mhurhangee/ep-ind-claims huggingface dataset:
A hitch adaptor system comprising: a linkage member, the linkage member being capable of being operatively secured to a towbar, wherein the towbar is operatively secured to a vehicle; a detachable receiving device, the detachable receiving device further comprising a detachable receiving member or a detachable hitch ball member; and a connecting member, the connecting member being operatively connected to both the linkage member and the detachable receiving device, and wherein the linkage member is removably fastened to the towbar via a set of at least two plates (112, 114) and a plurality of fasteners. characterized in that the connecting member is removably fastened to the linkage member via the set of at least two plates and the plurality of fasteners. a linkage member, the linkage member being capable of being operatively secured to a towbar, wherein the towbar is operatively secured to a vehicle; a detachable receiving device, the detachable receiving device further comprising a detachable receiving member or a detachable hitch ball member; and a connecting member, the connecting member being operatively connected to both the linkage member and the detachable receiving device, and wherein the linkage member is removably fastened to the towbar via a set of at least two plates (112, 114) and a plurality of fasteners. characterized in that the connecting member is removably fastened to the linkage member via the set of at least two plates and the plurality of fasteners.
A weight support mechanism with multi parts which prevents the offsetting of the center of gravity when tractors used in agricultural activities are subjected to excess loads and difficult land conditions, characterized in that; it comprises • A standard weight support • Two tie piece support elements within said standard weight support piece • A weight support U piece, • A right support which increases capacity and • A left support which increases capacity; wherein a screw connection element for each of the right support and left supports which increase capacity and a washer tightening element for each screw is provided. • A standard weight support • Two tie piece support elements within said standard weight support piece • A weight support U piece, • A right support which increases capacity and • A left support which increases capacity;
A transmission-type screen comprising: a first lens array surface on which a plurality of first microlenses are arrayed; and a second lens array surface that is parallel to the first lens array surface and is provided at a distance in a direction perpendicular to the first lens array surface and on which a plurality of second microlenses are arrayed; wherein the transmission-type screen has a shape where the width thereof in an x-axis direction is longer than the width thereof in a y-axis direction in an orthogonal coordinate system where a direction perpendicular to the first lens array surface is set to be a z-axis direction, a horizontal direction of an intermediate rectangular image projected on the transmission-type screen is set to be coincident with the x-axis direction, and a vertical direction of the intermediate rectangular image is set to be coincident with the y-axis direction, wherein a level line near a vertex in the first microlenses has a circular shape, wherein a level line near a vertex in the second microlenses has an elliptical shape having a short axis in the x-axis direction and a long axis in the y-axis direction, and wherein the curvature of the second microlenses in the x direction is larger than the curvature of the second microlenses in the y direction. a first lens array surface on which a plurality of first microlenses are arrayed; and a second lens array surface that is parallel to the first lens array surface and is provided at a distance in a direction perpendicular to the first lens array surface and on which a plurality of second microlenses are arrayed; wherein the transmission-type screen has a shape where the width thereof in an x-axis direction is longer than the width thereof in a y-axis direction in an orthogonal coordinate system where a direction perpendicular to the first lens array surface is set to be a z-axis direction, a horizontal direction of an intermediate rectangular image projected on the transmission-type screen is set to be coincident with the x-axis direction, and a vertical direction of the intermediate rectangular image is set to be coincident with the y-axis direction, wherein a level line near a vertex in the first microlenses has a circular shape, wherein a level line near a vertex in the second microlenses has an elliptical shape having a short axis in the x-axis direction and a long axis in the y-axis direction, and wherein the curvature of the second microlenses in the x direction is larger than the curvature of the second microlenses in the y direction.
Front loader arrangement with a mounting frame and a mounting mast, wherein the mounting mast can be coupled to the mounting frame and can be decoupled therefrom, and a loader arm which is connected to the mounting mast and is pivotable via a hydraulic cylinder extending between loader arm and mounting mast, characterized in that adjusting means, by means of which the hydraulic cylinder can be brought into a floating position when the hydraulic supply is decoupled, are provided on the front loader arrangement.
Latent storage element with a latent storage material, which is arranged in an encapsulation and has at least one phase change temperature at which a phase change takes place between a first phase and a second phase, wherein the encapsulation has an ellipsoid form with a non-circular cross section that decreases towards the edge with an upper side and a lower side, characterised in that the encapsulation comprises at least one bead at least on one of the upper or lower sides.
A method of authenticating a first device to a second device based on a number of stored data elements and based on a predefined recombination function known by the first device and the second device, the method being executable by the first device and comprising: receiving an input signal by the first device from the second device, the input signal being indicative of selected ones of the data elements, generating, by the first device, an authentication signal by using the recombination function and based on the selected ones of the data elements as input elements, wherein generating the authentication signal comprises retrieving the selected data elements from at least one lookup table being stored in the first device by using a selection function, wherein the selection function selects the selected elements from the at least one lookup table based on the input signal, wherein the selected elements are close to but smaller than half of the data elements from the at least one look-up table, and wherein the authentication signal represents a basis for the second device for authenticating the first device, and sending the authentication signal to the second device. receiving an input signal by the first device from the second device, the input signal being indicative of selected ones of the data elements, generating, by the first device, an authentication signal by using the recombination function and based on the selected ones of the data elements as input elements, wherein generating the authentication signal comprises retrieving the selected data elements from at least one lookup table being stored in the first device by using a selection function, wherein the selection function selects the selected elements from the at least one lookup table based on the input signal, wherein the selected elements are close to but smaller than half of the data elements from the at least one look-up table, and wherein the authentication signal represents a basis for the second device for authenticating the first device, and wherein generating the authentication signal comprises retrieving the selected data elements from at least one lookup table being stored in the first device by using a selection function, wherein the selection function selects the selected elements from the at least one lookup table based on the input signal, wherein the selected elements are close to but smaller than half of the data elements from the at least one look-up table, and wherein the authentication signal represents a basis for the second device for authenticating the first device, and sending the authentication signal to the second device.
A field device apparatus, comprising: a measuring device; and a communications device; wherein the measuring device is adapted to determine a measurement value and to communicate with the communications device; and wherein the communications device is adapted to set an operating mode for connection to an evaluation device (105a, 105b), which operating mode can be selected from a first operating mode and a second operating mode; wherein the first operating mode enables an indirect connection to the evaluation device (105a, 105b) via a communications network; wherein the second operating mode enables a direct connection to the evaluation device (105a, 105b); and wherein the indirect and the direct connection involves the use of same transmission technology; characterized in that the communications device is adapted for selectively operating as authentification client or authentification server; wherein the communications device is adapted to request and use access data, which the communications device uses for logging onto the communications network in the first operating mode, as authentification server for connecting directly to the evaluation device (105a, 105b) in the second operating mode; and wherein the communications device is adapted to accept a connection request in the second operating mode. a measuring device; and a communications device; wherein the measuring device is adapted to determine a measurement value and to communicate with the communications device; and wherein the communications device is adapted to set an operating mode for connection to an evaluation device (105a, 105b), which operating mode can be selected from a first operating mode and a second operating mode; wherein the first operating mode enables an indirect connection to the evaluation device (105a, 105b) via a communications network; wherein the second operating mode enables a direct connection to the evaluation device (105a, 105b); and wherein the indirect and the direct connection involves the use of same transmission technology;
Laser processing machine having a protection door being able to be reciprocated in a closing and opening direction, whereby the protection door comprises following features: a door leaf being connected to a drive for opening and closing the protection door, characterized by a protection member being attached at a side of the protection door in the closing direction and being movable relative to the door leaf about a predetermined distance in the opening and closing direction, and a switching member, connected to the protection member, formed such that it switches in the closing direction when impinging onto an obstacle, wherein the laser processing machine comprises a control device processing a signal of the switching member, whereby the control device and the drive are adapted such that a braking distance of the protection door is always smaller than the predetermined distance about which the protection member is movable with respect to the door leaf, wherein the switching member is an elastic ribbon switch. a door leaf being connected to a drive for opening and closing the protection door, characterized by a protection member being attached at a side of the protection door in the closing direction and being movable relative to the door leaf about a predetermined distance in the opening and closing direction, and a switching member, connected to the protection member, formed such that it switches in the closing direction when impinging onto an obstacle, wherein the laser processing machine comprises a control device processing a signal of the switching member, whereby the control device and the drive are adapted such that a braking distance of the protection door is always smaller than the predetermined distance about which the protection member is movable with respect to the door leaf, wherein the switching member is an elastic ribbon switch.
A juice extractor with a temperature displaying function comprising a body, wherein the body includes a base and a container, a cover is mounted on a top end of the container, a temperature display device is provided, the temperature display device includes a temperature detecting portion and a display, the temperature detecting portion is capable of detecting a temperature in an interior of the container, the temperature detecting portion is connected to the display via a signal transmission route, with the cover including a through-hole, characterized in that a rod is extending through the through-hole into the interior of the container, with the temperature detecting portion mounted to a lower portion of the rod, with the display mounted to a top end of the rod, with the rod including an annular flange on an upper portion thereof, with the cover including a recessed portion surrounding the through-hole of cover, with a bottom of the flange received in the recessed portion such that the rod can be used to press the upper part of food materials downward.
A vacuum pump comprising: a rotating body supported and floated in air by an electromagnet (104,105,106A,106B); a position sensor (107,108,109) that detects a radial or axial position of the rotating body; a subtractor that computes a difference between the position detected by the position sensor (107, 108, 109) and a displacement command value; high-rigidity-mode adjusting means provided for a high-rigidity-mode for increasing a control gain and improving response to disturbance, wherein the high-rigidity-mode adjusting means adjusts an output of the subtractor to high rigidity; low-rigidity-mode adjusting means provided for a low-rigidity-mode for performing control during low vibrations with a small control gain or a small steady-state current, wherein the low-rigidity-mode adjusting means adjusts the output of the subtractor to low rigidity; output-signal adding means that adds an output signal of the low-rigidity-mode adjusting means and an output signal of the high-rigidity-mode adjusting means; amplifying means that amplifies the output signals added by the output signal adding means; current is passed through a winding of the electromagnet (104, 105, 106A, 106B) based on the output signal amplified by the amplifying means, and the signal adjusted by the high-rigidity-mode adjusting means and the signal adjusted by the low-rigidity-mode adjusting means are adjusted based on a first ratio. a subtractor that computes a difference between the position detected by the position sensor (107, 108, 109) and a displacement command value; high-rigidity-mode adjusting means provided for a high-rigidity-mode for increasing a control gain and improving response to disturbance, wherein the high-rigidity-mode adjusting means adjusts an output of the subtractor to high rigidity; low-rigidity-mode adjusting means provided for a low-rigidity-mode for performing control during low vibrations with a small control gain or a small steady-state current, wherein the low-rigidity-mode adjusting means adjusts the output of the subtractor to low rigidity; output-signal adding means that adds an output signal of the low-rigidity-mode adjusting means and an output signal of the high-rigidity-mode adjusting means; amplifying means that amplifies the output signals added by the output signal adding means; current is passed through a winding of the electromagnet (104, 105, 106A, 106B) based on the output signal amplified by the amplifying means, and the signal adjusted by the high-rigidity-mode adjusting means and the signal adjusted by the low-rigidity-mode adjusting means are adjusted based on a first ratio.
A customizable arch support system integrated into a shoe comprising: at least one shoe insole, at least one arch support insert, wherein said arch support insert is removably attached to said shoe insole characterized in that it is removably attached using a plurality of magnets in the arch support insert that are disposed to magnetically couple to a plurality of magnets in the insole. at least one shoe insole, at least one arch support insert, wherein said arch support insert is removably attached to said shoe insole characterized in that it is removably attached using a plurality of magnets in the arch support insert that are disposed to magnetically couple to a plurality of magnets in the insole.
An apparatus for controlling data transmission using time-frequency blocks, comprising: a processor operative to obtain information used to adjust an overlapping factor for a sector, wherein the overlapping factor is indicative of an average number of terminals using same time-frequency blocks in the same sector; a controller operative to update the overlapping factor for said sector based on the obtained information; and a scheduler operative to schedule terminals for transmissions within the sector using the same time-frequency blocks based on the overlapping factor and to assign the scheduled terminals with traffic channels from a minimum number of channel sets. a processor operative to obtain information used to adjust an overlapping factor for a sector, wherein the overlapping factor is indicative of an average number of terminals using same time-frequency blocks in the same sector; a controller operative to update the overlapping factor for said sector based on the obtained information; and a scheduler operative to schedule terminals for transmissions within the sector using the same time-frequency blocks based on the overlapping factor and to assign the scheduled terminals with traffic channels from a minimum number of channel sets.
A system comprising an insert (10, 1200) for providing a valve in a conduit (20, 1208), the insert being arranged for insertion through a slot created in the surface of said conduit (20, 1208), said slot not extending across a full cross section of the conduit (20, 1208), the insert (10, 1200) comprising: an insert body (12, 1202) formed by a continuous substantially cylindrical or annular wall having first and second open ends, defining an axis of flow therebetween; and a valve flap (16, 1002) connected to said insert body (12, 1202); the valve flap (16, 1002) being movable between a closed position in which the valve flap (16, 1002) creates a closure, thereby preventing flow along said axis, and an open position in which the valve flap (16, 1002) allows flow along said axis; the valve flap (16, 1002) being arranged so that, when in the open position, it is substantially U-shaped in side cross-section and is oriented with respect to the insert body (12, 1202) so that said U-shape arches over the axis of flow; wherein the system comprises sealing means to prevent leakage from the conduit (20, 1208) after insertion of the insert (10, 1200) therein, the sealing means comprising a jointing strap for fitting to an outer surface of the conduit (20, 1208). an insert body (12, 1202) formed by a continuous substantially cylindrical or annular wall having first and second open ends, defining an axis of flow therebetween; and a valve flap (16, 1002) connected to said insert body (12, 1202); the valve flap (16, 1002) being movable between a closed position in which the valve flap (16, 1002) creates a closure, thereby preventing flow along said axis, and an open position in which the valve flap (16, 1002) allows flow along said axis; the valve flap (16, 1002) being arranged so that, when in the open position, it is substantially U-shaped in side cross-section and is oriented with respect to the insert body (12, 1202) so that said U-shape arches over the axis of flow; wherein the system comprises sealing means to prevent leakage from the conduit (20, 1208) after insertion of the insert (10, 1200) therein, the sealing means comprising a jointing strap for fitting to an outer surface of the conduit (20, 1208).
A positive electrode active material for a lithium secondary battery having a core-shell structure comprising: a core composed of lithium transition metal oxides including nickel(Ni), manganese(Mn) and cobalt(Co); and a shell composed of lithium transition metal oxides including cobalt(Co), wherein the lithium transition metal oxide of the core is a compound represented by the following Formula 1, and the lithium transition metal oxide of the shell is a compound represented by the following Formula 2, wherein the lithium transition metal oxide of the core and the lithium transition metal oxide of the shell further include a zirconium(Zr) element, wherein an inorganic material layer of Al 2 O 3 is further formed by coating on the surface of the shell, and wherein the content of the inorganic material layer is 1.1 wt% or more to 3.0 wt% or less based on the total weight of the positive electrode active material: Li y [Ni a Mn b Co 1-(a+b+c) Zr c]O 2 wherein, 0.55≤a≤0.9, 0.05≤b≤0.5, 0<c≤0.1, a+b+c≤1, 0.98≤y≤1.10; and Li y Co (1-a) Zr a O 2 wherein, 0<a≤0.1, 0.98≤y≤1.10. a core composed of lithium transition metal oxides including nickel(Ni), manganese(Mn) and cobalt(Co); and a shell composed of lithium transition metal oxides including cobalt(Co), wherein the lithium transition metal oxide of the core is a compound represented by the following Formula 1, and the lithium transition metal oxide of the shell is a compound represented by the following Formula 2, wherein the lithium transition metal oxide of the core and the lithium transition metal oxide of the shell further include a zirconium(Zr) element, wherein an inorganic material layer of Al 2 O 3 is further formed by coating on the surface of the shell, and wherein the content of the inorganic material layer is 1.1 wt% or more to 3.0 wt% or less based on the total weight of the positive electrode active material: Li y [Ni a Mn b Co 1-(a+b+c) Zr c]O 2 wherein, 0.55≤a≤0.9, 0.05≤b≤0.5, 0<c≤0.1, a+b+c≤1, 0.98≤y≤1.10; and Li y Co (1-a) Zr a O 2 wherein, 0<a≤0.1, 0.98≤y≤1.10.