mhurhangee/ep-ind-claims huggingface dataset:
A method for processing clusters of poultry viscera, wherein each of the clusters of viscera is separated from a carcass, comprises at least a gizzard and is free from gall and intestines, the method comprising: - conveying the successive clusters of viscera in a suspended manner along a processing trajectory in a conveying direction, - pulling the gizzard of each cluster of viscera, while the latter are being conveyed in a suspended manner, over two elongate, juxtaposed scraper bodies (11,11') which rotate in mutually opposite directions (14,14') of rotation about respective rotation axes (12,12') and extend in the conveying direction, each of the scraper bodies comprising at least one scraper element (13,13'), wherein, due to the rotation of the two scraper bodies, gizzard fat which is present on a gizzard wall is separated from the gizzard by the scraper elements while the gizzard is being pulled, and - collecting the gizzard fat which has been separated from the gizzard of the successive clusters of viscera. - conveying the successive clusters of viscera in a suspended manner along a processing trajectory in a conveying direction, - pulling the gizzard of each cluster of viscera, while the latter are being conveyed in a suspended manner, over two elongate, juxtaposed scraper bodies (11,11') which rotate in mutually opposite directions (14,14') of rotation about respective rotation axes (12,12') and extend in the conveying direction, each of the scraper bodies comprising at least one scraper element (13,13'), wherein, due to the rotation of the two scraper bodies, gizzard fat which is present on a gizzard wall is separated from the gizzard by the scraper elements while the gizzard is being pulled, and - collecting the gizzard fat which has been separated from the gizzard of the successive clusters of viscera.
Telematic appliance for detecting and recording sudden events on vehicles, installed on a vehicle provided with a parking aid system, comprising at least a communication unit configured to communicate with at least a remote processing central unit, at least a measuring device configure to measure the instantaneous acceleration/deceleration of said vehicle, and interface means connected to at least a camera installed on said vehicle, wherein said camera is connected to said parking aid system of the vehicle and is connected to a display of the parking aid system through a dedicated channel, and wherein said interface means are associated with said measuring device and are provided with at least a storage unit, which is configured to store images acquired by said camera before and during a sudden event detected by said measuring device, characterized by the fact that said interface means comprise: - at least a management unit connected to said dedicated channel connecting said camera to the display of the parking aid system, associated with said storage unit and configured to record the images acquired by said camera continuously over time on said storage unit, wherein said management unit is associated with said measuring device and, in case of the sudden event detected by said measuring device, is configured to interrupt the storage of new images and to keep on said storage unit the images acquired by said camera before and during said sudden event; - at least a control unit connected to said camera through a control channel already installed on said vehicle, of the type of a CAN channel, and configured to control the switching on and off of said camera. - at least a management unit connected to said dedicated channel connecting said camera to the display of the parking aid system, associated with said storage unit and configured to record the images acquired by said camera continuously over time on said storage unit, wherein said management unit is associated with said measuring device and, in case of the sudden event detected by said measuring device, is configured to interrupt the storage of new images and to keep on said storage unit the images acquired by said camera before and during said sudden event; - at least a control unit connected to said camera through a control channel already installed on said vehicle, of the type of a CAN channel, and configured to control the switching on and off of said camera.
A blur correction apparatus, comprising: a blur correction mechanism that compensates for camera shake by driving a movable portion provided with one of a correction lens and an imaging device; and a locking member which restricts movement of the movable portion within a locked range of motion; wherein the movable portion is suspended in a current position by the blur correction mechanism when a release operation of the movable portion is performed in a state in which the movable portion is locked by the locking member characterised in that in the release operation, the blur correction mechanism moves the movable portion toward a center position, corresponding to the optical axis, by designating successive positions to be reached by the movable portion as it approaches the center position so that the distance between each successive desired position and the center position decreases monotonically. a blur correction mechanism that compensates for camera shake by driving a movable portion provided with one of a correction lens and an imaging device; and a locking member which restricts movement of the movable portion within a locked range of motion; wherein the movable portion is suspended in a current position by the blur correction mechanism when a release operation of the movable portion is performed in a state in which the movable portion is locked by the locking member characterised in that in the release operation, the blur correction mechanism moves the movable portion toward a center position, corresponding to the optical axis, by designating successive positions to be reached by the movable portion as it approaches the center position so that the distance between each successive desired position and the center position decreases monotonically.
A concrete railway tie comprising two opposite end platforms on its upper surface, whereon rails (R1, R2) are rested and locked in position with locking clamps, said railway tie being internally provided with longitudinal ducts for passing electrical cables, said ducts being obtained with pipes drowned in concrete during casting, said longitudinal ducts ending in the vicinity of the end platforms whereon the rails (R1, R2) are rested; railway tie characterized in that said pipes are made of plastic material and in that said railway tie comprises an identical pair of trapezium-shaped transverse grooves, with the lower base facing downwards; each transverse groove comprising a horizontal bottom wall and two inclined downwards-converging lateral edges; said end platforms being disposed in external position with respect to said transverse grooves; said ducts being provided with an inlet obtained in one of the ends of the railway tie and an outlet ending in one of the lateral edges of the transverse grooves; said ducts substantially having a horizontal rectilinear trajectory, except for the end portion provided with an upward trajectory.
Shock-absorbing bearing for a pivot-shank of an arbour of a wheel set of a timepiece including a support block intended to be driven in, fixed or formed in the frame of said timepiece, said support block being provided with a recess intended to receive a spring with axial deformation and a setting supporting a perforated jewel through which the pivot-shank passes and an endstone, the spring being arranged in the recess between the setting and at least one protruding portion of a peripheral rim of the support block, the spring being formed by a peripheral ring from which at least one extension (13, 121) provided with a bearing head in contact with the endstone extends, this bearing head having the shape of an arc of a circle, the interface whereof with the extension occurs via the convex face thereof, characterised in that the spring is a spring ring comprising three inner radial extensions disposed between annular parts, these three inner radial extensions being constituted from the strip forming the ring which is curved towards the interior of the ring while forming a peripheral ring shape, each of the inner radial extensions comprising a bearing head, and being evenly distributed along the perimeter of the ring such that the latter can act in a homogeneous manner.
A nucleic acid encoding the amino acid sequence of a functional rice acetohydroxyacid synthase (AHAS), wherein: the encoded AHAS exhibits resistance to at least one imidazolinone herbicide and to at least one sulfonylurea herbicide that normally interfere with the wild-type rice AHAS; the encoded AHAS has a serine-to-asparagine substitution at amino acid position 627 of SEQ ID NO: 17; and the encoded AHAS is identical to the wild-type AHAS comprising the amino acid sequence shown as SEQ ID NO:17, except for the serine-to-asparagine substitution that is present in said encoded AHAS. the encoded AHAS exhibits resistance to at least one imidazolinone herbicide and to at least one sulfonylurea herbicide that normally interfere with the wild-type rice AHAS; the encoded AHAS has a serine-to-asparagine substitution at amino acid position 627 of SEQ ID NO: 17; and the encoded AHAS is identical to the wild-type AHAS comprising the amino acid sequence shown as SEQ ID NO:17, except for the serine-to-asparagine substitution that is present in said encoded AHAS.
Field-device coupling unit (10; 20; 30) for providing a supply voltage for a field device and for communication with a superordinate control unit, the field-device coupling unit (10; 20; 30) comprising a current interface, which is configured for communication with the control unit and has a first controllable input load which is configured to provide, from an interface current of the current interface, a load voltage on which the supply voltage is based, the field-device coupling unit (10; 20; 30) further comprising a circuit arrangement for providing a communication signal which is to be transmitted to the control unit, characterised in that the circuit arrangement is configured to control the first controllable input load according to the communication signal in order to superimpose the interface current with a current signal corresponding to the communication signal.
A user wearable apparatus; comprising: a body comprising a flexible rear wall that is configured to act as a resilient member; a sensor structure mounted to the user wearable apparatus, the sensor structure comprising: a sensor platform configured to be sandwiched between the flexible rear wall of the body of the user wearable apparatus and skin of the user and supported by the body movably with relation to the body towards and away of the skin, when the user wearable apparatus is worn by the user; a sensor supported by the sensor platform and configured to produce sensor signals corresponding to a property of the skin or underlying matter; and an actuator configured to adjust the position of the sensor platform with relation to the skin, wherein the flexible rear wall is configured to provide resilient biasing of the sensor platform against the skin. a body comprising a flexible rear wall that is configured to act as a resilient member; a sensor structure mounted to the user wearable apparatus, the sensor structure comprising: a sensor platform configured to be sandwiched between the flexible rear wall of the body of the user wearable apparatus and skin of the user and supported by the body movably with relation to the body towards and away of the skin, when the user wearable apparatus is worn by the user; a sensor supported by the sensor platform and configured to produce sensor signals corresponding to a property of the skin or underlying matter; and an actuator configured to adjust the position of the sensor platform with relation to the skin, a sensor platform configured to be sandwiched between the flexible rear wall of the body of the user wearable apparatus and skin of the user and supported by the body movably with relation to the body towards and away of the skin, when the user wearable apparatus is worn by the user; a sensor supported by the sensor platform and configured to produce sensor signals corresponding to a property of the skin or underlying matter; and an actuator configured to adjust the position of the sensor platform with relation to the skin, wherein the flexible rear wall is configured to provide resilient biasing of the sensor platform against the skin.
A storage device for being mounted in the proximity of the ceiling of a transport vehicle, the storage device comprising at least one main part, adapted to be fastened to a wall of a transport vehicle, and at least one auxiliary part, adapted to support a piece of personal effects, the auxiliary part is connected to said main part through moving means so as to enable the auxiliary part to move between: i. a retracted position in which the auxiliary part extends in the proximity of the wall of the vehicle in order to enable a reduced size piece of personal effects, especially an item of clothing, to be stored, and ii. an extended position in which the auxiliary part extends at a distance from the wall of the vehicle in order to enable a large size piece of personal effects, especially a cabin type luggage, to be stored the storage device being characterised in that the auxiliary part comprises at least one connecting member and a support member hingedly mounted relative to said connecting member so as to change tilt of the support member when the auxiliary part is in the retracted position or the extended position, the auxiliary part comprising a support member comprising a first face and a second face opposite the first face, the support member being adapted to support a piece of personal effects on its first face in the retracted position and on its second face in the extended position. i. a retracted position in which the auxiliary part extends in the proximity of the wall of the vehicle in order to enable a reduced size piece of personal effects, especially an item of clothing, to be stored, and ii. an extended position in which the auxiliary part extends at a distance from the wall of the vehicle in order to enable a large size piece of personal effects, especially a cabin type luggage, to be stored
A display device, comprising: an oxide thin film transistor that includes a gate electrode, an active layer disposed on the gate electrode, a first electrode connected to a first area of the active layer, a second electrode connected to a second area of the active layer and an etch stopper layer covering an intermediate area of an active layer between the first area and the second area of the active layer, wherein the etch stopper layer between the first area and the second area is partially covered by the first electrode and the second electrode such that a first length (X+α) in which the second electrode is extended toward the first electrode over the etch stopper layer is longer than a second length in which the first electrode is extended toward the second electrode over the etch stopper layer, wherein the first length (X + α) is measured from the edge of the etch stopper layer, which is closer to the second electrode, to the end of the second electrode on the etch stopper layer closer to the first electrode, wherein the length is measured from the edge of the etch stopper layer, which is closer to the first electrode, to the end of the first electrode on the etch stopper layer, which is closer to the second electrode, and wherein a width of the intermediate area is narrower than widths (W1, W2) of the first area and the second area, and the widths (W1, W2) of the first area and the second area are narrower than a width of the gate electrode. an oxide thin film transistor that includes a gate electrode, an active layer disposed on the gate electrode, a first electrode connected to a first area of the active layer, a second electrode connected to a second area of the active layer and an etch stopper layer covering an intermediate area of an active layer between the first area and the second area of the active layer, wherein the etch stopper layer between the first area and the second area is partially covered by the first electrode and the second electrode such that a first length (X+α) in which the second electrode is extended toward the first electrode over the etch stopper layer is longer than a second length in which the first electrode is extended toward the second electrode over the etch stopper layer, wherein the first length (X + α) is measured from the edge of the etch stopper layer, which is closer to the second electrode, to the end of the second electrode on the etch stopper layer closer to the first electrode, wherein the length is measured from the edge of the etch stopper layer, which is closer to the first electrode, to the end of the first electrode on the etch stopper layer, which is closer to the second electrode, and wherein a width of the intermediate area is narrower than widths (W1, W2) of the first area and the second area, and the widths (W1, W2) of the first area and the second area are narrower than a width of the gate electrode.
Direct contact-making plug for making direct electrical contact with multi-row contact areas of a printed circuit board, comprising a contact carrier which has at least two rows of electrical contacts for making direct contact with the contact areas, and comprising electrical lines, the line ends of the said electrical lines being electrically conductively connected to the electrical contacts within the contact carrier, wherein the contact carrier is assembled from two contact carrier parts (4a, 4b), of which the first contact carrier part has the electrical contacts and the second contact carrier part has the line ends of the electrical lines.
Adapter for industrial electrical sockets, comprising a main body provided with pins designed to be inserted in an industrial socket, a substantially cylindrical body intended to protect said pins and a centre body comprising a socket provided with holes according to the civil construction standards, and wherein said pins are electrically connected to said socket, wherein the adapter comprises: • at least two half shells (B1, B2) suited to contain a plug of the type suited to be used in civil buildings, and wherein each of said half shells (B1, B2) comprises a first end configured to be reversibly joined to said centre body and a second opposite threaded end (BF1, BF2) suited to interact with a tightening element; characterized in that it comprises: • at least one tightening element comprising at least two parts (C1, C2) that are internally threaded (CF1, CF2) and connected or suited to be connected to each other in such a way as to form said substantially circular tightening element in the shape of a dome or a cap with conical taper, and wherein screwing said tightening element on said externally threaded end (BF1, BF2) of said half shells (B1, B2) closes the two half shells (B1, B2) and locks the electric cable of the plug on said half shells (B1, B2), and wherein said first end of said half shells (B1, B2) is configured to be hinged to said centre body or to be at least partially inserted in said centre body or to be both hinged to and at least partially inserted in said centre body. • at least two half shells (B1, B2) suited to contain a plug of the type suited to be used in civil buildings, and wherein each of said half shells (B1, B2) comprises a first end configured to be reversibly joined to said centre body and a second opposite threaded end (BF1, BF2) suited to interact with a tightening element; • at least one tightening element comprising at least two parts (C1, C2) that are internally threaded (CF1, CF2) and connected or suited to be connected to each other in such a way as to form said substantially circular tightening element in the shape of a dome or a cap with conical taper, and wherein screwing said tightening element on said externally threaded end (BF1, BF2) of said half shells (B1, B2) closes the two half shells (B1, B2) and locks the electric cable of the plug on said half shells (B1, B2), and wherein said first end of said half shells (B1, B2) is configured to be hinged to said centre body or to be at least partially inserted in said centre body or to be both hinged to and at least partially inserted in said centre body.
A method of controlling tub oscillation of a drum type washing machine utilizing a ball balancer, the method comprising: maintaining an rpm of a drum at predetermined rpm level for a predetermined period of time until an oscillation frequency reaches a lowest value and before a tub is subjected to oscillation frequency that is greater than a predetermined level during a dehydration operation to reduce a differential rotation speed between the drum and a ball of said ball balancer; determining a time point of re-increasing the rpm of the drum based on a variation of a tub oscillation signal when the rpm is maintained in the predetermined rpm level for the predetermined period of time; and re-increasing the rpm of the drum, such that the tub is not subjected to the oscillation frequency that is greater than the predetermined level, wherein the determining the re-increasing time point Tre is obtained by utilizing the equation, Tre = T 2 + 0.5 × T − T 3 wherein the determining the re-increasing time point Tre is determined by using an oscillation period T calculated in the predetermined rpm level by using a difference between a first reaching time T1, during which the oscillation frequency starts to increase with a positive gradient so as to reach a first peak point, a second reaching time T2, during which the oscillation frequency starts to re-increase with a positive gradient so as to reach a second peak point, and a third reaching time T3, during which an oscillation frequency starts to reach an oscillation point that is greater than a predetermined oscillation level of the tub. maintaining an rpm of a drum at predetermined rpm level for a predetermined period of time until an oscillation frequency reaches a lowest value and before a tub is subjected to oscillation frequency that is greater than a predetermined level during a dehydration operation to reduce a differential rotation speed between the drum and a ball of said ball balancer; determining a time point of re-increasing the rpm of the drum based on a variation of a tub oscillation signal when the rpm is maintained in the predetermined rpm level for the predetermined period of time; and re-increasing the rpm of the drum, such that the tub is not subjected to the oscillation frequency that is greater than the predetermined level, wherein the determining the re-increasing time point Tre is obtained by utilizing the equation, Tre = T 2 + 0.5 × T − T 3 wherein the determining the re-increasing time point Tre is determined by using an oscillation period T calculated in the predetermined rpm level by using a difference between a first reaching time T1, during which the oscillation frequency starts to increase with a positive gradient so as to reach a first peak point, a second reaching time T2, during which the oscillation frequency starts to re-increase with a positive gradient so as to reach a second peak point, and a third reaching time T3, during which an oscillation frequency starts to reach an oscillation point that is greater than a predetermined oscillation level of the tub.