mhurhangee/ep-ind-claims huggingface dataset:
Scoop for collecting loose material, in particular garbage, which scoop comprises a supporting element shaped as a rim, substantially flat, provided with two retaining elements (5a, 5b), intended to retain the mouth of a bag against said rim, said retaining elements (5a, 5b) being made as U-shaped brackets, said retaining elements (5a, 5b) being hinged at the middle portion of a pair of opposite sides (3b, 3d) of said rim and extending each up to a corresponding end of said sides and along a respective other side (3a, 3c) of said rim, respectively, flush with said rim and on its outside, said retaining elements (5a, 5b) being rotatable so as to be movable away from said rim for allowing a bag to be applied against said rim, and then movable back for overlapping said rim and blocking said bag against said rim; wherein said scoop further comprises a flap which, at one of its sides, is movably connected to said rim at one of the sides of said rim and which is switchable from a first stable position to a second stable position, and vice versa, at least the side of said flap at which said flap is connected to said rim and the side of said flap opposite thereto being straight and at least the side of said rim at which said flap is connected to said rim and the side of said rim opposite thereto being straight, wherein in said first stable position said flap covers said rim and said mouth of said bag and in said second stable position it leaves said rim and said mouth of said bag uncovered and forms a pilot surface for said loose material, wherein said flap is indirectly connected to said rim, characterized in that said flap being pivotally mounted on a rotation pin which is mounted on one of said retaining elements for switching from said first stable position to said second stable position and vice versa.
A retractable needle assembly comprising: a body portion; a needle having a forward end and being movable between an operable orientation in which the forward end projects forwardly from the body portion, and a safe orientation in which said forward end is retracted into the body portion; a deflector mounted in the body portion, which is moveable between a first position and a second position, wherein the movement of the deflector between its first and second position urges the needle into its safe orientation, the deflector being biased towards the second position; a latching mechanism which holds the deflector in the first position; and an actuator, operable to release the latching mechanism wherein an intermediate portion of the needle extends through the deflector and the deflector is rotatable in the body portion between the first and the second position in order to angularly displace the intermediate portion of the needle; wherein the latching mechanism includes at least one latching element provided on the deflector, and at least one locking feature provided on the actuator which is configured to engage the latching element thereby holding the deflector in its first position; characterised in that, in use, the actuator is pressed perpendicularly to the needle axis to move the latching element out of engagement with the locking feature and into an annular channel provided on the actuator in which it is free to move rotationally. a body portion; a needle having a forward end and being movable between an operable orientation in which the forward end projects forwardly from the body portion, and a safe orientation in which said forward end is retracted into the body portion; a deflector mounted in the body portion, which is moveable between a first position and a second position, wherein the movement of the deflector between its first and second position urges the needle into its safe orientation, the deflector being biased towards the second position; a latching mechanism which holds the deflector in the first position; and an actuator, operable to release the latching mechanism wherein an intermediate portion of the needle extends through the deflector and the deflector is rotatable in the body portion between the first and the second position in order to angularly displace the intermediate portion of the needle; wherein the latching mechanism includes at least one latching element provided on the deflector, and at least one locking feature provided on the actuator which is configured to engage the latching element thereby holding the deflector in its first position; characterised in that, in use, the actuator is pressed perpendicularly to the needle axis to move the latching element out of engagement with the locking feature and into an annular channel provided on the actuator in which it is free to move rotationally.
A coupling assembly for elongate elements (1, 2), comprising: - a pin member having an outward-facing pin surface, and a box member having an inward-facing box surface; said pin surface and box surface configured for mating engagement, and - at least one bore (9; 9') having as a first opening a port configured for connection to an injection fluid reservoir and a second opening penetrating the pin surface or the box surface; characterized in that: - a region (R b) of the box surface comprises a wall thickness (t a) which is less than the thicknesses (t b, t c) of the adjacent box walls; and/or - a region (R p) of the pin surface comprises a wall thickness (t d) which is less than the thicknesses (t e, t f) of the adjacent pin walls; and/or - a region (R b) of the box surface comprises a material of a lower modulus of elasticity than the material of a corresponding region (R p) of the pin surface, or vice versa. - a pin member having an outward-facing pin surface, and a box member having an inward-facing box surface; said pin surface and box surface configured for mating engagement, and - at least one bore (9; 9') having as a first opening a port configured for connection to an injection fluid reservoir and a second opening penetrating the pin surface or the box surface; - a region (R b) of the box surface comprises a wall thickness (t a) which is less than the thicknesses (t b, t c) of the adjacent box walls; and/or - a region (R p) of the pin surface comprises a wall thickness (t d) which is less than the thicknesses (t e, t f) of the adjacent pin walls; and/or - a region (R b) of the box surface comprises a material of a lower modulus of elasticity than the material of a corresponding region (R p) of the pin surface, or vice versa.
Anoscope, comprising a fixed portion that is hollow and open at the opposite ends, a mobile portion that is hollow and open at the opposite ends, said mobile portion being shapingly coupled with said fixed portion and being arranged for rotating coaxially inside said fixed portion, a window that is obtained in said mobile portion and is arranged for making accessible a portion of rectal mucosa, a dilator that can be alternatively inserted in, or extracted from, a longitudinal cavity of said anoscope, said longitudinal cavity being comprised in said mobile portion, positioning and locking means arranged for preventing said mobile portion from rotating coaxially inside said fixed portion when said dilator is not inserted in said longitudinal cavity, wherein said positioning and locking means comprises a stop and a plurality of recesses, said stop being suitable for engaging, in use, one of said recesses so as to prevent said mobile portion from rotating coaxially inside said fixed portion, said anoscope comprising unlocking means that is made in said mobile portion and in said dilator, said unlocking means being so shaped as to enable, in use, to disengage said stop from said recess when said dilator is inserted in said longitudinal cavity, said anoscope being characterized in that said unlocking means comprises a plurality of jutting elements that are made in said dilator and a plurality of grooves that are obtained in said mobile portion, said jutting elements being shapingly coupled with said grooves and being arranged for engaging said grooves when said dilator is inserted in said longitudinal cavity, wherein, when said jutting elements engage said grooves, said dilator can be rotated inside said longitudinal cavity in such a manner as to force said stop to disengage said recess and enable said mobile portion to rotate coaxially inside said fixed portion.
A process for gasifying urea for reducing the concentration of nitrogen oxides in combustion gases, comprising: a. feeding urea to a gasification chamber, b. feeding heated gases into the gasification chamber upstream of the point for introducing the urea by injector means capable of distributing the urea as fine particles or droplets, c. providing a gas distribution plate being juxtaposed with the injector means in the chamber and having a central hole and a plurality of circular arrays of smaller holes (162, 164), d. wherein the gas distribution plate comprises an arrangement and spacing of holes, including the central hole and the smaller holes (162, 164), to provide higher gas velocity in the vicinity of the injector means than near the walls of the chamber, wherein the central hole is of a size sufficient to permit the injector means to introduce the urea though it, e. the injector means introducing the urea through the central hole of the gas distribution plate and f. adjusting the feed rates of the urea and the heated gases effectively to gasify the urea prior to exit from the chamber. a. feeding urea to a gasification chamber, b. feeding heated gases into the gasification chamber upstream of the point for introducing the urea by injector means capable of distributing the urea as fine particles or droplets, c. providing a gas distribution plate being juxtaposed with the injector means in the chamber and having a central hole and a plurality of circular arrays of smaller holes (162, 164), d. wherein the gas distribution plate comprises an arrangement and spacing of holes, including the central hole and the smaller holes (162, 164), to provide higher gas velocity in the vicinity of the injector means than near the walls of the chamber, wherein the central hole is of a size sufficient to permit the injector means to introduce the urea though it, e. the injector means introducing the urea through the central hole of the gas distribution plate and f. adjusting the feed rates of the urea and the heated gases effectively to gasify the urea prior to exit from the chamber.
Semiconducting structure (100, 100a, 100b) capable of receiving electromagnetic radiation and transforming it into an electric signal, such a semiconducting structure (100, 100a, 100b) comprising: - a semiconducting support with a first and a second surface (151, 152), the first surface defining a longitudinal plane, - a first zone (110, 110a, 110b) with a first type of conductivity formed in the support, - a second zone (120, 120a, 120b) with a second type of conductivity that is opposite of the first type of conductivity, the second zone (120, 120a, 120b) being formed in the support in contact with the first zone (110, 110a, 110b) so as to form a semiconducting junction with the first zone (110, 110a, 110b), - a means of limiting the lateral current adapted to limit the junction current that originates laterally to the longitudinal plane, said means of limiting the lateral current at least partially surrounding the junction, the semiconducting structure (100, 100a, 100b) being characterised in that the means of limiting the lateral current comprises a third zone formed in the support in lateral contact with the second zone (120, 120a, 120b), said third zone having the second type of conductivity, the second type of conductivity being a conductivity for which majority carriers are electrons, the third zone having a sufficient concentration of majority carriers to have an increase in the apparent gap due to a Moss-Burstein effect. - a semiconducting support with a first and a second surface (151, 152), the first surface defining a longitudinal plane, - a first zone (110, 110a, 110b) with a first type of conductivity formed in the support, - a second zone (120, 120a, 120b) with a second type of conductivity that is opposite of the first type of conductivity, the second zone (120, 120a, 120b) being formed in the support in contact with the first zone (110, 110a, 110b) so as to form a semiconducting junction with the first zone (110, 110a, 110b), - a means of limiting the lateral current adapted to limit the junction current that originates laterally to the longitudinal plane, said means of limiting the lateral current at least partially surrounding the junction,
A liquid ejection head (10, 10', 10"), comprising: head units each provided with a plurality of nozzles which eject liquid, the head units having a uniform nozzle pitch in a projected nozzle row obtained by projecting all of the nozzles to an alignment in a first direction; and an intermediate unit (14, 14', 14") provided with a fixing section to which a plurality of the head units are fixed, wherein the intermediate unit (14, 14', 14") is installed in such a manner that intermediate units can be replaced independently, the intermediate unit (14, 14', 14") has a structure in which portions of the nozzles of two head units that are mutually adjacent in a second direction perpendicular to a first direction are mutually overlapped in the first direction, and positions of two head units that are mutually adjacent in the second direction are not overlapped in the second direction, and in a joint section (13, 13A, 13B) where portions of nozzles of head units that are mutually adjacent in the second direction are overlapped, a relationship between a total number of nozzles N A included in a joint section between the head units belonging to a same intermediate unit and a total number of nozzles N B included in a joint section (13, 13A, 13B) between the intermediate units satisfies: N A < N B, characterized in that the head units are fixed to the intermediate unit with a positioning accuracy of not more than 1/4 of the nozzle pitch in the projected nozzle row. head units each provided with a plurality of nozzles which eject liquid, the head units having a uniform nozzle pitch in a projected nozzle row obtained by projecting all of the nozzles to an alignment in a first direction; and an intermediate unit (14, 14', 14") provided with a fixing section to which a plurality of the head units are fixed, wherein the intermediate unit (14, 14', 14") is installed in such a manner that intermediate units can be replaced independently, the intermediate unit (14, 14', 14") has a structure in which portions of the nozzles of two head units that are mutually adjacent in a second direction perpendicular to a first direction are mutually overlapped in the first direction, and positions of two head units that are mutually adjacent in the second direction are not overlapped in the second direction, and in a joint section (13, 13A, 13B) where portions of nozzles of head units that are mutually adjacent in the second direction are overlapped, a relationship between a total number of nozzles N A included in a joint section between the head units belonging to a same intermediate unit and a total number of nozzles N B included in a joint section (13, 13A, 13B) between the intermediate units satisfies:
Polyglycidyl ethers of the formula: where each Z is a group, wherein each R 1 is independently H or methyl; each m independently has a value of zero to 3; p has a value of zero to 20; each R is independently halogen; nitrile; nitro; C 1 -C 6 alkyl or C 1 -C 6 alkoxy; wherein the alkyl and alkoxy groups may be substituted with one or more halogen atoms, C 2 -C 6 alkenyl, or C 2 -C 6 alkenyloxy; and each Q is independently hydrogen or C 1 -C 6 alkyl, or when m is 2, two R groups may independently be a C 3 -C 4 alkylene group that optionally contains one or two double bonds and is bonded to two adjacent carbons on the ring to which they are attached; thereby producing a fused, bicyclic ring.
A system for coupling operational lines employed in a subsea application, comprising: a swivel having a vertically oriented geostationary core and a plurality of rotatably mounted rings extending radially outward from the core, each ring comprising a pair of ring seal surfaces which are movable relative to a pair of corresponding seal surfaces of the core, each ring seal surface and corresponding seal surface on the core being parallel to each other and lying along radial planes, the swivel further comprising a plurality of axial face seals disposed along each ring seal surface (76, 78), each seal comprising: a body having a base and lips extending from the base, the base being positioned against one of the corresponding seal surfaces and the lips extending away from the corresponding seal surface, the body being exposed to an activation fluid which is pressurized to bias the base against the corresponding seal surface, each seal further comprises a biasing member disposed between the lips. a swivel having a vertically oriented geostationary core and a plurality of rotatably mounted rings extending radially outward from the core, each ring comprising a pair of ring seal surfaces which are movable relative to a pair of corresponding seal surfaces of the core, each ring seal surface and corresponding seal surface on the core being parallel to each other and lying along radial planes, the swivel further comprising a plurality of axial face seals disposed along each ring seal surface (76, 78), each seal comprising: a body having a base and lips extending from the base, the base being positioned against one of the corresponding seal surfaces and the lips extending away from the corresponding seal surface, the body being exposed to an activation fluid which is pressurized to bias the base against the corresponding seal surface, each seal further comprises a biasing member disposed between the lips.
Device for pressing/embossing a blank, the device comprising a first and a second tool half, between which halves a blank can be pressed by active surfaces (5, 7) of the tool halves, comprising a driving unit (23, 25) adapted to move the first tool half relative to the second tool half between an open position where a blank can be inserted in or removed from a space between the tool halves and a closed position where a blank is pressed/embossed between the halves, characterized by a locking device for locking the tool halves in the closed position, a hydraulic container (33; 35), the pressure in which is transferred to at least a part of said active surfaces, and a movable pressing piston which is adapted to be moved when the pressing/embossing device is in the closed position and the locking device is activated, to increase the pressure in the hydraulic container in such a way that the active surfaces are pressed together.
A method for securely managing access control clients, the method comprising, at an electronic Universal Integrated Circuit Card, eUICC, included in a mobile device, and in response to an initialization of the eUICC: - executing a bootstrap operating system, the bootstrap operating system selecting a secure partition of a plurality of secure partitions managed by the eUICC, wherein each secure partition includes a respective access control client and common operating system, OS; - verifying the access control client; and executing the common OS, wherein the common OS executes the access control client that corresponds to the secure partition. - executing a bootstrap operating system, the bootstrap operating system selecting a secure partition of a plurality of secure partitions managed by the eUICC, wherein each secure partition includes a respective access control client and common operating system, OS; - verifying the access control client; and
An arrangement for achieving intrinsic safety of a radio transmission module with an HF power stage (RF-P) and an electronic control unit (Se) on a board for transmitting signals and measured values in an explosion-hazardous area, which includes an external voltage supply, an antenna connector (Aa) and an input connector, characterized in that at the base of an antenna at least two independently operating hardware circuits (P1, P2, P3) are arranged for rectification of output voltage of the HF power stage (RF-P) and for comparison with a maximum admissible value, each comprising one rectifier circuit (GL1, GL2, GL3) and one comparator (K1, K2, K3) whose outputs are connected via a control circuit (Se) with a limiter circuit (Bgr) for switching off voltage supply or for limiting output power of the radio transmission module to a maximum admissible value.
A method for classifying an IP traffic flow comprising the following steps - a computation step of at least a first feature and a second feature of an incoming flow; - a first classification step of the said incoming flow depending on the first feature; a second classification step of the said incoming flow depending on the second feature; - an estimation step of a traffic class to which belongs the said incoming flow by comparing results of the first classification step to results of the second classification step; - a distinction step of cheating application, wherein said cheating application is a device or software managing data to be carried over a communications link in the form of a packet flow using obstructive or excessive behavior to gain an unfair advantage or to achieve an unauthorized target with respect to specifications fixed by a certain application, by detecting the differences between results of the first classification step and results of the second classification step, wherein the class of a traffic class to which belongs the said incoming flow is cheating application if the results of the first classification step disagree with the results of the second classification step.
A highly stable two-dimensional perovskite material, wherein the two-dimensional perovskite material has a general formula of 2 (CH(NH 2) 2) n-1 Pb 3n+1, wherein A is (CH 3) 2 NH 2, C 6 H 5 CH 2 NH 3, CHONH 3, NH 4, H 3 NCH 2 CH 2 CH 2 NH 3 or H 3 NCH 2 CH 2 CH 2 CH 2 NH 3; and wherein n = 3, 5, 7, 9, 11.
Axle assembly with a tyre pressure control system, whose supply line for supplying compressed air runs through a compressed air line formed inside a rigid axle body, characterised in that the axle body is formed as an axle stub pressed non-rotatably in an axle mount on the rocker side with an axle rocker, respective bores (12, 14) connected with each other are present in the axle rocker and in the axle stub in the assembly position of the axle stub in the axle mount, which serve as a compressed air feed line through the axle body from a connection on the rocker side to a mouth opening in the axle stub, wherein the connection area of the bores (12, 14) is formed as a groove present at the height of the mouth openings of the bores (12, 14) and extending at least partly in the circumferential direction around the outside circumference of the axle stub, which connects the mouth openings of the bores (12, 14) in the axle rocker and in the axle stub.
Sleeve extending in an axial direction comprising at least one casing (5; 15; 105, 115, 125) and at least a plurality of optical fibres arranged in the casing, the casing comprising at least one laser mark (8; 18; 108, 109; 118, 119, 120, 121; 128, 129) locally forming a weakened zone of the casing to allow opening of the casing in this weakened zone without the use of tools.