mhurhangee/patent-ind-claim-en huggingface dataset:
A reinforced pavement comprising a layer of a tack coat on a pavement and a fabric thereon, said fabric having a fabric width (W2) in a transverse direction, said fabric comprising a carrier , said fabric further comprising discrete and space apart reinforcement elements (14, 24', 24", 34), whereby the carrier is a non-woven, characterized in that the reinforcement elements (14, 24', 24", 34) are steel wires or steel cords extending within said fabric width and being fixed or bound to said carrier , said carrier having a carrier width (W1) that is smaller than said fabric (W2) width so that said reinforcement elements protrude out of said carrier , so that, when laying down a further fabric next to the fabric , zones of overlapping between the two adjacent fabrics can be made with only one level of carrier present or without carrier, so that the tack coat or bitumen layer can easily realize adhesion. said fabric having a fabric width (W2) in a transverse direction, said fabric comprising a carrier , said fabric further comprising discrete and space apart reinforcement elements (14, 24', 24", 34), whereby the carrier is a non-woven, characterized in that the reinforcement elements (14, 24', 24", 34) are steel wires or steel cords extending within said fabric width and being fixed or bound to said carrier , said carrier having a carrier width (W1) that is smaller than said fabric (W2) width so that said reinforcement elements protrude out of said carrier , so that, when laying down a further fabric next to the fabric , zones of overlapping between the two adjacent fabrics can be made with only one level of carrier present or without carrier, so that the tack coat or bitumen layer can easily realize adhesion.
Reconfigurable integrated optical microswitch device comprising - a base layer , - a first layer of driving electrodes , - a layer of electro-optical material arranged above the layer of driving electrodes , the layer of electro-optical material comprising au upper planar surface 20, - a plurality of waveguides obtained in the layer of electro-optical material , - a second layer of driving electrodes , arranged above the layer of electro-optical material , and connected to the plurality of waveguides , characterized in that : - an adhesive layer made of non-conducting material is interposed between the base layer and the first layer of driving electrodes , and in that - a layer of dielectric insulating material is arranged between the layer of electro-optical material and the second layer of driving electrodes . - a base layer , - a first layer of driving electrodes , - a layer of electro-optical material arranged above the layer of driving electrodes , the layer of electro-optical material comprising au upper planar surface 20, - a plurality of waveguides obtained in the layer of electro-optical material , - a second layer of driving electrodes , arranged above the layer of electro-optical material , and connected to the plurality of waveguides , characterized in that : - an adhesive layer made of non-conducting material is interposed between the base layer and the first layer of driving electrodes , and in that - a layer of dielectric insulating material is arranged between the layer of electro-optical material and the second layer of driving electrodes .
A resin composition comprising: a 50 to 80 vol% of binder resin made of a thermosetting resin; an additive dispersed in the binder resin, wherein the additive includes greater than or equal to 15 vol % and less than or equal to 25 vol% of PTFE (polytetrafluoroethylene), greater than or equal to 10 vol % and less than or equal to 20 vol% of graphite, and greater than 0 vol % and less than or equal to 4 vol% of MoS 2 , an average particle size of each of the additive is less than 10 μm, an average particle size of the PTFE is larger than the average particle size of graphite and MoS 2 wherein the average particle diameter is the 50% diameter in the distribution of the sphere equivalent diameter obtained by the laser diffraction method in the state of the raw material before mixing with the binder resin. a 50 to 80 vol% of binder resin made of a thermosetting resin; an additive dispersed in the binder resin, wherein the additive includes greater than or equal to 15 vol % and less than or equal to 25 vol% of PTFE (polytetrafluoroethylene), greater than or equal to 10 vol % and less than or equal to 20 vol% of graphite, and greater than 0 vol % and less than or equal to 4 vol% of MoS 2 , greater than or equal to 15 vol % and less than or equal to 25 vol% of PTFE (polytetrafluoroethylene), greater than or equal to 10 vol % and less than or equal to 20 vol% of graphite, and greater than 0 vol % and less than or equal to 4 vol% of MoS 2 , an average particle size of each of the additive is less than 10 μm, an average particle size of the PTFE is larger than the average particle size of graphite and MoS 2 wherein the average particle diameter is the 50% diameter in the distribution of the sphere equivalent diameter obtained by the laser diffraction method in the state of the raw material before mixing with the binder resin.
A method implemented in a decoder, the method comprising: receiving , by a receiver of the decoder, a bitstream comprising coded data of a sub-picture containing a tile group, wherein the bitstream further comprises a tile group header associated with the tile group; obtaining , by the processor, a tile group address, wherein the tile group address includes a sub-picture level tile group index of the tile group when the tile group is a rectangular tile group; obtaining , by the processor, a sub-picture identifier ID, of the sub-picture containing the tile group, wherein the tile group address and sub-picture ID are obtained from the tile group header; positioning , by the processor, the tile group of the sub-picture based on the tile group address and sub-picture ID; and decoding , by the processor, the tile group of the sub-picture based on the tile group address. receiving , by a receiver of the decoder, a bitstream comprising coded data of a sub-picture containing a tile group, wherein the bitstream further comprises a tile group header associated with the tile group; obtaining , by the processor, a tile group address, wherein the tile group address includes a sub-picture level tile group index of the tile group when the tile group is a rectangular tile group; obtaining , by the processor, a sub-picture identifier ID, of the sub-picture containing the tile group, wherein the tile group address and sub-picture ID are obtained from the tile group header; positioning , by the processor, the tile group of the sub-picture based on the tile group address and sub-picture ID; and decoding , by the processor, the tile group of the sub-picture based on the tile group address.
A method of detecting a fall of a footwear user wherein both a pressure exerted on a sole of said footwear and an acceleration of said footwear are detected by one or more sensors located in a footwear and combined together to detect whether said user is fallen or not, wherein a footwear user fall risk alert is sent when a sequence of a sudden sensed pressure drop shortly followed by a sudden sensed acceleration raise is detected and/or when a sudden sensed pressure drop is detected simultaneously with a sudden sensed acceleration raise, wherein said fall risk alert is wirelessly sent out of said footwear.
A lid comprising: a body ; and an activator connected to the body and movable between an open position and a closed position; a fluid-flow member movably connected to the body , the fluid-flow member having at least a portion of a fluid pathway disposed therein, a first end of the fluid pathway forming at least a portion of a mouthpiece and a second end of the fluid flow pathway being connected to or in fluid communication with an opening in the lid ; and a connecting member coupled to each of the activator and the fluid-flow member , wherein the connecting member is pivotally connected to the activator and the connecting member is pivotally connected to the fluid-flow member ; wherein: movement of the activator from the closed position to the open position moves the fluid-flow member from a closed position to an open position; movement of the activator from the open position to the closed position moves the fluid-flow member from the open position to the closed position; fluid flow through the fluid pathway is prevented when the fluid-flow member is in the closed position; and the fluid pathway is open when the fluid-flow member is in the open position. a body ; and an activator connected to the body and movable between an open position and a closed position; a fluid-flow member movably connected to the body , the fluid-flow member having at least a portion of a fluid pathway disposed therein, a first end of the fluid pathway forming at least a portion of a mouthpiece and a second end of the fluid flow pathway being connected to or in fluid communication with an opening in the lid ; and a connecting member coupled to each of the activator and the fluid-flow member , wherein the connecting member is pivotally connected to the activator and the connecting member is pivotally connected to the fluid-flow member ; wherein: movement of the activator from the closed position to the open position moves the fluid-flow member from a closed position to an open position; movement of the activator from the open position to the closed position moves the fluid-flow member from the open position to the closed position; fluid flow through the fluid pathway is prevented when the fluid-flow member is in the closed position; and the fluid pathway is open when the fluid-flow member is in the open position. movement of the activator from the closed position to the open position moves the fluid-flow member from a closed position to an open position; movement of the activator from the open position to the closed position moves the fluid-flow member from the open position to the closed position; fluid flow through the fluid pathway is prevented when the fluid-flow member is in the closed position; and the fluid pathway is open when the fluid-flow member is in the open position.
Pigment mixture comprising two or three interference pigments which each have different interference colours, where the interference colours are selected from the colours red, blue and green and the CIE Lab* colour ranges of the individual pigments are defined as follows: red interference pigment: a ≥ 25 and b ≥ 0 blue interference pigment: -20 ≤ a ≤ 40 and b ≤ -50 green interference pigment: a ≤ -15 and b ≥ 0, and the a and b values of the individual interference pigments are determined as follows using a STEAG ETA-Optik spectrometer: a black-coated paint card is coated with a nitrocellulose lacquer comprising 1.65 per cent by weight of the relevant interference pigment or pigment mixture using a hand coater (gap width 500 μm); after drying, the colour is measured at 95° using the above-mentioned measuring instrument with an angle of incidence of 75°; 90° is the perpendicular to the paint card.
A nitrile-group-containing highly saturated copolymer rubber comprising α,β-ethylenically unsaturated nitrile monomer units (a), α,β-ethylenically unsaturated dicarboxylic acid mono ester monomer units (b), (meth)acrylic acid alkoxyalkyl ester monomer units which have alkoxyalkyl groups with 2 to 8 carbon atoms (c), and conjugated diene monomer units (d), where at least part of said conjugated diene monomer units (d) are hydrogenated, and having an iodine value of 120 or less, measured in accordance with JIS K 6235, wherein a ratio of content of the α,β-ethylenically unsaturated nitrile monomer units (a) in the total monomer units is 15 to 30 wt%, a ratio of content of the α,β-ethylenically unsaturated dicarboxylic acid mono ester monomer units (b) in the total monomer units is 1 to 8 wt%, a ratio of content of the (meth) acrylic acid alkoxyalkyl ester monomer units which have alkoxyalkyl groups with 2 to 8 carbon atoms (c) in the total monomer units is 21 to 40 wt%, and a ratio of content of the conjugated diene monomer units (d) in the total monomer units is 30 to 63 wt%, the contents of the different monomers being determined as specified in the description. a ratio of content of the α,β-ethylenically unsaturated nitrile monomer units (a) in the total monomer units is 15 to 30 wt%, a ratio of content of the α,β-ethylenically unsaturated dicarboxylic acid mono ester monomer units (b) in the total monomer units is 1 to 8 wt%, a ratio of content of the (meth) acrylic acid alkoxyalkyl ester monomer units which have alkoxyalkyl groups with 2 to 8 carbon atoms (c) in the total monomer units is 21 to 40 wt%, and a ratio of content of the conjugated diene monomer units (d) in the total monomer units is 30 to 63 wt%, the contents of the different monomers being determined as specified in the description.
A drive device of an in-line sheet-fed offset printing press consisting of a feeder , one or several printing mechanisms (2 to 8), optionally no, one or several varnishing modules and/or other printing press units, such as dryer, further processing or transfer units, as well as a delivery , wherein at least one feed drum and an impression cylinder are provided in a first printing mechanism for the transport of printed sheets to be printed in the sheet transport direction (TR) through the sheet-fed offset printing press, at least one transfer drum and an impression cylinder are in each case provided in the further printing mechanisms (3 to 8), and at least one delivery drum is provided in the delivery , and, if one or several varnishing modules are present, at least one transfer drum and an impression cylinder are in each case provided in the varnishing module and at least one delivery drum is provided in the delivery , wherein all sheet-guiding cylinders and drums are drive-connected to one another by means of a continuously arranged drive wheel train , wherein within the drive wheel train at least first drive wheels (16, 16.1) are in each case connected to impression cylinders , and further drive wheels (16.2) are in each case connected to transfer drums , which are arranged between the impression cylinders in the sheet transport direction (TR), and wherein the first (16, 16.1) and the further drive wheels (16.2) are drive-coupled to one another, characterized in that one or several main drive motors (HA) are provided in the sheet-fed offset printing press, which are rigidly coupled to a frame side wall of a printing mechanism (2 to 8) or varnishing module by means of a bracket , which is fixed to the frame, and that a respective input drive of the main drive motor or main drive motors (HA) from the drive wheel train of the sheet-fed offset printing press are assigned directly to a drive wheel (16, 16.1) in the drive wheel train by means of a respective drive pinion , which is arranged on a respective drive shaft of a main drive motor (HA), so that the or each main drive motor (HA) drives directly into a drive gear , which is arranged in the drive wheel train , wherein the or each drive wheel (16, 16.1) is connected to an impression cylinder of a printing mechanism (2 to 9) or varnishing module , that drive-side bearing assemblies arranged adjacent to the drive wheel train are in each case formed as combined radial axial bearing at least for the impression cylinders and transfer drums , and that a printing mechanism (2 to 8) or varnishing module , together with the main drive motor (HA), the bracket , a drive shaft coupled to the main drive motor (HA), and a drive pinion arranged on the drive shaft forms a modular drive printing mechanism , wherein the main drive motor acts directly on the driving engagement of the main drive at the closed wheel train by means of a pinion shaft.
A magnetic resonance imaging system , comprising: - a magnetic resonance scanner with a radio frequency receiver for acquiring compressed magnetic resonance data, - a sequence control unit configured to control the magnetic resonance scanner to repeatedly acquire the compressed magnetic resonance data from an imaged region of a subject to which a contrast agent has been injected by fully sampling a central region of k-space and partially sampling a peripheral region of k-space; - a sampling unit configured to repeatedly determine a change in concentration of the contrast agent in the image region of the subject from the acquired compressed magnetic resonance data; and - a control unit configured to dynamically adjust a degree of compression of the acquired magnetic resonance data by controlling the sequence control unit to adjust a proportion of k-space which is fully sampled in subsequent acquisitions of the compressed magnetic resonance data, based on the change in concentration of the contrast agent determined by the sampling unit . - a magnetic resonance scanner with a radio frequency receiver for acquiring compressed magnetic resonance data, - a sequence control unit configured to control the magnetic resonance scanner to repeatedly acquire the compressed magnetic resonance data from an imaged region of a subject to which a contrast agent has been injected by fully sampling a central region of k-space and partially sampling a peripheral region of k-space; - a sampling unit configured to repeatedly determine a change in concentration of the contrast agent in the image region of the subject from the acquired compressed magnetic resonance data; and - a control unit configured to dynamically adjust a degree of compression of the acquired magnetic resonance data by controlling the sequence control unit to adjust a proportion of k-space which is fully sampled in subsequent acquisitions of the compressed magnetic resonance data, based on the change in concentration of the contrast agent determined by the sampling unit .
The use of a liquid crystal composition as an ink or as a colorant, said liquid crystal composition comprising the following components in their respective mass percentages: 8%-50% of a polymerizable liquid crystal monomer; 1%-30% of a chiral reagent; 0.1%-5% of a photoinitiator; and 30%-70% of an organic solvent, wherein after being cured, the liquid crystal composition exhibits visual angle dependent optical effect; it is characterized in that the liquid crystal composition comprises no liquid crystal microcapsules. 8%-50% of a polymerizable liquid crystal monomer; 1%-30% of a chiral reagent; 0.1%-5% of a photoinitiator; and 30%-70% of an organic solvent,
An absorbent article having a front edge intended to be positioned at a front side of a person and a rear edge intended to be positioned at a rear side of a person, said absorbent article comprising a liquid pervious topsheet , a liquid impervious backsheet , and an absorbent material between said topsheet and said backsheet, wherein at least a first spacer element is included between said topsheet and said backsheet, wherein the first spacer element has a top side facing the topsheet, a bottom side facing the backsheet, and a number of lateral sides between the top and the bottom side, and wherein the absorbent material extends along at least two opposite lateral sides of the first spacer element; said first spacer element being configured to guide liquid to the absorbent material upon wetting of the absorbent article; wherein the lateral sides of the first spacer element are surrounded by the absorbent material, such that seen from a top view, a contour of the spacer element is adjacent to the absorbent material.
Apparatus for folding and pressing an upper flap of a bag for foods taken by conveying means along a moving direction (L), said apparatus being configured to fold a part of the previously welded upper flap of the bag onto the part of the upper flap which is not subject to folding, whereby forming an angle smaller than 45° between the two parts, said apparatus comprises a folding plate and a "U"-shaped element , and moving means able to combine said "U"-shaped element with the folding plate to fold of the previously welded upper flap of the bag , characterized in that said moving means comprise a motorized cam , rotating about a first rotation axis (O) parallel to the moving direction (L) of the bags , said cam being able to move, by first linkages at least one folding lever with said "U"-shaped element to fold the upper flap of the bags over said folding plate , said cam being also able to move by second linkages a keeping mallet able to keep the upper flap folded over the folding plate .
A fiber-reinforced thermoplastic composite comprising: a matrix material including a thermoplastic material; and a plurality of continuous fibers dispersed in the matrix material wherein each of the plurality of continuous fibers is substantially aligned with the length of the fiber-reinforced composite wherein the matrix material is a linear or branched polyamide having: - a relative viscosity, measured in H 2 SO 4 96% at 25°C, 1g of polyamide for 100 ml H 2 SO 4 , according to the norm DIN EN ISO 307:201911, of at least 1.7 and of at most 2.3; and - a concentration of amine end groups (AEG) and a concentration of carboxylic end groups (CEG)° such that the absolute difference |AEG-CEG| is at least of 100 meq/kg. a matrix material including a thermoplastic material; and a plurality of continuous fibers dispersed in the matrix material wherein each of the plurality of continuous fibers is substantially aligned with the length of the fiber-reinforced composite wherein the matrix material is a linear or branched polyamide having: - a relative viscosity, measured in H 2 SO 4 96% at 25°C, 1g of polyamide for 100 ml H 2 SO 4 , according to the norm DIN EN ISO 307:201911, of at least 1.7 and of at most 2.3; and - a concentration of amine end groups (AEG) and a concentration of carboxylic end groups (CEG)° such that the absolute difference |AEG-CEG| is at least of 100 meq/kg. - a relative viscosity, measured in H 2 SO 4 96% at 25°C, 1g of polyamide for 100 ml H 2 SO 4 , according to the norm DIN EN ISO 307:201911, of at least 1.7 and of at most 2.3; and - a concentration of amine end groups (AEG) and a concentration of carboxylic end groups (CEG)° such that the absolute difference |AEG-CEG| is at least of 100 meq/kg.
A sandwich panel wall , comprising a foundation fixing means for jointing a sandwich panel to a foundation, which foundation fixing means further comprising an inner horizontal fixing portion ; an outer horizontal fixing portion ; a combined inner vertical water barrier and fixing portion , wherein the foundation fixing means comprises also a water passage , wherein the foundation fixing means comprises a U-profile, wherein the U-profile comprises the combined inner vertical water barrier and fixing portion , the inner horizontal fixing portion , the outer horizontal fixing portion , and an outer vertical fixing portion , and wherein the U-profile comprises one or more holes in the lower side of the outer vertical fixing portion forming the water passage , and wherein the foundation fixing means comprises also a separate horizontal water barrier portion and a horizontal thermal insulating portion , wherein the separate horizontal water barrier portion is above the horizontal thermal insulating portion , characterized in that the web of the U-profile comprises slots forming the horizontal thermal insulating portion . wherein the foundation fixing means comprises also a water passage , wherein the foundation fixing means comprises a U-profile, wherein the U-profile comprises the combined inner vertical water barrier and fixing portion , the inner horizontal fixing portion , the outer horizontal fixing portion , and an outer vertical fixing portion , and wherein the U-profile comprises one or more holes in the lower side of the outer vertical fixing portion forming the water passage , and wherein the foundation fixing means comprises also a separate horizontal water barrier portion and a horizontal thermal insulating portion , wherein the separate horizontal water barrier portion is above the horizontal thermal insulating portion , characterized in that the web of the U-profile comprises slots forming the horizontal thermal insulating portion .