mhurhangee/ep-ind-claims huggingface dataset:
A sieve assembly for an agricultural harvester, said sieve assembly comprising: a right side member and a left side member interconnected by a cross member; front and rear supports for said right and left side members (72, 70), permitting fore and aft oscillation and side to side movement; an eccentric rotation device for driving fore and aft oscillation of said right and left side members (72, 70); a drive arm connected to said eccentric rotation device and to each of said right and left side members (72, 70), said drive arm having a connection interface (94, 98, 100) with said eccentric rotation device permitting side to side movement with the fore and aft oscillation said sieve assembly characterized by: said eccentric rotation devices comprising a lobe having a circular outer face and mounted eccentrically on an input drive shaft of the eccentric rotation device, the connection interface comprising one of a ball and roller bearing having an inner race mounted on said lobe and an outer race received in an annular housing having a pair of radial extending rods pivotally connected to a yoke integral with said drive arm. a right side member and a left side member interconnected by a cross member; front and rear supports for said right and left side members (72, 70), permitting fore and aft oscillation and side to side movement; an eccentric rotation device for driving fore and aft oscillation of said right and left side members (72, 70); a drive arm connected to said eccentric rotation device and to each of said right and left side members (72, 70), said drive arm having a connection interface (94, 98, 100) with said eccentric rotation device permitting side to side movement with the fore and aft oscillation said sieve assembly characterized by: said eccentric rotation devices comprising a lobe having a circular outer face and mounted eccentrically on an input drive shaft of the eccentric rotation device, the connection interface comprising one of a ball and roller bearing having an inner race mounted on said lobe and an outer race received in an annular housing having a pair of radial extending rods pivotally connected to a yoke integral with said drive arm.
An automotive light comprising a substantially basin-shaped rear body structured so to be fixed onto the vehicle body; a front lenticular half-shell which is arranged to close the mouth of the rear body, and is provided with at least one ribbon-like, transparent or semitransparent portion; and at least a first lighting assembly which is structured so as to emit light when electricity powered, and is arranged within the rear body so as to backlight the ribbon-like, transparent or semitransparent portion of the front lenticular half-shell; said first lighting assembly comprising: a light-guide plate made of light-conducting material and which extends substantially from the bottom of the rear body up to and close the front lenticular half-shell, to arrange a front side edge of the same light-guide plate faced to said ribbon-like, transparent or semitransparent portion; and a linear-extending light source which is located within the rear body next to the light-guide plate, and is structured so as to direct the emitted light towards the inside of the light-guide plate; the light-guide plate being provided with a longitudinal diverging optics which extends along the front side edge of the light-guide plate, and is structured so as to scatter the light rays (r) coming out from the front side edge of the light-guide plate; the automotive light being characterized in that the linear-extending light source comprises a row of light-emitting diodes which face the rear side edge of the light-guide plate spaced side-by-side to one another, or face one of the two faces of the light-guide plate spaced one beside the other close to the rear side edge of the light-guide plate, and a power-supply and control circuit which is able to sequentially turn on said diodes, so as to illuminate in sequence an equal number of segments of the light-guide plate; in that the rear side edge of the light-guide plate has a continuous linear profile; and in that the light-emitting diodes are spaced so as to form, on the front side edge of light-guide plate, a succession of contiguous and consecutive luminous segments having a substantially constant nominal width (w).
A method in a radio network controller for managing Uplink Closed Loop Transmit Diversity, UL CLTD, wherein the radio network controller controls a first radio base station or a second radio base station, wherein the first radio base station is configured to control UL CLTD of a user equipment served by the first radio base station, the method comprising: - deciding (201,601) that the second radio base station is to control UL CLTD for the user equipment; and - transmitting (204,603), to the first radio base station, an indication indicating removal of UL CLTD control for the user equipment. - deciding (201,601) that the second radio base station is to control UL CLTD for the user equipment; and - transmitting (204,603), to the first radio base station, an indication indicating removal of UL CLTD control for the user equipment.
Holding device for a diaphragm for a medical application on the eye, having an inner ring made from a rigid material and an outer ring made from an elastic material between which the diaphragm is held, the inner ring under tension from the outer ring is fully accommodated in an inner ring receiving element that is like an annular groove, wherein the inner ring receiving element extends from inside to outside into the outer ring and the outer ring, corresponding in a form-fit manner, encloses the inner ring outwards in a contact zone and that the diaphragm is arranged and held in the contact zone between the inner ring and the outer ring, wherein the outer ring is made from a flexible and medically well tolerated material, characterised in that said outer ring completely encloses the inner ring in shape and dimensions on the outer side and also at the top and bottom, and the inner side of the inner ring is sunk so far into the inner ring receiving element that the inner ring has no contact with the eye.
A fishing net comprising a woven fabric for preventing adhesion of aquatic organisms comprising yarn obtained by processing a fluororesin into the form of yarn, wherein the fluororesin is polytetrafluoroethylene (PTFE).
A female part for a wear assembly of an earth-moving machine's bucket, said bucket and said female part having a length, a width and a height, identified with the orthogonal directions X, Y and Z, respectively, the female part comprising a cavity provided with an upper contact surface and a lower contact surface, wherein said upper contact surface comprises an upper front contact portion that extends backward from the bottom of the cavity and said lower contact surface comprises a lower front contact portion that extends backward from the bottom of the cavity, one of said upper and lower front contact portions (24, 23) being concave and the other being convex, wherein both the upper front contact portion and the lower front contact portion are symmetrical with respect to the central XZ plane, wherein the upper contact surface comprises an upper back contact portion that extends forward from the mouth of the cavity and the lower contact surface comprises a lower back contact portion that extends forward from the mouth of the cavity, one of said upper and lower back contact portions (26, 25) being concave and the other being convex, wherein the upper back contact portion is concave and the upper front contact portion is convex, or vice versa, characterized in that the upper back contact portion is parallel to the lower back contact portion on any cross-section parallel to the YZ plane.
An electrical connector assembly comprising a casing (40, 50) having parallel first channels in which there are housed a plurality of terminals fixed respectively to a plurality of conductor wires, and a plurality of openings in communication with said first channels and arranged to receive contact tabs of an electrical device (60, 70), such that said contact tabs are connectable with said terminals when they are inserted into said openings, wherein said casing (40, 50) comprises a base body and a complementary body coupled to one another, and wherein the base body has formed therein at least one first channel part and the complementary body has formed therein at least one second channel part, said first and second channel parts (12a, 12b) complementing one another to form together at least one of the first channels when the base body and the complementary body are mutually coupled, characterized in that said complementary body is selected from a plurality of different complementary bodies (20, 30) adapted for different functions, said plurality of different complementary bodies (20, 30) being individually coupled by releasable fixing means to the base body to receive different electrical devices (60, 70), said releasable fixing means comprising guide members, positioning members and retaining members formed in the base body and in each of the plurality of different complementary bodies (20, 30), respectively, the base body having said openings formed therein and each of the plurality of different complementary bodies (20, 30) having said at least one first channel part formed therein, wherein at least one of the plurality of different complementary bodies comprises at least one second channel in communication with a second opening, said second channel being configured to receive a terminal connected to a conductor wire and said second opening being arranged to receive a contact tab of said electrical device (60, 70) such that the contact tab is connectable to said terminal when it is inserted into said second opening.
A sublingual film formulation for use in treating sleep disorder comprising about 0.1 mg to about 5 mg of dexmedetomidine or a pharmaceutically acceptable salt thereof formulated for delivery of dexmedetomidine across a subject's oral mucosa.
A two-part housing for receiving an electronic assembly, wherein at least one mounting flange is provided on at least one housing part and a metal attachment bushing is provided in this mounting flange, wherein said housing part has a metal insert which forms at least one frame around the assembly to be inserted, and which is overmolded at least partially with plastic, wherein the frame of the metal insert and the at least one attachment bushing is connected to the frame of the metal insert via an electrically conducting connection, and the metal insert including the frame, attachment bushing(s) and connection(s) are produced as a single part from a common metal material, characterized in that the width of the connection between the frame and attachment bushing is thinner than the width of the attachment bushing.
A measurement device for measuring a measurement parameter of a fluid, in particular a pressure sensor for measuring the pressure of the fluid, comprising a housing, a flow chamber for the fluid located in the housing, a feed connection on the flow chamber for feeding the fluid into the chamber and a discharge connection on the flow chamber for discharging the fluid from the chamber, and a membrane located in and/or on the chamber, wherein the fluid in the chamber acts in a displacing manner on the membrane, wherein a signal transmitter is operatively connected to the membrane and wherein a signal receiver cooperates with the signal transmitter in such a way that a signal corresponding to the displacement of the membrane can be generated by the signal receiver, characterised in that a flow divider is arranged in the chamber for dividing the fluid flowing into the chamber from the feed connection into at least two partial flows (4', 4") such that the partial flows (4', 4") wash around the membrane and/or the chamber when flowing through the chamber.
A time synchronizer for use in a base station relaying communication between mobile stations under clock synchronization based on a time signal received from any of GPS communication satellites, the time synchronizer being characterized by comprising: a frame timing detection unit for detecting timing information of a communication frame received by the communication; a GPS receiver which normally outputs a 1pulse-per-second, 1PPS, signal and a clock synchronized with the time signal, whereas outputs alarm information when it becomes unable to receive the time signal; a CPU circuit unit which, if there is another base station to which handover is possible when the alarm information is output, computes a timing of the 1PPS signal in the other base station based on timing information from the other base station, and obtains a phase difference based on a comparison result; a 1PPS correction circuit unit for computing a phase correction amount based on the phase difference; a control unit which normally outputs the 1PPS signal from the GPS receiver, whereas when the alarm information is output, compares the computed 1PPS signal timing with the timing of the 1PPS signal from the GPS receiver, and outputs a comparison result to the CPU circuit unit and also outputs a 1PPS signal phase-corrected by the GPS receiver based on the phase correction amount; and a frame generation unit for generating a frame for the communication based on the 1PPS signal from the control unit. a frame timing detection unit for detecting timing information of a communication frame received by the communication; a GPS receiver which normally outputs a 1pulse-per-second, 1PPS, signal and a clock synchronized with the time signal, whereas outputs alarm information when it becomes unable to receive the time signal; a CPU circuit unit which, if there is another base station to which handover is possible when the alarm information is output, computes a timing of the 1PPS signal in the other base station based on timing information from the other base station, and obtains a phase difference based on a comparison result; a 1PPS correction circuit unit for computing a phase correction amount based on the phase difference; a control unit which normally outputs the 1PPS signal from the GPS receiver, whereas when the alarm information is output, compares the computed 1PPS signal timing with the timing of the 1PPS signal from the GPS receiver, and outputs a comparison result to the CPU circuit unit and also outputs a 1PPS signal phase-corrected by the GPS receiver based on the phase correction amount; and a frame generation unit for generating a frame for the communication based on the 1PPS signal from the control unit.
Storage compartment for a passenger cabin of an aircraft, comprising: a storage compartment body, a mounting, a fixing brace (310, 320), a connecting element (460, 470), and a stabilising element (450, 480), wherein the storage compartment body is connected to the mounting in a pivotable manner, wherein the fixing brace comprises a load application end for connecting to a primary structure of the aircraft and comprises a mounting end for receiving the mounting, and wherein the fixing brace is adapted to be arranged between the aircraft primary structure and the mounting in such a way that the fixing brace absorbs forces transversely to the direction of flight, and wherein the stabilising element comprises a further load application end (452, 482) for connecting to the primary structure of the aircraft and comprises a connecting end (454,484), wherein the connecting element is arranged between the connecting end (454,484) of the stabilising element (450, 480) and the mounting, and wherein the stabilising element and the connecting element are adapted to be arranged between the aircraft primary structure and the mounting in such a way that the stabilising element and the connecting element absorb forces in the direction of flight. a storage compartment body, a mounting, a fixing brace (310, 320), a connecting element (460, 470), and a stabilising element (450, 480),
Apparatus for inputting a train data sequence, in particular train number, driver number, brake capacity, train length and train maximum speed, into an ETCS (European Train Control System) vehicle device, characterised in that at least one storage medium for at least one data set, which comprises the train data sequence and an ETCS specification, and a typing operating element for activating the data set are provided.
Process consisting in cooling at least one component, such as a sensor, arranged within a compartment of an exhaust after treatment system of a vehicle, the exhaust after treatment system comprising a cooling system that is activated during active regeneration of one or more particulate filters arranged within the exhaust after treatment system compartment and that includes a pipe (14, 22) for extracting hot air present at the vicinity of the component to be cooled, so that said component is protected as a priority against high temperatures during active regeneration periods, the process including a step of adjusting the flowrate of hot air extracted at the vicinity of each component to be cooled, characterized in that the process comprises a step consisting in extracting hot air present at the vicinity of each component to be cooled.
A method for diagnosing melanoma in a subject, comprising: determining the presence of a plurality of oncogenic miRNAs in a peripheral blood sample from the subject, said plurality comprising miRNAs selected from the group consisting of miR-374a, miR-301a, SNORD-38b, miR-29c, miR-324-3p, miR-451 and miR-29a, wherein said plurality comprises at least miR374a; wherein the presence of the plurality of oncogenic miRs is indicative of the subject having melanoma. determining the presence of a plurality of oncogenic miRNAs in a peripheral blood sample from the subject, said plurality comprising miRNAs selected from the group consisting of miR-374a, miR-301a, SNORD-38b, miR-29c, miR-324-3p, miR-451 and miR-29a, wherein said plurality comprises at least miR374a; wherein the presence of the plurality of oncogenic miRs is indicative of the subject having melanoma.
A method performed at a first electronic device including one or more processors and a non-transitory memory, comprising: obtaining a gesture input directed to a first display device from a first user, wherein the first display device includes a first display, and the first display device is in communication with the first electronic device; transmitting a 3D representation of the first display device to a second electronic device responsive to obtaining the gesture input; receiving an input message directed to the first display device from the second electronic device, wherein the input message includes an input directive obtained by the second electronic device from a second user, as manipulations of the 3D representation of the first display device; and transmitting the input message to the first display device for execution by the first display device. obtaining a gesture input directed to a first display device from a first user, wherein the first display device includes a first display, and the first display device is in communication with the first electronic device; transmitting a 3D representation of the first display device to a second electronic device responsive to obtaining the gesture input; receiving an input message directed to the first display device from the second electronic device, wherein the input message includes an input directive obtained by the second electronic device from a second user, as manipulations of the 3D representation of the first display device; and transmitting the input message to the first display device for execution by the first display device.
A reload assembly comprising: a shell housing defining a cavity and having a proximal portion and a distal portion; a staple cartridge supported on the distal portion of the shell housing, the staple cartridge supporting a plurality of staples; a first seal disposed within the cavity and defining a staple actuator opening and a knife carrier opening; a staple actuator disposed within the cavity of the shell housing and movable relative to the shell housing to eject the plurality of staples from the staple cartridge, the staple actuator including a proximal leg extending proximally therefrom and through the staple actuator opening of the first seal to provide a fluid seal between the proximal leg and the first seal; and a knife carrier disposed within the cavity of the shell housing and movable relative to the shell housing, the knife carrier including a proximal body portion extending proximally therefrom and through the knife carrier opening of the first seal to provide a fluid seal between the proximal body portion and the first seal. a shell housing defining a cavity and having a proximal portion and a distal portion; a staple cartridge supported on the distal portion of the shell housing, the staple cartridge supporting a plurality of staples; a first seal disposed within the cavity and defining a staple actuator opening and a knife carrier opening; a staple actuator disposed within the cavity of the shell housing and movable relative to the shell housing to eject the plurality of staples from the staple cartridge, the staple actuator including a proximal leg extending proximally therefrom and through the staple actuator opening of the first seal to provide a fluid seal between the proximal leg and the first seal; and a knife carrier disposed within the cavity of the shell housing and movable relative to the shell housing, the knife carrier including a proximal body portion extending proximally therefrom and through the knife carrier opening of the first seal to provide a fluid seal between the proximal body portion and the first seal.