mhurhangee/ep-ind-claims huggingface dataset:
A harvesting vehicle with a front attachment and a swinger device for the floating suspension of the front attachment on the harvesting vehicle, with at least two load bearing rollers which are respectively rotatably mounted about an axis extending in the forward direction of the harvesting vehicle, with a bearing element extending transversely to the forward direction, on which the load bearing rollers are seated, wherein the bearing element is arcuate in configuration and the load bearing rollers are in operative connection with the bearing element, wherein the swinger device comprises at least two further support rollers which are respectively rotatably mounted about an axis extending in the transverse direction of the harvesting vehicle and support the front attachment in the forward direction of the harvesting vehicle in a manner such that the frictional torque between the front attachment and the harvesting vehicle is reduced, characterized in that the swinger device consists of a frame structure on the front attachment side configured as a floating frame and a frame structure on the harvesting vehicle side configured as a tilting frame, wherein, in order to actively swing the front attachment about the floating axis, a swivel cylinder is attached between the floating frame and the tilting frame, so that the swivel cylinder can actively swing the floating frame with respect to the tilting frame about the virtual floating axis, wherein, during the working operation, the swivel cylinder is located in a floating position, so that the front attachment is mounted to swing freely on the harvesting vehicle. wherein the bearing element is arcuate in configuration and the load bearing rollers are in operative connection with the bearing element, wherein the swinger device comprises at least two further support rollers which are respectively rotatably mounted about an axis extending in the transverse direction of the harvesting vehicle and support the front attachment in the forward direction of the harvesting vehicle in a manner such that the frictional torque between the front attachment and the harvesting vehicle is reduced, characterized in that the swinger device consists of a frame structure on the front attachment side configured as a floating frame and a frame structure on the harvesting vehicle side configured as a tilting frame, wherein, in order to actively swing the front attachment about the floating axis, a swivel cylinder is attached between the floating frame and the tilting frame, so that the swivel cylinder can actively swing the floating frame with respect to the tilting frame about the virtual floating axis, wherein, during the working operation, the swivel cylinder is located in a floating position, so that the front attachment is mounted to swing freely on the harvesting vehicle.
A system (20; 320; 720) comprising: a heat source; a vapor compression system (50; 350) comprising: a compressor for compressing a flow of a refrigerant; a first heat exchanger (60; 360; 720) along a refrigerant flowpath of the refrigerant; and a second heat exchanger (66; 366) along the refrigerant flowpath of the refrigerant; and a heat recovery system having: a first heat exchanger (110; 410) for transferring heat from the heat source to a heat recovery fluid along a heat recovery flowpath; a second heat exchanger (112; 63; 412) along the heat recovery flowpath; an ejector having a motive flow inlet, a secondary flow inlet, and an outlet; a pump; and a loop of the heat recovery flowpath passing through the pump to the heat recovery system first heat exchanger, through the motive flow inlet and from the outlet back to the pump, wherein: the heat recovery system second heat exchanger and the vapor compression system first heat exchanger are respective portions of a shared heat exchanger for rejecting heat to a heat transfer fluid and/or are in common along a heat transfer fluid flowpath, characterised in that: a separate subcooler has respective legs (62-1, 62-2) along the vapor compression flowpath and the heat recovery flowpath; and the heat recovery system second heat exchanger is a condenser. a heat source; a vapor compression system (50; 350) comprising: a compressor for compressing a flow of a refrigerant; a first heat exchanger (60; 360; 720) along a refrigerant flowpath of the refrigerant; and a second heat exchanger (66; 366) along the refrigerant flowpath of the refrigerant; and a compressor for compressing a flow of a refrigerant; a first heat exchanger (60; 360; 720) along a refrigerant flowpath of the refrigerant; and a second heat exchanger (66; 366) along the refrigerant flowpath of the refrigerant; and a heat recovery system having: a first heat exchanger (110; 410) for transferring heat from the heat source to a heat recovery fluid along a heat recovery flowpath; a second heat exchanger (112; 63; 412) along the heat recovery flowpath; an ejector having a motive flow inlet, a secondary flow inlet, and an outlet; a pump; and a loop of the heat recovery flowpath passing through the pump to the heat recovery system first heat exchanger, through the motive flow inlet and from the outlet back to the pump, a first heat exchanger (110; 410) for transferring heat from the heat source to a heat recovery fluid along a heat recovery flowpath; a second heat exchanger (112; 63; 412) along the heat recovery flowpath; an ejector having a motive flow inlet, a secondary flow inlet, and an outlet; a pump; and a loop of the heat recovery flowpath passing through the pump to the heat recovery system first heat exchanger, through the motive flow inlet and from the outlet back to the pump, a separate subcooler has respective legs (62-1, 62-2) along the vapor compression flowpath and the heat recovery flowpath; and the heat recovery system second heat exchanger is a condenser.
Composition in the form of an organogel of an organic liquid comprising at least one resin acid, in the acid form or in the esterified form, characterized in that the composition is not an adhesive composition and in that the resin acid is selected from the group consisting of abietic resin acids selected from the group consisting of abietic acid, neoabietic acid, dehydroabietic acid, palustric acid and mixtures thereof.
An electronic showerhead device (100, 200) for automatically controlling water flow comprising: a showerhead body configured to be connected to a main water channel via a main water valve; a presence detector (108, 208) located within the showerhead body; a first water channel providing a primary water stream exiting the showerhead body; a second water channel providing a secondary water stream exiting the showerhead body; wherein both the first water channel and the second water channel are connected to the main water channel; wherein turning on the main water valve turns on only the secondary water stream, while the primary water stream remains off; and wherein subsequent interruption of a presence interrogation beam area by a person or an object turns on the primary water stream, while the secondary water stream remains on. a showerhead body configured to be connected to a main water channel via a main water valve; a presence detector (108, 208) located within the showerhead body; a first water channel providing a primary water stream exiting the showerhead body; a second water channel providing a secondary water stream exiting the showerhead body; wherein both the first water channel and the second water channel are connected to the main water channel; wherein turning on the main water valve turns on only the secondary water stream, while the primary water stream remains off; and wherein subsequent interruption of a presence interrogation beam area by a person or an object turns on the primary water stream, while the secondary water stream remains on.
A surgical robotic cart assembly including: a base, the base configured to support a robotic arm thereon and including a plurality of casters attached thereto to allow the surgical robotic cart assembly to move along a floor; characterised by at least one vacuum cup (610; 710) coupled to the base; an actuator configured to move the at least one vacuum cup away from the base and towards the floor to engage the at least one vacuum cup with the floor; and a vacuum source (630; 730) in fluid communication with the at least one vacuum cup and configured to remove air from the at least one vacuum cup thereby securing the at least one vacuum cup to the floor, when the at least one vacuum cup is in contact with the floor, and immobilizing the surgical robotic cart assembly. a base, the base configured to support a robotic arm thereon and including a plurality of casters attached thereto to allow the surgical robotic cart assembly to move along a floor; characterised by at least one vacuum cup (610; 710) coupled to the base; an actuator configured to move the at least one vacuum cup away from the base and towards the floor to engage the at least one vacuum cup with the floor; and a vacuum source (630; 730) in fluid communication with the at least one vacuum cup and configured to remove air from the at least one vacuum cup thereby securing the at least one vacuum cup to the floor, when the at least one vacuum cup is in contact with the floor, and immobilizing the surgical robotic cart assembly.
A computing device comprising: a memory that stores a set of instructions; a first and a second ambient lighting brightness sensor (219, 220); and a processor that access the instructions in memory, the processor further configured to: receive, via the first and second ambient lighting brightness sensors (219, 220), a first and a second ambient lighting level from respective ones of a first surface and a second surface of the computing device; determine a brightness differential between the first and second ambient lighting levels; and transition a power state of the computing device to an alternate power state based on the brightness differential, wherein the first surface is a device front housing surface within which a display screen is disposed, and the second surface is a housing surface within which no display screen is disposed. a memory that stores a set of instructions; a first and a second ambient lighting brightness sensor (219, 220); and a processor that access the instructions in memory, the processor further configured to: receive, via the first and second ambient lighting brightness sensors (219, 220), a first and a second ambient lighting level from respective ones of a first surface and a second surface of the computing device; determine a brightness differential between the first and second ambient lighting levels; and transition a power state of the computing device to an alternate power state based on the brightness differential, wherein the first surface is a device front housing surface within which a display screen is disposed, and the second surface is a housing surface within which no display screen is disposed. receive, via the first and second ambient lighting brightness sensors (219, 220), a first and a second ambient lighting level from respective ones of a first surface and a second surface of the computing device; determine a brightness differential between the first and second ambient lighting levels; and transition a power state of the computing device to an alternate power state based on the brightness differential, wherein the first surface is a device front housing surface within which a display screen is disposed, and the second surface is a housing surface within which no display screen is disposed.
A system for providing pressurized fluid to the eye, comprising: at least one pressurized gas source; at least one pole for suspending, at an adjustable height, at least one irrigation fluid source communicatively coupled to the at least one pressurized gas source; a handpiece for dispensing irrigation fluid from the at least one irrigation fluid source at a pressure greater than that discretely due to the pressurized gas source or due to the height of the at least one pole; at least one pressure gauge for measuring the pressure of the dispensed irrigation fluid; characterized in that it further comprises a motor connected to the at least one pole for adjusting the height of said at least one irrigation source; and a controller for controlling the motor to automatically adjust the height of said at least one irrigation fluid source to approximate a target pressure. at least one pressurized gas source; at least one pole for suspending, at an adjustable height, at least one irrigation fluid source communicatively coupled to the at least one pressurized gas source; a handpiece for dispensing irrigation fluid from the at least one irrigation fluid source at a pressure greater than that discretely due to the pressurized gas source or due to the height of the at least one pole; at least one pressure gauge for measuring the pressure of the dispensed irrigation fluid; characterized in that it further comprises a motor connected to the at least one pole for adjusting the height of said at least one irrigation source; and a controller for controlling the motor to automatically adjust the height of said at least one irrigation fluid source to approximate a target pressure.
An ensemble of DNA formations for detecting a biomarker, the formations including: a detector adapted to accept a target biomarker and thereby to release a trigger DNA sequence by competitive hybridisation; an amplifier adapted for hybridisation with the trigger DNA sequence and thereby to release a key DNA sequence and the trigger DNA sequence or a further trigger DNA sequence, wherein the release is by competitive hybridisation; and a responder adapted for hybridisation with the key DNA sequence and thereby to cause a signal detectable to an observer to be produced. a detector adapted to accept a target biomarker and thereby to release a trigger DNA sequence by competitive hybridisation; an amplifier adapted for hybridisation with the trigger DNA sequence and thereby to release a key DNA sequence and the trigger DNA sequence or a further trigger DNA sequence, wherein the release is by competitive hybridisation; and a responder adapted for hybridisation with the key DNA sequence and thereby to cause a signal detectable to an observer to be produced.
Bodywork, in particular for a road vehicle, comprising walls (211, 212, 213) delimiting an enclosure defining a loading space, at least one of the walls (211, 212, 213) of said bodywork comprising at least one closing device, this closing device comprising a frame and an opening panel, the frame comprising two parallel guide rails delimiting a curved guide path comprising, between a first rectilinear portion and a second rectilinear portion, a curved portion, the opening panel, arranged along the first rectilinear portion in the closed position, being mounted, by means of rolling members, slidingly movable along the curved portion of the guide path for the passage from a closed position to an open position, the opening panel comprising a framework and a flexible cover, such as a tarp, for partially covering the framework and coupled to said framework, said framework comprising two longitudinal members, equipped with rolling members, and crossmembers, each longitudinal member being formed by a plurality of longitudinal member sections connected to one another by pivot links with parallel pivot axis (XX'), each section of one of the longitudinal members being connected to the opposite section of the other of the longitudinal members by at least one of the crossmembers, the pivot axes (XX') of the pivot links of the opposite longitudinal member sections are coaxial, the bodywork being characterized in that the closing device has, during the passage of the opening panel from the closed position to the open position, at least one configuration in which at least two of the longitudinal member sections connected by a pivot link form a non-flat angle (α) between them open toward the inside of the enclosure with the pivot axis (XX') of the pivot link of said longitudinal member sections extending from the side of the outer face facing toward the outside of the enclosure of the cover, this cover resting by its inner face, facing toward the inside of the enclosure, on at least part of the crossmembers.
Rack for receiving dishes, intended to be inserted into a dishwasher, the rack including a frame delimiting a upper area and a lower area between which a grid for supporting dishes is arranged, the upper area including receptacles for receiving dishes, characterized in that the lower area is equipped with at least one flap is moveable between a closed position in which the flap blocks a lower window bordered by the frame and an open position in which the flap allows passage through the lower window.
An elongate electrically conductive element comprising a core in aluminium or aluminium alloy and a layer of copper or copper alloy surrounding said core in aluminium or aluminium alloy, characterized in that: - the layer of copper or copper alloy represents 40 to 80 % by volume of the volume of the elongate electrically conductive element; - the aluminium content of the aluminium alloy is at least 98.00 % by weight, and - said elongate electrically conductive element is able to be obtained with a process comprising at least one step i) to form the layer of copper or copper alloy around the core in aluminium or aluminium alloy, via continuous casting. - the layer of copper or copper alloy represents 40 to 80 % by volume of the volume of the elongate electrically conductive element; - the aluminium content of the aluminium alloy is at least 98.00 % by weight, and - said elongate electrically conductive element is able to be obtained with a process comprising at least one step i) to form the layer of copper or copper alloy around the core in aluminium or aluminium alloy, via continuous casting.
A metal smartcard comprising: a front card body (FCB, 502, 602) composed of a first metal layer with a first slit (S1, 504, 604) extending from an outer edge thereof to a module opening (MO, 503, 603) for accepting a transponder chip module (TCM, 501, 601), the first metal layer functioning as a first coupling frame; and a rear card body (RCB, 506, 606) composed of a second metal layer with a second slit (S2, 507, 607) extending from an outer edge thereof, the second metal layer functioning as a second coupling frame; wherein the two metal layers mechanically support one another, in particular around the two slits and the module opening; the second slit being an extended slit running inwards from an edge of the rear card body that is internal to the metal smart card and describing a loop around an area overlapping a module antenna of the transponder chip module, the second slit further being formed so as to leave an area of solid metal behind the transponder chip module; further comprising a recess in the first metal layer to accommodate the second metal layer. a front card body (FCB, 502, 602) composed of a first metal layer with a first slit (S1, 504, 604) extending from an outer edge thereof to a module opening (MO, 503, 603) for accepting a transponder chip module (TCM, 501, 601), the first metal layer functioning as a first coupling frame; and a rear card body (RCB, 506, 606) composed of a second metal layer with a second slit (S2, 507, 607) extending from an outer edge thereof, the second metal layer functioning as a second coupling frame; wherein the two metal layers mechanically support one another, in particular around the two slits and the module opening; the second slit being an extended slit running inwards from an edge of the rear card body that is internal to the metal smart card and describing a loop around an area overlapping a module antenna of the transponder chip module, the second slit further being formed so as to leave an area of solid metal behind the transponder chip module; further comprising a recess in the first metal layer to accommodate the second metal layer.
Method for operating a route device which uses a mobile radio network (MNET) and which is assigned to an installation section of a route installation, in particular an installation section of a railway track installation, is assigned to a radio cell (FZ0-FZ9) of the mobile radio network (MNET) and can communicate with vehicles, which are located on the route installation, via the mobile radio network (MNET), characterised in that - following receipt of a mobile radio call by one of the vehicles at the route device, a communication connection is established between the route device and the vehicle, and it is checked from which radio cell (FZ0-FZ9) of the mobile radio network (MNET) the call originates, - it is subsequently checked whether or not the radio cell (FZ0-FZ9), from which the call originates, is the radio cell (FZ0-FZ9) assigned to the route device and - in the event that the radio cell (FZ0-FZ9), from which the call originates, is not the radio cell (FZ0-FZ9) assigned to the route device, at least one other route device (RBC2/RBC3) is ascertained, which is assigned to the radio cell (FZ0-FZ9), from which the call originates, a mobile radio number of said at least one other route device (RBC2/RBC3) is communicated to the vehicle and subsequently the communication connection is terminated. - following receipt of a mobile radio call by one of the vehicles at the route device, a communication connection is established between the route device and the vehicle, and it is checked from which radio cell (FZ0-FZ9) of the mobile radio network (MNET) the call originates, - it is subsequently checked whether or not the radio cell (FZ0-FZ9), from which the call originates, is the radio cell (FZ0-FZ9) assigned to the route device and - in the event that the radio cell (FZ0-FZ9), from which the call originates, is not the radio cell (FZ0-FZ9) assigned to the route device, at least one other route device (RBC2/RBC3) is ascertained, which is assigned to the radio cell (FZ0-FZ9), from which the call originates, a mobile radio number of said at least one other route device (RBC2/RBC3) is communicated to the vehicle and subsequently the communication connection is terminated.
Linear actuator comprising a housing consisting of at least two parts (1a, 1b) a mounting console a reversible motor with a transmission, a spindle which over the transmission is driven by the reversible motor, a bearing for embedding the spindle, a spindle nut secured against rotation on the spindle, an outer tube which surrounds the spindle, an activation element telescopic mounted in the outer tube and connected to the spindle nut, a front mounting on the outer end of the activation element, a rear mounting arranged in the housing and where there in the rear mounting is a seat for the bearing of the spindle, and where the reversible motor, the transmission and the outer tube is secured to the mounting console, and where the mounting console is designed as a separate element which constitutes the bearing chassis of the linear actuator, characterized in that the mounting console is equipped with a wall element around and on which the two parts (1a, 1b) of the housing, the reversible motor, the transmission and the outer tube of the linear actuator is mounted, and where the outer contour of the wall element of the mounting console corresponds to or essentially corresponds to the outer contour of the cross section of the housing.
Apparatus for determining angular alignment of a readhead with respect to a scale, the apparatus comprising at least one sensor in the readhead wherein at least one output of the at least one sensor is dependent on the angular alignment of the readhead relative to the scale about an axis that is parallel to the surface of the scale adjacent the readhead, characterised in that the angular alignment about the axis is measured independently of other axes and rideheight.