mhurhangee/ep-ind-claims huggingface dataset:
A carton, comprising: a back panel (20, 60); a first side panel adjacent to the back panel; a front panel adjacent to the first side panel; a second side panel adjacent to the front panel and the back panel; a bottom panel; a top panel; a dispenser at least partially formed in the front panel; and a divider panel having a front edge and a back edge, disposed within an interior of the carton and positioned between the first and second side panels, wherein the divider panel contacts the front panel along the front edge and the back panel along the back edge, the divider anel is foldably connected to the back panel by a fold line at the back edge that is of the same height as the back panel, the divider panel further defining a lower edge that extends from the front edge adjacent to the front panel downwardly and rearwardly toward the back edge adjacent the back panel, and the divider panel further has a top edge, and wherein the top edge is adjacent to the top panel and at least substantially all of the lower edge of the divider panel is spaced from the bottom panel. a back panel (20, 60); a first side panel adjacent to the back panel; a front panel adjacent to the first side panel; a second side panel adjacent to the front panel and the back panel; a bottom panel; a top panel; a dispenser at least partially formed in the front panel; and a divider panel having a front edge and a back edge, disposed within an interior of the carton and positioned between the first and second side panels, wherein the divider panel contacts the front panel along the front edge and the back panel along the back edge, the divider anel is foldably connected to the back panel by a fold line at the back edge that is of the same height as the back panel, the divider panel further defining a lower edge that extends from the front edge adjacent to the front panel downwardly and rearwardly toward the back edge adjacent the back panel, and the divider panel further has a top edge, and wherein the top edge is adjacent to the top panel and at least substantially all of the lower edge of the divider panel is spaced from the bottom panel.
A head stand container closure, the closure comprising a base, and a lid having a top plate upon which the closure rests in use, the base is attachable to a container and the lid is attached or attachable to the base, characterized in that the closure comprises an internal tamper-evident member comprising a part which is initially spaced from the lid top plate and upon first opening of the closure the part moves to the top plate when the closure is in a head down orientation.
A helical rotary-piston positive displacement machine having a movable operating element, which comprises pair-wise interacting helical rotors (1,2,18,20,32, 33,36,37) disposed into an encircling chamber (6,7), wherein a helical teeth (11,19,34) profile of a first rotor (2,18,32,36) of one of the rotors (1,2,18,20,32,33,36,37) have cycloidal form, characterized in that helical teeth (8,21,35) of a second rotor (1,20,33,37) of the pair in cross-section is formed by arcs (9,23) of circles (10,24) and being eccentrically offset from the rotor (1,20,33,37) axis, wherein working areas of the cycloidal teeth (11,19,34) of the first rotor (2,18,32,36) of the pair in the same cross-section are formed by convex segments of front edges of a cycloidal curve (13,22), so that the helical teeth (8,11,19,21,34,35) of the pair of rotors (1,2,18,20,32,33,34,36,37) form an eccentrically cycloidal engagement.
Hydraulic valve having an actuating device (1, 1a, 1b) for a control piston, wherein the hydraulic valve comprises - a housing; - the control piston, with a cross-sectional area A K, wherein the control piston is able to be displaced in the housing in the axial direction, and a throughflow of a pressurized liquid is able to be set by way of the displacement of the control piston; and - at least one actuating device (1, 1a, 1b) for displacing the control piston, wherein the actuating device has a piezoelectric actuator and a pressure chamber which is filled with the pressurized liquid during operation, characterized in that the actuating device has a flexurally rigid metal plate, wherein an outer region of the metal plate is fixed to the housing in a stationary manner, and the piezoelectric actuator is able to bend a central region of the metal plate; and wherein o the pressure chamber is delimited by the housing, the metal plate and the control piston, o the metal plate seals off the pressure chamber and the pressure chamber acts on the control piston, and o an area A P of the metal plate over the pressure chamber is greater than the cross-sectional area A K of the control piston; wherein the hydraulic valve has two actuating devices (1a, 1b), such that the two ends of the control piston are each actuated by one actuating device (1a, 1b). - a housing; - the control piston, with a cross-sectional area A K, wherein the control piston is able to be displaced in the housing in the axial direction, and a throughflow of a pressurized liquid is able to be set by way of the displacement of the control piston; and - at least one actuating device (1, 1a, 1b) for displacing the control piston, o the pressure chamber is delimited by the housing, the metal plate and the control piston, o the metal plate seals off the pressure chamber and the pressure chamber acts on the control piston, and o an area A P of the metal plate over the pressure chamber is greater than the cross-sectional area A K of the control piston;
A camera system for a vehicle, configured to acquire image data of a surrounding of the vehicle, comprising: - a camera; and - a control module, wherein the control module is configured to determine, whether a calibration of an intrinsic parameter of the camera system is required, by determining an error in a back projection, a forward projection and/or a reprojection of the image data and by determining whether the error exceeds a predefined threshold, wherein the camera is configured to acquire a raw image, and wherein the control module is configured to determine edge points in the raw image, wherein the control module is configured to project the raw image with the edge points to a camera ray, wherein the camera ray comprises a unit sphere with radius 1, wherein lines in reality are represented as part of a circle on the surface of the unit sphere, wherein the control module is further configured to fit a circle through the edge points in the camera ray, wherein the control module is configured to determine inlier points of the fitted circle in the camera ray, wherein the inlier points are part of the determined edge points, wherein the control module is configured to fit a conic curve in the raw image through the points of the raw image corresponding to the inlier points, determining the error as the error between the edge points and the conic curve in the raw image. - a camera; and - a control module, wherein the control module is configured to determine, whether a calibration of an intrinsic parameter of the camera system is required, by determining an error in a back projection, a forward projection and/or a reprojection of the image data and by determining whether the error exceeds a predefined threshold, wherein the camera is configured to acquire a raw image, and wherein the control module is configured to determine edge points in the raw image, wherein the control module is configured to project the raw image with the edge points to a camera ray, wherein the camera ray comprises a unit sphere with radius 1, wherein lines in reality are represented as part of a circle on the surface of the unit sphere, wherein the control module is further configured to fit a circle through the edge points in the camera ray, wherein the control module is configured to determine inlier points of the fitted circle in the camera ray, wherein the inlier points are part of the determined edge points, wherein the control module is configured to fit a conic curve in the raw image through the points of the raw image corresponding to the inlier points, determining the error as the error between the edge points and the conic curve in the raw image.
Air distribution apparatus for agricultural sprayer machines, comprising a tubular casing which: - mainly develops along a first longitudinal direction and has a plurality of through holes which allow communication between the inner volume of said tubular casing and the outer environment and the treatment, by means of pesticides supplied in spray form, of plantations, orchards or cultures arranged in trees and/or shrubs rows; - is delimited and closed, in its upper part, by a first cover and, in its lower part, by a second cover; - is provided in said upper part with a shaped plug suitable to receive the application of a connecting sleeve able of conveying said air, coming from a production and displacement device of said air, into said tubular casing, characterized in that it comprises, at each of said through holes of said tubular casing, deflector means stably coupled with the inner wall of said tubular casing and suitable to ensure a homogeneous, uniform and balanced distribution of said air, coming out of said tubular casing, along the entire length, both towards said upper part and towards said lower part, of said tubular casing. - mainly develops along a first longitudinal direction and has a plurality of through holes which allow communication between the inner volume of said tubular casing and the outer environment and the treatment, by means of pesticides supplied in spray form, of plantations, orchards or cultures arranged in trees and/or shrubs rows; - is delimited and closed, in its upper part, by a first cover and, in its lower part, by a second cover; - is provided in said upper part with a shaped plug suitable to receive the application of a connecting sleeve able of conveying said air, coming from a production and displacement device of said air, into said tubular casing, characterized in that it comprises, at each of said through holes of said tubular casing, deflector means stably coupled with the inner wall of said tubular casing and suitable to ensure a homogeneous, uniform and balanced distribution of said air, coming out of said tubular casing, along the entire length, both towards said upper part and towards said lower part, of said tubular casing.
A beard trimmer having a handle, a motor and a removable head portion, wherein the head portion comprises at least a first long hair cutter unit for trimming the hair length that is provided with a first, non-foil type outer cutter and a first inner cutter, the first outer cutter is provided with a cutter skin contact surface, the motor comprises a drive shaft that drives one or both of the first inner cutter and the first outer cutter in order to oscillate relative to the other in a direction along an x axis and cut hair between the first inner cutter and the first outer cutter along a hair cutting movement y axis which is orthogonal to axis x, a z axis is orthogonal to the x axis and y axis and extends from the drive shaft vertically through the cutter skin contact surface, a first comb unit is provided comprising comb teeth, a thickness along the z axis of the comb teeth defines a comb hair trimming length, the first long hair cutter unit is moveable, and the first comb unit is detachably mounted at the first long hair cutter unit so that both the first long hair cutter unit and the first comb unit are moveable together, characterised in that the first comb unit comprises on both lateral sides comb teeth which are symmetrically and/or the same with respect to the tooth shape and its thickness along the z axis and the x axis, so that the first comb unit is usable in both opposite movement directions along the y axis with the same hair catching result and/or hair combing result and/or hair trimming result.
Active trim system of a flight control system for an aircraft, for transmitting a tactile feeling to a pilot of the aircraft in response to a manoeuvre, the active trim system comprising: - a manual control member for operating the flight control system and for transmitting the tactile feeling to the pilot, and - an elastic deformation means having a longitudinal axis, wherein the active trim system further comprises: - a reversible actuator comprising a rod and a motor, the rod of the reversible actuator being located parallel to the elastic deformation means and being lineally displaceable in the direction of the longitudinal axis of the elastic deformation means, the reversible actuator being movable by the motor and by the motion of the manual control member, - an intermediate linkage member mechanically linked to the manual control member, located between: - the manual control member, and - the elastic deformation means and the reversible actuator, - a controller in connection with the motor of the reversible actuator and configured to provide stiffness against a displacement of the intermediate linkage member by the manual control member, characterised in that the intermediate linkage member is lineally displaceable in the direction of the longitudinal axis of the elastic deformation means by the motion of the manual control member and/or of the reversible actuator and in that the controller is also configured to move the reversible actuator and in turn the elastic deformation means to a predetermined zero position. - a manual control member for operating the flight control system and for transmitting the tactile feeling to the pilot, and - an elastic deformation means having a longitudinal axis, - a reversible actuator comprising a rod and a motor, the rod of the reversible actuator being located parallel to the elastic deformation means and being lineally displaceable in the direction of the longitudinal axis of the elastic deformation means, the reversible actuator being movable by the motor and by the motion of the manual control member, - an intermediate linkage member mechanically linked to the manual control member, located between: - the manual control member, and - the elastic deformation means and the reversible actuator, - the manual control member, and - the elastic deformation means and the reversible actuator, - a controller in connection with the motor of the reversible actuator and configured to provide stiffness against a displacement of the intermediate linkage member by the manual control member, characterised in that the intermediate linkage member is lineally displaceable in the direction of the longitudinal axis of the elastic deformation means by the motion of the manual control member and/or of the reversible actuator and in that the controller is also configured to move the reversible actuator and in turn the elastic deformation means to a predetermined zero position.
A dry composition, comprising at least one strain of bacteria that produces chitinase; a bacterial nutrient source; a nitrogen-containing compound; a phosphate-containing compound; a magnesium-containing compound; a buffer; and a chitinase inducer; wherein the at least one strain of bacteria comprises B. licheniformis, B. pumilus, and B. amyloliquefaciens.
A refrigerator comprising: a main body; a storage chamber provided inside the main body such that a front surface is open; a storage box received in the storage chamber and inserted and drawn by sliding; a sliding shelf combined with a lower portion of the storage box and configured to guide the storage box to be inserted and drawn; and a combining unit provided at both sidewalls of the storage chamber to be combined with the sliding shelf, wherein the sliding shelf includes: a cover rail combined with the combining unit and configured to guide the storage box to be inserted and drawn by sliding; and characterized by a sliding part combined with the lower portion of the storage box, a slide rail provided at the sliding part to slide along the cover rail, a self-closing unit combined with the sliding part, configured to accumulate an elastic force when the storage box is drawn and transfer the elastic force in a direction in which the storage box is inserted when the storage box is inserted, and provided with an oil damper which absorbs a shock which is generated by the elastic force when the storage box is inserted. a main body; a storage chamber provided inside the main body such that a front surface is open; a storage box received in the storage chamber and inserted and drawn by sliding; a sliding shelf combined with a lower portion of the storage box and configured to guide the storage box to be inserted and drawn; and a combining unit provided at both sidewalls of the storage chamber to be combined with the sliding shelf, wherein the sliding shelf includes: a cover rail combined with the combining unit and configured to guide the storage box to be inserted and drawn by sliding; and characterized by a sliding part combined with the lower portion of the storage box, a slide rail provided at the sliding part to slide along the cover rail, a self-closing unit combined with the sliding part, configured to accumulate an elastic force when the storage box is drawn and transfer the elastic force in a direction in which the storage box is inserted when the storage box is inserted, and provided with an oil damper which absorbs a shock which is generated by the elastic force when the storage box is inserted. a cover rail combined with the combining unit and configured to guide the storage box to be inserted and drawn by sliding; and characterized by a sliding part combined with the lower portion of the storage box, a slide rail provided at the sliding part to slide along the cover rail, a self-closing unit combined with the sliding part, configured to accumulate an elastic force when the storage box is drawn and transfer the elastic force in a direction in which the storage box is inserted when the storage box is inserted, and provided with an oil damper which absorbs a shock which is generated by the elastic force when the storage box is inserted.
A magnetoresistive current limiter, comprising: a substrate, an input electrode, an output electrode, a magnetoresistive sensor layer, a first insulating layer, a coil, a second insulating layer and a magnetic shield layer; wherein the coil is located between the magnetic shield layer and the magnetoresistive sensor layer, the first insulating layer isolates the coil from the magnetoresistive sensor layer, and the second insulating layer isolates the coil from the magnetic shield layer; and the magnetoresistive sensor layer comprises N rows of array-type magnetic tunnel junction lines, N is an integer greater than 1, each row of magnetic tunnel junction lines comprise one or more interconnected magnetic tunnel junction units, the magnetic tunnel junction lines are arranged in series connection, parallel connection or a combination of series connection and parallel connection to form a two-port structure of the magnetoresistive sensor layer, the coil also has a two-port structure, and wherein the magnetoresistive current limiter is configured for current to flow into the magnetoresistive sensor layer via the input electrode and then to flow out of the output electrode via the coil by having one port of the magnetoresistive sensor layer connected with one port of the coil, the other port of the magnetoresistive sensor layer connected with the input electrode, and the other port of the coil connected with the output electrode. a substrate, an input electrode, an output electrode, a magnetoresistive sensor layer, a first insulating layer, a coil, a second insulating layer and a magnetic shield layer;
A battery pack for an electric work vehicle, the battery pack being installed and removed in and from a battery housing part provided in a vehicle body, the battery pack comprising: a box-shaped housing; a transport wheel (41, 42) provided to the housing; a transport handle; a bracket fixed to the housing; a swing shaft for swingably connecting the transport handle and the bracket, between a vertical posture in which the transport handle extends upward from the housing and a horizontal posture in which the transport handle lies above the housing; and a vertical socket for receiving a base end part of the transport handle in the vertical posture to resist a torque of the transport handle caused during an operation. a box-shaped housing; a transport wheel (41, 42) provided to the housing; a transport handle; a bracket fixed to the housing; a swing shaft for swingably connecting the transport handle and the bracket, between a vertical posture in which the transport handle extends upward from the housing and a horizontal posture in which the transport handle lies above the housing; and a vertical socket for receiving a base end part of the transport handle in the vertical posture to resist a torque of the transport handle caused during an operation.
Method of producing monodisperse amidomethylated vinylaromatic bead polymers that comprises reacting at least one monodisperse vinylaromatic bead polymer with at least one compound of formula or salts thereof where R 1 = -CH-(C 1 -C 6 -alkyl) or -CH 2 - and R 2 = -CH-(C 1 -C 6 -alkyl) or -CH 2 - or R 1 and R 2 combine to form an optionally C 1 -C 6 -alkyl-substitued C 6- C 14 -aryl or R 1 and R 2 each represent -CH= and at least one condensed formaldehyde in the presence of at least one protic acid and in the presence of at least one organic solvent at a temperature between 55°C and 75°C in a one-pot process. where R 1 = -CH-(C 1 -C 6 -alkyl) or -CH 2 - and R 2 = -CH-(C 1 -C 6 -alkyl) or -CH 2 - or R 1 and R 2 combine to form an optionally C 1 -C 6 -alkyl-substitued C 6- C 14 -aryl or R 1 and R 2 each represent -CH= and at least one condensed formaldehyde in the presence of at least one protic acid and in the presence of at least one organic solvent at a temperature between 55°C and 75°C in a one-pot process.
A CD19-ADC for use in a method of treating a lymphoma in a subject, said method comprising administering to a subject the CD19-ADC, wherein the CD19-ADC is administered to the subject in a tapered dosage regime comprising multiple treatment cycles wherein a starting dose of the CD19-ADC is administered in a first and second treatment cycle, and a reduced dose of the CD19-ADC is administered in a third and any subsequent treatment cycles; wherein the CD19-ADC has the chemical structure: where the Ab is a CD19 antibody comprising comprises a VH domain having the sequence of SEQ ID NO. 2 and a VL domain having the sequence of SEQ ID NO. 8, and the DAR is between 1 and 8.