mhurhangee/ep-ind-claims huggingface dataset:
An image processing apparatus displaying a target object in wide angle image from a moving picture, the image processing apparatus comprising: a target object detector configured to detect the target object from a partial image of a first frame with a first display order from the moving picture of the input wide-angle images; a target object position predictor configured to predict a position of the target object in a second frame with a second display order from the moving picture of the input wide-angle images based on a position of the target object in the first frame, the second display order being subsequent to the first display order of the first frame; a partial image extracting unit configured to extract a partial image from the second frame, the partial image including a predicted position of a target object and being obtained by perspectively projecting three dimensional coordinates of a portion of the second frame including the target object having the predicted position on a virtual plane; and a partial image display unit configured to display a partial image extracted from the second frame on a display device, wherein the partial image is extracted from the second frame based on the detected position of the target object by the target object detector from the partial image extracted based on the predicted position of the target object in the second frame. a target object detector configured to detect the target object from a partial image of a first frame with a first display order from the moving picture of the input wide-angle images; a target object position predictor configured to predict a position of the target object in a second frame with a second display order from the moving picture of the input wide-angle images based on a position of the target object in the first frame, the second display order being subsequent to the first display order of the first frame; a partial image extracting unit configured to extract a partial image from the second frame, the partial image including a predicted position of a target object and being obtained by perspectively projecting three dimensional coordinates of a portion of the second frame including the target object having the predicted position on a virtual plane; and a partial image display unit configured to display a partial image extracted from the second frame on a display device, wherein the partial image is extracted from the second frame based on the detected position of the target object by the target object detector from the partial image extracted based on the predicted position of the target object in the second frame.
Circuit arrangement for detecting a type of solenoid valve in vehicles, having at least one solenoid valve (PCV1,..., PCVx) which is incorporated into the circuit arrangement for the purpose of detecting the type of said solenoid valve and has at least one coil winding having a resistance which is of the typical order of magnitude for a predetermined vehicle electrical distribution system supply voltage; a constant current source, which is arranged so as to impress a predetermined measurement current into the at least one coil winding of the at least one solenoid valve (PCV1,..., PCVx); a current mirror circuit (OP1, T1, R2), which is arranged so as to generate a second voltage on a detection section of the circuit arrangement from a first voltage produced as a result of the impressed measurement current on the at least one coil winding of the at least one solenoid valve (PCV1,..., PCVx); wherein the second voltage produced on the detection section is passed out, on the detection section, directly to a microcontroller in a control device for determining the type of solenoid valve.
A balloon catheter assembly comprising: an inner member; an outer member disposed about the inner member and including a series of spaced apart indentations or protrusions and a balloon having a proximal end and a distal end, wherein the proximal end of the balloon is connected to the outer member and the distal end of the balloon is connected to the inner member; a sheath disposed about the outer member for movement relative to the balloon, wherein the sheath is configured to limit the length of the inflated portion of the balloon by to selectively exposing some of the balloon for inflation; and a clamp comprising a housing and a first and a second actuator arm, wherein said first and a second actuator arm are supported within said housing and are selectively movable into engagement with the indentations or protrusions of the outer member to selectively secure the sheath at a desired position relative to the balloon. an inner member; an outer member disposed about the inner member and including a series of spaced apart indentations or protrusions and a balloon having a proximal end and a distal end, wherein the proximal end of the balloon is connected to the outer member and the distal end of the balloon is connected to the inner member; a sheath disposed about the outer member for movement relative to the balloon, wherein the sheath is configured to limit the length of the inflated portion of the balloon by to selectively exposing some of the balloon for inflation; and a clamp comprising a housing and a first and a second actuator arm, wherein said first and a second actuator arm are supported within said housing and are selectively movable into engagement with the indentations or protrusions of the outer member to selectively secure the sheath at a desired position relative to the balloon.
Dispensing/spreading means for dispensing a powdery colouring substance onto the surface of a mix comprising stone, stone-like, glass or ceramic material, said means comprising at least one dispensing device designed to contain and dispense a powdery colouring substance; said dispensing device comprising: - two inclined walls (62, 64) which converge downwards so as to form a prism-shaped funnel; - flexible metal strips (70, 72) fixed to the inclined walls (62, 64); and - a metering cylinder which: forms the bottom of the prism-shaped funnel; is kept in contact with the metal strips (70, 72); is rotated about its axis by a motor; and has on its surface a plurality of recesses (76, 78); said dispensing/spreading means being characterized by comprising: - at least one spreading device comprising at least one rotating perforated plate positioned underneath said dispensing device from which it receives a metered quantity of said colouring substance from said dispensing device and distributes it over the surface of the mix. - two inclined walls (62, 64) which converge downwards so as to form a prism-shaped funnel; - flexible metal strips (70, 72) fixed to the inclined walls (62, 64); and - a metering cylinder which: forms the bottom of the prism-shaped funnel; is kept in contact with the metal strips (70, 72); is rotated about its axis by a motor; and has on its surface a plurality of recesses (76, 78); said dispensing/spreading means being characterized by comprising: forms the bottom of the prism-shaped funnel; is kept in contact with the metal strips (70, 72); is rotated about its axis by a motor; and has on its surface a plurality of recesses (76, 78); - at least one spreading device comprising at least one rotating perforated plate positioned underneath said dispensing device from which it receives a metered quantity of said colouring substance from said dispensing device and distributes it over the surface of the mix.
A camera agnostic core monitoring system for an enhanced flight vision system, EFVS, comprising: a structured light projector, SLP, configured to project at least one artifact, the SLP powered by an internal voltage of the EFVS; at least one combiner configured to reflect the at least one artifact into an optical path of the EFVS; at least one focal plane array, FPA, in the optical path, the FPA configured to 1) capture scene imagery of the EFVS and 2) detect the at least one artifact from within the scene imagery; and at least one image processor in communication with the at least one FPA, the at least one image processor configured to evaluate a presentation of the at least one detected artifact. a structured light projector, SLP, configured to project at least one artifact, the SLP powered by an internal voltage of the EFVS; at least one combiner configured to reflect the at least one artifact into an optical path of the EFVS; at least one focal plane array, FPA, in the optical path, the FPA configured to 1) capture scene imagery of the EFVS and 2) detect the at least one artifact from within the scene imagery; and at least one image processor in communication with the at least one FPA, the at least one image processor configured to evaluate a presentation of the at least one detected artifact.
Household appliance for the treatment of laundry items, having at least one laundry drum for receiving laundry items, and having at least one imbalance-compensating device (13, 14), which is arranged on the laundry drum and which has a housing (18, 21), in which several compensating elements (20, 23, 27, 29, 32, 33) are contained so as to be movable, of which at least some are magnetically interactive, wherein the imbalance-compensating device (13, 14) has at least one magnetically interactive component (26, 30) which is coupled rotationally to the laundry drum for magnetic interaction with the magnetically interactive compensating elements (20, 23, 27, 29), wherein the magnetically interactive compensating elements (20, 23, 27, 29) and the magnetically interactive component (26, 30) are embodied with a magnetic retaining force of this type relative to one another, that the magnetically interactive compensating elements (20, 23, 27, 29) are released from the magnetically interactive component (26, 30) only when a rotational speed of the laundry drum exceeds a predetermined reference rotational speed (U R) of the laundry drum, characterised in that some of the magnetically interactive compensating elements (20, 23, 27, 29) are magnetic compensating elements (27, 29) which are embodied at least in regions as permanent magnets, that at least some of the further magnetically interactive compensating elements (20, 23, 27, 29) are only magnetically interactive compensating elements (20, 23) and thus not permanent magnets and that the magnetically interactive compensating elements (20, 23, 27, 29) are held by the magnetic compensating element (27, 29) by means of a magnetic coupling, wherein the magnetic coupling by the magnetic field of the magnetic compensating element (27, 29) is achieved with the magnetically interactive compensating elements (20, 23, 27, 29).
An anti-tamper device comprising: an RFID component; and an article surveillance or security component with a display element for indicating tampering with the anti-tamper device, wherein the RFID component comprises a microchip, an antenna operatively coupled to the microchip, and a capacitor integrated with the microchip, and further wherein the display element is operatively coupled to the RFID component for indicating intactness of the RFID component, characterized in that the microchip and the capacitor form a circuit, and wherein a change in voltage from the capacitor that occurs when the circuit is broken provides power to drive a change in the display element. an RFID component; and an article surveillance or security component with a display element for indicating tampering with the anti-tamper device, wherein the RFID component comprises a microchip, an antenna operatively coupled to the microchip, and a capacitor integrated with the microchip, and further wherein the display element is operatively coupled to the RFID component for indicating intactness of the RFID component, characterized in that the microchip and the capacitor form a circuit, and wherein a change in voltage from the capacitor that occurs when the circuit is broken provides power to drive a change in the display element.
An alloy for medical use, comprising Pt, Co, Cr, Ni, and Mo, wherein the alloy comprises 10 atom% or more and 30 atom% or less of Pt, 20 atom% or more and 31 atom% or less of Cr, 5 atom% or more and 24 atom% or less of Ni, 4 atom% or more and 8 atom% or less of Mo, optionally W, with the total of the W content and the Mo content being 4 atom% or more and 8 atom% or less, optionally one or more of Ti, V, Mn, Fe, Zr, Nb, and Ta in a total amount of 10 atom% or less, optionally one or more of B, C, N, and Si in a total amount of 2 atom% or less, the balance Co, and unavoidable impurities in a total amount of 1 atom% or less, and C Ni /C Pt, which is a ratio of the Ni content (C Ni) to the Pt content (C Pt), is 1.5 or less. 10 atom% or more and 30 atom% or less of Pt, 20 atom% or more and 31 atom% or less of Cr, 5 atom% or more and 24 atom% or less of Ni, 4 atom% or more and 8 atom% or less of Mo, optionally W, with the total of the W content and the Mo content being 4 atom% or more and 8 atom% or less, optionally one or more of Ti, V, Mn, Fe, Zr, Nb, and Ta in a total amount of 10 atom% or less, optionally one or more of B, C, N, and Si in a total amount of 2 atom% or less, the balance Co, and unavoidable impurities in a total amount of 1 atom% or less, and C Ni /C Pt, which is a ratio of the Ni content (C Ni) to the Pt content (C Pt), is 1.5 or less.
A leak detection and containment assembly to provide an air pathway for exhaust of motive air from an air-operated pump, the motive air for driving movement of a process liquid through the air-operated pump, the leak detection and containment assembly comprising: a coupling element; a process liquid sensor; a shutoff valve communicatively coupled to the process liquid sensor and configured to be closed, closing the air pathway downstream of the process liquid sensor upon detection of the presence of the process liquid at the process liquid sensor; and a muffler; characterized in that the leak detection and containment assembly defines a linear section of air pathway of the air-operated pump between the coupling element and the muffler. a coupling element; a process liquid sensor; a shutoff valve communicatively coupled to the process liquid sensor and configured to be closed, closing the air pathway downstream of the process liquid sensor upon detection of the presence of the process liquid at the process liquid sensor; and a muffler; characterized in that the leak detection and containment assembly defines a linear section of air pathway of the air-operated pump between the coupling element and the muffler.
A waterborne sound transducer having a direction characteristic for a sonar with the following features: a multiplicity of transducer elements which are designed to convert waterborne sound into an electrical signal corresponding to the sound pressure and/or to convert an applied electrical voltage into waterborne sound; wherein the transducer elements have different thicknesses and/or the transducer elements are arranged such that at least some of the transducer elements have different spacings from adjacent transducer elements in order to smooth the radiation characteristic of the waterborne sound transducer; wherein the thickness of a transducer element of the multiplicity of transducer elements is the, in particular mean, lateral extension of the transducer element. a multiplicity of transducer elements which are designed to convert waterborne sound into an electrical signal corresponding to the sound pressure and/or to convert an applied electrical voltage into waterborne sound; wherein the transducer elements have different thicknesses and/or the transducer elements are arranged such that at least some of the transducer elements have different spacings from adjacent transducer elements in order to smooth the radiation characteristic of the waterborne sound transducer; wherein the thickness of a transducer element of the multiplicity of transducer elements is the, in particular mean, lateral extension of the transducer element.
An end seal for an electrophotographic image forming device, comprising: an elastomeric body having a blade seal portion shaped to seal against a planar rear surface of a doctor blade and a curved rotary seal portion that extends from a bottom end of the blade seal portion and is shaped to seal against an outer surface of a rotatable developer roll; and a cutout through the body at an inner axial side of the body, characterized by that the cutout is positioned in a bottommost portion of the blade seal portion and a topmost portion of the rotary seal portion such that the bottommost portion of the blade seal portion and the topmost portion of the rotary seal portion have a smaller width in an axial dimension of the developer roll across a sealing face of the end seal than a portion of the blade seal portion directly above the cutout and a portion of the rotary seal portion directly below the cutout. an elastomeric body having a blade seal portion shaped to seal against a planar rear surface of a doctor blade and a curved rotary seal portion that extends from a bottom end of the blade seal portion and is shaped to seal against an outer surface of a rotatable developer roll; and a cutout through the body at an inner axial side of the body, characterized by that the cutout is positioned in a bottommost portion of the blade seal portion and a topmost portion of the rotary seal portion such that the bottommost portion of the blade seal portion and the topmost portion of the rotary seal portion have a smaller width in an axial dimension of the developer roll across a sealing face of the end seal than a portion of the blade seal portion directly above the cutout and a portion of the rotary seal portion directly below the cutout.
System for manufacturing blocks from a chip material which consists of small plant parts, in particular small wood parts, and is provided with a binding agent, wherein the system has an extrusion device and an upstream drying device for the chip material, wherein the drying device has an air dryer which directs a heated drying air flow through the chip material, characterized in that the air dryer is formed as a multi-layer continuous dryer in which the drying air flow flows through a plurality of chip material layers (23,24) with different degrees of humidity in succession, in particular in direct succession, wherein the drying air flow is directed first through a chip material layer with a low degree of humidity and thereafter through a chip material layer with a higher degree of humidity.
A method for configuring HMI user screen navigation comprising the steps of: providing (3100, 4100) an HMI screen navigation editor to a user; via the HMI screen navigation editor, enabling (3200, 4200) the user to create a collection comprising a linked hierarchically organized plurality of HMI screen nodes; responsive to a detected collision between the position of a leaf node and the position of a parent node of said linked hierarchically organized plurality of HMI screen nodes, or between the position of the parent node and another node, recursively adjusting a position of said parent node until no collisions are detected, the collision being determined based upon said adjusted position of said parent node and a calculated position of said leaf, child, or other node; and rendering the collection to the user. providing (3100, 4100) an HMI screen navigation editor to a user; via the HMI screen navigation editor, enabling (3200, 4200) the user to create a collection comprising a linked hierarchically organized plurality of HMI screen nodes; responsive to a detected collision between the position of a leaf node and the position of a parent node of said linked hierarchically organized plurality of HMI screen nodes, or between the position of the parent node and another node, recursively adjusting a position of said parent node until no collisions are detected, the collision being determined based upon said adjusted position of said parent node and a calculated position of said leaf, child, or other node; and rendering the collection to the user.
An isolated mutant atpE protein comprising a polypeptide sequence selected from SEQ ID NO 01 comprising at least one point mutation located in any one of the ATPase binding sites located between amino acids 14 to 34 or between amino acids 54 to 69, and SEQ ID NO 03 comprising at least one point mutation located in any one of amino acids 20 to 40, or of amino acids 60 to 75, wherein said protein induces resistance to the antimicrobial compound DARQ J of Figure 1.
An arrangement (9a, 9b, 9c, 9d) for subsea cooling of electric equipment, the arrangement comprising: a tank, the tank being filled with a first dielectric fluid; a housing having a surface area and a volume, the housing being provided in the tank, comprising a capacitor unit and being filled with a second dielectric fluid; and wherein pressure of the first dielectric fluid adapts to pressure surrounding the tank, characterised in that the housing has a surface area to volume ratio greater than 0.02 1/m, and wherein the capacitor unit is arranged to be distanced from walls (8a, 8b, 8c) of the housing in all directions. a tank, the tank being filled with a first dielectric fluid; a housing having a surface area and a volume, the housing being provided in the tank, comprising a capacitor unit and being filled with a second dielectric fluid; and wherein pressure of the first dielectric fluid adapts to pressure surrounding the tank, characterised in that the housing has a surface area to volume ratio greater than 0.02 1/m, and wherein the capacitor unit is arranged to be distanced from walls (8a, 8b, 8c) of the housing in all directions.
A transformed Phaeodactylum tricornutum whose N-glycosylation pathway has been modified by the inactivation of both β-N-acetylglucosaminidases of amino acid sequences SEQ ID N°9 and SEQ ID N°11, said inactivated β-N-acetylglucosaminidases not presenting any enzymatic activity.
An insulated wire, comprising a conductor, and a bonding layer and a PEEK resin insulating layer arranged outside the conductor in sequence, wherein the bonding layer is located between the conductor and the PEEK resin insulating layer; the PEEK resin insulating layer is made of a PEEK resin material; and the bonding layer is formed by curing a bonding agent, which comprises a mixture of organic solvent, polyamide-imide resin and PEEK nano-powder material. the bonding layer is located between the conductor and the PEEK resin insulating layer; the PEEK resin insulating layer is made of a PEEK resin material; and the bonding layer is formed by curing a bonding agent, which comprises a mixture of organic solvent, polyamide-imide resin and PEEK nano-powder material.