mhurhangee/patent-ind-claim-en huggingface dataset:
A system for impressed current cathodic protection of a marine structure to be in contact with water , the system comprising the marine structure and further comprising - a power source arranged to provide a supply current to generate an electrical potential of the marine structure with respect to the water for the impressed current cathodic protection, and - a load arrangement arranged on the marine structure and to be in contact with the water , the load arrangement comprising - at least one electrode arranged to extend from the load arrangement into the water for transferring the supply current via the water, - at least one power node , and - at least one load coupled between the electrode and the power node and arranged to receive a load current, the power source having a first pole connected to the marine structure and a second pole ; wherein the load arrangement is arranged to use the supply current to provide the load current, characterized in that the second pole of the power source is galvanically connected to the at least one power node . - a power source arranged to provide a supply current to generate an electrical potential of the marine structure with respect to the water for the impressed current cathodic protection, and - a load arrangement arranged on the marine structure and to be in contact with the water , the load arrangement comprising - at least one electrode arranged to extend from the load arrangement into the water for transferring the supply current via the water, - at least one power node , and - at least one load coupled between the electrode and the power node and arranged to receive a load current, - at least one electrode arranged to extend from the load arrangement into the water for transferring the supply current via the water, - at least one power node , and - at least one load coupled between the electrode and the power node and arranged to receive a load current,
A tool bit for an ultrasonic osteotome, comprising: an arbor ; and an end portion of the tool bit connected to a front end of said arbor , said end portion of the tool bit has a hook-like shape and includes a hook tip , a hook handle , as well as a hook-shaped interconnecting piece which is interconnected between said hook tip and said hook handle , said hook handle is connected with said arbor ; characterized in that an inner side edge of said hook-shaped interconnecting piece comprises teeth provided on the inner side edge of said hook-shaped interconnecting piece , wherein the tooth pitch (D) of adjacent said teeth increases gradually from said hook tip to said hook handle . an arbor ; and an end portion of the tool bit connected to a front end of said arbor , said end portion of the tool bit has a hook-like shape and includes a hook tip , a hook handle , as well as a hook-shaped interconnecting piece which is interconnected between said hook tip and said hook handle , said hook handle is connected with said arbor ; characterized in that an inner side edge of said hook-shaped interconnecting piece comprises teeth provided on the inner side edge of said hook-shaped interconnecting piece , wherein the tooth pitch (D) of adjacent said teeth increases gradually from said hook tip to said hook handle .
A cooling plate having a first portion and, adjoining thereto, at least one second portion reaching up to a distal end , wherein: - the second portion comprises, at least in sections between its border to the first portion and the distal end , a plurality of strips extending in the direction away from the first portion toward the distal end , - the strips extend, at least in sections between the border and the distal end , in a plurality of planes offset in relation to one another, - spaces are formed between the adjacent strips , and - the strips are arranged, at least in sections between the border and the distal end , so as to be twisted about axes extending in each case from the border to the distal end , characterised in that the strips are bent alternately upward and downward out of the plane of the plate. - the second portion comprises, at least in sections between its border to the first portion and the distal end , a plurality of strips extending in the direction away from the first portion toward the distal end , - the strips extend, at least in sections between the border and the distal end , in a plurality of planes offset in relation to one another, - spaces are formed between the adjacent strips , and - the strips are arranged, at least in sections between the border and the distal end , so as to be twisted about axes extending in each case from the border to the distal end ,
A remote controller adapted to interact with a system under control, SUC , the remote controller comprising: at least one input adapted to receive data from a user; a command interpreter adapted to evaluate data received via the at least one input and determine whether the received data is associated with a remote command from among a set of remote commands associated with the SUC; at least one communication element adapted to send remote commands to the SUC; and at least one haptic feedback element adapted to provide feedback to the user, wherein: the at least one input includes at least one touchscreen input adapted to be able to receive data associated with touchscreen gestures comprising a plurality of touch points, wherein at least one command from among the set of remote commands is associated with a touchscreen gesture comprising at least two touch points, characterised in that the SUC is an in-vehicle system comprising a display that provides a map screen comprising a turn-by-turn list of indicators , a particular touchscreen gesture comprises vertical two-finger dragging and the particular touchscreen gesture is associated with a particular remote command from the set of remote commands comprises scrolling the turn-by-turn list of indicators. at least one input adapted to receive data from a user; a command interpreter adapted to evaluate data received via the at least one input and determine whether the received data is associated with a remote command from among a set of remote commands associated with the SUC; at least one communication element adapted to send remote commands to the SUC; and at least one haptic feedback element adapted to provide feedback to the user, wherein: the at least one input includes at least one touchscreen input adapted to be able to receive data associated with touchscreen gestures comprising a plurality of touch points, wherein at least one command from among the set of remote commands is associated with a touchscreen gesture comprising at least two touch points, characterised in that the SUC is an in-vehicle system comprising a display that provides a map screen comprising a turn-by-turn list of indicators , a particular touchscreen gesture comprises vertical two-finger dragging and the particular touchscreen gesture is associated with a particular remote command from the set of remote commands comprises scrolling the turn-by-turn list of indicators. the at least one input includes at least one touchscreen input adapted to be able to receive data associated with touchscreen gestures comprising a plurality of touch points, wherein at least one command from among the set of remote commands is associated with a touchscreen gesture comprising at least two touch points, characterised in that the SUC is an in-vehicle system comprising a display that provides a map screen comprising a turn-by-turn list of indicators , a particular touchscreen gesture comprises vertical two-finger dragging and the particular touchscreen gesture is associated with a particular remote command from the set of remote commands comprises scrolling the turn-by-turn list of indicators.
A method for reducing defocus events occurring during autofocus search operation, the method comprising: detecting a change in a scene, and while the scene is changing: capturing, with an imaging device, a plurality of frames depicting the scene, wherein a portion of the scene corresponds to an object; for each frame of said plurality of frames detecting, using a distance sensor, a distance between the object and the imaging device; for each frame of said plurality of frames determining a lens position based on the detected distance of the object, the lens position being a discrete position in a range of lens positions that the lens may be moved by an actuator, and the determined lens position being an estimated optimum focus lens position for each of said plurality of frames; and moving the lens toward the determined lens position of each frame while the scene continuously changes; and in response to determining the scene is stable, initiating an autofocus search operation. detecting a change in a scene, and while the scene is changing: capturing, with an imaging device, a plurality of frames depicting the scene, wherein a portion of the scene corresponds to an object; for each frame of said plurality of frames detecting, using a distance sensor, a distance between the object and the imaging device; for each frame of said plurality of frames determining a lens position based on the detected distance of the object, the lens position being a discrete position in a range of lens positions that the lens may be moved by an actuator, and the determined lens position being an estimated optimum focus lens position for each of said plurality of frames; and moving the lens toward the determined lens position of each frame while the scene continuously changes; and capturing, with an imaging device, a plurality of frames depicting the scene, wherein a portion of the scene corresponds to an object; for each frame of said plurality of frames detecting, using a distance sensor, a distance between the object and the imaging device; for each frame of said plurality of frames determining a lens position based on the detected distance of the object, the lens position being a discrete position in a range of lens positions that the lens may be moved by an actuator, and the determined lens position being an estimated optimum focus lens position for each of said plurality of frames; and moving the lens toward the determined lens position of each frame while the scene continuously changes; and detecting, using a distance sensor, a distance between the object and the imaging device; for each frame of said plurality of frames determining a lens position based on the detected distance of the object, the lens position being a discrete position in a range of lens positions that the lens may be moved by an actuator, and the determined lens position being an estimated optimum focus lens position for each of said plurality of frames; and moving the lens toward the determined lens position of each frame while the scene continuously changes; and in response to determining the scene is stable, initiating an autofocus search operation.
A device for detecting a non-optimal lubrication condition in a compressor of a refrigeration system , comprising a transducer unit adapted to detect sound vibrations and emit an electrical signal according to the frequency of the said sound vibrations; the said detecting device , is configured to be fixed to an external wall of a compressor in such a way that, in use, the said transducer unit detects sound vibrations which are emitted from the said compressor ; the said transducer unit is connected to an electronic device for processing the said electric signal so as to signal if, in use, the said frequency exceeds a predefined threshold that corresponds to a non-optimal lubrication condition of the compressor ; characterized in that the transducer unit is configured to detect sound vibrations having a frequency equal to or higher than 20 KHz.
A method at a service function chaining, SFC, node , comprising: receiving a packet including a first SFC Path identifier, ID, and a first SFC Index; determining whether to apply a first service function to the packet; setting a treated indicator in the packet in accordance with applying the first service function to the packet; responsive to determining that the packet has been treated by the first service function, selecting a second SFC Path ID and a second SFC Index associated with the first SFC Path ID and the first SFC Index; modifying the packet by replacing the first SFC Path ID and first SFC Index with the second SFC Path ID and second SFC Index; and forwarding the modified packet in accordance with the second SFC Path ID and second SFC Index. receiving a packet including a first SFC Path identifier, ID, and a first SFC Index; determining whether to apply a first service function to the packet; setting a treated indicator in the packet in accordance with applying the first service function to the packet; responsive to determining that the packet has been treated by the first service function, selecting a second SFC Path ID and a second SFC Index associated with the first SFC Path ID and the first SFC Index; modifying the packet by replacing the first SFC Path ID and first SFC Index with the second SFC Path ID and second SFC Index; and forwarding the modified packet in accordance with the second SFC Path ID and second SFC Index.
Tool head for machining edges of a workpiece , the tool head extending along a longitudinal axis and being designed for rotary drive about the longitudinal axis , comprising a first tool section with a set of first cutting edges distributed along the circumference and a second tool section with a set of second cutting edges distributed along the circumference, wherein the second cutting edges are positioned between the first cutting edges as viewed in the circumferential direction, wherein the second tool section is movable to and fro relative to the first tool section in the direction of the longitudinal axis between a passive position and an active position, wherein the second cutting edges are axially retracted with respect to the first cutting edges in the passive position, and wherein the second cutting edges axially project between the first cutting edges in the active position, wherein the tool head has a pressure switching mechanism for moving the second tool section to and fro between the passive position and the active position, characterised in that the pressure switching mechanism is a mechanism designed such that it adopts a first switching state in response to a first pressure pulse and a second switching state in response to a further pressure pulse, wherein the mechanism alternately switches between the two switching states or switching positions at each further pressure pulse.
A transmission having a first and a second housing part , an intermediate shaft of the transmission being mounted via two bearings in a bushing accommodating the bearings , the bushing centring the first housing part with respect to the second housing part , the bushing comprising an inner sleeve section which accommodates in a first axial section the first bearing of the intermediate shaft and in a second axial section the second bearing of the intermediate shaft , a web section being arranged axially between the first and second sections, the smallest radial clearance of which is smaller than the smallest radial clearance of the first or second section, the bushing comprising an outer sleeve section which is radially spaced from the inner sleeve section , characterised in that the inner and outer sleeve sections are connected via support ribs which extend radially in the radial clearance region between the inner sleeve section and the outer sleeve section and which are designed in the form of spokes, the support ribs being spaced apart from one another in the circumferential direction, a first one of the support ribs being designed so as to be axially shorter and/or shorter in the circumferential direction than a second one of the support ribs , the bushing being pressed into a receiving region of the first housing part and into a receiving region of the second housing part arranged coaxially thereto, an annular spatial region for receiving an adhesive being arranged between one of the housing parts and the bushing , the spatial region being delimited by a depression in the bushing and the receiving region of the housing part for the bushing .
A system for improving the uniformity of Plasma Chemical Vapor Deposition (PCVD) raw material gas deposition, comprising: a liner tube ; a microwave generator , which is sleeved on an outside of the liner tube , and is configured to reciprocate along an axial direction of the liner tube ; a holding furnace , which is sleeved on the outside of the microwave generator , and a temperature-measuring probe is arranged therein and is configured to measure a set temperature at each real-time position in the holding furnace during an axial movement of the microwave generator along the liner tube ; wherein the holding furnace is successively provided with a gas end area , a middle end area and a pump end area along the axial direction of the liner tube ; a preset output power of the microwave generator in each area is the same; the system further comprises a PLC control unit , which is connected to the holding furnace and the microwave generator , and is configured to: during the movement of the microwave generator along the axial direction of the liner tube from the gas end area to the pump end area , according to the set temperature at the real-time position fed back by the temperature-measuring probe, determine an ending position of the gas end area or a starting position of the middle end area , and the ending position of the middle end area or the starting position of the pump end area , reduce an actual output power of the microwave generator at the starting position of the gas end area and the starting position of the pump end area , and keep the reduced actual output power constant in the gas end area and the pump end area . a liner tube ; a microwave generator , which is sleeved on an outside of the liner tube , and is configured to reciprocate along an axial direction of the liner tube ; a holding furnace , which is sleeved on the outside of the microwave generator , and a temperature-measuring probe is arranged therein and is configured to measure a set temperature at each real-time position in the holding furnace during an axial movement of the microwave generator along the liner tube ; wherein the holding furnace is successively provided with a gas end area , a middle end area and a pump end area along the axial direction of the liner tube ; a preset output power of the microwave generator in each area is the same; the system further comprises a PLC control unit , which is connected to the holding furnace and the microwave generator , and is configured to: during the movement of the microwave generator along the axial direction of the liner tube from the gas end area to the pump end area , according to the set temperature at the real-time position fed back by the temperature-measuring probe, determine an ending position of the gas end area or a starting position of the middle end area , and the ending position of the middle end area or the starting position of the pump end area , reduce an actual output power of the microwave generator at the starting position of the gas end area and the starting position of the pump end area , and keep the reduced actual output power constant in the gas end area and the pump end area .
A baler, comprising: a housing that defines a baling chamber to receive crop material; a plunger movable along an axis (A) within the baling chamber to compress the crop material; a first guide rail coupled to an exterior surface (27.1, 29.1) of the baling chamber that extends substantially parallel to the axis (A); a second guide rail coupled to the exterior surface (27.1, 29.1) of the baling chamber and spaced apart from the first guide rail ; and at least one bearing coupled to the plunger to guide a movement of the plunger within the baling chamber , the at least one bearing having a first bearing surface (S1), a second bearing surface (S2) and a third bearing surface (S3), the first bearing surface (S1) engages the first guide rail , the second bearing surface (S2) engages the first guide rail and the third bearing surface (S3) engages the second guide rail to constrain a vertical movement and a lateral movement of the plunger relative to the baling chamber ; wherein the at least one bearing further comprises an annular bearing body that defines the first bearing surface (S1) about a perimeter of the bearing body , the at least one bearing further comprises a disk coupled to the bearing body that defines the second bearing surface (S2) and the third bearing surface (S3), the second bearing surface (S2) is defined on an inner surface of the disk near a perimeter of the disk characterized in that the third bearing surface (S3) is defined on the perimeter of the disk . a housing that defines a baling chamber to receive crop material; a plunger movable along an axis (A) within the baling chamber to compress the crop material; a first guide rail coupled to an exterior surface (27.1, 29.1) of the baling chamber that extends substantially parallel to the axis (A); a second guide rail coupled to the exterior surface (27.1, 29.1) of the baling chamber and spaced apart from the first guide rail ; and at least one bearing coupled to the plunger to guide a movement of the plunger within the baling chamber , the at least one bearing having a first bearing surface (S1), a second bearing surface (S2) and a third bearing surface (S3), the first bearing surface (S1) engages the first guide rail , the second bearing surface (S2) engages the first guide rail and the third bearing surface (S3) engages the second guide rail to constrain a vertical movement and a lateral movement of the plunger relative to the baling chamber ; wherein the at least one bearing further comprises an annular bearing body that defines the first bearing surface (S1) about a perimeter of the bearing body , the at least one bearing further comprises a disk coupled to the bearing body that defines the second bearing surface (S2) and the third bearing surface (S3), the second bearing surface (S2) is defined on an inner surface of the disk near a perimeter of the disk characterized in that the third bearing surface (S3) is defined on the perimeter of the disk .
A UV LED lighting apparatus comprising: a UV LED (light emitting diode) configured to emit UV light; a substrate on which the UV LED is mounted; a base having an accommodation space formed therein to receive the substrate and provided with a pair of electrode pins electrically connected to the substrate ; and a cover disposed to surround the UV LED and the substrate and coupled to the base , wherein the base comprises a support guide press-fitted with the substrate and supporting the substrate with respect to the base so as to restrict movement of the substrate , characterized in that the support guide comprises: a rib protruding into the base having the accommodation space formed therein; and a coupling recess formed in the rib and receiving the substrate therein, and in that the UV LED lighting apparatus further comprises a fastening member coupled to the base to penetrate the base and securing the substrate to the base . a UV LED (light emitting diode) configured to emit UV light; a substrate on which the UV LED is mounted; a base having an accommodation space formed therein to receive the substrate and provided with a pair of electrode pins electrically connected to the substrate ; and a cover disposed to surround the UV LED and the substrate and coupled to the base , wherein the base comprises a support guide press-fitted with the substrate and supporting the substrate with respect to the base so as to restrict movement of the substrate , characterized in that a rib protruding into the base having the accommodation space formed therein; and a coupling recess formed in the rib and receiving the substrate therein, and in that the UV LED lighting apparatus further comprises a fastening member coupled to the base to penetrate the base and securing the substrate to the base .