mhurhangee/ep-ind-claims huggingface dataset:
A latch assembly comprising: a frame; a pawl (24, 124, 224, 324, 424) including a surface for receiving a striker (207, 407) and being movably coupled to the frame between an open and a closed position, wherein, in the closed position, the pawl (24, 124, 224, 324, 424) is positioned to retain the striker (207, 407) to the latch assembly, and, in the open position, the pawl (24, 124, 224, 324, 424) is not positioned to retain the striker (207, 407) to the latch assembly; a trigger (211, 311, 411) that is mounted to the frame and is movable between a locked position and an unlocked position, wherein, in the locked position of the trigger (211, 311, 411), the trigger (211, 311, 411) is positioned to retain the pawl (24, 124, 224, 324, 424) in the closed position; a striker bar that is movably coupled to the trigger (211, 311, 411) and is positioned to be contacted by the striker (207, 407), wherein the striker bar is configured to move in the course of moving the striker (207, 407) into the pawl (24, 124, 224, 324, 424); and means for sensing a position of the striker bar, wherein the position of the striker bar is indicative of the position of the striker (207, 407) and the position of the trigger (211, 311, 411). a frame; a pawl (24, 124, 224, 324, 424) including a surface for receiving a striker (207, 407) and being movably coupled to the frame between an open and a closed position, wherein, in the closed position, the pawl (24, 124, 224, 324, 424) is positioned to retain the striker (207, 407) to the latch assembly, and, in the open position, the pawl (24, 124, 224, 324, 424) is not positioned to retain the striker (207, 407) to the latch assembly; a trigger (211, 311, 411) that is mounted to the frame and is movable between a locked position and an unlocked position, wherein, in the locked position of the trigger (211, 311, 411), the trigger (211, 311, 411) is positioned to retain the pawl (24, 124, 224, 324, 424) in the closed position; a striker bar that is movably coupled to the trigger (211, 311, 411) and is positioned to be contacted by the striker (207, 407), wherein the striker bar is configured to move in the course of moving the striker (207, 407) into the pawl (24, 124, 224, 324, 424); and means for sensing a position of the striker bar, wherein the position of the striker bar is indicative of the position of the striker (207, 407) and the position of the trigger (211, 311, 411).
Stock for shotgun comprising: - a grip suitable for being held by the user, - a butt suitable for being placed on a shoulder of the user, - an hollow body fixed to the grip, - a shank fixed to the butt and suitable for being disposed inside the hollow body, said shank having an external thread, - fixing means used to fix the shank inside the hollow body, and - a metal ring that is screwed onto the external thread of the shank and is suitable for being stopped against an ending edge of the hollow body in such a way to adjust the distance between the butt and the grip; characterized in that said hollow body comprises teeth that protrude longitudinally from said ending edge of the hollow body; said metal ring comprising grooves suitable for housing the teeth of the hollow body when the metal ring is stopped against the ending edge of the hollow body so as to lock a rotation of the metal ring with respect to the hollow body; wherein said shank comprises an internal tube connected to the butt and a sleeve fixed on the internal tube, wherein said external thread is obtained on said sleeve. - a grip suitable for being held by the user, - a butt suitable for being placed on a shoulder of the user, - an hollow body fixed to the grip, - a shank fixed to the butt and suitable for being disposed inside the hollow body, said shank having an external thread, - fixing means used to fix the shank inside the hollow body, and - a metal ring that is screwed onto the external thread of the shank and is suitable for being stopped against an ending edge of the hollow body in such a way to adjust the distance between the butt and the grip;
Electric machine comprising a stator, this stator comprising a set of magnetic laminations which is made up of at least one first subset and of at least one second subset adjacent to the first the laminations of the first and second subsets having parts which become superposed, each comprising at least one closed channel formed within the laminations, these channels communicating with one another at the transition between the subsets, the parts of the laminations that become superposed being nonidentical so as to create a perturbation in the flow within the channels at the transition between the channels of the first and second subsets, electric machine wherein the laminations are produced in such a way that, at the transition between two subsets, at least one partition separating two adjacent channels of one subset becomes superposed nonexactly with a corresponding partition of the other subset so as to create a discontinuity at the interface between the subsets, in a channel adjacent to the partitions which are superposed, and wherein each lamination has angular extensions through which the said channels pass, at least two channels being separated within each angular extension by oriented radially partitions (36a, 36b).
System, consisting of at least one marking apparatus, which is arrangeable on a surface, and of a detection apparatus, for measuring an inclination or unevenness of the surface, wherein the marking apparatus has at least one projection apparatus consisting of a base element and a projection element, wherein the projection element is adjustable relative to the base element, in particular adjustable by way of motor, preferably rotatable and/or adjustable in terms of height, and the projection element defines a vertical axis, in particular by way of a housing of the projection element and/or by way of a pendulum that is suspended inside the housing, wherein the projection element has at least one laser device which is adapted to emit a first laser plane and a second laser plane, characterized in that the laser device is adapted to simultaneously emit the first and the second laser plane onto the surface which serves as the projection plane, wherein the first laser plane and the second laser plane are tilted with respect to one another and arranged such that they intersect along a first straight intersection line, wherein the first straight intersection line extends perpendicularly to the vertical axis, and the detection apparatus of the system is adapted for determining the distance of the two laser planes along a straight measurement line of the detection apparatus.
A communication apparatus configured to communicate using a Multiple Input Multiple Output, MIMO, technology and capable of forming an ad hoc network for wireless communication, the apparatus comprising: first selection means configured to select antennas to be used in MIMO technology; discrimination means configured to discriminate an apparatus information on another communication apparatus (102, 103) within said ad hoc network; and second selection means configured to select whether or not to execute an antenna selection process for selecting the antennas to be used in MIMO technology communication by the first selection means, characterized in that the selection by the second selection means is based on information on at least one of a function of the other communication apparatus, a type of the other communication apparatus, a type of power supply of the other communication apparatus, a remaining battery life of the other communication apparatus, and the number of communication apparatuses within said ad hoc network, included in the apparatus information discriminated by the discrimination means, said function including image output function or image input function and said type of the other communication apparatus including an image input apparatus or an image output apparatus. first selection means configured to select antennas to be used in MIMO technology; discrimination means configured to discriminate an apparatus information on another communication apparatus (102, 103) within said ad hoc network; and second selection means configured to select whether or not to execute an antenna selection process for selecting the antennas to be used in MIMO technology communication by the first selection means, characterized in that the selection by the second selection means is based on information on at least one of a function of the other communication apparatus, a type of the other communication apparatus, a type of power supply of the other communication apparatus, a remaining battery life of the other communication apparatus, and the number of communication apparatuses within said ad hoc network, included in the apparatus information discriminated by the discrimination means, said function including image output function or image input function and said type of the other communication apparatus including an image input apparatus or an image output apparatus.
Cooktop with a power supply unit with two poles, at least two heating inductors (10a, 10b), each of which is connected to at least one resonant circuit capacitor (26a, 26b) in order to form a resonant circuit, and with at least two inverters (12a, 12b) for supplying one of the heating inductors (10a, 10b) with a heating current in each case, wherein the inverters (12a, 12b) in each case form a half-bridge circuit between the two poles of the power supply unit and the respective heating inductor (10a, 10b) is connected at a centre point of the half-bridge circuit to the two inverters (12a, 12b), characterised in that at least one common resonant circuit capacitor (26a, 26b) is connected to both heating inductors (10a, 10b) and to at least one pole of the power supply unit.
A rigid package containing tobacco articles with a hinged lid comprising: a group of tobacco articles; an inner container which houses the group of tobacco articles and has a rear wall and a lower wall; an outer container, which comprises an open upper end, a lower wall, a front wall, a rear wall, and two side walls, and houses the inner container in a movable manner, so as to allow the inner container to move relative to the outer container; a lid, which has an upper wall, a front wall, two side walls, and a rear wall, which is hinged to the rear wall of the outer container, so as to allow the lid to rotate relative to the outer container; and a moving mechanism, which moves the inner container relative to the outer container using the rotation movement of the lid and comprises a connection tab which connects the rear wall of the inner container to a wall (11; 12; 13) of the lid; the cigarette package is characterized in that the lower wall of the inner container has an extension, which is coplanar to the lower wall and extends from the opposite side of the rear wall of the inner container relative to the lower wall until touching the rear wall of the outer container so that the inner container cannot perform transverse movements inside the outer container. a group of tobacco articles; an inner container which houses the group of tobacco articles and has a rear wall and a lower wall; an outer container, which comprises an open upper end, a lower wall, a front wall, a rear wall, and two side walls, and houses the inner container in a movable manner, so as to allow the inner container to move relative to the outer container; a lid, which has an upper wall, a front wall, two side walls, and a rear wall, which is hinged to the rear wall of the outer container, so as to allow the lid to rotate relative to the outer container; and a moving mechanism, which moves the inner container relative to the outer container using the rotation movement of the lid and comprises a connection tab which connects the rear wall of the inner container to a wall (11; 12; 13) of the lid; the cigarette package is characterized in that the lower wall of the inner container has an extension, which is coplanar to the lower wall and extends from the opposite side of the rear wall of the inner container relative to the lower wall until touching the rear wall of the outer container so that the inner container cannot perform transverse movements inside the outer container.
Drafting arrangement for a knitting machine for the production of a fibre structure consisting of a roving with double aprons guided over apron rollers and an output roller pair, wherein the apron rollers and the output roller pair respectively have a press roller (16.2, 17.2) and an electric motor-driven drive roller (16.1, 17.1) and the rollers (16.1, 16.2, 17.1, 17.2) and the electric motors (13, 14) are arranged on the front side of a base plate, whereas the motor shafts (13.1, 14.1) are passed through the base plate and are connected by means of drive devices (21, 22) to the shaft members (16.3, 17.3) of the drive rollers (16.1, 17.1) mounted in the base plate, characterised in that a clamping device is provided on the rear side of the base plate, with which clamping device the press rollers (16.2, 17.2) of the apron roller pair and the output roller pair can be pressed against the drive rollers (16.1, 17.1).
Liquid treatment system comprising an inlet and an outlet defining a liquid flow direction from the inlet to the outlet, a liquid treatment zone arranged between the inlet and the outlet, the liquid treatment zone comprising a number of ultraviolet radiators arranged to radiate ultraviolet radiation into a liquid flowing through the treatment zone, a first transition zone downstream of the inlet and a second transition zone upstream of the outlet, which adapt the cross section of the inlet to the cross section of the treatment zone, and the cross section of the treatment zone to the cross section of the outlet, respectively, wherein the inlet, the transition zones (11, 17), the treatment zone and the outlet confine the liquid flow in a closed channel, characterized in that a degassing zone is provided between the inlet and the treatment zone at the top of the channel; the degassing zone is provided between the first transition zone and the treatment zone; the degassing zone is of essentially the same shape and cross section as the treatment zone, and that no ultraviolet radiators are provided in the degassing zone; a degassing device is provided at the end of the degassing zone and arranged to communicate with the degassing zone; the treatment zone and the degassing zone are of essentially rectangular cross section with longitudinal edges (20, 21, 22, 23) and that, relative to a horizontal plane, the edges (20, 21, 22, 23) are essentially horizontally oriented, that is at angles between +10 degrees and -10 degrees against the horizontal plane, and that one upper edge is located at the top of the system; the degassing device is located at the upper edge of the system; the degassing zone comprises a baffle plate which is arranged at the top of the degassing zone upstream of the treatment zone and downstream of the degassing device; the degassing device is dome-shaped and comprises an internal volume for collection of the gas which is released from the liquid prior to the venting of the gas; the first transition zone transforms the circular cross section of the closed inlet to a rectangular or quadratic cross-section of larger dimension, thus enlarging the cross-section of the flow and reducing the flow velocity; and the second transition zone reduces the cross-section of the degassing and the treatment zone to a smaller circular cross section of the outlet.
An apparatus comprising means for performing: determining a logical channel identifier (630, 660), wherein the logical channel identifier indicates a common control channel and indicates a type of the apparatus; and transmitting a message comprising the determined logical channel identifier(630, 660); characterized in that the logical channel identifier (630, 660) comprises one of a plurality of logical channel identifiers that distinguish between an apparatus having one receiver chain and an apparatus having two receiver chains. determining a logical channel identifier (630, 660), wherein the logical channel identifier indicates a common control channel and indicates a type of the apparatus; and transmitting a message comprising the determined logical channel identifier(630, 660); characterized in that the logical channel identifier (630, 660) comprises one of a plurality of logical channel identifiers that distinguish between an apparatus having one receiver chain and an apparatus having two receiver chains.
A system for performing millimeter-wave active load pull measurements at MMW fundamental frequencies using low frequency phase tuning on a device under test, the DUT having an input and an output, the system comprising: an input-side radio-frequency signal having a low sub-frequency F2 lower than MMW; an output-side radio-frequency signal having a low sub-frequency F2 lower than MMW; an output-side phase controller configured to perform low frequency phase control on the low sub-frequency F2 output-side signal, wherein said phase control is performed at frequencies lower than MMW; an output-side upconverter configured to upconvert the low sub-frequency F2 output-side signal to a MMW-frequency F1 output-side signal having the fundamental frequency F1, wherein frequency F1 is 40 GHz or higher; an input-side coupler configured to couple the input-side signal into the input of the DUT; an output-side coupler configured to couple the F1 output-side signal at the fundamental MMW frequency F1 into the output of the DUT; and an analyzer configured to analyze a first signal at the input of the DUT and a second signal at the output of the DUT to perform MMW active load pull measurements on the DUT at MMW fundamental frequencies while using phase control at frequencies lower than MMW to achieve gamma control at MMW frequency F1. an input-side radio-frequency signal having a low sub-frequency F2 lower than MMW; an output-side radio-frequency signal having a low sub-frequency F2 lower than MMW; an output-side phase controller configured to perform low frequency phase control on the low sub-frequency F2 output-side signal, wherein said phase control is performed at frequencies lower than MMW; an output-side upconverter configured to upconvert the low sub-frequency F2 output-side signal to a MMW-frequency F1 output-side signal having the fundamental frequency F1, wherein frequency F1 is 40 GHz or higher; an input-side coupler configured to couple the input-side signal into the input of the DUT; an output-side coupler configured to couple the F1 output-side signal at the fundamental MMW frequency F1 into the output of the DUT; and an analyzer configured to analyze a first signal at the input of the DUT and a second signal at the output of the DUT to perform MMW active load pull measurements on the DUT at MMW fundamental frequencies while using phase control at frequencies lower than MMW to achieve gamma control at MMW frequency F1.
Terminal to contact an electrical conductor, having an insulating housing having an elongated opening which is accessible from above to insert the electrical conductor and having at least one insulation displacement connector (210, 220) which is arranged laterally on the housing and is able to move from the side and substantially perpendicularly to the elongated opening and thereby contacts the electrical conductor using the insulation displacement connection and fixes it in the housing, wherein at least two insulation displacement connectors (210, 220) are provided which are each positioned, seen in the conductor direction, at the front and rear end of the elongated opening, and wherein the two insulation displacement connectors (210, 220) are arranged on a U-shaped bracket and are able to move mutually, transversely to the opening in the direction of the electrical conductor, to form insulation displacement connector contacts, wherein the U-shaped bracket is connected to a connection element which has contact elements (301, 302, 303, 304, 306, 307, 308, 309) for contacting with conductor tracks of a circuit board (500, 600), characterised in that the U-shaped bracket and the connection element are connected to each other in one piece.
inspection system for visually inspecting objects, in particular the surface of objects, during their transport along a transport path, the system comprising a free space (28 → 29) allowing the objects to pass through the system and including an inspection area in which the objects are inspected visually, an illumination device for illuminating at least the peripheral surface of an object in the inspection area, and a plurality of camera/sensor devices (10a-10f), each of them being configured to take an image of a surface section of said peripheral surface in its respective field of view by receiving light running along a respective light path from the illuminated object to the camera/sensor device, the fields of view of the camera/sensor devices in combination providing for full peripheral coverage of azimuth angle 360° of the inspection area, wherein the length of at least one of the light paths is longer than the spatial distance between its ends (S, E). characterized in that the camera/sensor device and a mirror attributed to the respective camera/sensor device are arranged such that, in operation of the system, light from the surface reaches the respective camera/sensor device by running along a first portion of the respective light path with a major path direction component being in particular radial within a reference plane being the plane (T × W) of the azimuth angle followed by a second portion with major path component along a reference axis normal to said reference plane, wherein a ratio by which the path length of one of the first and second portions is larger than the other is lower than 2. a free space (28 → 29) allowing the objects to pass through the system and including an inspection area in which the objects are inspected visually, an illumination device for illuminating at least the peripheral surface of an object in the inspection area, and a plurality of camera/sensor devices (10a-10f), each of them being configured to take an image of a surface section of said peripheral surface in its respective field of view by receiving light running along a respective light path from the illuminated object to the camera/sensor device, the fields of view of the camera/sensor devices in combination providing for full peripheral coverage of azimuth angle 360° of the inspection area, wherein the length of at least one of the light paths is longer than the spatial distance between its ends (S, E). characterized in that the camera/sensor device and a mirror attributed to the respective camera/sensor device are arranged such that, in operation of the system, light from the surface reaches the respective camera/sensor device by running along a first portion of the respective light path with a major path direction component being in particular radial within a reference plane being the plane (T × W) of the azimuth angle followed by a second portion with major path component along a reference axis normal to said reference plane, wherein a ratio by which the path length of one of the first and second portions is larger than the other is lower than 2.
A process comprising reacting, at a reaction temperature, a fluorinated ether of the formula R f -O-(CF 2) a -CF=CF 2 wherein R f is a fluorinated linear or branched aliphatic group and a is either 1 or 0, with an oxygen-containing gas in the presence of a catalytic amount of graphite intercalated by a Lewis acid to yield a fluorinated oxy-carboxylic acid fluoride, wherein the fluorinated oxy-carboxylic acid fluoride is given by the formula R f -O-(CF 2) a CF 2 COF wherein R f is a fluorinated linear or branched aliphatic group and a is either 1 or 0 and wherein the process further comprises converting the fluorinated oxy-carboxylic acid fluoride to a derivative selected from a carboxylic acid, an ester, an amide, and a carboxylate salt.