mhurhangee/patent-ind-claim-en huggingface dataset:
A method for manufacturing an organic device , comprising: applying a photoresist onto at least an active first region arranged on a substrate of the organic device ; removing the photoresist from the substrate in a second region adjacent to the active first region ; applying a passivation layer onto the active first region and the second region over the entire area; and removing the photoresist and the passivation layer in the active first region so as to generate an insulation edge in the passivation layer having an opened region ; wherein the insulation edge is an edge between the passivation layer and the photoresist that becomes exposed after removing the photoresist and the passivation layer in the active first area ; wherein the method includes the step of applying a contacting layer before applying the photoresist so as to form a first portion of the active first region . wherein the method includes the step of depositing at least an organic layer onto at least the active first region in the opened region after the step of removing the photoresist and the passivation layer in the active first region so as to form another portion of the active first region ; and wherein the method includes the step of applying a metallization layer onto the at least one organic layer . applying a photoresist onto at least an active first region arranged on a substrate of the organic device ; removing the photoresist from the substrate in a second region adjacent to the active first region ; applying a passivation layer onto the active first region and the second region over the entire area; and removing the photoresist and the passivation layer in the active first region so as to generate an insulation edge in the passivation layer having an opened region ; wherein the insulation edge is an edge between the passivation layer and the photoresist that becomes exposed after removing the photoresist and the passivation layer in the active first area ; wherein the method includes the step of applying a contacting layer before applying the photoresist so as to form a first portion of the active first region . wherein the method includes the step of depositing at least an organic layer onto at least the active first region in the opened region after the step of removing the photoresist and the passivation layer in the active first region so as to form another portion of the active first region ; and wherein the method includes the step of applying a metallization layer onto the at least one organic layer .
A rotor blade for a wind turbine , comprising: - a rotor blade root for fixing the rotor blade to the hub of a wind turbine , - an inner blade portion which extends from the rotor blade root in the direction of a longitudinal extension of the rotor blade , - a rear edge segment for increasing the depth of the rotor blade in the profile depth direction in the region of the inner blade portion , wherein the rear edge segment is fixed to the inner blade portion and has an edge facing the inner blade portion , wherein a cover lip (216, 216", 216") which overlaps with the edge is arranged in a transition region from the inner blade portion to the edge of the rear edge segment , wherein the cover lip (216, 216', 216") has a pocket with a depth (T), in which the edge of the rear edge segment is received movably along the depth of the pocket , characterized in that the pocket has one or more anti-friction members with an anti-friction surface for slidingly receiving the edge of the rear edge segment . - a rotor blade root for fixing the rotor blade to the hub of a wind turbine , - an inner blade portion which extends from the rotor blade root in the direction of a longitudinal extension of the rotor blade , - a rear edge segment for increasing the depth of the rotor blade in the profile depth direction in the region of the inner blade portion , wherein the rear edge segment is fixed to the inner blade portion and has an edge facing the inner blade portion , wherein a cover lip (216, 216", 216") which overlaps with the edge is arranged in a transition region from the inner blade portion to the edge of the rear edge segment , wherein the cover lip (216, 216', 216") has a pocket with a depth (T), in which the edge of the rear edge segment is received movably along the depth of the pocket , characterized in that the pocket has one or more anti-friction members with an anti-friction surface for slidingly receiving the edge of the rear edge segment .
A roaming handoff method, used in Inter-frequency networking for access in a high-density scenario in a wireless local area network, comprising: determining , by a central control device, at least one target remote access unit RRU based on a location and a displacement vector of a station; sending , by the central control device, a channel switching instruction to an original RRU, wherein the channel switching instruction comprises at least one target RRU; sending , by the central control device, a first preferential access right reservation notification to a first target RRU to instruct the first target RRU to reserve a preferential access right for the station, wherein the first target RRU is one of the at least one target RRU; wherein the preferential access right indicates that when receiving a connection request of the station, the target RRU preferentially replies with a connection response and preferentially provides access for the station; receiving , by the central control device, a first connection request of the station preferentially sent by the first target RRU; and sending , by the central control device, a first connection response to the first target RRU, wherein the first connection response comprises a first connection return code. determining , by a central control device, at least one target remote access unit RRU based on a location and a displacement vector of a station; sending , by the central control device, a channel switching instruction to an original RRU, wherein the channel switching instruction comprises at least one target RRU; sending , by the central control device, a first preferential access right reservation notification to a first target RRU to instruct the first target RRU to reserve a preferential access right for the station, wherein the first target RRU is one of the at least one target RRU; wherein the preferential access right indicates that when receiving a connection request of the station, the target RRU preferentially replies with a connection response and preferentially provides access for the station; receiving , by the central control device, a first connection request of the station preferentially sent by the first target RRU; and sending , by the central control device, a first connection response to the first target RRU, wherein the first connection response comprises a first connection return code.
A dust collector, comprising: a cylindrical housing configured to form an outer appearance of the dust collector; a cyclone provided inside the housing and configured to generate a first swirling flow to separate dust from air introduced into the housing ; axial inlet type tubes configured to receive air and fine dust that have passed through the cyclone , and generate second swirling flows to separate the fine dust from the received air; and a mesh configured to surround the axial inlet type tubes and to form a boundary between the cyclone and the axial inlet type tubes , characterized in that the axial inlet type tubes are positioned in four groups in four respective quadrants within the housing , the axial inlet type tubes belonging to the same group are arranged to face the same direction, and the axial inlet type tubes belonging to different groups are arranged to face different directions. a cylindrical housing configured to form an outer appearance of the dust collector; a cyclone provided inside the housing and configured to generate a first swirling flow to separate dust from air introduced into the housing ; axial inlet type tubes configured to receive air and fine dust that have passed through the cyclone , and generate second swirling flows to separate the fine dust from the received air; and a mesh configured to surround the axial inlet type tubes and to form a boundary between the cyclone and the axial inlet type tubes , characterized in that the axial inlet type tubes are positioned in four groups in four respective quadrants within the housing , the axial inlet type tubes belonging to the same group are arranged to face the same direction, and the axial inlet type tubes belonging to different groups are arranged to face different directions.
A substrate treating apparatus for performing a predetermined treatment on a substrate, the apparatus comprising: a design information memory unit configured to store three-dimensional design information about at least target components to be detected for an abnormality; an imaging unit configured to capture a real image including the target components; a matching processing unit configured to determine which of the target components matches a real image shape as a two-dimensional shape in the real image captured by the imaging unit in accordance with a degree of coincidence of feature points between the real image shape and a two-dimensional design shape based on three-dimensional design information about the target components; and an abnormality detecting unit configured to detect an abnormality of a target component, matched in the matching processing unit, through comparison between reality information about the matched target component based on the real image and normal information based on three-dimensional design information when the matched target component is normal. a design information memory unit configured to store three-dimensional design information about at least target components to be detected for an abnormality; an imaging unit configured to capture a real image including the target components; a matching processing unit configured to determine which of the target components matches a real image shape as a two-dimensional shape in the real image captured by the imaging unit in accordance with a degree of coincidence of feature points between the real image shape and a two-dimensional design shape based on three-dimensional design information about the target components; and an abnormality detecting unit configured to detect an abnormality of a target component, matched in the matching processing unit, through comparison between reality information about the matched target component based on the real image and normal information based on three-dimensional design information when the matched target component is normal.
Plugging device comprising a plug pin (S) and a contact sleeve with a cavity (HR) extending in the direction of a insertion axis (A) for receiving the corresponding plug pin (S), containing: - at least two contact fingers which are arranged parallel to one another around the cavity (HR), the contact fingers moving elastically apart when the plug pin is inserted, widening the cavity; - at least one depression in the inner side facing the cavity (HR) of at least one contact finger , characterized in that the depression is located in a contact area (KF) at the inner side and forms therewith an edge angle (α) of less than about 100°, wherein the contact area (KF) is that surface at the inner side of the contact finger , which comes into contact with the plug pin when inserting the plug pin (S). - at least two contact fingers which are arranged parallel to one another around the cavity (HR), the contact fingers moving elastically apart when the plug pin is inserted, widening the cavity; - at least one depression in the inner side facing the cavity (HR) of at least one contact finger ,
A roll cap that is mountable at an end of a spool of a roll (12-15) of a ribbon supply , comprising: a cap body having a first end , a second end opposite the first end, and a central axis (A-A) extending from the first end to the second end; a neck that extends from the first end toward the second end and that is sized to fit into the end of the spool; a first flange formed on the cap body at an end of the neck, the first flange is positioned between the neck and the second end; a second flange formed on the cap body at a position so that the first flange is between the neck and the second flange; the first flange and the second flange define a channel therebetween; and a protrusion projecting from the second end of the cap body in a direction away from the first end, and the protrusion is centrally located on the second end with the central axis extending through the center of the protrusion. a cap body having a first end , a second end opposite the first end, and a central axis (A-A) extending from the first end to the second end; a neck that extends from the first end toward the second end and that is sized to fit into the end of the spool; a first flange formed on the cap body at an end of the neck, the first flange is positioned between the neck and the second end; a second flange formed on the cap body at a position so that the first flange is between the neck and the second flange; the first flange and the second flange define a channel therebetween; and a protrusion projecting from the second end of the cap body in a direction away from the first end, and the protrusion is centrally located on the second end with the central axis extending through the center of the protrusion.
Apparatus for connecting a front component of a movable furniture part to a side component of the movable furniture part , wherein the apparatus is designed to be fastened to the side component of the movable furniture part , wherein the apparatus has a locking unit , a fastening element , a spring element and a locking member , wherein the locking unit comprises a locking element , wherein the fastening element is designed to be arranged in a positionally fixed manner on the side component , wherein the locking unit is mounted on the fastening element so as to be pivotable about a pivot axis, wherein the locking member is designed to be arranged on the front component , wherein the locking element is lockable with the locking member in the arranged state on the movable furniture part , wherein the locking element has force applied to it by the spring element , such that, during a locking operation with the locking member , the locking element is pivotable about the pivot axis counter to a force of the spring element , wherein the locking unit has a bearing element and a resetting device, wherein the locking element is mounted on the bearing element in a linearly displaceable manner, wherein the locking element is movable relative to the bearing element by means of the resetting device, wherein the bearing element is pivotable about the pivot axis relative to the fastening element . wherein the apparatus is designed to be fastened to the side component of the movable furniture part , wherein the apparatus has a locking unit , a fastening element , a spring element and a locking member , wherein the locking unit comprises a locking element , wherein the fastening element is designed to be arranged in a positionally fixed manner on the side component , wherein the locking unit is mounted on the fastening element so as to be pivotable about a pivot axis, wherein the locking member is designed to be arranged on the front component , wherein the locking element is lockable with the locking member in the arranged state on the movable furniture part , wherein the locking element has force applied to it by the spring element , such that, during a locking operation with the locking member , the locking element is pivotable about the pivot axis counter to a force of the spring element , wherein the locking unit has a bearing element and a resetting device, wherein the locking element is mounted on the bearing element in a linearly displaceable manner, wherein the locking element is movable relative to the bearing element by means of the resetting device, wherein the bearing element is pivotable about the pivot axis relative to the fastening element .
Building element comprising of a block made of a fibrous material, and forming elements which are disposed on the surfaces of the block and comprise a pair of frames interconnected by at least one transverse brace to form a single structure, the building element also comprising a forming mesh , which is disposed between the fibrous material block and the frames on top of the transverse braces that connect the frames , outer and inner walls , which are fastened from the outer sides of the frames ; and membranes , which are disposed above the frames between the walls and the frames characterized in that the mesh is also disposed above the fibrous material block in use, and the outer contour of the frames comprising curvilinear jigsaw-like locking elements.
A method for protecting a movable machine part of a machine, in particular a robot arm, wherein a respective distance value is measured along a plurality of visual beams by at least one contactless distance sensor (12a-b) that is moved along with the machine part , and the measured distance values are compared with at least one adjustable distance threshold in order to decide whether a safety-related reaction of the machine is initiated, wherein the visual beams of a length corresponding to the distance threshold form a protective bell for the movable machine part, characterized in that a pose of the distance sensor (12a-b) is determined from a forward kinematics of the movable machine part , in that the topography of an environment of the machine, i.e. a 3D contour formed by a working surface and objects on the working surface , is detected by an earlier measurement and/or a measurement during operation with at least one topography sensor or is known as a 3D model, in particular CAD model, in that a respective maximum distance to the environment is determined for the visual beams by calculation on the basis of the topography, and in that an adaptation of the at least one distance threshold is done on the basis of the maximum distance.
An electrical distribution apparatus comprising: a backplane for supporting a plurality of electrical devices , said backplane comprising a first side edge and a second side edge ; a bus bar assembly coupled to said backplane ; a frame that supports said backplane ; and at least one positioning member that facilitates positioning said backplane relative to said frame , said at least one positioning member at least partially supporting said backplane such that said backplane is positionable between a first position and a second position, wherein said backplane contacts said frame in the second position, characterized in that at least one of said at least one positioning member comprises a first flange and a second flange , said first flange extending from said first side edge of said backplane , and said second flange extending from said second side edge of said backplane . a backplane for supporting a plurality of electrical devices , said backplane comprising a first side edge and a second side edge ; a bus bar assembly coupled to said backplane ; a frame that supports said backplane ; and at least one positioning member that facilitates positioning said backplane relative to said frame , said at least one positioning member at least partially supporting said backplane such that said backplane is positionable between a first position and a second position, wherein said backplane contacts said frame in the second position, characterized in that at least one of said at least one positioning member comprises a first flange and a second flange , said first flange extending from said first side edge of said backplane , and said second flange extending from said second side edge of said backplane .
A method for producing a conduit for conveying a gas, being semi-rigid, comprising the steps of: - arranging a mandrel, a first tape made of thermoplastic material, a second tape made of thermoplastic material and a third tape made of insulating material, - forming a ribbon , comprising three layers and continuous, by superposing the second tape with the first tape and interposing the third tape between the two, - winding the ribbon in a helical fashion onto the mandrel partially superposing the portions , adjacent to one another, of the ribbon itself so as to realize a tubular body wherein the first tape faces towards the inside of the tubular body itself, - heating the ribbon so as to heat seal the portions , that are superposed, of the ribbon , wherein the step of heating the ribbon so as to heat seal the portions envisages heating through a flow of air. - arranging a mandrel, a first tape made of thermoplastic material, a second tape made of thermoplastic material and a third tape made of insulating material, - forming a ribbon , comprising three layers and continuous, by superposing the second tape with the first tape and interposing the third tape between the two, - winding the ribbon in a helical fashion onto the mandrel partially superposing the portions , adjacent to one another, of the ribbon itself so as to realize a tubular body wherein the first tape faces towards the inside of the tubular body itself, - heating the ribbon so as to heat seal the portions , that are superposed, of the ribbon ,
A method of manufacturing a composite connector for a fluid transfer conduit , the method comprising: providing a tubular mandrel which extends substantially parallel to a central axis (C); winding continuous fibre reinforcement , impregnated with a thermosetting polymer, around the mandrel to form a tubular hub portion which extends substantially parallel to the central axis (C); curing the hub portion ; placing the hub portion into a mould featuring at least one cavity ; and introducing polymer into the mould so as to fill the at least one cavity to form a flange portion around the hub portion ; characterised by : forming at least one keying feature in or on the hub portion before it is placed in the mould to provide a mechanical connection between the hub portion and the flange portion . providing a tubular mandrel which extends substantially parallel to a central axis (C); winding continuous fibre reinforcement , impregnated with a thermosetting polymer, around the mandrel to form a tubular hub portion which extends substantially parallel to the central axis (C); curing the hub portion ; placing the hub portion into a mould featuring at least one cavity ; and introducing polymer into the mould so as to fill the at least one cavity to form a flange portion around the hub portion ; characterised by : forming at least one keying feature in or on the hub portion before it is placed in the mould to provide a mechanical connection between the hub portion and the flange portion .
A pleasant sound making device (A, B, C) for a facility apparatus sound which makes a sound generated by a facility apparatus which operates a driving part, into a pleasant sound, characterised in that the pleasant sound making device (A, B, C) comprises: signal processing means configured to select, in advance based on a subjective view and physiological response of humans with respect to a sound existing in nature, a signal obtained upon suppression of a portion of a frequency component of a temporal variation characteristic of the sound existing in nature, which coincides with or is approximate to an eigenfrequency of a housing of the facility apparatus provided with the driving part, and generating an operation signal for the driving part based on the selected signal.