mhurhangee/ep-ind-claims huggingface dataset:
A vehicle seat, comprising: a seat; a swivel connected to a rotatably supporting the seat; a swivel frame connected to the swivel; first and second lateral rails (132, 134) supporting the swivel frame, the first and second lateral rails (132, 134) permitting the swivel frame to move in a first direction; first and second longitudinal rails (122, 124) connected to the first and second lateral rails (132, 134) such that the first and second lateral rails (132, 134) are movable along the first and second longitudinal rails (122, 124), thereby permitting the swivel frame to move in a second direction that is perpendicular to the first direction; a cam positioned on one of the swivel or the longitudinal rails (122, 124); and a protrusion positioned on the other one of the swivel or the longitudinal rails (122, 124), wherein, upon rotation of the seat and the swivel, the cam interacts with the protrusion to exert a force displacing the swivel frame in the first direction. a seat; a swivel connected to a rotatably supporting the seat; a swivel frame connected to the swivel; first and second lateral rails (132, 134) supporting the swivel frame, the first and second lateral rails (132, 134) permitting the swivel frame to move in a first direction; first and second longitudinal rails (122, 124) connected to the first and second lateral rails (132, 134) such that the first and second lateral rails (132, 134) are movable along the first and second longitudinal rails (122, 124), thereby permitting the swivel frame to move in a second direction that is perpendicular to the first direction; a cam positioned on one of the swivel or the longitudinal rails (122, 124); and a protrusion positioned on the other one of the swivel or the longitudinal rails (122, 124), wherein, upon rotation of the seat and the swivel, the cam interacts with the protrusion to exert a force displacing the swivel frame in the first direction.
A parabolic trough collector comprising a parabolic mirror support structure with a parabolic mirror surface applied thereto, and an absorber support structure supporting an absorber tube, the two support structures being mechanically fastened in a fixed position relative to one another on a torsion tube that is arranged below the parabolic mirror surface, and being mounted together with the latter in a fashion capable of rotation about a parabolic trough collector longitudinal rotation axis, wherein the torsion tube is arranged in such a way that the parabolic trough collector longitudinal rotation axis coincides with the central longitudinal axis of the torsion tube, and wherein the torsion tube is designed as a continuous beam/girder, characterized in that counterweights are arranged on the side of the torsion tube averted from the parabolic mirror surface in such a way that the centroidal line/axis of the parabolic trough collector and/or of the torsion tube coincide(s) at least substantially with the parabolic trough collector longitudinal rotation axis.
A method for producing a device adapted to be implanted into the human body for purposes such as neural stimulation, sensing or the like, said method comprising: Providing a stretchable layer or membrane of an insulating material; Forming on said layer or membrane at least one stretchable conductive path; depositing at least one small bolus of a soft and conductive paste or material onto pre-defined areas or portions of said at least one conductive path, and inserting a first end portion of a conductive element into said at least one bolus of soft conductive paste or material, wherein the second end portion of said conductive element opposite to said first end portion is not inserted into said at least one bolus, characterised in that said small bolus of a soft and conductive paste or material is composed of a blend of electrically conductive metallic nano-micro particles, an elastomer pre-polymer and a crosslinker, and in that said method further comprises crosslinking said elastomer pre-polymer, thereby obtaining a blend of electrically conductive metallic nano-micro particles and a crosslinked elastomer. Providing a stretchable layer or membrane of an insulating material; Forming on said layer or membrane at least one stretchable conductive path; depositing at least one small bolus of a soft and conductive paste or material onto pre-defined areas or portions of said at least one conductive path, and inserting a first end portion of a conductive element into said at least one bolus of soft conductive paste or material, wherein the second end portion of said conductive element opposite to said first end portion is not inserted into said at least one bolus,
Double clutch for coupling an engine-side input shaft to a first gearbox-side output shaft and/or to a second gearbox-side output shaft, having a first clutch, which has a first pressure plate axially movable relative to a first counterpart plate and serving for the coupling of a first clutch disk which is connected to the first output shaft, wherein a first pressure plate friction region, pointing toward the first counterpart plate, of the first clutch overlaps a first friction region of the first pressure plate, a second clutch, which has a second pressure plate axially movable relative to a second counterpart plate and serving for the coupling of a second clutch disk which is connected to the second output shaft, wherein a second pressure plate friction region, pointing toward the second counterpart plate, of the second clutch overlaps a second friction region of the second pressure plate, a first spring element connected to the first pressure plate and serving for the axial movement of the first pressure plate into a first initial position, and a second spring element connected to the second pressure plate and serving for the axial movement of the second pressure plate into a second initial position, wherein the first spring element is arranged at least partially, preferably entirely, radially within a radially outer edge of the first friction region, and/or the second spring element is arranged at least partially, preferably entirely, radially within a radially outer edge of the second friction region, characterized in that the first pressure plate has a first receiving pocket open toward the first pressure plate friction region and serving for receiving a first fastening means connected to the first spring element, wherein the first receiving pocket is dimensioned such that the first fastening means is received, spaced apart from the first pressure plate friction region, in the first receiving pocket, and/or the second pressure plate has a second receiving pocket open toward the second pressure plate friction region and serving for receiving a second fastening means connected to the second spring element, wherein the second receiving pocket is dimensioned such that the fastening means is received, spaced apart from the second pressure plate friction region, in the second receiving pocket.
Use of a conveyor device more particularly a flatbelt conveyor device, for conveying goods having flat component parts, comprising a conveyor belt and guide elements which adjoin the useful surface of the conveyor belt, wherein the guide elements are designed so that component parts of the goods being conveyed which have fallen between the conveyor belt and the guide element are set through the relative movement of the conveyor belt and the guide elements into a motion which has a translational component directed in the width direction towards the centre of the conveyor belt, wherein the guide elements have free spaces lying in the conveying direction behind each guide element, wherein the guide elements have a main extension direction which is parallel to the useful surface of the conveyor belt and which has both a direction component in the conveying direction and also a direction component in the width direction (y) of the conveyor belt towards the centre of the conveyor belt, or the guide elements have an adjoining edge region which adjoins the useful surface of the conveyor belt along a line lying in the plane of the conveyor belt, wherein the line has both a direction component in the conveying direction and also a direction component in the width direction (y) of the conveyor belt towards the centre of the conveyor belt, characterised in that the motion is caused in that the flat component parts of the material being conveyed are clamped between the conveyor belt and a guide element in such a way that the conveyor belt engages on the underneath side of the flat component parts being conveyed, and the guide element engages on the upper side, wherein the ensuing friction forces between on the one hand the conveyor belt and the component part of the material being conveyed, which are directed in the conveying direction, and on the other hand between the guide element and the component part of the material being conveyed impart to the component part a motion component of the translational type which has a component directed towards the centre of the conveyor belt in the width direction of the conveyor belt.
An anchoring system for a child safety seat comprising - a first coupling device adapted to engage with a harness of the child safety seat, - a second coupling device adapted to engage with a safety belt of a vehicle, - an anchoring means (80, 85) adapted to anchor the first coupling device and the second coupling device, and - a storage system adapted to store at least one of the first coupling device or the second coupling device, wherein the first coupling device is configured to be placed in a respective active position and in a respective inactive position, wherein in the active position the first coupling device is anchored by the anchoring means (80, 85) and placed in a position for engaging with the harness of the child safety seat, and wherein in the inactive position the first coupling device is stored in the storage system; wherein the second coupling device is configured to be placed in a respective active position and in a respective inactive position, wherein in the active position the second coupling device is anchored by the anchoring means (80, 85) and placed in a position for engaging with the safety belt of the vehicle, and wherein in the inactive position the second coupling device is stored in the storage system; wherein the anchoring system is configured to be installed in a seating portion of the child safety seat, wherein the anchoring means comprises a rail system (80, 85) wherein the first coupling device and the second coupling device are each transferable along the rail system between the respective active position and the respective inactive position. - a first coupling device adapted to engage with a harness of the child safety seat, - a second coupling device adapted to engage with a safety belt of a vehicle, - an anchoring means (80, 85) adapted to anchor the first coupling device and the second coupling device, and - a storage system adapted to store at least one of the first coupling device or the second coupling device, wherein the second coupling device is configured to be placed in a respective active position and in a respective inactive position, wherein in the active position the second coupling device is anchored by the anchoring means (80, 85) and placed in a position for engaging with the safety belt of the vehicle, and wherein in the inactive position the second coupling device is stored in the storage system; wherein the anchoring system is configured to be installed in a seating portion of the child safety seat, wherein the anchoring means comprises a rail system (80, 85) wherein the first coupling device and the second coupling device are each transferable along the rail system between the respective active position and the respective inactive position.
Wind scattering device for the scattering of scattering material onto a scattering material conveyor with at least a wind scattering chamber which comprises an upper scattering material opening via which the scattering material is introduced into the wind scattering chamber, and several fans for producing at least one airflow for separating the scattering material in the wind scattering chamber, wherein the airflow produced by the air flow produced by the fans enters the wind scattering chamber via an inflow surface which extends along the height of the wind scattering chamber, characterised in that the fans are arranged in a fan field that comprises several fans distributed over the height and over the width of the fan field which produce individual flows orientated in parallel to each other, wherein the fan field is connected to the wind scattering chamber in such a way that the individual flows of the fans are orientated perpendicularly or essentially perpendicularly to the inflow surface of the wind scattering device, wherein the fan field is orientated transversely to the orientation of the airflow blown into the wind scattering chamber via the inflow surface. a wind scattering chamber which comprises an upper scattering material opening via which the scattering material is introduced into the wind scattering chamber, and several fans for producing at least one airflow for separating the scattering material in the wind scattering chamber, wherein the airflow produced by the air flow produced by the fans enters the wind scattering chamber via an inflow surface which extends along the height of the wind scattering chamber, characterised in that the fans are arranged in a fan field that comprises several fans distributed over the height and over the width of the fan field which produce individual flows orientated in parallel to each other, wherein the fan field is connected to the wind scattering chamber in such a way that the individual flows of the fans are orientated perpendicularly or essentially perpendicularly to the inflow surface of the wind scattering device, wherein the fan field is orientated transversely to the orientation of the airflow blown into the wind scattering chamber via the inflow surface.
A system for determining displacement of a distal portion of an interventional device inside a lumen, comprising: a processor configured to: receive one or more images from an ultrasound transducer of the interventional device, wherein the images are representative of the lumen; and input the one or more images into a machine learning algorithm, characterized in that the machine learning algorithm is trained to determine a relationship between the one or more images of the lumen and the displacement of the interventional device in an elevational direction substantially parallel to the direction of movement of the distal portion of the interventional device, and the machine learning algorithm is configured to output a one dimensional estimated displacement corresponding to the movement of the distal portion of the interventional device in the elevational direction for the one or more images. receive one or more images from an ultrasound transducer of the interventional device, wherein the images are representative of the lumen; and input the one or more images into a machine learning algorithm, characterized in that the machine learning algorithm is trained to determine a relationship between the one or more images of the lumen and the displacement of the interventional device in an elevational direction substantially parallel to the direction of movement of the distal portion of the interventional device, and the machine learning algorithm is configured to output a one dimensional estimated displacement corresponding to the movement of the distal portion of the interventional device in the elevational direction for the one or more images. the machine learning algorithm is trained to determine a relationship between the one or more images of the lumen and the displacement of the interventional device in an elevational direction substantially parallel to the direction of movement of the distal portion of the interventional device, and the machine learning algorithm is configured to output a one dimensional estimated displacement corresponding to the movement of the distal portion of the interventional device in the elevational direction for the one or more images.
A sealant composition for use with tires comprising biorubber and a softener comprising at least one of plant resin or plant oil, and optionally a cure package, wherein the sealant composition contains at least 70 weight %, based upon the total weight of the sealant composition, non-petroleum ingredients including the biorubber, and plant resin or plant oil, the sealant composition has a viscosity of 200 to 500 Pa-S at 100 °C, determined by ASTM Method D6204 or ISO Method 13145, the sealant composition further comprises at least one filler in an amount of up to 20 weight %, based upon the total weight of the sealant composition, the biorubber is present in an amount of about 15 to about 90 weight %, based upon the total weight of the sealant composition, the softener is present in an amount of about 10 to about 85 weight %, based upon the total weight of the sealant composition, and the sealant composition contains no more than 5% by weight water, based upon the total weight of the sealant composition. biorubber and a softener comprising at least one of plant resin or plant oil, and optionally a cure package, wherein the sealant composition contains at least 70 weight %, based upon the total weight of the sealant composition, non-petroleum ingredients including the biorubber, and plant resin or plant oil, the sealant composition has a viscosity of 200 to 500 Pa-S at 100 °C, determined by ASTM Method D6204 or ISO Method 13145, the sealant composition further comprises at least one filler in an amount of up to 20 weight %, based upon the total weight of the sealant composition, the biorubber is present in an amount of about 15 to about 90 weight %, based upon the total weight of the sealant composition, the softener is present in an amount of about 10 to about 85 weight %, based upon the total weight of the sealant composition, and the sealant composition contains no more than 5% by weight water, based upon the total weight of the sealant composition.
Downhole cable termination apparatus for terminating a cable which is to extend into a downhole environment from a tubing hanger to electrical equipment and which comprises a protective sheath, the apparatus comprising: a first seal for sealing the apparatus uphole of the first seal from the downhole environment; and a second seal for sealing the apparatus uphole of the second seal from the downhole environment; characterized by further comprising a sleeve arranged to extend around the cable and to be attached to the cable, the sleeve providing a radially outwardly facing engagement portion for the first seal and a radially inwardly facing engagement portion for the second seal, the sleeve having two parts (23, 25), a first part, a solder sleeve, being arranged to be located around and in contact with the protective sheath of the cable and to be attached to the protective sheath, the solder sleeve further providing the radially outwardly facing engagement portion, and a second part, a seal carrier, providing the radially inwardly facing engagement portion and provided separately from the solder sleeve, whereby the second seal is located radially inwardly of the seal carrier, and the sleeve being arranged such that when the apparatus is assembled on the cable the seal carrier is joined to the solder sleeve, wherein the protective sheath comprises lead; wherein the first seal is a metallic seal; and wherein the solder sleeve is arranged to be attached to the protective lead sheath by solder. a first seal for sealing the apparatus uphole of the first seal from the downhole environment; and a second seal for sealing the apparatus uphole of the second seal from the downhole environment;
A method of compressing two panoramic stereoscopic video streams comprising a left view frame and corresponding right view frame, wherein the left view frame and the right view frame are rectified in a first direction, the method comprising: determining a texture saliency value for a first block in the left view frame by intra prediction; determining a motion saliency value for the first block by motion estimation in inter prediction; determining, by searching in a second direction perpendicular to the first direction, a disparity saliency value between the first block and a corresponding second block in the right view frame; determining a quantization parameter based on the disparity saliency value, the texture saliency value, and the motion saliency value; and performing quantization of the first block in accordance with the quantization parameter. determining a texture saliency value for a first block in the left view frame by intra prediction; determining a motion saliency value for the first block by motion estimation in inter prediction; determining, by searching in a second direction perpendicular to the first direction, a disparity saliency value between the first block and a corresponding second block in the right view frame; determining a quantization parameter based on the disparity saliency value, the texture saliency value, and the motion saliency value; and performing quantization of the first block in accordance with the quantization parameter.
A sound-damping arrangement which comprises a sound-damping container with an internal space, an inlet line adapted to leading a fluid to the container from a machine which generates during operation a dominant noise with a frequency which is related to the speed of the machine, an outlet line adapted to leading the fluid out from the container, and a line element which has an internal passage which connects the inlet line and the outlet line at a position outside of and in the vicinity of the sound-damping container, characterised in that the arrangement comprises an adjusting device (5a-d, 6-9) adapted to adjusting the configuration of said passage and hence the acoustic characteristics of the sound-damping container so that the latter continuously assumes a natural frequency corresponding to the dominant sound frequency generated by the machine at its current speed, and that the adjusting device comprises a control unit adapted to substantially continuously receiving information about the current speed of the machine, and an actuator (6, 7) adapted to receiving control signals from the control unit and to adjusting the configuration of the passage on the basis of that information.
Means to widen a transport device, having a plurality of cranked arms, which can be mounted spaced apart on opposite sides of a girder of the transport device, so that they protrude the girder sidewardly, having a plurality of girder elements, which can be inserted between adjacent arms, characterized in that the arms comprise a I-profile with two recesses being arranged on both sides of a middle bar and being open at opposite sides and being trough-shaped, and that the girder elements can be inserted from the outside in the oppositely arranged recesses of two adjacent arms.
Use of a dianhydrohexitol ether as coalescence agent for a latex-based composition chosen from water-based paints, varnishes, lacquers, adhesives, stains, inks and coating colours.
A meat binding device having a meat tube into which a piece of meat can be introduced, a wrapping wheel by means of which the piece of meat located in the meat tube can be wrapped using a thread that can be unrolled from a thread storage device and a thread knotting and cutting assembly by means of which the thread wrapped around the piece of meat can be knotted and cut to length, characterized in that the thread knotting and cutting assembly is laterally offset to a side wall in respect to the meat tube and the wrapping wheel in a housing of the meat binding device.