mhurhangee/patent-ind-claim-en huggingface dataset:
An apparatus for acting as a machine-to-machine, M2M, server , the apparatus comprising a processor and a memory , the apparatus further including computer-executable instructions stored in the memory of the apparatus which, when executed by the processor of the apparatus, cause the apparatus to: receive a message comprising an indication an application entity, AE, has undergone a mobility event and further comprising updated AE contact information for the AE applicable after the mobility event, the mobility event corresponding to a change in a registration point for the AE from one service layer entity to a different service layer entity , the message generated by the different service layer entity ; assign the updated AE contact information to the AE for services targeting the AE; determine one or more service layer entities affected by the AE mobility event; and transmit, to the one or more service layer entities, a notification message comprising a notification of the AE mobility event. receive a message comprising an indication an application entity, AE, has undergone a mobility event and further comprising updated AE contact information for the AE applicable after the mobility event, the mobility event corresponding to a change in a registration point for the AE from one service layer entity to a different service layer entity , the message generated by the different service layer entity ; assign the updated AE contact information to the AE for services targeting the AE; determine one or more service layer entities affected by the AE mobility event; and transmit, to the one or more service layer entities, a notification message comprising a notification of the AE mobility event.
Container with at least one therein provided modular road paver assembly designed for detachable mounting on a road paver , the container comprising a storage system for storing and providing the at least one modular road paver assembly , characterized in that by means of the storage system individual components of the road paver assembly are positioned within the container in a standardized arrangement (8a - 8p), and in that by means of the storage system the individual components of the road paver assembly are arranged along a sequence determined between opposite boundaries of the container in view of their assembly sequence on the road paver , such that the individual components can be checked for completeness by an operator by means of a visual inspection.
A device for searching for defects on parts that are masked and accessible via a passage that is not rectilinear inside a turbine engine such as an airplane turboprop or turbojet, comprising a tubular sheath and light-guide means and image-transmission means housed in the sheath in order to illuminate and observe a part for inspection, characterized in that it comprises an examination head at the distal end of the sheath having illumination means and image-taking means connected to the light-guide means and to the image-transmission means housed in the sheath , means for spraying a succession of penetrant test materials on the part for inspection, comprising a capillary slidably guided inside a duct housed in the sheath , and in that it includes means for adjusting the orientation of the examination head at the distal end of the sheath, wherein the tubular sheath is flexible, and in that the capillary is flexible, and wherein the distal end of the sheath is fitted with a spray endpiece at its distal end. wherein the tubular sheath is flexible, and in that the capillary is flexible, and wherein the distal end of the sheath is fitted with a spray endpiece at its distal end.
A motor , comprising: a stator frame housing a rotor and a stator in an electrical components housing space ; an endshield at least partially covering an open end of the stator frame and housing a bearing in a bearing housing space and an oil reservoir ; a fan cover guard housing a fan , wherein the endshield is positioned between the stator frame and the fan cover guard ; a shaft to which each of the rotor and the bearing is connected, wherein the shaft defines a longitudinal axis; a channel that separates the bearing housing space from the oil reservoir and is configured to direct an air stream from the fan that moves in a downstream direction, wherein a radially inner wall of the channel includes a cylindrical wall between the channel and the bearing housing space and a radially outer wall of the channel includes a frusto-conical upstream wall that is configured to direct the air stream radially inward and a cylindrical downstream wall between the channel and the oil reservoir such that the channel is configured to direct the air stream: through the endshield ; and from an upstream end of the channel , radially inward toward the bearing housing space to cool the bearing . a stator frame housing a rotor and a stator in an electrical components housing space ; an endshield at least partially covering an open end of the stator frame and housing a bearing in a bearing housing space and an oil reservoir ; a fan cover guard housing a fan , wherein the endshield is positioned between the stator frame and the fan cover guard ; a shaft to which each of the rotor and the bearing is connected, wherein the shaft defines a longitudinal axis; a channel that separates the bearing housing space from the oil reservoir and is configured to direct an air stream from the fan that moves in a downstream direction, wherein a radially inner wall of the channel includes a cylindrical wall between the channel and the bearing housing space and a radially outer wall of the channel includes a frusto-conical upstream wall that is configured to direct the air stream radially inward and a cylindrical downstream wall between the channel and the oil reservoir such that the channel is configured to direct the air stream: through the endshield ; and from an upstream end of the channel , radially inward toward the bearing housing space to cool the bearing . through the endshield ; and from an upstream end of the channel , radially inward toward the bearing housing space to cool the bearing .
A method of sealing a fluid within a container (100; 47; 57; 60), comprising: providing a container (100; 47; 57; 60) having an opening; adding a fluid (140; 64, 65) to the container (100; 47; 57; 60); and sealing the opening, wherein the container (100; 47; 57; 60) is constructed from acrylates, (meth)acrylates, vinylethers, esters, epoxides, polyethylene terephthalate (PET), high-density polyethylene (HDPE), polypropylene (PPE), polyvinyl chloride (PVC), or cellulose; prior to adding the fluid (140; 64, 65) to the container (100; 47; 57; 60), at least a portion of the container surrounding the opening is coated with a first mixture (120; 32), characterised in that the first mixture comprises a phenethylamine and a first, swellable polymer; and in that after adding the fluid (140; 64, 65) to the container (100; 47; 57; 60), the portion of the container coated with the first mixture (120; 32) is contacted with a second mixture (160; 36), comprising a second, hydrophilic polymer, whereby the first and second polymers interact to seal the container (100; 47; 57; 60). providing a container (100; 47; 57; 60) having an opening; adding a fluid (140; 64, 65) to the container (100; 47; 57; 60); and sealing the opening, wherein the container (100; 47; 57; 60) is constructed from acrylates, (meth)acrylates, vinylethers, esters, epoxides, polyethylene terephthalate (PET), high-density polyethylene (HDPE), polypropylene (PPE), polyvinyl chloride (PVC), or cellulose; prior to adding the fluid (140; 64, 65) to the container (100; 47; 57; 60), at least a portion of the container surrounding the opening is coated with a first mixture (120; 32), characterised in that the first mixture comprises a phenethylamine and a first, swellable polymer; and in that after adding the fluid (140; 64, 65) to the container (100; 47; 57; 60), the portion of the container coated with the first mixture (120; 32) is contacted with a second mixture (160; 36), comprising a second, hydrophilic polymer, whereby the first and second polymers interact to seal the container (100; 47; 57; 60).
A method of fabricating a device, comprising: forming (S1, S2, S3) a multilayer stack on a substrate which has a principal surface, the multilayer stack comprising: a first layer formed on the principal surface of the substrate, wherein the first layer is a first polymeric material; a supporting layer formed on the first layer, wherein the supporting layer is a second polymeric material; and a photoresist layer formed on the supporting layer; patterning (S4, S5, S6) the multilayer stack to form at least one opening such that the photoresist layer is undercut by the supporting layer and the supporting layer is overcut by the first layer; and anisotropically dry etching (S7) the substrate. forming (S1, S2, S3) a multilayer stack on a substrate which has a principal surface, the multilayer stack comprising: a first layer formed on the principal surface of the substrate, a first layer formed on the principal surface of the substrate, wherein the first layer is a first polymeric material; a supporting layer formed on the first layer, wherein the supporting layer is a second polymeric material; and a photoresist layer formed on the supporting layer; a supporting layer formed on the first layer, wherein the supporting layer is a second polymeric material; and a photoresist layer formed on the supporting layer; patterning (S4, S5, S6) the multilayer stack to form at least one opening such that the photoresist layer is undercut by the supporting layer and the supporting layer is overcut by the first layer; and anisotropically dry etching (S7) the substrate.
A valvetrain configured for an internal combustion engine comprising a cylinder head , a poppet valve having a seat formed in the cylinder head , and a cam shaft on which a cam is mounted, comprising: a rocker arm assembly (115A-115F) comprising a rocker arm and a cam follower configured to abut the cam mounted on the cam shaft a magnetic latch comprising a latch pin (114A-114F) and a rocker arm-side pole piece that are mounted on the rocker arm ; and an actuator comprising an electromagnet and an actuator-side pole piece that are mounted off the rocker arm ; wherein the latch pin is moveable between a first position and a second position; the rocker arm is moveable independently from the actuator ; the electromagnet is operable to cause the latch pin to translate between the first position and the second position through magnetic flux that follows a magnetic circuit that includes the rocker arm-side pole piece , the latch pin , the electromagnet , and the actuator-side pole piece ; and the actuator-side pole piece extends proximate the rocker arm-side pole piece , whereby the magnetic flux that follows the magnetic circuit passes between the actuator-side pole piece and the rocker arm-side pole piece ; the rocker arm-side pole piece extends proximate the latch pin the magnetic flux that follows the magnetic circuit passes from the rocker arm-side pole piece to the latch pin ; the magnetic flux that follows the magnetic circuit passes across a variable width air gap between the actuator and the latch pin . a rocker arm assembly (115A-115F) comprising a rocker arm and a cam follower configured to abut the cam mounted on the cam shaft a magnetic latch comprising a latch pin (114A-114F) and a rocker arm-side pole piece that are mounted on the rocker arm ; and an actuator comprising an electromagnet and an actuator-side pole piece that are mounted off the rocker arm ; wherein the latch pin is moveable between a first position and a second position; the rocker arm is moveable independently from the actuator ; the electromagnet is operable to cause the latch pin to translate between the first position and the second position through magnetic flux that follows a magnetic circuit that includes the rocker arm-side pole piece , the latch pin , the electromagnet , and the actuator-side pole piece ; and the actuator-side pole piece extends proximate the rocker arm-side pole piece , whereby the magnetic flux that follows the magnetic circuit passes between the actuator-side pole piece and the rocker arm-side pole piece ; the rocker arm-side pole piece extends proximate the latch pin the magnetic flux that follows the magnetic circuit passes from the rocker arm-side pole piece to the latch pin ; the magnetic flux that follows the magnetic circuit passes across a variable width air gap between the actuator and the latch pin .
A wheel servicing method for a wheeled vehicle with tyres coupled to respective rims, comprising the following steps: - receiving, in a control unit provided with a processor and a memory, reference data uniquely correlated with the vehicle; - processing the reference data and generating image data representing a QR code , so that a QR code is generated, the QR code containing at least the reference data ; - transmitting the QR code to an output peripheral in order to make the code available to a user for subsequent displaying, wherein at least some of the reference data include a vehicle identification code, wherein the reference data refer to a location in an electronic database containing one or more of the characteristic vehicle parameters from the following list: - car code; - wheel size; - customer code; - manufacturer, marque and model of vehicle; - wheel parameters; - tolerance range for wheel measurement data ; - vehicle identification code. - receiving, in a control unit provided with a processor and a memory, reference data uniquely correlated with the vehicle; - processing the reference data and generating image data representing a QR code , so that a QR code is generated, the QR code containing at least the reference data ; - transmitting the QR code to an output peripheral in order to make the code available to a user for subsequent displaying, wherein at least some of the reference data include a vehicle identification code, wherein the reference data refer to a location in an electronic database containing one or more of the characteristic vehicle parameters from the following list: - car code; - wheel size; - customer code; - manufacturer, marque and model of vehicle; - wheel parameters; - tolerance range for wheel measurement data ; - vehicle identification code. - car code; - wheel size; - customer code; - manufacturer, marque and model of vehicle; - wheel parameters; - tolerance range for wheel measurement data ; - vehicle identification code.
An inhalation device comprising: a dosing chamber for holding a pharmaceutical; and a vibrator for interaction with the chamber to aerosolize the pharmaceutical, characterized by said device comprising: a spacer , which is substantially circular in plan, the spacer being located around a perimeter of a face of the vibrator, between the face of the vibrator and a wall of the dosing chamber such that an air space is created between the face of the vibrator and the wall of the dosing chamber. a dosing chamber for holding a pharmaceutical; and a vibrator for interaction with the chamber to aerosolize the pharmaceutical, characterized by said device comprising: a spacer , which is substantially circular in plan, the spacer being located around a perimeter of a face of the vibrator, between the face of the vibrator and a wall of the dosing chamber such that an air space is created between the face of the vibrator and the wall of the dosing chamber.
A method for dispensing a soft food or beverage product , comprising: attaching a product container containing the soft food or beverage product to a container tray , said product container having a tube spout attached thereto; positioning a roller against an exterior surface of the product container ; inserting the container tray into a temperature controlled dispenser unit ; retaining the tube spout in proximity between a pump unit and a pinch deck : unsealing the tube spout attached to the product container ; and, the roller being arranged to descend by rolling under force of gravity along the exterior surface; dispensing the soft food or beverage product by actuating the dispenser unit characterised in that the roller has a roller pin coupled to a magnetic tip ; at least one Hall effect sensor being provided proximate to a base of the container tray and arranged to activate an indicator light ; the magnetic tip generating a magnetic field and activating the at least one Hall effect sensor such that the indicator light remains "on" when the product container is substantially empty. attaching a product container containing the soft food or beverage product to a container tray , said product container having a tube spout attached thereto; positioning a roller against an exterior surface of the product container ; inserting the container tray into a temperature controlled dispenser unit ; retaining the tube spout in proximity between a pump unit and a pinch deck : unsealing the tube spout attached to the product container ; and, the roller being arranged to descend by rolling under force of gravity along the exterior surface; dispensing the soft food or beverage product by actuating the dispenser unit characterised in that the roller has a roller pin coupled to a magnetic tip ; at least one Hall effect sensor being provided proximate to a base of the container tray and arranged to activate an indicator light ; the magnetic tip generating a magnetic field and activating the at least one Hall effect sensor such that the indicator light remains "on" when the product container is substantially empty. unsealing the tube spout attached to the product container ; and, the roller being arranged to descend by rolling under force of gravity along the exterior surface; dispensing the soft food or beverage product by actuating the dispenser unit characterised in that the roller has a roller pin coupled to a magnetic tip ; at least one Hall effect sensor being provided proximate to a base of the container tray and arranged to activate an indicator light ; the magnetic tip generating a magnetic field and activating the at least one Hall effect sensor such that the indicator light remains "on" when the product container is substantially empty.
A toothed belt power-transmission apparatus for driving a rear wheel of a motorcycle comprising: a toothed belt which comprises a cord extending in a belt longitudinal direction and embedded in the belt , and a plurality of belt tooth portions arranged at a predetermined interval in the belt longitudinal direction; and a plurality of toothed pulleys which comprises, on an outer circumference thereof, a plurality of pulley tooth portions facing the belt tooth portions and around which the toothed belt is wound, wherein the cord comprises a carbon fiber cord formed by combining and secondarily twisting a plurality of primary twisted yarns comprising a carbon fiber, a twisting direction of a primary twist of the primary twisted yarns is the same as a twisting direction of the secondary twist, a primary twisting coefficient of the primary twist is 0.62 to 1.30, a secondary twisting coefficient of the secondary twist is 2.06 to 3.95, and characterized in that a tooth pitch of the toothed belt is within a range of -0.2% to +0.1% relative to a tooth pitch of the toothed pulley around which the toothed belt is wound. a toothed belt which comprises a cord extending in a belt longitudinal direction and embedded in the belt , and a plurality of belt tooth portions arranged at a predetermined interval in the belt longitudinal direction; and a plurality of toothed pulleys which comprises, on an outer circumference thereof, a plurality of pulley tooth portions facing the belt tooth portions and around which the toothed belt is wound, wherein the cord comprises a carbon fiber cord formed by combining and secondarily twisting a plurality of primary twisted yarns comprising a carbon fiber, a twisting direction of a primary twist of the primary twisted yarns is the same as a twisting direction of the secondary twist, a primary twisting coefficient of the primary twist is 0.62 to 1.30, a secondary twisting coefficient of the secondary twist is 2.06 to 3.95, and characterized in that a tooth pitch of the toothed belt is within a range of -0.2% to +0.1% relative to a tooth pitch of the toothed pulley around which the toothed belt is wound.
A sheet manufacturing apparatus comprising: a drum unit in which material including at least fiber passes through apertures; a conveyance unit configured to deposit the airborne material that passed the drum unit as a web and which is configured to convey the web; a housing unit configured to cover the drum unit and having a roller that contacts the web on the downstream side in the conveyance direction of the web and a first pile seal disposed at positions other than where the roller is located such that the first pile seal contacts the conveyance unit, the housing unit being further configured to contact the conveyance unit on the upstream side in the conveyance direction of the web from the downstream contact position; and a forming unit that forms a sheet using the web. a drum unit in which material including at least fiber passes through apertures; a conveyance unit configured to deposit the airborne material that passed the drum unit as a web and which is configured to convey the web; a housing unit configured to cover the drum unit and having a roller that contacts the web on the downstream side in the conveyance direction of the web and a first pile seal disposed at positions other than where the roller is located such that the first pile seal contacts the conveyance unit, the housing unit being further configured to contact the conveyance unit on the upstream side in the conveyance direction of the web from the downstream contact position; and a forming unit that forms a sheet using the web.
Method of treating a fiber web, in which method the fiber web is sized in a sizer by indirect curtain sizing in a curtain sizer , in which the sizing agent (T) is applied onto the fiber web (W) by two sizing rolls in a sizing nip (N), characterized in that the fiber web (W) is sized with high solids content sizing agent (T) having solids content of 10 - 60 %, preferably 20 - 40 % and the sizing agent (T) is applied onto the fiber web by two hard sizing rolls having surface hardness 60 - 100 shoreD in the sizing nip (N) having linear load of 5 - 450 kN/m at substantially uniform pressure distribution and uniform speed in cross-direction of the fiber web (W), that the fiber web (W) running substantially upwards is sized in the curtain sizer , that after the sizing the fiber web (W) is heat-treated in a heat-treatment zone (Z) of a heat-treatment device , that the heat-treatment zone (Z) is formed between a heated belt loop and a roll or between two belt loops of which two belt loops at least one is advantageously heated, that length of the heat-treatment zone (Z) is 0,2 - 15 m and dwell time of the fiber web (W) in the heat-treatment zone (Z) is at least 20 ms, that in the heat-treatment zone (Z) the fiber web (W) is pressed by a pressure of 0,1 Pa - 30 MPa, and that in the heat-treatment zone (Z) the surface temperature is 100 - 250 °C.