mhurhangee/ep-ind-claims huggingface dataset:
A three-dimensional image processing apparatus comprising: a meta data analyzer which is arranged to analyze meta data of an input video signal, the meta data comprising a depth map, and further arranged to extract, from the meta data, auxiliary data for use in adjusting the depth map of the input video signal wherein the auxiliary data comprises stereo camera information including at least one of: distance information between stereo cameras, lens information of a stereo camera, focusing information of a stereo camera, lighting information of a stereo camera, and exposure information of a stereo camera; a meta data processor which is arranged to calculate a depth adjusting value for adjusting the depth map according to the stereo camera information of the extracted auxiliary data; and a depth adjuster which is arranged to adjust the depth map according to the calculated depth adjusting value, and to adjust the input video signal to have a 3D depth effect based on the adjusted depth map a meta data analyzer which is arranged to analyze meta data of an input video signal, the meta data comprising a depth map, and further arranged to extract, from the meta data, auxiliary data for use in adjusting the depth map of the input video signal wherein the auxiliary data comprises stereo camera information including at least one of: distance information between stereo cameras, lens information of a stereo camera, focusing information of a stereo camera, lighting information of a stereo camera, and exposure information of a stereo camera; a meta data processor which is arranged to calculate a depth adjusting value for adjusting the depth map according to the stereo camera information of the extracted auxiliary data; and a depth adjuster which is arranged to adjust the depth map according to the calculated depth adjusting value, and to adjust the input video signal to have a 3D depth effect based on the adjusted depth map
Device, comprising (i) at least one hollow body, each hollow body having at least one open end; (ii) at least one barrier which is non-permeable for liquids and solids under ambience conditions, however, becomes irreversibly liquid-permeable by becoming porous, breaking, being punctured, cut or ruptured by applying an external force to said barrier, placed inside of the hollow body spaced apart from the at least one open end of the hollow body; (iii) optionally at least one porous liquid-permeable element inside of the hollow body; (iv) optionally at least one removable closing device to seal at least one open end, characterized in that the hollow body further comprises either a solid matrix material or at least one additional barrier.
Delivery system a) having a delivery vehicle for delivering inward goods, in particular material rolls; b) having an automated transfer assembly for transferring the goods in an automated manner from the delivery vehicle to a goods store, wherein the transfer assembly comprises an object detection device; and c) having a safety installation for securing a movement range of the transfer assembly when unloading the goods, wherein d) the transfer assembly comprises a first navigation installation and a second navigation installation which differs from the first navigation installation, e) the first navigation installation is active when displacing the transfer assembly, characterized in that f) the second navigation installation is active upon the identification of an item of the goods to be gripped, g) the first navigation installation utilizes a navigation sensor, and h) the second navigation installation utilizes a goods identification device (101, 102, 104). a) having a delivery vehicle for delivering inward goods, in particular material rolls; b) having an automated transfer assembly for transferring the goods in an automated manner from the delivery vehicle to a goods store, wherein the transfer assembly comprises an object detection device; and c) having a safety installation for securing a movement range of the transfer assembly when unloading the goods, wherein d) the transfer assembly comprises a first navigation installation and a second navigation installation which differs from the first navigation installation, e) the first navigation installation is active when displacing the transfer assembly, characterized in that f) the second navigation installation is active upon the identification of an item of the goods to be gripped, g) the first navigation installation utilizes a navigation sensor, and h) the second navigation installation utilizes a goods identification device (101, 102, 104).
A medicament delivery system, comprising: a medicament container; and a plunger displaceably disposed relative to the medicament container for ejecting medicament from the medicament container; a delay mechanism, wherein the delay mechanism is adapted to, subsequent to completion of medicament delivery, automatically activate a subsystem or initiate an operation, characterized in that a predetermined displacement of the plunger activates the delay mechanism prior to completion of medicament delivery from the medicament container, wherein the delay mechanism comprises: a base on which the medicament container is disposed; a pallet member (156, 182) rotatably disposed on the base, the pallet member having a pair of opposing pallet arms; and a shaft having a worm gear and a disk with teeth circumferentially disposed about opposing sides of the disk for interacting with the pallet arms; wherein upon activation of the delay mechanism, the pallet arms alternately engage teeth on respective sides of the disk for delaying rotation of the shaft, and the worm gear interacts with the subsystem to automatically activate the subsystem subsequent to completion of medicament delivery. a medicament container; and a plunger displaceably disposed relative to the medicament container for ejecting medicament from the medicament container; a delay mechanism, wherein the delay mechanism is adapted to, subsequent to completion of medicament delivery, automatically activate a subsystem or initiate an operation, characterized in that a predetermined displacement of the plunger activates the delay mechanism prior to completion of medicament delivery from the medicament container, wherein the delay mechanism comprises: a base on which the medicament container is disposed; a pallet member (156, 182) rotatably disposed on the base, the pallet member having a pair of opposing pallet arms; and a shaft having a worm gear and a disk with teeth circumferentially disposed about opposing sides of the disk for interacting with the pallet arms; wherein upon activation of the delay mechanism, the pallet arms alternately engage teeth on respective sides of the disk for delaying rotation of the shaft, and the worm gear interacts with the subsystem to automatically activate the subsystem subsequent to completion of medicament delivery. a base on which the medicament container is disposed; a pallet member (156, 182) rotatably disposed on the base, the pallet member having a pair of opposing pallet arms; and a shaft having a worm gear and a disk with teeth circumferentially disposed about opposing sides of the disk for interacting with the pallet arms; wherein upon activation of the delay mechanism, the pallet arms alternately engage teeth on respective sides of the disk for delaying rotation of the shaft, and the worm gear interacts with the subsystem to automatically activate the subsystem subsequent to completion of medicament delivery.
A shield case in which an electronic component is storable, the shield case comprising: - a base portion made of a nonmetal material and having a form of a rectangle comprising a mounting surface on which the electronic component is mounted, an outer surface and thickness in between the mounting surface and the outer surface; - a cover portion made of a metal material and covering surroundings of the electronic component; and - a metal plate abutting with a whole outer surface of the base portion and having an end portion projecting outward from the base portion, wherein: - a cooling passage through which refrigerant to cool off the electronic component flows is formed inside the base portion and - a side-wall end portion of the cover portion includes: - a first end abutting with the mounting surface of the base portion, and - a second end extending in a thickness direction of the base portion and abutting with the end portion of the metal plate. the shield case comprising: - a base portion made of a nonmetal material and having a form of a rectangle comprising a mounting surface on which the electronic component is mounted, an outer surface and thickness in between the mounting surface and the outer surface; - a cover portion made of a metal material and covering surroundings of the electronic component; and - a metal plate abutting with a whole outer surface of the base portion and having an end portion projecting outward from the base portion, - a base portion made of a nonmetal material and having a form of a rectangle comprising a mounting surface on which the electronic component is mounted, an outer surface and thickness in between the mounting surface and the outer surface; - a cover portion made of a metal material and covering surroundings of the electronic component; and - a metal plate abutting with a whole outer surface of the base portion and having an end portion projecting outward from the base portion, wherein: - a cooling passage through which refrigerant to cool off the electronic component flows is formed inside the base portion and - a side-wall end portion of the cover portion includes: - a first end abutting with the mounting surface of the base portion, and - a second end extending in a thickness direction of the base portion and abutting with the end portion of the metal plate. - a cooling passage through which refrigerant to cool off the electronic component flows is formed inside the base portion and - a side-wall end portion of the cover portion includes: - a first end abutting with the mounting surface of the base portion, and - a second end extending in a thickness direction of the base portion and abutting with the end portion of the metal plate. - a first end abutting with the mounting surface of the base portion, and - a second end extending in a thickness direction of the base portion and abutting with the end portion of the metal plate.
A method for controlling gaseous fuel pressure in an accumulator of a fuel system for a combustion engine of a vehicle with the steps of: determining a nominal amount of gaseous fuel to be introduced into the accumulator; the nominal amount depending on the torque demand, introducing less gaseous fuel into the accumulator than the determined nominal amount as a response to decreasing fuel demand by reducing or closing an inlet valve, which inlet valve is adapted to regulate input of gaseous fuel to the accumulator; while the inlet valve is reduced or closed, performing at least one injection of gaseous fuel coming from the accumulator into at least one combustion chamber (104a-f) of the combustion engine by at least one injector (14a-f) of the fuel system, which at least one injection contributes to combustion in the combustion engine, thereby reducing pressure in the accumulator, and mitigating any excessive torque caused by the reducing of pressure by braking the vehicle, or mitigating any excessive torque caused by the reducing of pressure by recuperating the energy of the excessive torque in an electric machine and/or energy storage of the vehicle. determining a nominal amount of gaseous fuel to be introduced into the accumulator; the nominal amount depending on the torque demand, introducing less gaseous fuel into the accumulator than the determined nominal amount as a response to decreasing fuel demand by reducing or closing an inlet valve, which inlet valve is adapted to regulate input of gaseous fuel to the accumulator; while the inlet valve is reduced or closed, performing at least one injection of gaseous fuel coming from the accumulator into at least one combustion chamber (104a-f) of the combustion engine by at least one injector (14a-f) of the fuel system, which at least one injection contributes to combustion in the combustion engine, thereby reducing pressure in the accumulator, and mitigating any excessive torque caused by the reducing of pressure by braking the vehicle, or mitigating any excessive torque caused by the reducing of pressure by recuperating the energy of the excessive torque in an electric machine and/or energy storage of the vehicle.
An apparatus for use in drilling a wellbore comprising: (a) a housing having an axis and an inner surface defining a housing bore; and (b) a shaft having an outer surface, the shaft rotatably extending through the housing bore, wherein the shaft is capable of an amount of radial deflection within the housing bore causing an amount of tilting of the shaft within the housing bore about a tilting focal point, and wherein the tilting focal point is located on the axis at an axial focal point position; (c) a rotary seal assembly contained within the housing bore for providing a seal between the housing inner surface and the shaft outer surface, wherein the rotary seal assembly comprises a rotary seal axially located along the housing at an axial rotary seal position, wherein the axial rotary seal position is axially coincident with the axial focal point position; characterized in that the rotary seal assembly exhibits an extrusion gap between the rotary seal assembly and the shaft to accommodate tilting of the shaft about the tilting focal point. (a) a housing having an axis and an inner surface defining a housing bore; and (b) a shaft having an outer surface, the shaft rotatably extending through the housing bore, wherein the shaft is capable of an amount of radial deflection within the housing bore causing an amount of tilting of the shaft within the housing bore about a tilting focal point, and wherein the tilting focal point is located on the axis at an axial focal point position; (c) a rotary seal assembly contained within the housing bore for providing a seal between the housing inner surface and the shaft outer surface, wherein the rotary seal assembly comprises a rotary seal axially located along the housing at an axial rotary seal position, wherein the axial rotary seal position is axially coincident with the axial focal point position;
A putter head, comprising: a putter head body having a front portion, a rear portion, a toe end and a heel end, wherein a rim member extends around at least a portion of a perimeter of the front portion of the putter head body to define a recess in the front portion of the putter head body, wherein the recess extends to at least a portion of at least one of: (a) a bottom surface of the putter head body or (b) a top surface of the putter head body; and a ball striking surface insert received in the recess and forming at least a portion of a ball striking surface of the putter head, the ball striking surface insert including: a first member having a plurality of openings extending therethrough, and a polymer material engaged with the first member, the polymer material at least partially filling the openings of the first member to form a portion of the ball striking surface, wherein the polymer material is exposed at at least one of: (a) the bottom surface of the putter head body or (b) the top surface of the putter head body, between the first member and the putter head body. a putter head body having a front portion, a rear portion, a toe end and a heel end, wherein a rim member extends around at least a portion of a perimeter of the front portion of the putter head body to define a recess in the front portion of the putter head body, wherein the recess extends to at least a portion of at least one of: (a) a bottom surface of the putter head body or (b) a top surface of the putter head body; and a ball striking surface insert received in the recess and forming at least a portion of a ball striking surface of the putter head, the ball striking surface insert including: a first member having a plurality of openings extending therethrough, and a polymer material engaged with the first member, the polymer material at least partially filling the openings of the first member to form a portion of the ball striking surface, a first member having a plurality of openings extending therethrough, and a polymer material engaged with the first member, the polymer material at least partially filling the openings of the first member to form a portion of the ball striking surface,
A building automation system for controlling illumination uniformly based on ambient light comprising: a plurality of light sensors distributed within an environment, the plurality of light sensors detecting a plurality of ambient light levels of the environment, characterized by: an energy manager receiving the plurality of ambient light levels from the plurality of light sensors and determining a group light level based on the plurality of ambient light levels; and a plurality of light sources distributed within the environment, the plurality of light sources providing illumination uniformly based on the group light level. an energy manager receiving the plurality of ambient light levels from the plurality of light sensors and determining a group light level based on the plurality of ambient light levels; and a plurality of light sources distributed within the environment, the plurality of light sources providing illumination uniformly based on the group light level.
Workpiece clamping device comprising a first base body and a second base body, wherein a contact surface (27 or 28) is arranged on each base body (12, 13) on the face of each base body (12, 13) facing the respective other base body (13 or 12), wherein a base body distance (x) is defined between the contact surfaces (27 or 28) in a clamping direction, a first clamping body that is movably supported on the base body in clamping direction, a second clamping body that is movably supported on the second base body in clamping direction, a threaded spindle extending in clamping direction and having a first thread section that is in engagement with a counter-thread on the first clamping body and having a second thread section that is in engagement with a counter-thread on the second clamping body, wherein the threaded spindle comprises a centering body arranged between the first thread section and the second thread section and abutting against the contact surfaces (27 or 28) facing each other. a first base body and a second base body, wherein a contact surface (27 or 28) is arranged on each base body (12, 13) on the face of each base body (12, 13) facing the respective other base body (13 or 12), wherein a base body distance (x) is defined between the contact surfaces (27 or 28) in a clamping direction, a first clamping body that is movably supported on the base body in clamping direction, a second clamping body that is movably supported on the second base body in clamping direction, a threaded spindle extending in clamping direction and having a first thread section that is in engagement with a counter-thread on the first clamping body and having a second thread section that is in engagement with a counter-thread on the second clamping body, wherein the threaded spindle comprises a centering body arranged between the first thread section and the second thread section and abutting against the contact surfaces (27 or 28) facing each other.
A method for forming a structural door beam, the method comprising: placing a metal sheet blank in a first forming station, the metal sheet blank having first and second opposite sides, and performing a first forming operation; transferring the metal sheet blank to a second forming station and performing a second forming operation; characterized by drawing a central bead in the first forming operation to a predetermined height (H 2) above the first side of the metal sheet blank, wherein portions of the metal sheet blank that are adjacent to the central bead remain substantially unformed during the first forming operation; drawing two beads in the second forming operation within unformed portions of the sheet metal blank including one bead on each side of the central bead, the two beads drawn to a predetermined height above the second side of the metal sheet blank. placing a metal sheet blank in a first forming station, the metal sheet blank having first and second opposite sides, and performing a first forming operation; transferring the metal sheet blank to a second forming station and performing a second forming operation; drawing a central bead in the first forming operation to a predetermined height (H 2) above the first side of the metal sheet blank, wherein portions of the metal sheet blank that are adjacent to the central bead remain substantially unformed during the first forming operation; drawing two beads in the second forming operation within unformed portions of the sheet metal blank including one bead on each side of the central bead, the two beads drawn to a predetermined height above the second side of the metal sheet blank.
A cannula, comprising: an elongated rigid cannula body extending along a longitudinal axis (y) and having a proximal body end and a distal body end; wherein the cannula body is composed of material having a first thickness (t); a flexible thread extending along at least a portion of the cannula body from the distal body end toward the proximal body end; and wherein the thread is composed of material having a second thickness, which is less than a first thickness (t), wherein the thread comprises a base having a proximal side and a distal side, characterized in that the thread further comprises a supporting feature adjacent to the distal side and extending from the cannula body. an elongated rigid cannula body extending along a longitudinal axis (y) and having a proximal body end and a distal body end; wherein the cannula body is composed of material having a first thickness (t); a flexible thread extending along at least a portion of the cannula body from the distal body end toward the proximal body end; and wherein the thread is composed of material having a second thickness, which is less than a first thickness (t), wherein the thread comprises a base having a proximal side and a distal side, characterized in that the thread further comprises a supporting feature adjacent to the distal side and extending from the cannula body.
Camera module for fastening to a motor-vehicle component that has a camera mounting opening, comprising a camera housing, a camera, arranged in the camera housing, with a camera lens (6.1), and a camera carrier, wherein the camera carrier is configured for fastening to the camera housing and for fastening to a motor-vehicle component and wherein the camera carrier has a positioning sleeve (2.5), wherein the camera lens (6.1) is arranged entirely in the positioning sleeve (2.5), characterized in that the positioning sleeve projects into the camera mounting opening, and in that the positioning sleeve (2.5) and camera lens (6.1) are arranged such that a gap between the camera lens (6.1) and positioning sleeve (2.5) and a gap between the motor-vehicle component and positioning sleeve (2.5) are respectively minimized, wherein the positioning sleeve (2.5) prevents lateral or transverse forces from being able to act on the camera lens (6.1).