mhurhangee/ep-ind-claims huggingface dataset:
A tube for making a roller, comprising: a cylindrical tube body, wherein in the tube body, a plurality of tube body support members are arranged at intervals along the length direction of the tube body; wherein the tube body support member comprises a body; wherein an outer edge of the body is connected to a connecting portion, and the other end of the connecting portion is connected to a support portion; wherein the angle between the support portion and a horizontal plane is an acute angle, and the diameter of the circle formed by the outer edge of the support portion is greater than the diameter of the circle formed by the outer edge of the connecting portion; a first support shaft; wherein the body is provided with a shaft hole matching the first support shaft; wherein the first support shaft passes through the shaft holes of at least two bodies; characterized by further comprising, a second support shaft; wherein the first support shaft is of a hollow structure, and a plurality of the tube body support members are arranged in the first support shaft; wherein the tube body support members arranged in the first support shaft are provided with shaft holes matching the second support shaft, and the second support shaft passes through the shaft holes of at least two tube body support members. a cylindrical tube body, wherein in the tube body, a plurality of tube body support members are arranged at intervals along the length direction of the tube body; wherein the tube body support member comprises a body; wherein an outer edge of the body is connected to a connecting portion, and the other end of the connecting portion is connected to a support portion; wherein the angle between the support portion and a horizontal plane is an acute angle, and the diameter of the circle formed by the outer edge of the support portion is greater than the diameter of the circle formed by the outer edge of the connecting portion; wherein the tube body support member comprises a body; wherein an outer edge of the body is connected to a connecting portion, and the other end of the connecting portion is connected to a support portion; wherein the angle between the support portion and a horizontal plane is an acute angle, and the diameter of the circle formed by the outer edge of the support portion is greater than the diameter of the circle formed by the outer edge of the connecting portion; a first support shaft; wherein the body is provided with a shaft hole matching the first support shaft; wherein the first support shaft passes through the shaft holes of at least two bodies; characterized by further comprising, a second support shaft; wherein the first support shaft is of a hollow structure, and a plurality of the tube body support members are arranged in the first support shaft; wherein the tube body support members arranged in the first support shaft are provided with shaft holes matching the second support shaft, and the second support shaft passes through the shaft holes of at least two tube body support members.
An electrical heating device with pluggable heating module for heating liquid, comprising: - a box body having an accommodation space for the liquid contained therein, which is provided with a slot communicating the accommodation space; and - a heating module received in the slot in a pluggable way and separating the accommodation space into a first chamber and a second chamber, the heating module including a positive temperature coefficient heating component and a heat conducting component covering outside of the PTC heating component wherein the box body includes a hollow proper, an upper cover plate and a lower cover plate covering both sides of the hollow proper, respectively; the accommodation space is formed by surrounding with the hollow proper, the upper cover plate, and the lower cover plate; and the slot is provided on one side of the hollow proper, and wherein a plurality of convex ribs (121, 131) against an outer surface of the heat conducting component are formed on each side of the upper cover plate and the lower cover plate near the hollow proper, the plurality of convex ribs (121, 131) forming a meandering fluid passage in the first chamber and a meandering fluid passage in the second chamber. - a box body having an accommodation space for the liquid contained therein, which is provided with a slot communicating the accommodation space; and - a heating module received in the slot in a pluggable way and separating the accommodation space into a first chamber and a second chamber, the heating module including a positive temperature coefficient heating component and a heat conducting component covering outside of the PTC heating component wherein the box body includes a hollow proper, an upper cover plate and a lower cover plate covering both sides of the hollow proper, respectively; the accommodation space is formed by surrounding with the hollow proper, the upper cover plate, and the lower cover plate; and the slot is provided on one side of the hollow proper, and wherein a plurality of convex ribs (121, 131) against an outer surface of the heat conducting component are formed on each side of the upper cover plate and the lower cover plate near the hollow proper, the plurality of convex ribs (121, 131) forming a meandering fluid passage in the first chamber and a meandering fluid passage in the second chamber.
A cartridge that is attachable to or detachable from a main body of an image forming apparatus, the main body including an opening and a door to open/close the opening, the cartridge comprising: a memory unit that includes a contact portion via which the cartridge is connected to the main body and is connected to the main body to transmit information of the cartridge to the main body, the contact portion being configured to movable to a first position where the contact portion is hidden in the cartridge and to a second position where the contact portion protrudes out of the cartridge in order to be connected to a connection portion provided in the main body; characterised by comprising a protection member that is configured to prevent collision between the contact portion and the main body or the connection portion during a mounting operation of the cartridge and that is operable to be moved, as the contact portion is moved to the first or second position, to a retreat position that is hidden in the cartridge and a protruding position protruding out of the cartridge in order to be inserted into an insertion portion provided in the main body. a memory unit that includes a contact portion via which the cartridge is connected to the main body and is connected to the main body to transmit information of the cartridge to the main body, the contact portion being configured to movable to a first position where the contact portion is hidden in the cartridge and to a second position where the contact portion protrudes out of the cartridge in order to be connected to a connection portion provided in the main body; characterised by comprising a protection member that is configured to prevent collision between the contact portion and the main body or the connection portion during a mounting operation of the cartridge and that is operable to be moved, as the contact portion is moved to the first or second position, to a retreat position that is hidden in the cartridge and a protruding position protruding out of the cartridge in order to be inserted into an insertion portion provided in the main body.
A method of automatically chunking unpeeled fruit at high speed, wherein said fruit has an axis extending through the fruit from its stem through the center of said fruit to the bottom of said fruit, comprising the steps: slicing each unpeeled fruit to form a plurality of unpeeled wedges wherein each wedge has a generally C-shaped, longitudinal cross section having a central region and two upturned ends (27, 28), and a longitudinal axis extending between said two upturned ends, moving each of said unpeeled wedges in singulated fashion onto a separate flight of a flighted conveyor so that the longitudinal axis of each wedge lies perpendicularly relative to the direction of travel of said flighted conveyor, and wherein said upturned ends of each wedge extend outwardly from said flighted conveyor, conveying said unpeeled wedges through a series of transverse cutting blades (91-97, 191-194, 197), wherein said blades are staggered along the direction of motion of said conveyor, whereby said blades make transverse cuts through the longitudinal central region of each wedge first, and thereafter make transverse cuts through regions that lie further away from the longitudinal center of each wedge, whereby each of said wedges is caused to flatten out as it is cut transversely in a sequential fashion from its center toward each of its upturned ends, thereby forming chunks (20m, 20e-g) of said fruit having maximized rectangular prism shape, and peeling said wedges. slicing each unpeeled fruit to form a plurality of unpeeled wedges wherein each wedge has a generally C-shaped, longitudinal cross section having a central region and two upturned ends (27, 28), and a longitudinal axis extending between said two upturned ends, moving each of said unpeeled wedges in singulated fashion onto a separate flight of a flighted conveyor so that the longitudinal axis of each wedge lies perpendicularly relative to the direction of travel of said flighted conveyor, and wherein said upturned ends of each wedge extend outwardly from said flighted conveyor, conveying said unpeeled wedges through a series of transverse cutting blades (91-97, 191-194, 197), wherein said blades are staggered along the direction of motion of said conveyor, whereby said blades make transverse cuts through the longitudinal central region of each wedge first, and thereafter make transverse cuts through regions that lie further away from the longitudinal center of each wedge, whereby each of said wedges is caused to flatten out as it is cut transversely in a sequential fashion from its center toward each of its upturned ends, thereby forming chunks (20m, 20e-g) of said fruit having maximized rectangular prism shape, and peeling said wedges.
An assembly for a thrust reverser of an aircraft propulsion system with an axial centerline, comprising: a translating sleeve; a sleeve actuator connected to the translating sleeve, the sleeve actuator configured to move the translating sleeve along the axial centerline between a stowed position and a deployed position; and a locking apparatus including a lock and a lock actuator, the lock comprising a locking element, the lock actuator configured to move the locking element between a locked position and an unlocked position, and the locking element configured to lock the translating sleeve in the stowed position when the locking element is in the locked position; characterised in that a first portion of the locking apparatus axially overlaps the sleeve actuator along the axial centerline, and a second portion of the locking apparatus does not axially overlap the sleeve actuator along the axial centerline, wherein the second portion comprises the lock, and the first portion comprises at least a portion of the lock actuator. a translating sleeve; a sleeve actuator connected to the translating sleeve, the sleeve actuator configured to move the translating sleeve along the axial centerline between a stowed position and a deployed position; and a locking apparatus including a lock and a lock actuator, the lock comprising a locking element, the lock actuator configured to move the locking element between a locked position and an unlocked position, and the locking element configured to lock the translating sleeve in the stowed position when the locking element is in the locked position; characterised in that a first portion of the locking apparatus axially overlaps the sleeve actuator along the axial centerline, and a second portion of the locking apparatus does not axially overlap the sleeve actuator along the axial centerline, wherein the second portion comprises the lock, and the first portion comprises at least a portion of the lock actuator.
An impact location installation comprising: - an interactive plate capable of propagating progressive mechanical waves from an impact, having a front face for receiving impacts; - at least three transducers (PT A, PT B, PT C, PT D) arranged and distributed against the front face or a rear face of the interactive plate, designed to pick up progressive mechanical waves propagating in the interactive plate and transform them into electrical signals; and - an electronic central unit, connected to the transducers (PT A, PT B, PT C, PT D) to receive their electrical signals, programmed to locate the impact in the interactive plate by an analysis of the received electrical signals; characterized in that it further comprises: - an additional plate attached to the front face of the interactive plate and having an impact receiving zone; and - means (F 1, F 2, F 3, F 4, 24; F 1, F 2, F 3, F 4, 28, 30) for attaching the additional plate to the interactive plate, configured to ensure contact against the entire front face portion of the interactive plate located opposite the impact receiving zone of the additional plate. - an interactive plate capable of propagating progressive mechanical waves from an impact, having a front face for receiving impacts; - at least three transducers (PT A, PT B, PT C, PT D) arranged and distributed against the front face or a rear face of the interactive plate, designed to pick up progressive mechanical waves propagating in the interactive plate and transform them into electrical signals; and - an electronic central unit, connected to the transducers (PT A, PT B, PT C, PT D) to receive their electrical signals, programmed to locate the impact in the interactive plate by an analysis of the received electrical signals; - an additional plate attached to the front face of the interactive plate and having an impact receiving zone; and - means (F 1, F 2, F 3, F 4, 24; F 1, F 2, F 3, F 4, 28, 30) for attaching the additional plate to the interactive plate, configured to ensure contact against the entire front face portion of the interactive plate located opposite the impact receiving zone of the additional plate.
A network element comprising a transmitter for transmitting signals representing data to a communications device using shared resources of a downlink of a first wireless access interface provided by the network element, a receiver for receiving signals representing data from the communications device using shared resources of an uplink of the first wireless access interface, wherein allocations of the shared resources are made by the network element and the uplink of the first wireless access interface is within a first set of resources, and a controller for allocating a second set of resources formed in a predetermined set of uplink resources of the first set of resources for use by a second wireless access interface, the second wireless access interface being within the second set of resources and being used for device-to-device, D2D, communications by the communications device, wherein the network element is configured to receive, from the communications device upon the communications device entering a coverage area of the network element, an indication of resource allocations of a D2D virtual carrier established before the communications device entered the coverage area of the network element and being used by the communications device for D2D communications with one or more other communications devices, to determine to use, based on the received indication of the resource allocations of the D2D virtual carrier, the second set of resources, and to transmit, to the communications device, an indication of the second set of resources over which the D2D virtual carrier is to operate. a transmitter for transmitting signals representing data to a communications device using shared resources of a downlink of a first wireless access interface provided by the network element, a receiver for receiving signals representing data from the communications device using shared resources of an uplink of the first wireless access interface, wherein allocations of the shared resources are made by the network element and the uplink of the first wireless access interface is within a first set of resources, and a controller for allocating a second set of resources formed in a predetermined set of uplink resources of the first set of resources for use by a second wireless access interface, the second wireless access interface being within the second set of resources and being used for device-to-device, D2D, communications by the communications device, wherein the network element is configured to receive, from the communications device upon the communications device entering a coverage area of the network element, an indication of resource allocations of a D2D virtual carrier established before the communications device entered the coverage area of the network element and being used by the communications device for D2D communications with one or more other communications devices, to determine to use, based on the received indication of the resource allocations of the D2D virtual carrier, the second set of resources, and to transmit, to the communications device, an indication of the second set of resources over which the D2D virtual carrier is to operate.
Beet puller share having a base part which has a blade, wherein a hard-material coating is arranged in the region of the blade and has one or more deflecting surfaces on its upper side, wherein the deflecting surface(s) transition(s) into a surface region of the base part, and wherein this surface region forms a beet guide zone, in particular a beet ejection zone, characterised in that the hard-material coating has hard-material elements which are designed as cutting elements and which form the blade at least in some regions, and in that the deflecting surface of at least one cutting element is convex and merges indirectly or directly into the convex beet guide zone, in particular the beet ejection zone.
An aircraft pitch control system comprising: a first actuator configured to actuate a movable stabilizer associated with a pitch of the aircraft; a second actuator configured to actuate an elevator movably coupled to the stabilizer; and one or more data processors operatively coupled to the first actuator and to the second actuator; and machine-readable memory storing instructions executable by the one or more data processors and configured to cause the one or more data processors to: using data representative of a commanded stabilizer actuation amount and data representative of a gearing relationship between the stabilizer and the elevator, determine a corresponding elevator actuation amount associated with the commanded stabilizer actuation amount; and generate an output for causing the first actuator to actuate the stabilizer according to the commanded stabilizer actuation amount and for causing the second actuator to actuate the elevator according to the corresponding elevator actuation amount; characterised in that the instructions are configured to cause the one or more data processors to change the gearing relationship based on one or more operating parameters of the aircraft. a first actuator configured to actuate a movable stabilizer associated with a pitch of the aircraft; a second actuator configured to actuate an elevator movably coupled to the stabilizer; and one or more data processors operatively coupled to the first actuator and to the second actuator; and machine-readable memory storing instructions executable by the one or more data processors and configured to cause the one or more data processors to: using data representative of a commanded stabilizer actuation amount and data representative of a gearing relationship between the stabilizer and the elevator, determine a corresponding elevator actuation amount associated with the commanded stabilizer actuation amount; and generate an output for causing the first actuator to actuate the stabilizer according to the commanded stabilizer actuation amount and for causing the second actuator to actuate the elevator according to the corresponding elevator actuation amount; using data representative of a commanded stabilizer actuation amount and data representative of a gearing relationship between the stabilizer and the elevator, determine a corresponding elevator actuation amount associated with the commanded stabilizer actuation amount; and generate an output for causing the first actuator to actuate the stabilizer according to the commanded stabilizer actuation amount and for causing the second actuator to actuate the elevator according to the corresponding elevator actuation amount; characterised in that the instructions are configured to cause the one or more data processors to change the gearing relationship based on one or more operating parameters of the aircraft.
A multilumen catheter assembly comprising: a first distal end tube comprising a distal end, a proximal end, a proximal portion, and a first outer wall comprising a first curved outer surface and a first flat side portion, the first distal end tube further comprising a first lumen extending longitudinally through the first distal end tube from the proximal end of the first distal end tube to the distal end of the first distal end tube; and a second distal end tube comprising a distal end, a proximal end, a proximal portion, and a second outer wall comprising a second curved outer surface and a second flat side portion, the second distal end tube further comprising a second lumen extending longitudinally through the second distal end tube from the proximal end of the second distal end tube to the distal end of the second distal end tube, characterized in that the proximal portion of the first distal end tube is permanently bonded to the proximal portion of the second distal end tube to form a unitary portion and a longitudinal planar wall generally bisecting the unitary portion along a longitudinal plane, wherein portions of the first and second flat side portions outside the unitary portion extend from the longitudinal planar wall at a distal end of the unitary portion in parallel with one another and on opposite sides of the longitudinal plane, and wherein portions of the first and second distal end tubes (14, 16) outside the unitary portion are capable of independent movement with respect to each other. a first distal end tube comprising a distal end, a proximal end, a proximal portion, and a first outer wall comprising a first curved outer surface and a first flat side portion, the first distal end tube further comprising a first lumen extending longitudinally through the first distal end tube from the proximal end of the first distal end tube to the distal end of the first distal end tube; and a second distal end tube comprising a distal end, a proximal end, a proximal portion, and a second outer wall comprising a second curved outer surface and a second flat side portion, the second distal end tube further comprising a second lumen extending longitudinally through the second distal end tube from the proximal end of the second distal end tube to the distal end of the second distal end tube, characterized in that the proximal portion of the first distal end tube is permanently bonded to the proximal portion of the second distal end tube to form a unitary portion and a longitudinal planar wall generally bisecting the unitary portion along a longitudinal plane, wherein portions of the first and second flat side portions outside the unitary portion extend from the longitudinal planar wall at a distal end of the unitary portion in parallel with one another and on opposite sides of the longitudinal plane, and wherein portions of the first and second distal end tubes (14, 16) outside the unitary portion are capable of independent movement with respect to each other.