mhurhangee/ep-ind-claims huggingface dataset:
A method of generating multi-view video using camera parameter information, comprising: receiving input bitstreams comprising camera parameter information of each of a plurality of videos, wherein the camera parameter information comprises a flag which indicates a presence of camera parameters in each of the plurality of videos, extracting camera parameter information of each of the plurality of videos from input bitstreams in predetermined video units; and generating the multi-view video based on the camera parameter information which is extracted, wherein the camera parameters comprises intrinsic camera characteristics comprising a focal length and a principal point, wherein the flag being equal to 1 indicates the presence of camera parameters and the flag being equal to 0 indicates the absence of camera parameters. receiving input bitstreams comprising camera parameter information of each of a plurality of videos, wherein the camera parameter information comprises a flag which indicates a presence of camera parameters in each of the plurality of videos, extracting camera parameter information of each of the plurality of videos from input bitstreams in predetermined video units; and generating the multi-view video based on the camera parameter information which is extracted, wherein the camera parameters comprises intrinsic camera characteristics comprising a focal length and a principal point, wherein the flag being equal to 1 indicates the presence of camera parameters and the flag being equal to 0 indicates the absence of camera parameters.
An orthopedic revision system comprising: a base member having a collar portion and at least one stabilization portion extending outwardly from the collar portion; and a stem member having an attachment portion and a shaft portion, wherein the stem member is configured to be received at least partially through an opening in the collar portion such that the attachment portion lies adjacent the collar portion and the shaft portion lies adjacent the at least one stabilizing portion; and characterized in that the base member has an initial configuration and a revision configuration, the collar portion of the base member being configured to be closed in the initial configuration and to define the opening in the revision configuration. a base member having a collar portion and at least one stabilization portion extending outwardly from the collar portion; and a stem member having an attachment portion and a shaft portion, wherein the stem member is configured to be received at least partially through an opening in the collar portion such that the attachment portion lies adjacent the collar portion and the shaft portion lies adjacent the at least one stabilizing portion; and characterized in that the base member has an initial configuration and a revision configuration, the collar portion of the base member being configured to be closed in the initial configuration and to define the opening in the revision configuration.
A Cu(In,Ga)Se 2 (CIGS)-based thin-film solar cell, comprising a mild steel substrate having a thickness of between 0.025 and 3.0 mm coated on at least one side with a nickel layer on top thereof and a chromium layer on top of the nickel layer to form a coated mild steel substrate, the nickel and chromium layers jointly forming a barrier layer, wherein the coated mild steel substrate is further coated with a CIGS-based solar cell comprising: a) a molybdenum back contact layer b) a CIGS active layer c) an n-type semiconductor layer such as a CdS or a ZnS layer d) a transparent conductive oxide layer, wherein the nickel layer thickness is between 0.25 and 5.5 μm, and the chromium layer thickness is between 0.01 and 0.30 μm. a) a molybdenum back contact layer b) a CIGS active layer c) an n-type semiconductor layer such as a CdS or a ZnS layer d) a transparent conductive oxide layer, wherein the nickel layer thickness is between 0.25 and 5.5 μm, and the chromium layer thickness is between 0.01 and 0.30 μm.
Mortar comprising water, binder and fine aggregate, wherein the binder includes cement and fine mineral powder, wherein the fine aggregate is air granulated ferronickel slag, and weight ratio of water to a combination of the binder and the fine aggregate is 7.0% or more and 9.0% or less and a water absorption rate of the fine aggregate, defined as (absorbed water weight/oven dry weight) × 100 (%), is 1.5% or more and 3.5% or less, and equilibrium moisture content of the fine aggregate, determined as the saturation point that the moisture content reaches by drying the fine aggregate at a temperature of about 20°C and at a relative humidity of about 95% after the fine aggregate is saturated with water, is 0.10% or more and 0.30% or less. wherein the fine aggregate is air granulated ferronickel slag, and weight ratio of water to a combination of the binder and the fine aggregate is 7.0% or more and 9.0% or less and a water absorption rate of the fine aggregate, defined as (absorbed water weight/oven dry weight) × 100 (%), is 1.5% or more and 3.5% or less, and equilibrium moisture content of the fine aggregate, determined as the saturation point that the moisture content reaches by drying the fine aggregate at a temperature of about 20°C and at a relative humidity of about 95% after the fine aggregate is saturated with water, is 0.10% or more and 0.30% or less.
A gripping system for a press brake having a gripping device for manipulating a bending tool, the gripping device comprising a first gripping arm and a second gripping arm that is displaceable in the clamping direction relative to the first gripping arm, said gripping arms being configured to engage in a gripping groove (17, 18) of a bending tool and to clamp the bending tool, and the gripping device is arranged on a carriage system, said carriage system comprising a horizontal linear guide by means of which the gripping device is displaceable towards the gripping groove (17, 18) or away from the gripping groove (17, 18) in the longitudinal direction of the gripping arms (21, 22) and the carriage system comprises a vertical linear guide on which the horizontal linear guide with the gripping device arranged thereon is disposed so as to be vertically displaceable, characterized in that the horizontal linear guide comprises a guide carriage guided on a guide rail on which the gripping device is received, wherein the guide carriage can be positioned by means of a pneumatic cylinder, between an extended insertion position and a retracted rest position, wherein a further actuator is disposed between the guide rail and the pneumatic cylinder by means of which the pneumatic cylinder can be moved and the extended insertion position of the pneumatic cylinder can thus be varied.
A carrier unit for a produce sorting system, the carrier unit comprising:(i) a carrier frame, the frame comprising a first side, a second side opposite the first side, a first end, and a second end opposite the first end, the carrier frame including linking structure at the first and second ends configured to link to carrier frames of adjacent carrier units; (ii) a produce roller retained by the carrier frame, the produce roller configured to be moved between raised and lowered states relative to the carrier frame; and (iii) a produce cup, the produce cup configured to tip from an upright state to the first side of the carrier frame and to tip from the upright state to the second side of the carrier frame, the produce cup further configured to move along a vertical axis relative to the carrier frame, the produce cup supported by a weighing member when the produce cup is in the upright state, wherein the weighing member including a weighing contact surface located underneath the produce cup when in the upright state and characterised in that the weighing contact surface is located between the first and second sides of the carrier frame.
A method for forming packs of flat bags wherein a continuous line of bags moving in an oriented direction of advance is received, the bags are moved above a receiving table on which the bags are stacked while being stopped in the oriented direction of advance by an abutment, characterized in that the continuous line of bags is converted into a line of overlapped bags before stacking them, and in that the bags are separated above the receiving table by separating means including a separating device, operation during which the separating device is inserted by a movement in a separating direction perpendicular to the plane of the bags between a preceding bag and a following bag in the overlapped line such that, when the following bag stops against the abutment, it is at least partially supported by the separating means.
A manufacturing method of a U-shaped stringer fabricated preformed structure, the manufacturing method adopting a mold for preforming of a U-shaped stringer, wherein the mold for preforming of a U-shaped stringer comprises: a base; a rigid mold, detachably arranged on the base, the rigid mold being of a U-shaped structure and wrapping around three adjacent external sidewall surfaces of the base; and an elastic mold, arranged on the rigid mold, the elastic mold being of a U-shaped structure and wrapping around external sidewall surfaces of the rigid mold; and wherein manufacturing method of a U-shaped stringer fabricated preformed structure comprises: installing the rigid mold on the base; laying a multi-layer structure on the rigid mold, and curing and milling the multi-layer structure to form the elastic mold having a U-shaped structure; laying a prepreg layer on the elastic mold, forming a U-shaped prepreg layer by performing vacuum preloading on the prepreg layer, and forming a U-shaped stringer preformed structure by the base, the rigid mold, the elastic mold, and the U-shaped prepreg layer; and distributing a plurality of U-shaped stringer preformed structures in a horizontal direction, and disposing an intermediate interlayer between every two adjacent U-shaped stringer preformed structures. a base; a rigid mold, detachably arranged on the base, the rigid mold being of a U-shaped structure and wrapping around three adjacent external sidewall surfaces of the base; and an elastic mold, arranged on the rigid mold, the elastic mold being of a U-shaped structure and wrapping around external sidewall surfaces of the rigid mold; and wherein manufacturing method of a U-shaped stringer fabricated preformed structure comprises: installing the rigid mold on the base; laying a multi-layer structure on the rigid mold, and curing and milling the multi-layer structure to form the elastic mold having a U-shaped structure; laying a prepreg layer on the elastic mold, forming a U-shaped prepreg layer by performing vacuum preloading on the prepreg layer, and forming a U-shaped stringer preformed structure by the base, the rigid mold, the elastic mold, and the U-shaped prepreg layer; and distributing a plurality of U-shaped stringer preformed structures in a horizontal direction, and disposing an intermediate interlayer between every two adjacent U-shaped stringer preformed structures. installing the rigid mold on the base; laying a multi-layer structure on the rigid mold, and curing and milling the multi-layer structure to form the elastic mold having a U-shaped structure; laying a prepreg layer on the elastic mold, forming a U-shaped prepreg layer by performing vacuum preloading on the prepreg layer, and forming a U-shaped stringer preformed structure by the base, the rigid mold, the elastic mold, and the U-shaped prepreg layer; and distributing a plurality of U-shaped stringer preformed structures in a horizontal direction, and disposing an intermediate interlayer between every two adjacent U-shaped stringer preformed structures.
A system comprising: a display (122, 440) capable of displaying content (210, 310); a manipulable input device (120, 240, 420) capable of enabling a user to interact with the displayed content and a visualization of the displayed content; and a gesture based input device (430, 600) with-access to only the visualization of the displayed content and being capable of enabling the user to interact only with the visualization of the displayed content and only in a non-destructive way, wherein when interacting with the gesture based input device, the visualization of the displayed content reverts to its prior state upon cessation of a gesture (230, 320, 640), and wherein the gesture based input device is a vision based input device comprising at least one of a stereo camera system (150, 160, 620, 630) and a monocular camera. a display (122, 440) capable of displaying content (210, 310); a manipulable input device (120, 240, 420) capable of enabling a user to interact with the displayed content and a visualization of the displayed content; and a gesture based input device (430, 600) with-access to only the visualization of the displayed content and being capable of enabling the user to interact only with the visualization of the displayed content and only in a non-destructive way, wherein when interacting with the gesture based input device, the visualization of the displayed content reverts to its prior state upon cessation of a gesture (230, 320, 640), and wherein the gesture based input device is a vision based input device comprising at least one of a stereo camera system (150, 160, 620, 630) and a monocular camera.
An imaging device having a plurality of imaging units (101, 102), wherein, by a distance detection unit of the imaging device, in a first region which is a part of a common imaging region (201, 208) common to respective images imaged by each of the plurality of imaging units (101, 102), a distance for each of a plurality of image elements in the first region is calculated on the basis of a disparity between the plurality of images by stereo processing over the entire first region, and in a second region, which is a part of the common imaging region different from the first region and has included therein a partial region, a distance for each image element in the partial region is calculated on the basis of the disparity between the plurality of images by stereo processing over the partial region; characterised in that the imaging device includes a first object detection unit performing first object detection, whereby image elements in the first region are grouped into a group of image elements when their respective calculated distances nearly have the same distance, and when a size of the group of image elements is a constant value, the group of image elements is detected as an object; a second object detection unit for performing second object detection of an object by monocular processing for the second region; and a region control unit for designating as the partial region of the second region a region including the object detected by the second object detection unit.
A method of setting radio access capability for a mobile communication device (12, 20) capable of a plurality of radio access technologies, RATs, the method comprising the steps of: utilizing an LTE system as a first RAT of the plurality of RATs to send subscribing information of the mobile communication device to a network; and disabling capability of the first RAT when a reject message corresponding to the subscribing information is received from the network, utilizing a second RAT of the plurality of RATs to send capability information to the network, wherein the capability information indicates that capability of the first RAT is removed, wherein the second RAT is a different technology from the first RAT; and requesting the network for a call establishment utilizing the second RAT. utilizing an LTE system as a first RAT of the plurality of RATs to send subscribing information of the mobile communication device to a network; and disabling capability of the first RAT when a reject message corresponding to the subscribing information is received from the network, utilizing a second RAT of the plurality of RATs to send capability information to the network, wherein the capability information indicates that capability of the first RAT is removed, wherein the second RAT is a different technology from the first RAT; and requesting the network for a call establishment utilizing the second RAT.
An apparatus for conveying root crops, which is configured as a screening belt for separating admixtures from the root crops during conveying, comprising a carrying device which circulates in a circulation direction during operation and is at least partly formed by a plurality of in particular rigid carrying elements which are movable relative to one another, partly forms at least one receiving region and is configured to carry the root crops, and at least one transverse separating device which extends at least partially in a transverse direction and delimits the receiving region in the circulation direction, wherein the receiving region from the outside adjoins an interior space which is bordered by an interior space surface extending parallel to the transverse direction and, in side view, running exclusively in the circulation direction and at least one protruding part of the transverse separating device is arranged, in side view, outside the interior space, wherein the apparatus comprises at least one longitudinal separating device which extends at an angle, in particular at right angles, to the extent direction of the transverse separating device and parallel to the interior space surface, of which at least one protruding part is arranged, in side view, outside the interior space and which delimits two receiving regions adjacent to one another in the transverse direction, wherein the at least one transverse separating device and/or the at least one longitudinal separating device is at least partly formed by a plurality of separating elements (13, 15), which are arranged in a row along the transverse direction or along a direction at an angle to the transverse direction and extend towards the outside in side view, characterized in that the carrying device has a plurality of screening bars which run linearly in the transverse direction and are arranged adjacent and parallel to one another in the circulation direction and are arranged with their ends on lateral endless carriers, which are configured to run over deflecting rollers and may be driven during operation.
A composite layer comprising a plurality of longitudinal first zones comprised of a first polymeric material alternating with a plurality of longitudinal second zones comprised of a second polymeric material such that one first zone is disposed between two adjacent second zones, wherein the zones (82a, 82b) are generally parallel to one another, and at least one of each first zone or each second zone has a maximum width dimension of not greater than 2 mm, wherein adjacent first and second zones (82a, 82b) have an average pitch (P 5), wherein for the composite layer there is an average of said average pitches (P 5), and wherein the average pitch (P 5) for any adjacent first and second zones (82a, 82b) is within 20 percent of said average of said average pitches (P 5).
MOBILE FACTORY OF STEEL SHEET COIL HELICAL PIPE for obtaining a helical pipe from steel sheet coils, said mobile factory comprising an equipment mounted on an autonomous low trailer, raft or container-type structure; said equipment defining a production line comprising the following consecutively positioned elements: - an unwinder adapted to receive a steel sheet coil; - at least one press; - a first and a second drive puller (7, 8) adapted to move the steel sheet along the production line, with the aid of guide tables (14, 15, 16); - a calander; - a welding machine comprising a wire welding system; the trailer, raft or container-type structure being adapted to provide energy supply to the equipment; said equipment being characterized by further comprising: - a steel sheet straightener, followed by - a beveler configured to make chamfers ranging from 15° to 30° on side edges of the steel sheet; said steel sheet straightener and beveler being positioned proceeding the calander and the welding machine. - an unwinder adapted to receive a steel sheet coil; - at least one press; - a first and a second drive puller (7, 8) adapted to move the steel sheet along the production line, with the aid of guide tables (14, 15, 16); - a calander; - a welding machine comprising a wire welding system; the trailer, raft or container-type structure being adapted to provide energy supply to the equipment; said equipment being characterized by further comprising: - a steel sheet straightener, followed by - a beveler configured to make chamfers ranging from 15° to 30° on side edges of the steel sheet; - a steel sheet straightener, followed by - a beveler configured to make chamfers ranging from 15° to 30° on side edges of the steel sheet; said steel sheet straightener and beveler being positioned proceeding the calander and the welding machine.
A bearing comprising an inner ring, an outer ring and intermediate rotational means, said bearing further comprising a sealing device which comprises a first seal fitted between the inner and the outer ring of the bearing and comprising an axially extending annular lip, and a second seal, wherein the second seal comprises a through shaft portion extending into a bore of the inner ring, a radial portion extending along the radial extension of the bearing, covering the inner ring and at least part of the first seal, characterised in that the second seal comprises further an annular groove arranged to interact with the annular lip of the first seal so as to create a labyrinth seal between the first and second seal, wherein the labyrinth seal seals a pocket between the inner ring, the second seal, and the first seal. a first seal fitted between the inner and the outer ring of the bearing and comprising an axially extending annular lip, and a second seal, wherein the second seal comprises a through shaft portion extending into a bore of the inner ring, a radial portion extending along the radial extension of the bearing, covering the inner ring and at least part of the first seal, characterised in that the second seal comprises further an annular groove arranged to interact with the annular lip of the first seal so as to create a labyrinth seal between the first and second seal, wherein the labyrinth seal seals a pocket between the inner ring, the second seal, and the first seal. a through shaft portion extending into a bore of the inner ring, a radial portion extending along the radial extension of the bearing, covering the inner ring and at least part of the first seal, characterised in that the second seal comprises further an annular groove arranged to interact with the annular lip of the first seal so as to create a labyrinth seal between the first and second seal, wherein the labyrinth seal seals a pocket between the inner ring, the second seal, and the first seal.
Use of a marker for in-vitro or ex-vivo detection of systemic sclerosis (SSc), characterised in that the marker is a peptide, which consists of a sequence selected from SEQ ID no. 1 SPQPSASSSSQFSTSGGPWARERRAGEEPV, SEQ ID no. 3 SPQPSASSSSQF, SEQ ID no. 4 SSQFSTSGGPWAR, SEQ ID no. 6 GGPWARERRAGEEPV, or a part sequence of SEQ ID no. 1, wherein the part sequence has a length of 12 or 13 amino acids. SEQ ID no. 1 SPQPSASSSSQFSTSGGPWARERRAGEEPV, SEQ ID no. 3 SPQPSASSSSQF, SEQ ID no. 4 SSQFSTSGGPWAR, SEQ ID no. 6 GGPWARERRAGEEPV,