mhurhangee/patent-ind-claim-en huggingface dataset:
Apparatus for determining a property of a sample comprising: a sample strip comprising: a cylindrical chamber for receiving at least a part of the sample; a cylindrical rotor that is contained within the chamber and arranged to rotate about its longitudinal axis; a space between the rotor and the chamber which may be at least partially occupied by the sample; and a conduit that leads to the chamber and enables the chamber to be filled with the sample; the rotor comprising a permanent magnet and being magnetised across its diameter; and the apparatus further comprising a receiving member for receiving the sample strip; a magnetic driving means arranged to drive the rotor ; and a detector arranged to detect changes brought about by the rotating magnetic field of the rotor for determining the rate of rotation of the rotor within the chamber . a sample strip comprising: a cylindrical chamber for receiving at least a part of the sample; a cylindrical rotor that is contained within the chamber and arranged to rotate about its longitudinal axis; a space between the rotor and the chamber which may be at least partially occupied by the sample; and a conduit that leads to the chamber and enables the chamber to be filled with the sample; the rotor comprising a permanent magnet and being magnetised across its diameter; and the apparatus further comprising a cylindrical chamber for receiving at least a part of the sample; a cylindrical rotor that is contained within the chamber and arranged to rotate about its longitudinal axis; a space between the rotor and the chamber which may be at least partially occupied by the sample; and a conduit that leads to the chamber and enables the chamber to be filled with the sample; the rotor comprising a permanent magnet and being magnetised across its diameter; and the apparatus further comprising a receiving member for receiving the sample strip; a magnetic driving means arranged to drive the rotor ; and a detector arranged to detect changes brought about by the rotating magnetic field of the rotor for determining the rate of rotation of the rotor within the chamber .
A testing apparatus for testing the integrity of a tank comprising: a control tube configured to be at least partially submerged within the tank , the control tube being controlled to open and close to permit the ingress and capture of fuel into the control tube from the tank ; a first gas tube connectable to a remote gas source and configured to deliver gas to an outer surface of the control tube at a predetermined first location; a second gas tube connectable to the remote gas source and configured to deliver gas to an inner surface of the control tube at a predetermined second location; and a metering unit in fluid communication with the first gas tube and the second gas tube and having one or more pressure sensors for measuring fuel mass inside the control tube and fuel mass outside the control tube and for comparing the two measurements to determine a change in fuel mass outside the control tube , the change in fuel mass outside the control tube being indicative of a loss of integrity of the tank wherein the control tube comprises a distal end that is configured to be controlled to open and close to permit the ingress and capture of fuel into the control tube from the tank to create an enclosed environment representative of the interior of the tank within the fuel held interior of the tank . a control tube configured to be at least partially submerged within the tank , the control tube being controlled to open and close to permit the ingress and capture of fuel into the control tube from the tank ; a first gas tube connectable to a remote gas source and configured to deliver gas to an outer surface of the control tube at a predetermined first location; a second gas tube connectable to the remote gas source and configured to deliver gas to an inner surface of the control tube at a predetermined second location; and a metering unit in fluid communication with the first gas tube and the second gas tube and having one or more pressure sensors for measuring fuel mass inside the control tube and fuel mass outside the control tube and for comparing the two measurements to determine a change in fuel mass outside the control tube , the change in fuel mass outside the control tube being indicative of a loss of integrity of the tank wherein the control tube comprises a distal end that is configured to be controlled to open and close to permit the ingress and capture of fuel into the control tube from the tank to create an enclosed environment representative of the interior of the tank within the fuel held interior of the tank .
Railway with acoustic wall system, whereby the acoustic wall system has a constructed height of max. 720 mm above top of rail and whereby the acoustic wall system comprises absorption beams mounted on standard foundation elements and said beams can convert the audible airborne sound created by rail traffic on the tracks of the railway into inaudible vibration energy waves autodynamically by means of absorption/dissipation, whereby the absorption beams consist of a U-section made from metal or equivalent deformable materials in structurally permissible lengths with a square or rectangular cross-section and are fully closed on three sides and at both ends, whereby the fourth side is formed as an open sound inlet and is covered in such a way that the airborne sound energy emitted by the sound source can flow into the interior of the absorption beam with as little resistance as technically possible and hence into the highly porous, open-pore and non-putrescible, mineral granulate located there.
A bottle comprising: a body having an opening in an upper end for receiving fluid; a membrane provided to seal across the opening ; a receptacle sealingly secured to a surface of the membrane within the body ; wherein separation of the membrane from the opening of the body releases the receptacle such that the contents of the receptacle are released into the body ; characterised in that the body comprises a narrowed neck portion and the receptacle comprises a cup having an aperture in an upper end such that the membrane seals across the neck and across the aperture in the receptacle ; wherein the receptacle includes arms to engage under a shoulder defined below the neck of the body to prevent the receptacle moving upwardly relative to the neck when the membrane is removed. a body having an opening in an upper end for receiving fluid; a membrane provided to seal across the opening ; a receptacle sealingly secured to a surface of the membrane within the body ; wherein separation of the membrane from the opening of the body releases the receptacle such that the contents of the receptacle are released into the body ; characterised in that the body comprises a narrowed neck portion and the receptacle comprises a cup having an aperture in an upper end such that the membrane seals across the neck and across the aperture in the receptacle ; wherein the receptacle includes arms to engage under a shoulder defined below the neck of the body to prevent the receptacle moving upwardly relative to the neck when the membrane is removed.
A projection display comprising an imaging system that is implemented to generate individual images in a distribution of sub-areas of an imaging plane of the imaging system ; and a multi-channel optics that is configured to map one allocated sub-area of the imaging system each per channel, such that the mapping of the individual images is superimposed to an overall image in a projection surface, wherein the projection surface is a non-planar free-form surface or tilted with respect to the imaging plane, and the imaging system is implemented such that constellations of points in the individual images, each superimposed in a respective common point in the overall image by the multi-channel optics , differ depending on what distance the respective common point in the overall image has to the multi-channel optics wherein the multi-channel optics comprises a two-dimensional assembly of projection optics in a projection optics plane essentially parallel to the imaging plane, wherein the projection optics assembly is configured to map one allocated individual image of the imaging system each along a respective optical axis in the direction of the projection surface, such that the mappings of the individual images are superimposed to the overall image in the projection surface, wherein the imaging system is implemented, for homogenizing the illuminance across the overall image, to vary the sum of the luminosities of the points of the constellations in the imaging plane depending on the distance of the respective common point in the overall image to the multi-channel optics to which the points of the respective constellations are superimposed by the multi-channel optics, namely by luminosity variation of the points and/or variation of the number of sub-areas contributing a respective point to the respective constellation, and wherein the imaging system is implemented such that the luminosity variation of the points and/or the variation of the number of sub-areas contributing a respective point to the respective constellation is such that points of sub-areas of channels remote from the axis contribute less to the overall image .
Method for activating a function subject to authorization in a vehicle comprising a digital mirror system, said vehicle comprising a driver's side and a passenger's side, and comprising members capable of providing at least one function subject to authorization, said digital mirror system comprising at least: • a first touch screen , located on the driver's side, dedicated to displaying the external environment on the driver's side, • a second touch screen , located on the front passenger side, dedicated to displaying the external environment on the passenger side, said method comprising the following steps: • detection by one of said organs of an action of a person requiring the activation of a function subject to authorization, • transmission , from said organ to the digital mirror system, of information relating to said detection, • reception , from said digital mirror system, of information relating to said detection coming from said body, • display , on one of said touch screens, of a notification comprising said function subject to authorization and, an interaction zone capable of receiving either an agreement or a refusal from the driver and/or the front passenger. • a first touch screen , located on the driver's side, dedicated to displaying the external environment on the driver's side, • a second touch screen , located on the front passenger side, dedicated to displaying the external environment on the passenger side, • detection by one of said organs of an action of a person requiring the activation of a function subject to authorization, • transmission , from said organ to the digital mirror system, of information relating to said detection, • reception , from said digital mirror system, of information relating to said detection coming from said body, • display , on one of said touch screens, of a notification comprising said function subject to authorization and, an interaction zone capable of receiving either an agreement or a refusal from the driver and/or the front passenger.
Process for the production of solid particles comprising cyclic amide selected from laurolactam, caprolactam or a mixture of these, with a melting point from -20°C to +300°C at atmospheric pressure, characterized in that a mixture comprising: component a1) comprising the cyclic amide and optionally further ingredients in molten form and component a2) comprising the cyclic amide and optionally further ingredients in solid form is mixed by means of an extruder to give a paste, this is forced through a pelletizing die to give strands, and the strands are comminuted, wherein the temperature of the melt of component a1) is selected together with the temperature of the solid form of component a2) and according to the temperature of the extruder and the frictional heat generated inside the extruder in such a way that the presence of a solid phase and a molten phase is ensured during the extrusion. component a1) comprising the cyclic amide and optionally further ingredients in molten form and component a2) comprising the cyclic amide and optionally further ingredients in solid form is mixed by means of an extruder to give a paste, this is forced through a pelletizing die to give strands, and the strands are comminuted, wherein the temperature of the melt of component a1) is selected together with the temperature of the solid form of component a2) and according to the temperature of the extruder and the frictional heat generated inside the extruder in such a way that the presence of a solid phase and a molten phase is ensured during the extrusion.
A method of forming a dewaxing catalyst, the method comprising: impregnating a support comprising a binder and at least 30 wt% of a zeolitic molecular sieve having an MEL or an MRE framework structure based on the combined weight of the binder and zeolitic molecular sieve with a solution comprising a Group 6 metal salt, a Group 8-10 non-noble metal salt, and a dispersion agent, the dispersion agent comprising a compound having 2-10 carbon atoms and a carbon atom to oxygen atom ratio of 0.6 to 2.0; and drying the impregnated support at a temperature of 80°C to 200°C, further comprising sulfiding the dried impregnated support under effective sulfiding conditions to form a sulfided dewaxing catalyst, the sulfiding being performed without prior calcining of the dried impregnated support. impregnating a support comprising a binder and at least 30 wt% of a zeolitic molecular sieve having an MEL or an MRE framework structure based on the combined weight of the binder and zeolitic molecular sieve with a solution comprising a Group 6 metal salt, a Group 8-10 non-noble metal salt, and a dispersion agent, the dispersion agent comprising a compound having 2-10 carbon atoms and a carbon atom to oxygen atom ratio of 0.6 to 2.0; and drying the impregnated support at a temperature of 80°C to 200°C, further comprising sulfiding the dried impregnated support under effective sulfiding conditions to form a sulfided dewaxing catalyst, the sulfiding being performed without prior calcining of the dried impregnated support.
A solid cosmetic composition comprising (i) a natural colourant wherein the natural colourant is an organic pigment; (ii) tapioca starch in an amount of from 4% to 35% by weight of the solid cosmetic composition; and (iii) mica. (i) a natural colourant wherein the natural colourant is an organic pigment; (ii) tapioca starch in an amount of from 4% to 35% by weight of the solid cosmetic composition; and (iii) mica.
A liquid-repellent layer forming resin composition comprising: a polypropylene resin (A); and a silylated polyolefin (B), wherein the polypropylene resin (A) comprises a random polypropylene resin (A1) and a block polypropylene resin (A2) with a mass ratio (Mass of random polypropylene resin (A1)/Mass of block polypropylene resin (A2)) in the range of 20/80 to 80/20. a polypropylene resin (A); and a silylated polyolefin (B),
An electrosurgical device comprising: a central shaft ; an electrosurgical blade coupled with the central shaft and comprising a tip; at least one lens element arranged around the central shaft and having a first side and a second side; and a plurality of light sources arranged around the central shaft to direct light to the first side of the at least one lens element ; wherein the central shaft comprises a hub portion arranged around the central shaft and comprising a plurality of separation walls between the plurality of light sources and the first side of the at least one lens element , the plurality of separation walls spaced apart from one another around a circumference of the hub portion such that one of the plurality of light sources is between adjacent ones of the plurality of separation walls so that the adjacent ones of the plurality of separation walls guide light from the one of the plurality of light sources to the first side of the at least one lens element and therethrough toward the tip of the electrosurgical blade on the second side of the at least one lens element . a central shaft ; an electrosurgical blade coupled with the central shaft and comprising a tip; at least one lens element arranged around the central shaft and having a first side and a second side; and a plurality of light sources arranged around the central shaft to direct light to the first side of the at least one lens element ; wherein the central shaft comprises a hub portion arranged around the central shaft and comprising a plurality of separation walls between the plurality of light sources and the first side of the at least one lens element , the plurality of separation walls spaced apart from one another around a circumference of the hub portion such that one of the plurality of light sources is between adjacent ones of the plurality of separation walls so that the adjacent ones of the plurality of separation walls guide light from the one of the plurality of light sources to the first side of the at least one lens element and therethrough toward the tip of the electrosurgical blade on the second side of the at least one lens element .
A first wireless power transmitting device (300; 402), comprising: a plurality of antennas ; a communication circuit ; and a processor configured to control to wirelessly transmit, through the plurality of antennas , power for charging an electronic device (350; 403), characterized in that the processor is further configured to: control to receive, through the communication circuit , information about a first direction of a second wireless power transmitting device (380; 401) toward the electronic device (350; 403) from the second wireless power transmitting device (380; 401), and identify a second direction of the first wireless power transmitting device (300; 402) toward the electronic device (350; 403) using the information about the first direction, wherein the controlling to wirelessly transmit the power for charging the electronic device (350; 403) comprises transmitting, through the plurality of antennas , the power to the second direction for charging the electronic device (350; 403). a plurality of antennas ; a communication circuit ; and a processor configured to control to wirelessly transmit, through the plurality of antennas , power for charging an electronic device (350; 403), characterized in that the processor is further configured to: control to receive, through the communication circuit , information about a first direction of a second wireless power transmitting device (380; 401) toward the electronic device (350; 403) from the second wireless power transmitting device (380; 401), and identify a second direction of the first wireless power transmitting device (300; 402) toward the electronic device (350; 403) using the information about the first direction, control to receive, through the communication circuit , information about a first direction of a second wireless power transmitting device (380; 401) toward the electronic device (350; 403) from the second wireless power transmitting device (380; 401), and identify a second direction of the first wireless power transmitting device (300; 402) toward the electronic device (350; 403) using the information about the first direction, wherein the controlling to wirelessly transmit the power for charging the electronic device (350; 403) comprises transmitting, through the plurality of antennas , the power to the second direction for charging the electronic device (350; 403).
Agallium nitride device production method, used for producing a gallium nitride device comprising a substrate ; a buffer layer formed over the substrate ; a gallium nitride, GaN layer formed over the buffer layer ; an AlGaN layer formed over the gallium nitride, GaN layer ; and a source (S), a drain (D), and a gate (G) that are formed on the AlGaN layer , wherein the drain (D) comprises a P-GaN layer and a drain metal (M), wherein the method comprises: epitaxially growing the buffer layer , the GaN layer , and the AlGaN layer sequentially from bottom to top on the substrate ; etching the P-GaN layer on the AlGaN layer , wherein the P-GaN layer is of a strip structure in a gate width direction; and producing the drain metal (M) on the P-GaN layer and the AlGaN layer that is located on two sides of the P-GaN layer , so that the drain metal (M) has a plurality of first structural intervals and a plurality of second structural intervals that are alternately distributed in the gate width direction, wherein in the first structural intervals , the drain metal (M) is in contact with the P-GaN layer but not with the AIGaN layer, and in the second structural intervals , the drain metal (M) is in contact with the P-GaN layer and forms ohmic contact with the AlGaN layer . epitaxially growing the buffer layer , the GaN layer , and the AlGaN layer sequentially from bottom to top on the substrate ; etching the P-GaN layer on the AlGaN layer , wherein the P-GaN layer is of a strip structure in a gate width direction; and producing the drain metal (M) on the P-GaN layer and the AlGaN layer that is located on two sides of the P-GaN layer , so that the drain metal (M) has a plurality of first structural intervals and a plurality of second structural intervals that are alternately distributed in the gate width direction, wherein in the first structural intervals , the drain metal (M) is in contact with the P-GaN layer but not with the AIGaN layer, and in the second structural intervals , the drain metal (M) is in contact with the P-GaN layer and forms ohmic contact with the AlGaN layer .