mhurhangee/ep-ind-claims huggingface dataset:
An inspection method for detecting a defect in a porous honeycomb structure, the porous honeycomb structure being a diesel particulate filter having a plurality of through passages defined by partition walls, wherein the ends of the passages are alternately sealed, and where the diameter of the defect is in the range 0.1 to 0.8 mm, in which method; a particulate is generated, where the particulate has a diameter in the range 1 to 10 μm, and the generated particulate is introduced into the porous honeycomb structure, wherein the particulate is introduced by a pressurizing force of 1 to 30 Pa at the particulate inlet of the porous honeycomb structure, then light having high directivity is emitted such that the light passes in a range up to 5 mm from a discharge surface of the porous honeycomb structure to irradiate the particulate discharged from the porous honeycomb structure, thereby making the particulate visible.
An antifreeze composition comprising, after dilution with water, from 1 to 3 wt. % of a 3,5,5-trimethylhexanoic acid, from 1 to 3 wt. % of p-tertbutylbenzoic acid, in a matrix of 50-60 wt. % (based on the final weight of the diluted composition) of mono ethylene glycol.
A monitoring system for monitoring the number and/or concentration of particles (12, 22) in a fluid, where the monitoring system comprises: - a micro processer configured to execute programmed instructions in order to identify and classify particles; - an optical sensor member comprising: - a 2-d optical sensor and - a light source and - storage means in which data recorded by the 2-d optical sensor can be stored, where the optical sensor member is configured to record at least one image of at least a part of the fluid and where the monitoring system is configured to generate an alarm if a predefined criterion is meet wherein - the monitoring system comprises a flow cell having an inlet and an outlet through which the fluid can be channeled, the flow cell containing a sampling zone, and wherein the monitoring system is configured to determine the number and/or concentration of particles in the fluid on the basis of the optical response of single particles in the sampling zone, characterised in that - the monitoring system comprises an inlet valve and an outlet valve adjacent to the end sides (41, 41') of the flow cell, said valves are configured to be closed so that the fluid inlet and outlet are closed during the optical exposure of the 2-d optical sensor, hereby keeping a constant volume of the fluid and in - that the fluid in the sampling zone is kept still relative to the optical sensor member during the recording of an image - a micro processer configured to execute programmed instructions in order to identify and classify particles; - an optical sensor member comprising: - a 2-d optical sensor and - a light source and - storage means in which data recorded by the 2-d optical sensor can be stored, - the monitoring system comprises a flow cell having an inlet and an outlet through which the fluid can be channeled, the flow cell containing a sampling zone, and wherein the monitoring system is configured to determine the number and/or concentration of particles in the fluid on the basis of the optical response of single particles in the sampling zone, characterised in that - the monitoring system comprises an inlet valve and an outlet valve adjacent to the end sides (41, 41') of the flow cell, said valves are configured to be closed so that the fluid inlet and outlet are closed during the optical exposure of the 2-d optical sensor, hereby keeping a constant volume of the fluid and in - that the fluid in the sampling zone is kept still relative to the optical sensor member during the recording of an image
A method implemented by a controlling radio network controller, CRNC, of managing medium access control, MAC, resources, the method comprising: configuring an enhanced MAC-es entity in the CRNC for a common enhanced dedicated channel, E-DCH, resource, wherein the common E-DCH resource is used for communications with a wireless transmit/receive unit, WTRU, for common control channel, CCCH, transmissions; and sending a signal to a Node-B to configure an enhanced MAC-e entity in the Node-B for the common E-DCH resource, wherein the enhanced MAC-es entity in the CRNC operates with the enhanced MAC-e entity in the Node-B as common entities associated with the WTRU, and wherein when the common entities are associated with the WTRU, the common entities are not associated with any other WTRU. configuring an enhanced MAC-es entity in the CRNC for a common enhanced dedicated channel, E-DCH, resource, wherein the common E-DCH resource is used for communications with a wireless transmit/receive unit, WTRU, for common control channel, CCCH, transmissions; and sending a signal to a Node-B to configure an enhanced MAC-e entity in the Node-B for the common E-DCH resource, wherein the enhanced MAC-es entity in the CRNC operates with the enhanced MAC-e entity in the Node-B as common entities associated with the WTRU, and wherein when the common entities are associated with the WTRU, the common entities are not associated with any other WTRU.
A system, comprising a plurality of rectangular building panels (1,1') with long and short edges which are mechanically connectable to each other along one pair of adjacent joint edges, each building panel being provided with a first groove formed in one piece with the panel at a first joint edge and a flexible tongue connected to a second groove at a second opposite joint edge for mechanically locking together said adjacent joint edges at right angles to the principal plane of the panels, thereby forming a vertical mechanical connection between the panels, said panels being provided with a locking element, formed in one piece with the panel, at said second opposite joint edge and a locking groove at said first joint edge for mechanically locking together said adjacent joint edges parallel to the principal plane and at right angles to the joint edges, the locking groove being open towards a rear side of the panel and the locking element protrudes vertically from a locking strip, wherein the flexible tongue is formed of a separate material and is flexible and resilient such that two panels, can be mechanically joined by displacement of said two panels vertically towards each other, while at least a part of the flexible tongue at said second opposite joint edge is resiliently displaced horizontally, until said adjacent edges of the two panels are brought into engagement with each other horizontally and the flexible tongue at said second opposite joint edge is then displaced towards its initial position and against a wall of the first groove at the first joint edge, characterised in that all parts of the flexible tongue that extend beyond a vertical plane of the joint edges is an outer part of the flexible tongue, and that said outer part protrudes downwardly.
A method comprising: receiving, at a network device of a private Long Term Evolution, LTE, network operating in a Citizens Broadband Radio Service, CBRS, spectrum, a functional group associated with a user equipment, UE; receiving, at the network device, a traffic load of a cell of the private LTE network; determining, by the network device, an access priority associated with the functional group and the traffic load; and providing, by the network device, the access priority to a CBRS access point, AP, which controls access to the cell, wherein the access priority indicates to the CBRS AP a priority with which the UE is allowed to access the cell. receiving, at a network device of a private Long Term Evolution, LTE, network operating in a Citizens Broadband Radio Service, CBRS, spectrum, a functional group associated with a user equipment, UE; receiving, at the network device, a traffic load of a cell of the private LTE network; determining, by the network device, an access priority associated with the functional group and the traffic load; and providing, by the network device, the access priority to a CBRS access point, AP, which controls access to the cell, wherein the access priority indicates to the CBRS AP a priority with which the UE is allowed to access the cell.
A method for a traffic entity and for updating a first environmental model at a vehicle, the method comprising receiving information related to the first environmental model from the vehicle, the first environmental model comprising at least first information on an object in an environment of the vehicle and the first environmental model comprising confidence information related to the first information; obtaining information related to a second environmental model of the vehicle at the traffic entity, the second environmental model comprising at least second information on the object in the environment of the vehicle and the second environmental model comprising confidence information related to the second information; determining information related to a confidence improvement of the first information based on the second information; information, characterized by determining a delay based on the information related to the confidence improvement; and transmitting the second information to the vehicle based on the delay for updating the first environmental model, wherein the information related to the confidence improvement indicates by how much a confidence on the existence or a property of the object could be improved in the first environmental model based on the second information, wherein the higher the confidence improvement level the shorter the delay for transmitting the second information. wherein the confidence information indicates a correctness probability on the existence or said property of the object. receiving information related to the first environmental model from the vehicle, the first environmental model comprising at least first information on an object in an environment of the vehicle and the first environmental model comprising confidence information related to the first information; obtaining information related to a second environmental model of the vehicle at the traffic entity, the second environmental model comprising at least second information on the object in the environment of the vehicle and the second environmental model comprising confidence information related to the second information; determining information related to a confidence improvement of the first information based on the second information; information, characterized by determining a delay based on the information related to the confidence improvement; and transmitting the second information to the vehicle based on the delay for updating the first environmental model, wherein the information related to the confidence improvement indicates by how much a confidence on the existence or a property of the object could be improved in the first environmental model based on the second information, wherein the higher the confidence improvement level the shorter the delay for transmitting the second information. wherein the confidence information indicates a correctness probability on the existence or said property of the object.
A multiphase electrical energy transmission line, wherein a leakage current reducer is provided, which inductively couples at least two of the electrical phases of the electrical energy transmission line, wherein the leakage current reducer comprises an iron core with inductively coupled coils, which are insulated from one another electrically, wherein the coils are connected with the phases of the energy transmission line, and have the same number of turns, characterised in that, the energy transmission line is embodied as a compensated network, and in that, the energy transmission line comprises an overhead line and an earth line, and the leakage current reducer is provided at the point of transition of the overhead line into the earth line.
A monoclonal antibody (mAb) that binds to Death Receptor 4 and which comprises a light chain variable region having three CDRs from the light chain V region sequence of SEQ ID NO:5, i.e. SASQDITNYLN, YTSSLHS and HQYSKLPWT, and a heavy chain V region having three CDRs from the heavy chain V region sequence of SEQ ID NO:8, i.e. NYYIN, WIYPGIGDIKYNEKFKG and SGWAWFVD, which comprises a human constant region having a double mutation that increases binding to the human FcyRIIb receptor, wherein the human constant region is a gamma-1 constant region and the double mutation is S267E/L328F according to Kabat numbering with EU index, and wherein the light chain V region has a sequence at least 90% identical to SEQ ID NO:6 and the heavy chain V region has a sequence at least 90% identical to SEQ ID NO:9 or SEQ ID NO: 10, wherein light chain positions 48 and 71 by Kabat numbering are occupied by V and Y respectively and heavy chain positions 48 and 71 by Kabat numbering are occupied by L and A respectively. which comprises a human constant region having a double mutation that increases binding to the human FcyRIIb receptor, wherein the human constant region is a gamma-1 constant region and the double mutation is S267E/L328F according to Kabat numbering with EU index, and wherein the light chain V region has a sequence at least 90% identical to SEQ ID NO:6 and the heavy chain V region has a sequence at least 90% identical to SEQ ID NO:9 or SEQ ID NO: 10, wherein light chain positions 48 and 71 by Kabat numbering are occupied by V and Y respectively and heavy chain positions 48 and 71 by Kabat numbering are occupied by L and A respectively.
A box housing components (Ci) that are to be electrically connected to devices (Ej) of a vehicle, said devices being situated on either side of a wall of the vehicle, said wall being able to receive the box, the box comprising i) a first part which has a shape allowing the part to penetrate an opening defined in said wall, and ii) a second part secured to said first part and having a shape preventing the second part from penetrating said opening, said first and second parts each housing at least one component and communicating with one another to permit an electrical connection of the component (Ci) of one of the two parts on one side of the wall to at least one of the devices (Ej) which is situated on the other side of this same wall, characterized in that said first and second parts form a single-unit piece and each house, in addition, at least one electronic component, the first part P1 housing at least a first electronic component C1 and the second part P2 housing at least a second electronic component C2, these electronic components communicating with one another and with at least one of the devices (Ej) which is situated on the other side of the wall.
Connecting system for connecting a manually propelled wheelchair to a scooter provided with at least one motorised wheel, the system comprises: - a first fixing interface adapted to clamp an external peripheral surface of a first tubular part of the wheelchair; - a second fixing interface adapted to clamp an external peripheral surface of a second tubular part of the wheelchair; - a detachable structure provided with at least one crossbar; the connecting system being arranged to selectively adopt: - a connecting configuration, wherein the detachable structure is assembled to the first and second fixing interfaces (1a, 1b) to be able to transmit forces between the crossbar and these first and second fixing interfaces (1a, 1b); and - a release configuration, wherein the detachable structure is detached with respect to each of said first and second fixing interfaces (1a, 1b), characterised in that the detachable structure comprises first and second side rods (24a, 24b), the detachable structure being articulated to be deformable between a deployed shape and a folded shape, - in its deployed shape, the detachable structure is U-shaped; - in its folded shape, on the one hand, the first side rod has a longitudinal axis extending mainly to the greatest proximity of the longitudinal axis (A-A) of the crossbar than in the deployed shape of the detachable structure, and on the other hand, the second side rod has a longitudinal axis extending mainly to the greatest proximity of the longitudinal axis (A-A) of the crossbar than in the deployed shape of the detachable structure. - a first fixing interface adapted to clamp an external peripheral surface of a first tubular part of the wheelchair; - a second fixing interface adapted to clamp an external peripheral surface of a second tubular part of the wheelchair; - a detachable structure provided with at least one crossbar; - a connecting configuration, wherein the detachable structure is assembled to the first and second fixing interfaces (1a, 1b) to be able to transmit forces between the crossbar and these first and second fixing interfaces (1a, 1b); and - a release configuration, wherein the detachable structure is detached with respect to each of said first and second fixing interfaces (1a, 1b), characterised in that the detachable structure comprises first and second side rods (24a, 24b), the detachable structure being articulated to be deformable between a deployed shape and a folded shape, - in its deployed shape, the detachable structure is U-shaped; - in its folded shape, on the one hand, the first side rod has a longitudinal axis extending mainly to the greatest proximity of the longitudinal axis (A-A) of the crossbar than in the deployed shape of the detachable structure, and on the other hand, the second side rod has a longitudinal axis extending mainly to the greatest proximity of the longitudinal axis (A-A) of the crossbar than in the deployed shape of the detachable structure.
Method for production of a binder compound wherein crude tall oil pitch is mixed with calcium hydroxide or calcium oxide, characterised in that after mixing the crude tall oil pitch with the calcium hydroxide or calcium oxide, the mixture of crude tall oil pitch and calcium hydroxide or calcium oxide is allowed to react and then again further crude tall oil pitch and a polymer are added to the reacted mixture in order to obtain a base substance for the production of a roof covering membrane, a road surfacing material or a carpet backing.
A process for converting biomass to products comprising: (a) contacting the biomass with hydrogen in the presence of a fluidized bed of hydropyrolysis catalyst in a reactor vessel under hydropyrolysis conditions comprising a temperature in the range of from 270 °C to 450 °C and a pressure in the range of from 1 MPa to 7.5 MPa; (b) removing products and char from the reactor vessel; (c) carrying out the contacting and removing steps for a period of time such that the fresh hydropyrolysis catalyst attrits in the fluidized bed to form small catalyst particles; and (d) removing at least a portion of the small catalyst particles with the products and char, wherein the hydropyrolysis catalyst comprises a support and an active metal component wherein the catalyst is an eggshell type catalyst wherein at least 60 wt % of the total active metal component is located in the outer 50% of the volume of the support and wherein the products leave the fluidized bed at an exit bed velocity, the char has a settling velocity that is less than the exit bed velocity, the fresh hydropyrolysis catalyst has a settling velocity that is greater than the exit bed velocity and the small catalyst particles have a settling velocity that is less than the exit bed velocity. (a) contacting the biomass with hydrogen in the presence of a fluidized bed of hydropyrolysis catalyst in a reactor vessel under hydropyrolysis conditions comprising a temperature in the range of from 270 °C to 450 °C and a pressure in the range of from 1 MPa to 7.5 MPa; (b) removing products and char from the reactor vessel; (c) carrying out the contacting and removing steps for a period of time such that the fresh hydropyrolysis catalyst attrits in the fluidized bed to form small catalyst particles; and (d) removing at least a portion of the small catalyst particles with the products and char,
An electrically heated smoking system comprising: a housing designed to be grasped by a user; an aerosol-forming substrate received in the housing, at least one heater for heating the substrate to form the aerosol, the at least one heater comprising one or more electrically conductive tracks (103, 203, 303,403, 503) on an electrically insulating substrate (101, 201, 301, 401, 501); a power supply for supplying power to the at least one heater; and a thermally insulating material for insulating the at least one heater, wherein the electrically insulating substrate is rigid and is inserted into the aerosol-forming substrate. a housing designed to be grasped by a user; an aerosol-forming substrate received in the housing, at least one heater for heating the substrate to form the aerosol, the at least one heater comprising one or more electrically conductive tracks (103, 203, 303,403, 503) on an electrically insulating substrate (101, 201, 301, 401, 501); a power supply for supplying power to the at least one heater; and a thermally insulating material for insulating the at least one heater, wherein the electrically insulating substrate is rigid and is inserted into the aerosol-forming substrate.
A motor comprising: a rotation shaft; a rotor part encompassing the rotation shaft; a stator part arranged to be spaced apart from the rotor part; a housing(140, 150) configured to fix the stator part; and a printed circuit board having an inverter circuit mounted thereon, wherein the housing(140, 150) comprises a first housing arranged on one side of the stator part where a load is located and a second housing arranged on the opposite side of the stator part; an inner surface of the bottom surface of the second housing comprises a plurality of projection units; a plurality of holes are formed in the bottom surface and in a wall surface of the second housing; and the axial heights of the holes formed in the wall surface are higher than the axial heights of the projection units, characterized in that the printed circuit board is arranged at outside of a bottom surface of the second housing, in that said projection units extend from said inner surface of said bottom surface of said second housing; and in that the plurality of projection units are further formed at an inner surface of the wall surface of the second housing, and the projection units at the wall surface are formed to not overlap the projection units on the bottom surface. a rotation shaft; a rotor part encompassing the rotation shaft; a stator part arranged to be spaced apart from the rotor part; a housing(140, 150) configured to fix the stator part; and a printed circuit board having an inverter circuit mounted thereon, wherein the housing(140, 150) comprises a first housing arranged on one side of the stator part where a load is located and a second housing arranged on the opposite side of the stator part; an inner surface of the bottom surface of the second housing comprises a plurality of projection units; a plurality of holes are formed in the bottom surface and in a wall surface of the second housing; and the axial heights of the holes formed in the wall surface are higher than the axial heights of the projection units, characterized in that the printed circuit board is arranged at outside of a bottom surface of the second housing, in that said projection units extend from said inner surface of said bottom surface of said second housing; and in that the plurality of projection units are further formed at an inner surface of the wall surface of the second housing, and the projection units at the wall surface are formed to not overlap the projection units on the bottom surface.