mhurhangee/ep-ind-claims huggingface dataset:
A method of controlling the working scheme (30, 32) of an autonomous working machine at a work site, the method comprising the steps of: - determining the absolute position of a plurality of locations of interest at the work site based on position data from a plurality of position sensors distributed at the work site; - generating, by means of a computer, a set working scheme based on the position data; and - executing the set working scheme by the working machine, wherein the working scheme of the working machine is governed by a working site process under given work site conditions, and wherein the step of generating is carried out in response to a change in working site process and/or a change in work site conditions. - determining the absolute position of a plurality of locations of interest at the work site based on position data from a plurality of position sensors distributed at the work site; - generating, by means of a computer, a set working scheme based on the position data; and - executing the set working scheme by the working machine, wherein the working scheme of the working machine is governed by a working site process under given work site conditions, and wherein the step of generating is carried out in response to a change in working site process and/or a change in work site conditions.
A striped pattern image examination support apparatus comprising: a feature extraction part to extract at least central lines and feature points from each of first and second striped pattern images, as a feature of each of the first and second striped pattern images, the first and second striped pattern images being fingerprint images or palmprint images; a central line collation part to perform collation of the respective central lines of the first striped pattern image and the second striped pattern image and compute corresponding central lines between the first and second striped pattern images; a display part to determine a display form of each of the central lines based on the computed corresponding central lines and superimpose and display the central lines on each of the first and second striped pattern images, according to the determined display form; a feature modification part to modify the feature of at least one of the first and second striped pattern images, wherein the feature extraction part extracts a central line again while holding the feature of the at least one of the striped pattern images that has been modified by the feature modification part; the central line collation part computes corresponding central lines from the first and second striped pattern images, using the central line that has been extracted again; and the display part determines a display form of each of the central lines based on the corresponding central lines that have been computed again. a feature extraction part to extract at least central lines and feature points from each of first and second striped pattern images, as a feature of each of the first and second striped pattern images, the first and second striped pattern images being fingerprint images or palmprint images; a central line collation part to perform collation of the respective central lines of the first striped pattern image and the second striped pattern image and compute corresponding central lines between the first and second striped pattern images; a display part to determine a display form of each of the central lines based on the computed corresponding central lines and superimpose and display the central lines on each of the first and second striped pattern images, according to the determined display form; a feature modification part to modify the feature of at least one of the first and second striped pattern images, wherein the feature extraction part extracts a central line again while holding the feature of the at least one of the striped pattern images that has been modified by the feature modification part; the central line collation part computes corresponding central lines from the first and second striped pattern images, using the central line that has been extracted again; and the display part determines a display form of each of the central lines based on the corresponding central lines that have been computed again.
A system for joining elongated elements in a body of water, the system comprising: - an apparatus for joining elongated elements in a body of water, the apparatus comprising: - a frame; - a strap feeding device; - two arms moveable with respect to the frame and configured to guide a strap around the elongated elements (2, G; 42, 44; 45, 46; 47, 48; 49, 50); - a clamping device configured to retain an end portion of the strap; - a driving device configured to advance and tighten the strap around the elongated elements (2, G; 42, 44; 45, 46; 47, 48; 49, 50); - a junction device, configured to join two overlapping portions of the strap so as to close the strap around the elongated elements (2, G; 42, 44; 45, 46; 47, 48; 49, 50); and - a cutting device configured to separate the strap upstream of the joined portion; the system further comprising: - an underwater vehicle; - an articulated arm connected to the underwater vehicle and to the apparatus, to control the position of the apparatus. - an apparatus for joining elongated elements in a body of water, the apparatus comprising: - a frame; - a strap feeding device; - two arms moveable with respect to the frame and configured to guide a strap around the elongated elements (2, G; 42, 44; 45, 46; 47, 48; 49, 50); - a clamping device configured to retain an end portion of the strap; - a driving device configured to advance and tighten the strap around the elongated elements (2, G; 42, 44; 45, 46; 47, 48; 49, 50); - a junction device, configured to join two overlapping portions of the strap so as to close the strap around the elongated elements (2, G; 42, 44; 45, 46; 47, 48; 49, 50); and - a cutting device configured to separate the strap upstream of the joined portion; - a frame; - a strap feeding device; - two arms moveable with respect to the frame and configured to guide a strap around the elongated elements (2, G; 42, 44; 45, 46; 47, 48; 49, 50); - a clamping device configured to retain an end portion of the strap; - a driving device configured to advance and tighten the strap around the elongated elements (2, G; 42, 44; 45, 46; 47, 48; 49, 50); - a junction device, configured to join two overlapping portions of the strap so as to close the strap around the elongated elements (2, G; 42, 44; 45, 46; 47, 48; 49, 50); and - a cutting device configured to separate the strap upstream of the joined portion; - an underwater vehicle; - an articulated arm connected to the underwater vehicle and to the apparatus, to control the position of the apparatus.
A composition comprising: an inorganic filler; a copolymer of a fluoromonomer and an amide bond-containing polymerizable vinyl compound; and a solvent; wherein the inorganic filler is at least one selected from the group consisting of a carbon filler, and a ceramic filler, the copolymer is a copolymer of at least one fluoromonomer selected from the group consisting of tetrafluoroethylene and hexafluoropropylene and at least one amide bond-containing polymerizable vinyl compound selected from the group consisting of N-vinyl lactam compounds, acyclic N-vinylamide compounds, acyclic N-allyl amide compounds, and N-allyl lactam compounds, and the copolymer contains a unit of the fluoromonomer and a unit of the amide bond-containing polymerizable vinyl compound in amounts of 65 to 7 mol% and 35 to 93 mol%, respectively, of all monomer units. an inorganic filler; a copolymer of a fluoromonomer and an amide bond-containing polymerizable vinyl compound; and a solvent; wherein the inorganic filler is at least one selected from the group consisting of a carbon filler, and a ceramic filler, the copolymer is a copolymer of at least one fluoromonomer selected from the group consisting of tetrafluoroethylene and hexafluoropropylene and at least one amide bond-containing polymerizable vinyl compound selected from the group consisting of N-vinyl lactam compounds, acyclic N-vinylamide compounds, acyclic N-allyl amide compounds, and N-allyl lactam compounds, and the copolymer contains a unit of the fluoromonomer and a unit of the amide bond-containing polymerizable vinyl compound in amounts of 65 to 7 mol% and 35 to 93 mol%, respectively, of all monomer units.
A wireless terminal comprising: at least one home system tag suitable for display if the terminal communicates with a home system associated with the home system tag; and at least one roaming system tag suitable for display if the terminal communicates with a roaming system associated with the roaming system tag, wherein the at least one home system tag and the at least one roaming system tag are updatable for the terminal, and characterised in that the at least one roaming system tag is a group tag, and wherein the or each group tag is associated with a plurality of roaming indicator values. at least one home system tag suitable for display if the terminal communicates with a home system associated with the home system tag; and at least one roaming system tag suitable for display if the terminal communicates with a roaming system associated with the roaming system tag, wherein the at least one home system tag and the at least one roaming system tag are updatable for the terminal, and characterised in that the at least one roaming system tag is a group tag, and wherein the or each group tag is associated with a plurality of roaming indicator values.
Heat exchanger housing, in particular for a fuel operated vehicle heating device for heating air, comprising: - a circumferential wall area elongated in the direction of a housing longitudinal axis radially outwards surrounding a housing interior, - a bottom wall area joining the circumferential wall area in a first axial end region of the circumferential wall area and closing the housing interior in an axial direction, - a combustion module support area joining the circumferential wall area in a second axial end region of the circumferential wall area of, wherein the heat exchanger housing comprises at least three housing parts (56, 58, 60), wherein a first housing part substantially provides the circumferential wall area, a second housing part substantially provides the bottom wall area and a third housing part substantially provides the combustion module support area, wherein the third housing part comprises a circumferential wall substantially axially continuing the circumferential area in a connection area to be connected to the first housing part, wherein first heat transfer ribs extending in the direction of the housing longitudinal axis are provided at an inner side of the circumferential wall area facing the housing interior, wherein the third housing part comprises in its connection area a connection surface oriented radially outwards or radially inwards and peripheral about the housing longitudinal axis without interruption, and comprises in an axial end region of the circumferential wall area to be connected to the third housing part, a connection surface oriented radially outwards or radially inwards and peripheral about the housing longitudinal axis without interruption, characterized in that heat transfer ribs are provided at an inner side of the circumferential wall of the connection area, wherein heat transfer ribs provided at the inner side of the circumferential wall of the connection area continue first heat transfer ribs provided at the inner side of the circumferential wall in the direction of the housing longitudinal axis. - a circumferential wall area elongated in the direction of a housing longitudinal axis radially outwards surrounding a housing interior, - a bottom wall area joining the circumferential wall area in a first axial end region of the circumferential wall area and closing the housing interior in an axial direction, - a combustion module support area joining the circumferential wall area in a second axial end region of the circumferential wall area of, - a bottom wall area joining the circumferential wall area in a first axial end region of the circumferential wall area and closing the housing interior in an axial direction, - a combustion module support area joining the circumferential wall area in a second axial end region of the circumferential wall area of,
An apparatus (160, 560, 560'), comprising: a loading funnel assembly (115, 515, 515') configured to receive therein a prosthetic heart valve in a collapsed configuration; a valve holding tube (125, 525, 525') defining an interior region configured to receive the prosthetic heart valve in the collapsed configuration, the valve holding tube (125, 525, 525') having a first end portion configured to be releasably coupled to the loading funnel assembly (115, 515, 515') and a second end portion; and a handle assembly (165, 565) including a handle (157, 567, 567') and a loading leadscrew (166, 566, 566'), the loading leadscrew (166, 566, 566') configured to be releasably coupled to the second end portion of the valve holding tube (125, 525, 525'), the handle assembly (165, 565) further including a tether retention mechanism (168, 568, 568') and an actuator knob, the tether retention mechanism (168, 568, 568') configured to secure a tether extending from the prosthetic heart valve disposed within the loading funnel assembly (115, 515, 515') in a fixed position relative to the handle assembly (165, 565), the actuator knob is operatively coupled to the loading leadscrew (166, 566, 566') and the handle (157, 567, 567') such that relative movement between the handle (157, 567, 567') and the loading leadscrew (166, 566, 566') causes the prosthetic heart valve to be disposed within the valve holding tube (125, 525, 525'). a loading funnel assembly (115, 515, 515') configured to receive therein a prosthetic heart valve in a collapsed configuration; a valve holding tube (125, 525, 525') defining an interior region configured to receive the prosthetic heart valve in the collapsed configuration, the valve holding tube (125, 525, 525') having a first end portion configured to be releasably coupled to the loading funnel assembly (115, 515, 515') and a second end portion; and a handle assembly (165, 565) including a handle (157, 567, 567') and a loading leadscrew (166, 566, 566'), the loading leadscrew (166, 566, 566') configured to be releasably coupled to the second end portion of the valve holding tube (125, 525, 525'), the handle assembly (165, 565) further including a tether retention mechanism (168, 568, 568') and an actuator knob, the tether retention mechanism (168, 568, 568') configured to secure a tether extending from the prosthetic heart valve disposed within the loading funnel assembly (115, 515, 515') in a fixed position relative to the handle assembly (165, 565), the actuator knob is operatively coupled to the loading leadscrew (166, 566, 566') and the handle (157, 567, 567') such that relative movement between the handle (157, 567, 567') and the loading leadscrew (166, 566, 566') causes the prosthetic heart valve to be disposed within the valve holding tube (125, 525, 525').
Handle follower arrangement for a moveable wing, having a handle follower which is rotatably mounted in a housing, and having at least one actuating element which can be acted on by the handle follower and which, with the handle follower having been actuated against a spring action, brings about unlocking of an associated lock, wherein the handle follower is coupled via an actuating arm to the actuating element and via a spring arm to a spring element of a spring arrangement which generates the spring action, wherein the spring arrangement comprises a setting device via which a preloading force of the spring element can be set, and the setting device comprises a cylinder screw, having a screw head (26.1) and a threaded shank (26.2), and a nut, characterized in that a second guide element is arranged in the region of the screw head (26.1) and is fixed to the housing, wherein the second guide element secures the cylinder screw against rotation.
A leg prosthesis comprising a lower leg member and a foot member, wherein said lower leg member is moulded in a single piece; said leg member is a single-piece hollow body comprising an upper portion suitable to accommodate an amputation stump of a patient; a middle portion which forms a hollow pylon of the leg member; a lower portion for connection with the foot member; said leg prosthesis also comprises an adaptor which is received in a seat of the lower leg member, and said foot member is fixed to said adaptor, characterized in that said lower leg member is made of a flexible material and in that said middle portion has the smallest outside dimension but the greatest wall thickness compared to said upper and lower portions of the same leg member.
Container out of plastic, in particular bottle crate, with a base and with preferably four circumferentially arranged side walls, with at least one side wall being configured with a grip which is formed by a handle which is directed transversely to the corners which are formed by neighboring side walls and are extending from the base to the upper container edge, which handle is limited on at least one side, preferably on both sides, by a hollow profile support being formed by a moulding sword during injection moulding, characterized in that the profile support each forms or contains a wall which is laterally limiting the handle, wherein a gas injection opening for injecting gas for forming a cavity of the handle is provided in the wall of the profile support which is laterally limiting the handle at an inner wall of the profile support and covering the handle, which opening leads directly in direction to the handle, wherein gas is injected from an inner side of the profile support into the handle through the gas injection opening contained in the inner wall of the profile support, which laterally limits the handle, so that a cavity is formed in the handle.
A system for setting and retrieving a tool comprising: a first component having a first profile and a second component having a second profile operatively arranged to form an engagement for locating the first component in a borehole with respect to the second component, at least one of the first profile or the second profile being at least partially degradable by exposure to a downhole fluid; characterised by the first component having at least one recess and the second component having at least one dog configured to engage the at least one recess in response to a setting force being applied to the second component, wherein the first profile is a landing profile and the setting force lands the second profile on the first profile, and at least one of the first or second profiles (18, 22) are at least partially degradable to reduce or prevent swaging due to additional force being applied to the second component after the setting force. a first component having a first profile and a second component having a second profile operatively arranged to form an engagement for locating the first component in a borehole with respect to the second component, at least one of the first profile or the second profile being at least partially degradable by exposure to a downhole fluid; characterised by the first component having at least one recess and the second component having at least one dog configured to engage the at least one recess in response to a setting force being applied to the second component, wherein the first profile is a landing profile and the setting force lands the second profile on the first profile, and at least one of the first or second profiles (18, 22) are at least partially degradable to reduce or prevent swaging due to additional force being applied to the second component after the setting force.
Conching apparatus, comprising: - a container which forms a receiving space for a product mass, - a shaft which is accommodated at least in part in the container and is configured to rotate about its longitudinal axis, and - at least one conching tool which is coupled with the shaft for joint rotation therewith so that the conching tool, during conching operation of the conching apparatus, moves in a first direction of revolution along a path of revolution, wherein the conching tool comprises an active surface facing the inside wall of the container, wherein the active surface is configured such that a radial gap between the inside wall of the container and the active surface decreases at least in part when viewed contrary to the first direction of revolution, characterised in that - the receiving space, in a region seen in the direction of the longitudinal axis, has a largest cross-section, wherein - a radial extent of the receiving space increases from each axial end (26, 30) of the receiving space to the region of the largest cross-section of the receiving space, and wherein a product outlet and/or an air outlet is arranged in or in the vicinity of the region of the largest cross-section. - a container which forms a receiving space for a product mass, - a shaft which is accommodated at least in part in the container and is configured to rotate about its longitudinal axis, and - at least one conching tool which is coupled with the shaft for joint rotation therewith so that the conching tool, during conching operation of the conching apparatus, moves in a first direction of revolution along a path of revolution, wherein the active surface is configured such that a radial gap between the inside wall of the container and the active surface decreases at least in part when viewed contrary to the first direction of revolution, characterised in that - the receiving space, in a region seen in the direction of the longitudinal axis, has a largest cross-section, wherein - a radial extent of the receiving space increases from each axial end (26, 30) of the receiving space to the region of the largest cross-section of the receiving space, and wherein a product outlet and/or an air outlet is arranged in or in the vicinity of the region of the largest cross-section. - the receiving space, in a region seen in the direction of the longitudinal axis, has a largest cross-section, wherein - a radial extent of the receiving space increases from each axial end (26, 30) of the receiving space to the region of the largest cross-section of the receiving space, and wherein a product outlet and/or an air outlet is arranged in or in the vicinity of the region of the largest cross-section.