mhurhangee/ep-ind-claims huggingface dataset:
A flange assembly that can be fitted onto and be movable along the length of a medico-surgical tube, wherein the flange assembly includes a locking arrangement including a housing having a base with an opening through which the tube can extend and a cylindrical wall projecting axially from the base and having an inner surface formed with a screw thread, that the locking arrangement further includes a locking ring having an outer collar extending around the outside of the housing and an inner sleeve with a screw thread on its outer surface engaged with the screw thread on the cylindrical wall, that the locking ring defines a recess between the inside of the sleeve and the outside of the tube and a radially-extending compression surface, and that the locking arrangement includes a sleeve of resilient material located in the recess such that when the locking ring is rotated it moves axially towards the base and the compression surface engages an end of the sleeve of resilient material thereby to compress the sleeve axially and deform it inwardly into gripping contact with the outside of the tube sufficient to prevent the flange assembly moving along the tube.
A method performed by a first user equipment, UE, the method comprising: determining whether the first UE is in a coverage of a base station; when the first UE is out of the coverage of the base station, transmitting a synchronization signal from a second synchronization signal set defined for out of the coverage of the base station; receiving a synchronization signal from a second UE (413, 417); wherein, when the second UE is in the coverage of the base station, the received synchronization signal is from a first synchronization signal set defined for in the coverage of the base station, and when the second UE is out of the coverage of the base station, the received synchronization signal is from the second synchronization signal set; and when the received synchronization signal is from the first synchronization signal set, performing synchronization with the received synchronization signal and transmitting a synchronization signal from the first synchronization signal set. determining whether the first UE is in a coverage of a base station; when the first UE is out of the coverage of the base station, transmitting a synchronization signal from a second synchronization signal set defined for out of the coverage of the base station; receiving a synchronization signal from a second UE (413, 417); wherein, when the second UE is in the coverage of the base station, the received synchronization signal is from a first synchronization signal set defined for in the coverage of the base station, and when the second UE is out of the coverage of the base station, the received synchronization signal is from the second synchronization signal set; and when the received synchronization signal is from the first synchronization signal set, performing synchronization with the received synchronization signal and transmitting a synchronization signal from the first synchronization signal set.
Double-acting hydraulic actuating cylinder, particularly for hydraulic steering devices of outboard marine engines, which outboard engines comprise an end for the fastening to the transom of a watercraft on which said engine is mounted so as to rotate about a substantially vertical steering axis, which cylinder is slidably mounted on at least one rod coaxial to said cylinder, which rod sealingly protrudes from at least one head of the actuating cylinder and carries a separating piston that divides the cylinder into two variable-volume chambers, each one of such two chambers has at least one inlet/outlet for the hydraulic control fluid and a sealing head for the relative sliding between the cylinder and the rod, which sealing head is integral with the cylinder itself, said rod being provided to be connected to a fastening bracket to fasten said cylinder to said engine, in a not slidable manner and in such a way as to allow the relative rotation of said engine with respect to the transom along an axis parallel to the axis of the rod, said fastening bracket is constituted by a rod positioned with its longitudinal axis parallel to the longitudinal axis of the stem is connected to the same by means of two arms in the form of L, the rod having at least one flattened surface to be grasped by a tool having at least one corresponding flat engagement surface engaging said flattened surface, wherein the flattened surface is obtained in proximity of at least one, preferably both, the opposite ends of the rod, and wherein the flattened surface is provided at a certain distance from the end of the rod such that, when the bracket is mounted on the rod, the flattened surface is placed into the thickness of the end element of the bracket.
Cooling system, comprising at least two separate cooling devices (202, 204) with at least one housing each, which at least partially surrounds a goods space, a coolant conveying device, and at least one heat exchanger, wherein the coolant conveying devices of the separate cooling devices (202, 204) control the supply of a coolant to the at least one heat exchanger, wherein - the coolant conveying devices are coupled to one another via a regulating unit, - the regulating unit is a coolant conveying device, - the coolant conveying devices are connected in parallel and connected to a common coolant supply line, - line sections (260, 262, 264) downstream of the coolant conveying devices in the direction of coolant flow are connected to one another upstream of the respective heat exchangers, - the line section downstream of a first coolant conveying device is connected to the at least one heat exchanger of a first cooling device, and - the line section downstream of a second coolant conveying device is connected to the at least one heat exchanger of a second cooling device. - the coolant conveying devices are coupled to one another via a regulating unit, - the regulating unit is a coolant conveying device, - the coolant conveying devices are connected in parallel and connected to a common coolant supply line, - line sections (260, 262, 264) downstream of the coolant conveying devices in the direction of coolant flow are connected to one another upstream of the respective heat exchangers, - the line section downstream of a first coolant conveying device is connected to the at least one heat exchanger of a first cooling device, and - the line section downstream of a second coolant conveying device is connected to the at least one heat exchanger of a second cooling device.
A thermoplastic molding composition comprising i) at least one thermoplastic matrix M; ii) at least one carbon reinforcing fiber F; iii) at least one carbon component K; iv) at least one silicate component S, where the at least one silicate component S comprises particles which have, in any particle dimension, a length/thickness ratio greater than or equal to 3; and v) at least one titanium dioxide T. i) at least one thermoplastic matrix M; ii) at least one carbon reinforcing fiber F; iii) at least one carbon component K; iv) at least one silicate component S, where the at least one silicate component S comprises particles which have, in any particle dimension, a length/thickness ratio greater than or equal to 3; and v) at least one titanium dioxide T.
A method for separating a rod-like or tubular object made of a brittle material, especially of glass, in which at first at least one circumferential notch is made on the surface of the object at a predetermined point, whereupon a force impulse or impulses is/are applied to the fixed object, characterized in that in order to separate a part of the divided object, the surface of the circumferential notch and/or its surroundings is brought into contact with an annulus (11, 31, 41) of a main stream of a fluid which is put into a defined variable speed motion, whereby a change in the speed of the main fluid stream causes a local drop in the pressure of the fluid to form vacuum-filled cavities, and after inducing a sudden increase in the pressure of the fluid, implosion of these cavities occurs, accompanied by a shock pressure wave in the fluid annulus (11, 31, 41), which causes separation of the part of the tube in the region weakened by the circumferential notch.
A reader-incubator apparatus suitable to be operated onboard a vehicle and arranged to incubate a lateral flow test strip at an increased temperature above room temperature during a change representing a test result occurring on said lateral flow test strip and to generate a diagnostic test result from said lateral flow test strip, said apparatus comprising: a. a power source; b. an optical reader comprising a light source and an optical sensor; c. a microprocessor within said reader-incubator apparatus and in communication with said optical reader comprising means to communicate to said vehicle, wherein said microprocessor is adapted to generate said diagnostic test result and deliver a test progress transmission and a diagnostic test result data transmission to an external microprocessor onboard said vehicle; and d. a module having: i. a cavity arranged to receive said lateral flow test strip such that said lateral flow test strip is aligned in an optical path with said optical reader, wherein the cavity comprises an illumination aperture arranged to allow light from the light source of the optical reader to illuminate the test strip and to allow the optical sensor of the optical reader, positioned below the cavity, to detect changes on the test strip ii. a hood secured to said reader-incubator apparatus to enclose said lateral flow test strip in a closed position. a. a power source; b. an optical reader comprising a light source and an optical sensor; c. a microprocessor within said reader-incubator apparatus and in communication with said optical reader comprising means to communicate to said vehicle, wherein said microprocessor is adapted to generate said diagnostic test result and deliver a test progress transmission and a diagnostic test result data transmission to an external microprocessor onboard said vehicle; and d. a module having: i. a cavity arranged to receive said lateral flow test strip such that said lateral flow test strip is aligned in an optical path with said optical reader, wherein the cavity comprises an illumination aperture arranged to allow light from the light source of the optical reader to illuminate the test strip and to allow the optical sensor of the optical reader, positioned below the cavity, to detect changes on the test strip ii. a hood secured to said reader-incubator apparatus to enclose said lateral flow test strip in a closed position. i. a cavity arranged to receive said lateral flow test strip such that said lateral flow test strip is aligned in an optical path with said optical reader, wherein the cavity comprises an illumination aperture arranged to allow light from the light source of the optical reader to illuminate the test strip and to allow the optical sensor of the optical reader, positioned below the cavity, to detect changes on the test strip ii. a hood secured to said reader-incubator apparatus to enclose said lateral flow test strip in a closed position.
A dressing product comprising a dressing sheet, which comprises a backing layer and a first adhesive, and a carrier system, which comprises a combined supporting and gripping sheet connected to the backing layer of the dressing sheet via an intermediate layer, a protective sheet adheres to the first adhesive wherein the intermediate layer is made from a paper or cardboard material.
A test system for power conversion devices, comprising: a first AC input/output section, configured to connect a power supply grid and an AC terminal of a first power conversion device; a second AC input/output section, configured to connect the power supply grid and an AC terminal of a second power conversion device, wherein a DC terminal of the first power conversion device is connected to a DC terminal of the second power conversion device, wherein the first power conversion device and the second power conversion device are bidirectional AC/DC conversion devices under test; a control unit, configured to control the first power conversion device and the second power conversion device to work simultaneously in different working modes, wherein the working modes comprise a first working mode and a second working mode; the first power conversion device works in the first working mode, and the second power conversion device works in the second working mode; or the first power conversion device works in the second working mode, and the second power conversion device works in the first working mode, wherein the first working mode is an AC input and DC output mode, and the second working mode is a DC input and AC output mode and an evaluation unit, configured to obtain the test data of the first power conversion device and the second power conversion device when they work in both working modes, and evaluate the first power conversion device and the second power conversion device according to the test data. a first AC input/output section, configured to connect a power supply grid and an AC terminal of a first power conversion device; a second AC input/output section, configured to connect the power supply grid and an AC terminal of a second power conversion device, wherein a DC terminal of the first power conversion device is connected to a DC terminal of the second power conversion device, wherein the first power conversion device and the second power conversion device are bidirectional AC/DC conversion devices under test; a control unit, configured to control the first power conversion device and the second power conversion device to work simultaneously in different working modes, wherein the working modes comprise a first working mode and a second working mode; the first power conversion device works in the first working mode, and the second power conversion device works in the second working mode; or the first power conversion device works in the second working mode, and the second power conversion device works in the first working mode, wherein the first working mode is an AC input and DC output mode, and the second working mode is a DC input and AC output mode and an evaluation unit, configured to obtain the test data of the first power conversion device and the second power conversion device when they work in both working modes, and evaluate the first power conversion device and the second power conversion device according to the test data.
A method for transporting manufactured products from a first production machine to a second production machine by means of a conveying apparatus, wherein the first and second production machines (50, 60) are operated in a cycled manner, wherein the manufactured products produced in the first production machine are fed to the conveying apparatus, wherein the manufactured products are entrained by the conveying apparatus and are forced to travel at the speed of the conveying apparatus along the conveying route of the conveying apparatus, and the manufactured products are fed to the second production machine by means of the conveying apparatus in a cycled manner, wherein the conveying apparatus entrains the manufactured products at a distance from one another such that a free space for receiving at least one other manufactured product is left between neighboring manufactured products, wherein in the event of a stop of the second production machine, the first production machine is also stopped and the conveying apparatus is actuated such that a manufactured product last output by the first production machine prior to the stop is received by the conveying apparatus in the free space nearest to the first production machine, and the conveying apparatus is then also stopped.
A drum head comprising: a diaphragm; a first cushion that is joined to the diaphragm and has a predetermined cushioning property; a second cushion (71, 271) that is interposed between the first cushion and the diaphragm and has a predetermined cushioning property; and a plurality of joints (72a, 72b, 92, 292, 472), each one of the plurality of joints being configured to join the first cushion directly to the diaphragm in a state in which the second cushion (71, 271) is pressed against the diaphragm by the first cushion, wherein the joints (72a, 72b, 92, 292, 472) are configured to be disposed on the diaphragm and to surround the second cushion (71, 271), the drum head being characterized in that: each of the joints (72a, 72b, 92, 292, 472) is disposed on a surface of the diaphragm on a vibration region of the diaphragm and on a surface of the first cushion, and each of the joints (72a, 72b, 92, 292, 472) is disposed between the first cushion and the diaphragm. a diaphragm; a first cushion that is joined to the diaphragm and has a predetermined cushioning property; a second cushion (71, 271) that is interposed between the first cushion and the diaphragm and has a predetermined cushioning property; and a plurality of joints (72a, 72b, 92, 292, 472), each one of the plurality of joints being configured to join the first cushion directly to the diaphragm in a state in which the second cushion (71, 271) is pressed against the diaphragm by the first cushion, wherein the joints (72a, 72b, 92, 292, 472) are configured to be disposed on the diaphragm and to surround the second cushion (71, 271), the drum head being characterized in that: each of the joints (72a, 72b, 92, 292, 472) is disposed on a surface of the diaphragm on a vibration region of the diaphragm and on a surface of the first cushion, and each of the joints (72a, 72b, 92, 292, 472) is disposed between the first cushion and the diaphragm.
A personal care device comprising: a hollow housing having at least a first transparent or translucent portion extending between an outer surface of the housing and an inner surface of the housing; a carrier mounted inside the hollow housing in a fixed position relative to the hollow housing; at least a first light source mounted on the carrier; a light barrier element mounted on the carrier, wherein the light barrier element has at least a first spring element arranged to bias a light barrier plate of the light barrier element against the inner surface of the hollow housing; the light barrier plate having at least a first light transmission portion that is in positional alignment with the first light source and in positional alignment with the first transparent or translucent portion of the hollow housing so that light emitted by the first light source is visible at the outer surface of the first transparent or translucent portion. a hollow housing having at least a first transparent or translucent portion extending between an outer surface of the housing and an inner surface of the housing; a carrier mounted inside the hollow housing in a fixed position relative to the hollow housing; at least a first light source mounted on the carrier; a light barrier element mounted on the carrier, wherein the light barrier element has at least a first spring element arranged to bias a light barrier plate of the light barrier element against the inner surface of the hollow housing; the light barrier plate having at least a first light transmission portion that is in positional alignment with the first light source and in positional alignment with the first transparent or translucent portion of the hollow housing so that light emitted by the first light source is visible at the outer surface of the first transparent or translucent portion.
A method of manufacturing a floor panel, wherein the method comprises the steps of: • applying a decorative layer on a carrier; wherein the decorative layer includes one of the following: a paper, a wood veneer, cork, or a scattered decorative powder mix; • applying a dry powder layer, comprising a mix of a transparent thermoplastic material and wear resistant particles, on the decorative layer; and • applying heat and pressure on the powder layer to obtain a decorative surface layer comprising a transparent wear resistant layer, wherein said transparent wear resistant layer is formed by the dry powder layer and covers the entire front side of the floor panel. • applying a decorative layer on a carrier; wherein the decorative layer includes one of the following: a paper, a wood veneer, cork, or a scattered decorative powder mix; a paper, a wood veneer, cork, or a scattered decorative powder mix; • applying a dry powder layer, comprising a mix of a transparent thermoplastic material and wear resistant particles, on the decorative layer; and • applying heat and pressure on the powder layer to obtain a decorative surface layer comprising a transparent wear resistant layer, wherein said transparent wear resistant layer is formed by the dry powder layer and covers the entire front side of the floor panel.
Ground working machine, in particular a road milling machine, stabiliser or the like, comprising a milling drum which is rotatably mounted on a machine frame and which is or can be equipped on its outer periphery with working tools, wherein the working tools are provided to come into contact with the ground to be worked during working operation in order to remove the same, wherein a drive unit is provided which drives the milling drum by means of a drive motor, wherein a drive shaft is connected to the milling drum and can be coupled to the drive motor, and wherein a ballast element is provided as a kinetic mass for increasing the kinetic energy of the milling drum, characterised in that the kinetic mass can be coupled or uncoupled to or from the rotatable milling drum or to or from a rotational member coupled directly or indirectly to the milling drum via a shiftable coupling. wherein a drive unit is provided which drives the milling drum by means of a drive motor, wherein a drive shaft is connected to the milling drum and can be coupled to the drive motor, and wherein a ballast element is provided as a kinetic mass for increasing the kinetic energy of the milling drum, characterised in that the kinetic mass can be coupled or uncoupled to or from the rotatable milling drum or to or from a rotational member coupled directly or indirectly to the milling drum via a shiftable coupling.