mhurhangee/patent-ind-claim-en huggingface dataset:
A drained air cavity wall structure of a building comprising i) in order: - a load bearing wall ; - a layer of thermal insulation , notably of mineral wool, secured to the load bearing wall having a major surface facing the drained air cavity ; - the drained air cavity ; - a masonry outer leaf ; and ii) a fire propagation barrier , notably a mineral wool fire propagation barrier, provided across a width of the drained air cavity, the width of the drained air cavity being fully filled by a width of the fire propagation barrier; the fire propagation barrier is secured within the drained air cavity by a tie , the tie having a portion which engages with the fire propagation barrier , a portion which engages with the masonry outer leaf and preferably a portion which engages with the layer of thermal insulation ; characterised in that the major surface of the layer of thermal insulation facing the drained air cavity provides a continuous planar insulation surface and the fire propagation barrier abuts said continuous planar insulation surface of the layer of thermal insulation . i) in order: - a load bearing wall ; - a layer of thermal insulation , notably of mineral wool, secured to the load bearing wall having a major surface facing the drained air cavity ; - the drained air cavity ; - a masonry outer leaf ; and - a load bearing wall ; - a layer of thermal insulation , notably of mineral wool, secured to the load bearing wall having a major surface facing the drained air cavity ; - the drained air cavity ; - a masonry outer leaf ; and ii) a fire propagation barrier , notably a mineral wool fire propagation barrier, provided across a width of the drained air cavity, the width of the drained air cavity being fully filled by a width of the fire propagation barrier; the fire propagation barrier is secured within the drained air cavity by a tie , the tie having a portion which engages with the fire propagation barrier , a portion which engages with the masonry outer leaf and preferably a portion which engages with the layer of thermal insulation ; the major surface of the layer of thermal insulation facing the drained air cavity provides a continuous planar insulation surface and the fire propagation barrier abuts said continuous planar insulation surface of the layer of thermal insulation .
An assembly including a shield, the shield including a first shield part and a second shield part , the first shield part being foldable on the second shield part, each of the first shield part and the second shield part including or being connected to at least one closure element , so that the at least one closure element associated with the first shield part is in contact with at least one corresponding closure element associated with the second shield part, the contact allowing to ensure an electrical continuity between the first shield part and the second shield part and to generate a Faraday cage, characterized in that the assembly further includes at least one substrate element , at least one antenna and at least one chip , the at least one chip being communicatively coupled to the at least one antenna.
An aluminosilicate molecular sieve of AFT framework type, wherein the molecular sieve is SSZ-112.
A method performed by a network node of a radio network, for enabling a wireless device to access the radio network, wherein system signatures transmitted by the network node are associated with corresponding system information configurations used by the wireless device for accessing the radio network in a first area, and wherein at least some of the system signatures are reused in a second area as associated with system information configurations which are different than in the first area, the method comprising: - indicating that at least one system information configuration associated with one signature and stored in the wireless device is invalid and should not be used, wherein said indicating is performed by transmitting at least one new system information configuration associated with another signature and to be stored in the wireless device. - indicating that at least one system information configuration associated with one signature and stored in the wireless device is invalid and should not be used, wherein said indicating is performed by transmitting at least one new system information configuration associated with another signature and to be stored in the wireless device.
An alternating current to direct current, AC to DC, power conversion system comprising; a rectifier configured to convert an input AC voltage to an initial DC voltage; an inverter configured to convert the initial DC voltage to a converted AC voltage; a plurality of transformers , each transformer comprising a primary winding paired to a secondary winding, wherein each of the primary windings is coupled in series with the other primary windings, wherein the series coupled primary windings are coupled to the inverter to receive the converted AC voltage; a plurality of bridges , each bridge coupled to a respective secondary winding to receive a transformed AC voltage therefrom, each bridge coupled in parallel to the other bridges at DC output terminals to provide a combined DC output voltage; wherein the AC to DC power conversion system includes a resonant circuit coupled between the inverter and the transformers ; characterised by : a bridge controller configured to control operations of at least some of the plurality of bridges to regulate the output DC voltage and shape AC current supplied to the rectifier into a unity power factor sinusoidal waveform.
A unified time-domain/frequency-domain coding device for coding an input sound signal, characterised by comprising: a classifier of the input sound signal into one of a plurality of sound signal categories, wherein the sound signal categories comprise an unclear signal type category showing that the nature of the input sound signal is unclear; a selector of one of a plurality of coding sub-modes for coding the input sound signal if the input sound signal is classified in the unclear signal type category; and a mixed time-domain/frequency-domain encoder for coding the input sound signal using the selected coding sub-mode. a classifier of the input sound signal into one of a plurality of sound signal categories, wherein the sound signal categories comprise an unclear signal type category showing that the nature of the input sound signal is unclear; a selector of one of a plurality of coding sub-modes for coding the input sound signal if the input sound signal is classified in the unclear signal type category; and a mixed time-domain/frequency-domain encoder for coding the input sound signal using the selected coding sub-mode.
A food additive for fodder for animal nutrition, the additive comprising a liquid mixture of a polyol together with i) a phytase in an amount suited to provide a final phytase activity of between 10,000 and 100,000 FTU/ml, FTU being the amount of enzyme necessary to release 1 μmol of inorganic orthophosphate per minute in a solution containing 0.0051 mol/l of sodium phytate at pH 5.5 and at a temperature of 37 °C; ii) ground vegetable fibre with a maximum particle diameter of 250 μm, iii) citric acid in a concentration between 1-5 % by weight with respect to the total weight of the liquid mixture as chelating agent, stabilising the pH at pH 5 and a phosphorus source selected among monocalcium phosphate, monodicalcium phosphate or a combination of both in the form of defluorinated or granulated mud. i) a phytase in an amount suited to provide a final phytase activity of between 10,000 and 100,000 FTU/ml, FTU being the amount of enzyme necessary to release 1 μmol of inorganic orthophosphate per minute in a solution containing 0.0051 mol/l of sodium phytate at pH 5.5 and at a temperature of 37 °C; ii) ground vegetable fibre with a maximum particle diameter of 250 μm, iii) citric acid in a concentration between 1-5 % by weight with respect to the total weight of the liquid mixture as chelating agent, stabilising the pH at pH 5 and
An elongated support board forming a handrail , a knee rail or the like in a railing alongside a walkway ,, characterized i n that the elongated support board comprises a lighting-fixture rail extending in a longitudinal direction of the support board and configured to support a lighting fixture , and, in areas without lighting fixtures , a closing accessory , wherein the lighting-fixture rail and the closing accessory constitute additions to the support board and are held fixed in the support board by snap connections, and wherein snap connecting elements extend from the lighting-fixture rail and the closing accessory and mesh with connecting portions providing ledges inside the support board .
A surgical system, comprising: a primary construct comprising a rigid spinal fixation rod and first and second bone anchors configured to attach the spinal rod to first and second vertebrae; and a connector comprising: a main body having at least one attachment point for attaching the connector to the primary construct; and first and second arms extending in a superior direction from the main body; characterised in that the surgical system further comprises a collar that is rotatable relative to the arms to move the arms towards one another, wherein the collar includes an interior thread engaged with an exterior thread of the arms, at least one of the interior and exterior threads being tapered. a primary construct comprising a rigid spinal fixation rod and first and second bone anchors configured to attach the spinal rod to first and second vertebrae; and a connector comprising: a main body having at least one attachment point for attaching the connector to the primary construct; and first and second arms extending in a superior direction from the main body; a main body having at least one attachment point for attaching the connector to the primary construct; and first and second arms extending in a superior direction from the main body; characterised in that the surgical system further comprises a collar that is rotatable relative to the arms to move the arms towards one another, wherein the collar includes an interior thread engaged with an exterior thread of the arms, at least one of the interior and exterior threads being tapered.
A method for managing connection identifiers, CIDs, of a Mobile Station, MS, in a communication system, the method comprising: transmitting, to the MS, a downlink message including a set value to be used for determining a primary management CID of the MS ; receiving a ranging request, RNG-REQ, message from the MS ; transmitting a ranging response, RNG-RSP, message including a basic CID to the MS ; determining the primary management CID of the MS by adding the set value to the basic CID of the MS; receiving a handover request, HO-REQ, message from the MS ; and transmitting a handover response, HO-RSP, message including information on a target BS and a basic CID to be used by the target BS to the MS , wherein a new primary management CID to be used by the target BS is determined by adding the set value to the basic CID to be used by the target BS. transmitting, to the MS, a downlink message including a set value to be used for determining a primary management CID of the MS ; receiving a ranging request, RNG-REQ, message from the MS ; transmitting a ranging response, RNG-RSP, message including a basic CID to the MS ; determining the primary management CID of the MS by adding the set value to the basic CID of the MS; receiving a handover request, HO-REQ, message from the MS ; and transmitting a handover response, HO-RSP, message including information on a target BS and a basic CID to be used by the target BS to the MS , wherein a new primary management CID to be used by the target BS is determined by adding the set value to the basic CID to be used by the target BS.
Method for producing separated strip-like laminate components containing an electronic component embedded between two laminate layers of a tape-like material, in particular a rubberized material, in which method individual components are placed by means of a placement device on a tape-like, lower first laminate layer , which is moved in a conveying direction by means of a transport means , at defined intervals, after which a tape-like, upper second laminate layer , which is moved in the conveying direction , is applied to the first laminate layer with the components being embedded so as to form a laminate tape , wherein the individual strip-like laminate components are cut from the laminate tape , which is conveyed by means of the transport means , by a cutting device comprising at least one movable cutting blade , which laminate components are picked up and transported away by means of a gripper device , wherein the front end of the laminate tape is gripped by means of the gripper device in the region of a component and moved synchronously with the clocked movement of the transport means by a predefined distance through the cutting device and positioned relative to the cutting blade , characterized in that the actual position of the component in the laminate component in relation to the conveying direction is detected by means of a measuring device connected downstream of the cutting device , and, when a deviation in the actual position from a defined target position is detected, the synchronous movement of the transport means and the gripper device is controlled in dependence on the detected deviation.
A method of determining the risk of agent-induced toxicity in a patient population comprising: providing one or more isogenic cell populations produced from: (a) clonal expansion and differentiation of individual cells, wherein the individual cells are representative of genotypes of one or more proteins of a chaperone complex in a patient population; or (b) pluripotent stem cells, wherein the isogenic cell populations are representative of genotypes of proteins of a chaperone complex; contacting said isogenic cell populations with an agent; and detecting ex vivo activity associated with toxicity resulting from contact with the agent, thereby detecting genotypes of one or more proteins of a chaperone complex that are associated with an increased risk of agent-induced toxicity in a patient population. providing one or more isogenic cell populations produced from: (a) clonal expansion and differentiation of individual cells, wherein the individual cells are representative of genotypes of one or more proteins of a chaperone complex in a patient population; or (b) pluripotent stem cells, wherein the isogenic cell populations are representative of genotypes of proteins of a chaperone complex; (a) clonal expansion and differentiation of individual cells, wherein the individual cells are representative of genotypes of one or more proteins of a chaperone complex in a patient population; or (b) pluripotent stem cells, wherein the isogenic cell populations are representative of genotypes of proteins of a chaperone complex; contacting said isogenic cell populations with an agent; and detecting ex vivo activity associated with toxicity resulting from contact with the agent, thereby detecting genotypes of one or more proteins of a chaperone complex that are associated with an increased risk of agent-induced toxicity in a patient population.
An induction cooker comprising: a first coil ; a second coil disposed on an outer peripheral side of the first coil , a third coil disposed on an outer peripheral side of the second coil ; a first inverter circuit configured to supply a first high-frequency current to the first coil ; a second inverter circuit configured to supply a second high-frequency current to the second coil ; a third inverter circuit configured to supply a third high-frequency current to the third coil ; and a controller configured to control driving of the first inverter circuit , the second inverter circuit and the third inverter circuit , characterised in that the controller is configured to, when a heating target placed above the first coil is formed of a magnetic material, the heating target placed above the second coil is formed of a magnetic material or a composite containing a magnetic material and a non-magnetic material, and the heating target placed above the third coil is formed of a non-magnetic material, stop operation of the first inverter circuit , cause the second inverter circuit and the third inverter circuit to operate, and set a frequency of the third high-frequency current to be higher than a frequency of the second high-frequency current. a first coil ; a second coil disposed on an outer peripheral side of the first coil , a third coil disposed on an outer peripheral side of the second coil ; a first inverter circuit configured to supply a first high-frequency current to the first coil ; a second inverter circuit configured to supply a second high-frequency current to the second coil ; a third inverter circuit configured to supply a third high-frequency current to the third coil ; and a controller configured to control driving of the first inverter circuit , the second inverter circuit and the third inverter circuit , characterised in that the controller is configured to, when a heating target placed above the first coil is formed of a magnetic material, the heating target placed above the second coil is formed of a magnetic material or a composite containing a magnetic material and a non-magnetic material, and the heating target placed above the third coil is formed of a non-magnetic material, stop operation of the first inverter circuit , cause the second inverter circuit and the third inverter circuit to operate, and set a frequency of the third high-frequency current to be higher than a frequency of the second high-frequency current.
A wound type cell, comprising a flat cell formed by winding from starting ends of a first separator , a first electrode plate connected with a first electrode tab , a second separator , and a second electrode plate connected with a second electrode tab ; the first electrode plate comprising a first current collector and a first active substance coated on opposite surfaces of the first current collector, the second electrode plate comprising a second current collector and a second active substance coated on opposite surfaces of the second current collector; characterized in that , an outermost circumference of the second electrode plate comprises a second single-side coated region , and a surface of the second single-side coated region facing a center of the wound type cell is a second empty current collector region without coating with the second active substance; a portion of the first electrode plate opposite to the second empty current collector region comprises a first single-side coated region , and a surface of the first single-side coated region facing away from the center of the wound type cell is a first empty current collector region without coating with the first active substance; a finishing end of the first electrode plate comprises a first empty foil region , and a portion of the second electrode plate opposite to the first empty foil region comprises a second empty foil region ; a starting end of the first empty foil region and a starting end of the second single-side coated region are located on opposite sides of the flat cell along a thickness direction of the flat cell . an outermost circumference of the second electrode plate comprises a second single-side coated region , and a surface of the second single-side coated region facing a center of the wound type cell is a second empty current collector region without coating with the second active substance; a portion of the first electrode plate opposite to the second empty current collector region comprises a first single-side coated region , and a surface of the first single-side coated region facing away from the center of the wound type cell is a first empty current collector region without coating with the first active substance; a finishing end of the first electrode plate comprises a first empty foil region , and a portion of the second electrode plate opposite to the first empty foil region comprises a second empty foil region ; a starting end of the first empty foil region and a starting end of the second single-side coated region are located on opposite sides of the flat cell along a thickness direction of the flat cell .
A photo-detection device including a pixel array, wherein the pixels (100; 500; 600; 700) each comprise a photodiode (815A; 815B) the absorption region of which totally or mostly extends in a volume surrounding a central region of the pixel, - each pixel further includes a focusing element, to focus on the corresponding absorption region (819A; 817B) a light beam impinging at a substantially normal incidence on said pixel; - the focusing elements consist of an assembly of refractive structures (131; 531; 631; 731), characterised in that : each refractive structure being formed by a first truncated pyramid and provided with a recess , said first pyramid having its base which is parallel to the plane of the pixel array and located on the side of the photodiodes, and the recess having the shape of a second entire or truncated pyramid the base of which extends parallel to the plane of pixel array on the side of the refractive structure opposite to the photodiodes; and - the angles at the base φ i of the first pyramids and second pyramids each satisfy: 2 ✽ φ i − sin − 1 n 0 n 1 sin φ i < π 2 with n 0 being the optical index of a surrounding medium surrounding the refractive structures (131; 531; 631; 731) on the side opposite to the photodiodes, and n 1 being an optical index of said refractive structures. - each pixel further includes a focusing element, to focus on the corresponding absorption region (819A; 817B) a light beam impinging at a substantially normal incidence on said pixel; - the focusing elements consist of an assembly of refractive structures (131; 531; 631; 731), characterised in that : each refractive structure being formed by a first truncated pyramid and provided with a recess , said first pyramid having its base which is parallel to the plane of the pixel array and located on the side of the photodiodes, and the recess having the shape of a second entire or truncated pyramid the base of which extends parallel to the plane of pixel array on the side of the refractive structure opposite to the photodiodes; and - the angles at the base φ i of the first pyramids and second pyramids each satisfy: 2 ✽ φ i − sin − 1 n 0 n 1 sin φ i < π 2
Panel of the type which comprises at least a substrate and a top layer provided on this substrate, wherein said top layer comprises a printed motif on the substrate and a transparent or translucent synthetic material layer, which is provided above said printed motif, characterized in that said transparent or translucent synthetic material layer comprises vinyl, has a thickness of at least 0,2 millimeter, but less than 1 millimeter, and is free from wear-resistant particles or comprises less than 10 grams per square meter of such particles, wherein said vinyl is PVC or polyvinyl dichloride (PVdC) and said transparent or translucent material layer contains maximum 35 parts by weight of plasticizer per 100 parts by weight of said vinyl, and in that a primer is provided between the printed motif and the vinyl-containing synthetic material layer, wherein said panel comprises a relief on the surface thereof, wherein the recesses of said relief extend into the vinyl-containing synthetic material layer only so deep that they do not penetrate in said printed motif.