mhurhangee/ep-ind-claims huggingface dataset:
Tunnel structure having an inner shell which extends in a longitudinal direction and has an open base and a longitudinally running mountain water drainage system, wherein the inner shell comprises inner shell portions which are arranged one after the other in the longitudinal direction and abut against one another, wherein the inner shell portions each comprise a base segment on both sides with respect to the longitudinal direction and a single- or multi-part vault segment resting thereon which delimits a tunnel interior in an arc shape, wherein the mountain water drainage system is arranged on a side of the base segment facing away from the tunnel interior and therefore on the mountain side, wherein inspection openings from the tunnel interior to the mountain water drainage system are provided spaced apart from one another in the longitudinal direction, by means of a plurality of inner shell portions, characterized in that an inspection space, which delimits the corresponding inspection opening, is arranged within an outer U-shaped enveloping surface of the inner shell of the tunnel structure, which surface is uniform in the longitudinal direction, or in any case protrudes outward by a maximum of 5 cm beyond the enveloping surface, by a recess (56, 58) being formed in the base segment and in a lower region of the vault segment to form the inspection space and in that a moisture-resistant housing component is cast into the base segment and/or the vault segment to form the corresponding inspection opening and to delimit the corresponding inspection space and in that the housing component has a rear wall (68, 88), which forms an outward closure of the relevant inner shell portion, two side walls (70, 72) which are spaced apart from one another in the longitudinal direction and an upper wall, and is open downward in the direction of the mountain water drainage system and has a housing access opening which is open, or can be opened and closed, toward the tunnel interior and can be closed and opened by means of one or more slides or flaps or doors or covers and is accessible from the tunnel interior, and in that the housing component has anchor elements which are grippable and which protrude into the material of the base segment and/or the vault segment and are cast into same.
A sealing assembly for a mask system, characterized by comprising: a mouth cushion adapted to sealingly engage around an exterior of a patient's mouth in use, and a nasal prong insert provided to the mouth cushion, the nasal prong insert comprising a pair of nasal prongs adapted to sealingly communicate with respective nasal passages of a patient in use, wherein the nasal prong insert further comprises a bridging strap to interconnect the pair of nasal prongs. a mouth cushion adapted to sealingly engage around an exterior of a patient's mouth in use, and a nasal prong insert provided to the mouth cushion, the nasal prong insert comprising a pair of nasal prongs adapted to sealingly communicate with respective nasal passages of a patient in use, wherein the nasal prong insert further comprises a bridging strap to interconnect the pair of nasal prongs.
A scaffold suitable for use in performing desired work within a large structure having a wall surface therein, with a bent angle, both side surfaces and a top surface, the scaffold comprising: a supporting structure suitable for being installed adjacent to said both side surfaces and top surface of the large structure; a carrying unit installed movable along the supporting structure to allow materials to be carried or to provide a working space for a worker thereon, a plurality of rails suitable for being installed along the wall surface of the large structure; and a movable support installed to the supporting structure and movable along the rails, wherein the supporting structure is suitable for being installed movable along the wall surface of the large structure, characterized in that the movable support includes: a connecting block having two inclined surfaces inclined at an angle corresponding to the bent angle of the wall surface of the large structure; and a pair of wheels associated with the rails and rotatably installed to the inclined surface of the connecting block. a supporting structure suitable for being installed adjacent to said both side surfaces and top surface of the large structure; a carrying unit installed movable along the supporting structure to allow materials to be carried or to provide a working space for a worker thereon, a plurality of rails suitable for being installed along the wall surface of the large structure; and a movable support installed to the supporting structure and movable along the rails, wherein the supporting structure is suitable for being installed movable along the wall surface of the large structure, characterized in that the movable support includes: a connecting block having two inclined surfaces inclined at an angle corresponding to the bent angle of the wall surface of the large structure; and a pair of wheels associated with the rails and rotatably installed to the inclined surface of the connecting block. a connecting block having two inclined surfaces inclined at an angle corresponding to the bent angle of the wall surface of the large structure; and a pair of wheels associated with the rails and rotatably installed to the inclined surface of the connecting block.
A framework construction strut usable both vertically and horizontally for construction of a framework for a wall, the strut comprising a hollow extrusion provided at one of a first pair of substantially parallel and mutually opposite longitudinal sides with a support face for at least one wall panel and at the other one of those sides with a slot extending over the full length of the strut and serving for reception of fastening means (19 to 22) for use in fastening the strut to a support or to another such strut and further provided at each of a second pair of substantially parallel and mutually opposite longitudinal sides perpendicular to the sides of the first pair of sides with a respective longitudinal groove disposed adjacent to the side with the support face and serving for reception of part of a fixing bracket for fixing the strut to another such strut in a butt joint relationship, characterized in that said extrusion has an intermediate bracing wall extending substantially parallel to the sides of the first pair of sides and at a position spaced from and between the slot and the grooves to brace the sides of the second pair of sides relative to one another and to bound together with the sides of the second pair of sides and the side with the support face a cavity for receiving and concealing another part of such a fixing bracket.
An accessory tool for use in connection with a vacuum cleaner with a suction source, comprising: a housing assembly having a suction outlet opening adapted to be connected to a vacuum hose in fluid communication with the suction source; a suction nozzle fluidly coupled to the suction outlet opening; an auxiliary recovery tank in fluid communication with the suction nozzle to collect liquid drawn in through the suction nozzle; a backflow preventer located within a suction flow path between the suction nozzle and the auxiliary recovery tank, wherein the backflow preventer is configured to prevent leakage of fluid from the auxiliary recovery tank back into the suction nozzle; and a liquid flow preventer between the auxiliary recovery tank and the suction outlet opening, wherein the liquid flow preventer opens upon exposure to a working airflow and closes when suction is not applied to block liquid from flowing to the suction outlet opening. a housing assembly having a suction outlet opening adapted to be connected to a vacuum hose in fluid communication with the suction source; a suction nozzle fluidly coupled to the suction outlet opening; an auxiliary recovery tank in fluid communication with the suction nozzle to collect liquid drawn in through the suction nozzle; a backflow preventer located within a suction flow path between the suction nozzle and the auxiliary recovery tank, wherein the backflow preventer is configured to prevent leakage of fluid from the auxiliary recovery tank back into the suction nozzle; and a liquid flow preventer between the auxiliary recovery tank and the suction outlet opening, wherein the liquid flow preventer opens upon exposure to a working airflow and closes when suction is not applied to block liquid from flowing to the suction outlet opening.
A method for switching of multi-carrier, the method comprising: receiving, by a target radio access network, RAN, node of a first link, a message sent from a source RAN node of the first link and comprising information of a second link; and establishing, by the target RAN node of the first link, a connection with an RAN node of the second link according to the information of the second link, so as to transmit data; wherein the first link is a link in a first radio access technology, RAT, network, and the second link is a link in a second RAT network, wherein the establishing, by the target RAN node of the first link, the connection with the RAN node of the second link according to the information of the second link comprises: establishing, by the target RAN node, the connection with the RAN node of the second link according to the information of the second link, information of aggregation capability of multiple RAT carriers, interface information with the RAN node of the second link, and current load. receiving, by a target radio access network, RAN, node of a first link, a message sent from a source RAN node of the first link and comprising information of a second link; and establishing, by the target RAN node of the first link, a connection with an RAN node of the second link according to the information of the second link, so as to transmit data; establishing, by the target RAN node, the connection with the RAN node of the second link according to the information of the second link, information of aggregation capability of multiple RAT carriers, interface information with the RAN node of the second link, and current load.
Binding for mounting on a snowboard, where the binding is attachable to the snowboard by one or more attachment devices, wherein the binding comprises a detachable calf support wherein a receiver part of the binding comprises a loop provided with recesses, which recesses are formed to take up the detachable calf support, characterised in that the binding further comprises an insert such that the binding will have approximately the same fit and position for a boot either with the detachable calf support, or without the calf support, this being achieved by: (a) sufficient support remaining for the boot in the loop without the calf support, or (b) by the calf support easily can be removed and replaced with the insert which will fill up as much on an inside of the loop as the detachable calf support does.
An audio processing method, comprising: receiving audio data in a first format; processing the audio data in the first format to produce audio data in a second format, the second format being a reduced or simplified version of the first format; performing a loudness correction process on the audio data in the second format to produce loudness-corrected audio data in the second format; determining a first power of the audio data in the second format; determining a second power of the loudness-corrected audio data in the second format; determining a second-format loudness correction factor for the audio data in the second format, the second-format loudness correction factor being based, at least in part, on a power ratio of the first power to the second power; determining a power relationship between the audio data in the first format and the audio data in the second format; determining a first-format loudness correction factor for the audio data in the first format, the first-format loudness correction factor being based, at least in part, on the power ratio and the power relationship; and outputting the first-format loudness correction factor and the second-format loudness correction factor. receiving audio data in a first format; processing the audio data in the first format to produce audio data in a second format, the second format being a reduced or simplified version of the first format; performing a loudness correction process on the audio data in the second format to produce loudness-corrected audio data in the second format; determining a first power of the audio data in the second format; determining a second power of the loudness-corrected audio data in the second format; determining a second-format loudness correction factor for the audio data in the second format, the second-format loudness correction factor being based, at least in part, on a power ratio of the first power to the second power; determining a power relationship between the audio data in the first format and the audio data in the second format; determining a first-format loudness correction factor for the audio data in the first format, the first-format loudness correction factor being based, at least in part, on the power ratio and the power relationship; and outputting the first-format loudness correction factor and the second-format loudness correction factor.
Mobile high-pressure cleaning appliance having a chassis on whose upper side is arranged a receiving part which forms a motor receptacle into which a motor for driving a pump is inserted, wherein placed onto the receiving part is a holding part which fixes the motor in the motor receptacle and has a receiving compartment for electrical components on its upper side remote from the motor, characterized in that the holding part is configured as hollow body with a main body and a lid mounted on the main body, wherein the main body forms the receiving compartment having a base wall engaging over the motor and having side walls (71, 72, 73, 74) projecting from the base wall in the direction remote from the chassis, and wherein the lid is moveable back and forth between a closed position closing the receiving compartment and an open position releasing the receiving compartment, and bears on its outer side remote from the receiving compartment at least one actuating member for an electrical control element, and wherein the high-pressure cleaning appliance comprises a hood which is mounted on the chassis so as to be pivotable about a hood pivotal axis and which has a hood opening which, in a closed position of the hood, releases the at least one actuating member arranged on the outer side of the lid of the holding part.
Connection element for fluids distribution pipes comprising: - an outer surface which defines at least one through opening (11, 21) and which includes a plurality of outer flat walls or faces, bounded by respective outer longitudinal projections and suitable to constitute the support parts for the action of a key or other similar instrument necessary for the clamping or the opening of said connection element, - and a plurality of crowned inner portions corresponding to said outer flat walls or faces, wherein said crowned inner portions are bounded by respective inner grooves and wherein a thread, suitable for coupling the connection element with at least one male element, is made at least partly on said crowned inner portions, said thread being discontinuous on the surface of said crowned inner portions, characterised in that at least one collar is made in correspondence of said at least one through opening (11, 21) of said outer surface, the collar protruding laterally and outside said through opening (11, 21) with respect to said outer flat walls or faces of the outer surface. - an outer surface which defines at least one through opening (11, 21) and which includes a plurality of outer flat walls or faces, bounded by respective outer longitudinal projections and suitable to constitute the support parts for the action of a key or other similar instrument necessary for the clamping or the opening of said connection element, - and a plurality of crowned inner portions corresponding to said outer flat walls or faces, wherein said crowned inner portions are bounded by respective inner grooves and wherein a thread, suitable for coupling the connection element with at least one male element, is made at least partly on said crowned inner portions, said thread being discontinuous on the surface of said crowned inner portions, characterised in that at least one collar is made in correspondence of said at least one through opening (11, 21) of said outer surface, the collar protruding laterally and outside said through opening (11, 21) with respect to said outer flat walls or faces of the outer surface.
An air conditioning system for air conditioning rooms (14, 15), with a compressor for compressing a refrigerant in a refrigerant circuit (70, 71, 72, 73), wherein the air conditioning system is formed for a variable refrigerant volume flow; with a first heat exchanger for exchanging heat between the refrigerant and a heat reservoir; with a plurality of throttles for expanding the refrigerant; with a plurality of second heat exchangers for exchanging heat between the refrigerant and a heat transfer fluid in one associated heat transfer fluid circuit (90, 91, 92) each; with a reservoir for the heat transfer fluid, to increase the thermal capacity, in each heat transfer fluid circuit (90, 91, 92); with a plurality of third heat exchangers, which are arranged in one associated room each, for exchanging heat between the heat transfer fluid and room air of the associated room; wherein a throttle and a heat transfer fluid circuit (90, 91, 92) with a plurality of third heat exchangers are associated to a second heat exchanger; and characterized by a control device (38, 48, 58, 78, 98) for detecting a total cooling or heating power demand and for controlling the compressor between a predetermined minimum power and a predetermined maximum power, wherein the control device (38, 48, 58, 78, 98) is formed to temporarily switch off the compressor when the total cooling or heating power demand falls below a predetermined threshold value.
Method for fabricating a Heterojunction Bipolar Transistor, the method comprising: providing a semiconductor support layer; forming an even number of at least four elongated wall structures on the support layer, wherein the wall structures are arranged side-by-side at a regular interval; forming an odd number of at least three semiconductor collector-material ridge structures on the support layer, wherein each ridge structure is formed between two adjacent wall structures; forming a semiconductor base-material layer on a determined ridge structure of the at least three ridge structures, wherein the determined ridge structure is between two ridge structures of said at least three ridge structures; forming a semiconductor emitter-material layer on the base-material layer; extending the base-material layer epitaxially so that it coherently covers all the wall structures and all the ridge structures; selectively removing all said ridge structures except the determined ridge structure; and filling spaces formed by removing said ridge structures with an insulator material or air. providing a semiconductor support layer; forming an even number of at least four elongated wall structures on the support layer, wherein the wall structures are arranged side-by-side at a regular interval; forming an odd number of at least three semiconductor collector-material ridge structures on the support layer, wherein each ridge structure is formed between two adjacent wall structures; forming a semiconductor base-material layer on a determined ridge structure of the at least three ridge structures, wherein the determined ridge structure is between two ridge structures of said at least three ridge structures; forming a semiconductor emitter-material layer on the base-material layer; extending the base-material layer epitaxially so that it coherently covers all the wall structures and all the ridge structures; selectively removing all said ridge structures except the determined ridge structure; and filling spaces formed by removing said ridge structures with an insulator material or air.
A contact lens case comprising: a fluid tank; a first lens assembly coupled to the fluid tank, the first lens assembly comprising: a first lens reservoir; a first pressure pump (108a, 500) disposed on a top surface of the lens reservoir; a first suction line that draws fluid from the fluid tank to the first lens reservoir; and a first one-way valve that allows fluid to transfer from the fluid tank, through the first suction line, and into the first lens reservoir of the first lens assembly upon actuation of the first pressure pump; and a second lens assembly coupled to the fluid tank, the second lens assembly comprising: a second lens reservoir; a second pressure pump (108b, 500) disposed on a top surface of the second lens reservoir; a second suction line that channels fluid from the fluid tank to the second lens reservoir; a second one-way valve that allows fluid to transfer from the fluid tank, through the second suction line, and into the second lens reservoir of the second lens assembly upon actuation of the second pressure pump. a fluid tank; a first lens assembly coupled to the fluid tank, the first lens assembly comprising: a first lens reservoir; a first pressure pump (108a, 500) disposed on a top surface of the lens reservoir; a first suction line that draws fluid from the fluid tank to the first lens reservoir; and a first one-way valve that allows fluid to transfer from the fluid tank, through the first suction line, and into the first lens reservoir of the first lens assembly upon actuation of the first pressure pump; and a first lens reservoir; a first pressure pump (108a, 500) disposed on a top surface of the lens reservoir; a first suction line that draws fluid from the fluid tank to the first lens reservoir; and a first one-way valve that allows fluid to transfer from the fluid tank, through the first suction line, and into the first lens reservoir of the first lens assembly upon actuation of the first pressure pump; and a second lens assembly coupled to the fluid tank, the second lens assembly comprising: a second lens reservoir; a second pressure pump (108b, 500) disposed on a top surface of the second lens reservoir; a second suction line that channels fluid from the fluid tank to the second lens reservoir; a second one-way valve that allows fluid to transfer from the fluid tank, through the second suction line, and into the second lens reservoir of the second lens assembly upon actuation of the second pressure pump. a second lens reservoir; a second pressure pump (108b, 500) disposed on a top surface of the second lens reservoir; a second suction line that channels fluid from the fluid tank to the second lens reservoir; a second one-way valve that allows fluid to transfer from the fluid tank, through the second suction line, and into the second lens reservoir of the second lens assembly upon actuation of the second pressure pump.