in air; wherein the rotor is mounted at the free end of a mast having its lower end hinged to the roof of the cabin, wherein in the flying condition the mast is hinged to an upright condition and wherein in the riding condition the mast is hinged forward to a condition substantially parallel to the cabin roof; characterised in that the vehicle further comprises a tail hingedly connected to the mast at a position lower than the rotor.
- An antenna system including an antenna, the antenna comprising: a planar ground plane, a planar radiating element, having a central segment and first and second lateral segments (3b, 3c) extending from the central segment, wherein the radiating element is arranged above the ground plane and substantially parallel to the ground plane, and wherein the radiating element has a U-shaped configuration, wherein the ground plane is connected to the central segment of the radiating element by a connection of the ground plane, and wherein the ground plane has at least one slot, the slot having two edges, and the antenna system further comprises a feed line including a feed terminal and a ground terminal, that are connected respectively with said edges. a planar ground plane, a planar radiating element, having a central segment and first and second lateral segments (3b, 3c) extending from the central segment, wherein the radiating element is arranged above the ground plane and substantially parallel to the ground plane, and wherein the radiating element has a U-shaped configuration, wherein the ground plane is connected to the central segment of the radiating element by a connection of the ground plane, and wherein the ground plane has at least one slot, the slot having two edges, and the antenna system further comprises a feed line including a feed terminal and a ground terminal, that are connected respectively with said edges.
Glass pane module unit for use in a watercraft having at least two safety glasses (10, 11), wherein at least one safety glass can be arranged on the outside of the watercraft and at least one safety glass can be arranged on the inside of the watercraft, and having at least one spacer (16, 16a, 16b) arranged between two adjacently arranged safety glasses (10, 11), wherein the safety glass arranged on the outside of the watercraft has safety properties which differ from the safety properties of the safety glass arranged on the inside of the watercraft, wherein the safety glass arranged on the outside of the watercraft has safety properties against hydrostatic loads and the safety glass arranged on the inside of the watercraft has safety properties against impact loads, and at least one reinforcing element is arranged between two adjacently arranged safety glasses (10, 11), wherein the reinforcing element is formed from a metal material or a carbon material, wherein the reinforcing element is arranged between two spacers (16, 16a, 16b) as an element arranged separately from the spacer (16, 16a, 16b), so that no direct contact is established between the reinforcing element and the safety glasses (10, 11).