mhurhangee/ep-ind-claims huggingface dataset:
Filter apparatus (2, 102), said filter apparatus (2, 102) including a housing with two or more resonant cavities (6, 8, 106, 110) defined therein, and a wall provided between two adjacent ones of the two or more resonant cavities (6, 8, 106, 110) having an iris defined therein, each of said two or more resonant cavities (6, 8, 106, 110) having resonator means (18, 18', 104, 108, 112) provided therein, each of said resonator means (18, 18', 104, 108, 112) having a first resonator portion and a second resonator portion (22, 116, 120, 124), a first end of the first resonator portion located on a wall of the resonant cavity (6, 8, 106, 110), the second resonator portion (22, 116, 120, 124) provided at a second end of the first resonator portion, the second resonator portion (22, 116, 120, 124) including an outer wall a spaced distance apart from the first resonator portion, and a channel is defined between the first resonator portion and the outer wall of the second resonator portion (22, 116, 120, 124), an opening of the channel arranged to face towards the wall of the resonant cavity (6, 8, 106, 110) on which the first end of the first resonator portion is located, wherein: a) the outer wall of the second resonator portion (22, 116, 120, 124) completely surrounds a cross sectional perimeter of the first resonator portion but for one or more apertures (36, 118, 122, 126), slots or cut-outs defined therein; or b) the outer wall of the second resonator portion (22, 116, 120, 124) completely surrounds a cross sectional perimeter of the first resonator portion and one or more apertures (36, 118, 122, 126), slots or cut-outs are located within the outer wall of the second resonator portion (22, 116, 120, 124) and are not open to a peripheral edge of the second resonator portion (22, 116, 120, 124); and wherein in either a) or b) at least one of the apertures (36, 118, 122, 126), slots or cut-outs is aligned or at least partially aligned with the iris leading to the adjacent resonant cavity (6, 8, 106, 110), and the apertures (36, 118, 122, 126), slots or cut outs and the resonant cavities (6, 8, 106, 110) are arranged so as to provide a line of sight between the first resonator portions of the resonator means (18, 18', 104, 108, 112) of the two adjacent resonant cavities (6, 8, 106, 110). a) the outer wall of the second resonator portion (22, 116, 120, 124) completely surrounds a cross sectional perimeter of the first resonator portion but for one or more apertures (36, 118, 122, 126), slots or cut-outs defined therein; or b) the outer wall of the second resonator portion (22, 116, 120, 124) completely surrounds a cross sectional perimeter of the first resonator portion and one or more apertures (36, 118, 122, 126), slots or cut-outs are located within the outer wall of the second resonator portion (22, 116, 120, 124) and are not open to a peripheral edge of the second resonator portion (22, 116, 120, 124);
A device for carrying equipment on a human back comprising: - a flexible shell with a top and a bottom; - a shoulder strap coupled to the flexible shell and designed to couple the device to the back of a human; - a strap spanning along a front of the device from the bottom to the top and designed to couple equipment to the front of the device; and - a rigid spacer located within the shell wherein the rigid spacer extends from the top to the bottom along the front of the device and curves into the bottom and wherein the rigid spacer is designed to maintain a gap between the back of the human and the equipment when the device is being worn and the equipment is coupled to the device. - a flexible shell with a top and a bottom; - a shoulder strap coupled to the flexible shell and designed to couple the device to the back of a human; - a strap spanning along a front of the device from the bottom to the top and designed to couple equipment to the front of the device; and - a rigid spacer located within the shell wherein the rigid spacer extends from the top to the bottom along the front of the device and curves into the bottom and wherein the rigid spacer is designed to maintain a gap between the back of the human and the equipment when the device is being worn and the equipment is coupled to the device.
A submersible ultrasonic cleaning system comprising: a frame assembly comprising inner walls, wherein a cleaning zone is disposed inwardly of the inner walls, wherein the cleaning zone is configured to accommodate a nuclear fuel assembly therein; and a plurality of ultrasonic transducers, each of which is bonded to one of the inner walls with a polyurethane adhesive to form a plurality of radiating surfaces, the radiating surfaces being arranged to transmit ultrasonic energy from the transducers into the cleaning zone, wherein the submersible ultrasonic cleaning system is configured to be disposed in a submerged environment of a nuclear power plant. a frame assembly comprising inner walls, wherein a cleaning zone is disposed inwardly of the inner walls, wherein the cleaning zone is configured to accommodate a nuclear fuel assembly therein; and a plurality of ultrasonic transducers, each of which is bonded to one of the inner walls with a polyurethane adhesive to form a plurality of radiating surfaces, the radiating surfaces being arranged to transmit ultrasonic energy from the transducers into the cleaning zone, wherein the submersible ultrasonic cleaning system is configured to be disposed in a submerged environment of a nuclear power plant.
Hydraulic rotary shock absorber, comprising a stator and a rotor with a central chamber, wherein hydraulic chambers (14,15,16,17) are defined in between the stator and the rotor, wherein at least two hydraulic chambers (14,16) are connected via a first hydraulic link, and wherein the first hydraulic link comprises a circumferentially extending channel being arranged in the rotor radially outside the central chamber, characterized in that the central chamber of the rotor provides a compensation chamber, which is hydraulically connected over a valve to at least one of the hydraulic chambers (14,15,16,17).
Multi-chamber mixing container comprising or consisting of an introversion container having a wall and a withdrawal container, wherein the introversion container is filled with a liquid and sealed with a pierceable sealing foil on the front side and its bottom is pushable in the direction of the sealing foil and the withdrawal container is filled with a liquid or a solid and sealed on the top side with a pierceable sealing foil and has a withdrawal area at the bottom side and introversion container and withdrawal container are connected with each other in a sealing manner, characterized in that the wall is introversible to the inside.
A free arm mount umbrella comprising: a mounting structure; a shaft pivotally coupled with the mounting structure; a shade structure comprising an upper hub and a lower hub coupled with the upper hub by a plurality of umbrella structural members (105, 106); a first and a second pivotally connected member, wherein first and second ends of the first member are coupled with the lower hub and the shaft respectively, a first end of the second member is pivotally coupled with the upper hub and a second end of the second member is engageable and disengageable from a locking device coupled with the shaft, the locking device being configured to secure the second end of the second member to the shaft; and a rotation device having a first configuration for preventing rotation of the shaft and a second configuration for permitting rotation of the shaft, wherein the rotation device is moveable between first and second positions, wherein when the rotation device is in the first position a plurality of gear teeth (129, 127) are engaged to prevent the shade structure from rotating and when the rotation device is in the second position the plurality of gear teeth are disengaged allowing the shade structure to rotate; wherein the shaft extends within a housing configured to be connected to a support block coupled to the end of the second member opposite the end coupled to the upper hub when the free arm umbrella is in an open position. a mounting structure; a shaft pivotally coupled with the mounting structure; a shade structure comprising an upper hub and a lower hub coupled with the upper hub by a plurality of umbrella structural members (105, 106); a first and a second pivotally connected member, wherein first and second ends of the first member are coupled with the lower hub and the shaft respectively, a first end of the second member is pivotally coupled with the upper hub and a second end of the second member is engageable and disengageable from a locking device coupled with the shaft, the locking device being configured to secure the second end of the second member to the shaft; and a rotation device having a first configuration for preventing rotation of the shaft and a second configuration for permitting rotation of the shaft, wherein the rotation device is moveable between first and second positions, wherein when the rotation device is in the first position a plurality of gear teeth (129, 127) are engaged to prevent the shade structure from rotating and when the rotation device is in the second position the plurality of gear teeth are disengaged allowing the shade structure to rotate; wherein the shaft extends within a housing configured to be connected to a support block coupled to the end of the second member opposite the end coupled to the upper hub when the free arm umbrella is in an open position.
A method for authenticating users of a data processing platform comprising: receiving a request from a user to establish an access session to perform one or more actions on data of the data processing platform; receiving, from at least one of a first identity provider of a first realm or a second identity provider of a second realm, a user identity provider identifier associated with the request; based on the received user identity provider identifier, determining a user platform identifier by matching the received user identity provider identifier to at least one of a first user identity provider identifier assigned by the first identity provider of the first realm for the user or a second user identity provider identifier assigned by the second identity provider of the second realm for the user, wherein the user platform identifier is mapped to both the first user identity provider identifier and the second user identity provider identifier; based on the user platform identifier, determining merged permission data associated with the user, wherein the merged permission data includes first permission data associated with the first user identity provider identifier and second permission data associated with the second user identity provider identifier; and granting permission to perform the one or more actions on the data of the data processing platform using the merged permission data; wherein the method is performed by one or more processors. receiving a request from a user to establish an access session to perform one or more actions on data of the data processing platform; receiving, from at least one of a first identity provider of a first realm or a second identity provider of a second realm, a user identity provider identifier associated with the request; based on the received user identity provider identifier, determining a user platform identifier by matching the received user identity provider identifier to at least one of a first user identity provider identifier assigned by the first identity provider of the first realm for the user or a second user identity provider identifier assigned by the second identity provider of the second realm for the user, wherein the user platform identifier is mapped to both the first user identity provider identifier and the second user identity provider identifier; based on the user platform identifier, determining merged permission data associated with the user, wherein the merged permission data includes first permission data associated with the first user identity provider identifier and second permission data associated with the second user identity provider identifier; and granting permission to perform the one or more actions on the data of the data processing platform using the merged permission data; wherein the method is performed by one or more processors.
A method of monitoring quality of a road segment from driver data, the method comprising: receiving, by a server over a network, the driver data for a road segment from one or more sensing units in one or more vehicles, calculating, in one or more computing devices, one or more quantitative pavement surface roughness characteristics of the road segment from the driver data using a probabilistic inverse analysis framework, identifying, in the one or more computing devices, one or more quantitative vehicle properties of the one or more vehicles from the driver data using the probabilistic inverse analysis framework, estimating, in the one or more computing devices, one or more road quality characteristics of the road segment based on at least one of the quantitative pavement surface roughness characteristics of the road segment and the quantitative vehicle properties of the one or more vehicles. receiving, by a server over a network, the driver data for a road segment from one or more sensing units in one or more vehicles, calculating, in one or more computing devices, one or more quantitative pavement surface roughness characteristics of the road segment from the driver data using a probabilistic inverse analysis framework, identifying, in the one or more computing devices, one or more quantitative vehicle properties of the one or more vehicles from the driver data using the probabilistic inverse analysis framework, estimating, in the one or more computing devices, one or more road quality characteristics of the road segment based on at least one of the quantitative pavement surface roughness characteristics of the road segment and the quantitative vehicle properties of the one or more vehicles.
Radome for vehicles, comprising a substrate and a cover joined to each other, said radome defining a field of view for a radar, characterized in that the substrate and the cover are joined to each other by direct welding between them and by a sealing element, said sealing element being placed outside said field of view, wherein the substrate and the cover are welded by a plurality of welding tracks or spots.
A method for creating an apertured film, comprising; - aperturing a polymeric film web, having a first plane and a second plane, using solid or molten phase forming techniques to create conical perforations extending away from the first plane of the web, in a range of between 13.8 perforations per linear cm and 31.5 perforations per linear cm (35 perforations per linear inch and 80 perforations per lin - ear inch); and, - embossing with a patterned roll towards at least part of said first plane of said film web, and so providing a footprint impression of at least 0.025 mm (1/1000 of an inch) in said web extending away from said second plane of the web, wherein said embossing flattens at least some of said conical perforations in said film web. - aperturing a polymeric film web, having a first plane and a second plane, using solid or molten phase forming techniques to create conical perforations extending away from the first plane of the web, in a range of between 13.8 perforations per linear cm and 31.5 perforations per linear cm (35 perforations per linear inch and 80 perforations per lin - ear inch); and, - embossing with a patterned roll towards at least part of said first plane of said film web, and so providing a footprint impression of at least 0.025 mm (1/1000 of an inch) in said web extending away from said second plane of the web, wherein said embossing flattens at least some of said conical perforations in said film web.
A plate heat exchanger comprising a plate package with a plurality of heat exchanger plates, which are stacked onto each other and arranged in such a way that they in the plate package form first plate interspaces for a first medium and second plate interspaces for a second medium, a casing, which encloses the plate package and which comprises a circular cylindrical outer envelope and two end plate members (7, 8), wherein the outer envelope defines a centre axis (x) which extends through the two end plate members (7, 8), a first inlet and a first outlet, which are adapted to convey the first medium into and out from the plate heat exchanger and extend through a respective one of the two end plate members (7, 8), and a second inlet and a second outlet, which are adapted to convey the second medium into and out from the plate heat exchanger, wherein each of the heat exchanger plates comprises an opening which forms a space in the plate package, characterized in that the space communicates with the first inlet and the first outlet, and that the plate heat exchanger comprises means arranged to create, for each of the first plate interspaces, an inlet opening for the first medium from the space into the first plate interspace and an outlet opening for the first medium from the first plate interspace to the space.
An injection molded seal ring comprising a circular ring body extending between a first end and a second end engageable with the first end, the circular ring body comprising an inner circumferential face; an outer circumferential sealing face opposing the inner circumferential face having a first lateral edge and an opposed second lateral edge; a first lateral sealing face extending between the inner circumferential face and the opposing outer circumferential sealing face; a second lateral sealing face opposing the first lateral sealing face, disposed between the inner circumferential face and the opposing outer circumferential sealing face; a recess formed in the outer circumferential sealing face, the recess not extending to both the first lateral edge and the second lateral edge of the outer circumferential sealing face; and an injection molding gate vestige disposed in the recess, the injection molding gate vestige not extending beyond the outer circumferential sealing face. an inner circumferential face; an outer circumferential sealing face opposing the inner circumferential face having a first lateral edge and an opposed second lateral edge; a first lateral sealing face extending between the inner circumferential face and the opposing outer circumferential sealing face; a second lateral sealing face opposing the first lateral sealing face, disposed between the inner circumferential face and the opposing outer circumferential sealing face; a recess formed in the outer circumferential sealing face, the recess not extending to both the first lateral edge and the second lateral edge of the outer circumferential sealing face; and an injection molding gate vestige disposed in the recess, the injection molding gate vestige not extending beyond the outer circumferential sealing face.
Arrangement, comprising a roadway and one or more drainage gutters for surface drainage of roadways, wherein the drainage gutter or drainage gutters is/are each formed and/or provided at least in sections as a substrate for a roadway marking, wherein the drainage gutter or drainage gutters each have a gutter body extending in the longitudinal direction and have a receiving space for receiving a liquid to be discharged, wherein the receiving space is bounded by two oppositely arranged side walls, a bottom and a gutter head, wherein the gutter head has at least one side section extending in the longitudinal direction, wherein the side section has a recess for receiving a protective and/or sacrificial material that is different from the material of the gutter body, wherein the drainage gutter or the plurality of drainage gutters are arranged parallel to and/or adjacent to the roadway, wherein the side section with the recess is arranged in each case adjacent to the roadway, characterized in that the recess of the drainage gutter or the plurality of drainage gutters is/are each filled with a protective and/or sacrificial material as a substrate for the roadway marking, and the protective and/or sacrificial material of the drainage gutter or drainage gutters each adjoins the roadway.
A method of governing the elevation, attitude and structural integrity of a pressure-containing vessel (V, 10, 40, 70, 100, 161, 163, 165) in a body of liquid (L, W), the method comprising the steps of: selecting a flotation medium (M F) which is capable of increasing the buoyancy of the vessel; selecting an incompressible ballast medium (M B) which is capable of decreasing the buoyancy of the vessel; dividing the vessel into reciprocal serial hydraulically discrete compartments, one compartment (C F, 33, 63, 93, 123) for containing the selected flotation medium (M F) and the other compartment (C B, 35, 65, 95, 125) for containing the selected incompressible ballast medium (M B); counterbalancing the selected flotation medium (M F) in the flotation medium compartment (C F) against the selected incompressible ballast medium (M B) in the ballast medium compartment (C B); varying the quantity of incompressible ballast medium (M B) in the ballast medium compartment (C B) to control the elevation of the pressure-containing vessel in the body of liquid; and measuring the quantity of incompressible ballast medium (M B) injected into and exhausted from the ballast medium compartment (C B) during said step of varying the quantity of incompressible ballast medium (M B) in the ballast medium compartment (C B). selecting a flotation medium (M F) which is capable of increasing the buoyancy of the vessel; selecting an incompressible ballast medium (M B) which is capable of decreasing the buoyancy of the vessel; dividing the vessel into reciprocal serial hydraulically discrete compartments, one compartment (C F, 33, 63, 93, 123) for containing the selected flotation medium (M F) and the other compartment (C B, 35, 65, 95, 125) for containing the selected incompressible ballast medium (M B); counterbalancing the selected flotation medium (M F) in the flotation medium compartment (C F) against the selected incompressible ballast medium (M B) in the ballast medium compartment (C B); varying the quantity of incompressible ballast medium (M B) in the ballast medium compartment (C B) to control the elevation of the pressure-containing vessel in the body of liquid; and measuring the quantity of incompressible ballast medium (M B) injected into and exhausted from the ballast medium compartment (C B) during said step of varying the quantity of incompressible ballast medium (M B) in the ballast medium compartment (C B).