mhurhangee/patent-ind-claim-en huggingface dataset:
A food article loading system , comprising: • a housing ; • a shuttle conveyor having a first belt with a first plurality of paddles for receiving individual food elongate articles , the first belt having an upper pass and a lower pass , the shuttle conveyor mounted on the housing for relative longitudinal, reciprocal movement; • an upper drive engaging the upper pass of the shuttle conveyor ; • a lower drive engaging the lower pass of the shuttle conveyor ; • a loading head having a second belt with a second plurality of paddles for receiving the food articles from the lower pass of the shuttle conveyor , the second belt having an upper pass and a lower pass ; and • a control for actuating each of the upper drive and the lower drive to operate at a selected speed, thereby causing the first belt to rotate about a circular path and the shuttle conveyor to reciprocate longitudinally to receive and retain a first predetermined number of the food articles , and to deposit a second predetermined number of the elongate food articles onto the second belt at a selected frequency. • a housing ; • a shuttle conveyor having a first belt with a first plurality of paddles for receiving individual food elongate articles , the first belt having an upper pass and a lower pass , the shuttle conveyor mounted on the housing for relative longitudinal, reciprocal movement; • an upper drive engaging the upper pass of the shuttle conveyor ; • a lower drive engaging the lower pass of the shuttle conveyor ; • a loading head having a second belt with a second plurality of paddles for receiving the food articles from the lower pass of the shuttle conveyor , the second belt having an upper pass and a lower pass ; and • a control for actuating each of the upper drive and the lower drive to operate at a selected speed, thereby causing the first belt to rotate about a circular path and the shuttle conveyor to reciprocate longitudinally to receive and retain a first predetermined number of the food articles , and to deposit a second predetermined number of the elongate food articles onto the second belt at a selected frequency.
Angle grinder comprising an angle grinder housing and comprising a drive unit for driving an insertion tool having a sensor device for providing a rotation parameter, and comprising a control and/or regulating unit which is specifically programmed to evaluate the rotation parameter in order to detect a jammed state of the insertion tool , wherein the sensor device has a yaw rate sensor to provide the rotation parameter as a function of a housing rotational movement of the angle grinder housing , wherein the control and regulating unit is specifically programmed to trigger a safety mode beginning at a rotation parameter of 100 to 500 degrees per second, wherein the yaw rate sensor is provided to provide the rotation parameter irrespective of an acceleration of the housing rotational movement.
A fuel cartridge having a body and an interface seal assembly comprising: a resilient sealing member having a first face and a second face and an aperture extending between the first face and the second face and at least two circumferential ridges (43-45) surrounding the aperture on the first face, the aperture forming part of a fuel flow path from the cartridge to an external interface defined by the first face , and the second face defining a seal to an internal part of the fuel cartridge; and a rigid frame into which the resilient sealing member is moulded, wherein the interface seal assembly is removable by detachment of the rigid frame from the cartridge body for attachment of a new interface seal assembly to the cartridge body, thereby renewing the seals defined by the first face and the second face of the resilient sealing member during replenishment of a fuel source within the fuel cartridge. a resilient sealing member having a first face and a second face and an aperture extending between the first face and the second face and at least two circumferential ridges (43-45) surrounding the aperture on the first face, the aperture forming part of a fuel flow path from the cartridge to an external interface defined by the first face , and the second face defining a seal to an internal part of the fuel cartridge; and a rigid frame into which the resilient sealing member is moulded, wherein the interface seal assembly is removable by detachment of the rigid frame from the cartridge body for attachment of a new interface seal assembly to the cartridge body, thereby renewing the seals defined by the first face and the second face of the resilient sealing member during replenishment of a fuel source within the fuel cartridge.
Transmission for a motor vehicle, in particular for an electric vehicle, with a ring gear , a pinion meshing in the ring gear in a first engagement region , and a mechanically drivable pump , wherein the pump has a pump pinion which, in addition to the pinion , meshes directly in the ring gear in a second engagement region , wherein the first and the second engagement region are spaced apart from each other in the circumferential direction of the ring gear and are arranged at a distance of less than 120 angular degrees with respect to each other, and wherein the pump pinion and the pinion together with the ring gear has a hypoid toothing, wherein, in a top view of the ring gear , the axis of rotation of the pump pinion has a first axle offset with respect to the axis of rotation of the ring gear , and the axis of rotation of the pinion has a second axial offset with respect to the axis of rotation of the ring gear .
A crystal oscillator comprising: - an oscillator structure comprising a crystal resonator and an electronic oscillator circuit connected to the crystal resonator , the oscillator structure having a first terminal and a second terminal , - a startup controller operable to initiate an oscillation in the oscillator structure by exciting the oscillator structure with a sequence of excitation signals derivable from a clock signal and when triggered by a timing signal, the sequence of excitation signals includes at least a first excitation signal and a second excitation signal , - a comparator comprising a first and a second input terminals and an output terminal , wherein the first input terminal is connected to the first terminal and wherein the second input terminal is connected to the second terminal , the comparator being operable to provide a comparative signal, characterized by - a digital storage configured to store digital data characterizing a switching delay of the comparator and - a phase shifting unit coupled to the digital storage and coupled to the output terminal of the comparator , the phase shifting unit being operable to generate the timing signal on the basis of the comparative signal and on the basis of the digital data provided by the digital storage . - an oscillator structure comprising a crystal resonator and an electronic oscillator circuit connected to the crystal resonator , the oscillator structure having a first terminal and a second terminal , - a startup controller operable to initiate an oscillation in the oscillator structure by exciting the oscillator structure with a sequence of excitation signals derivable from a clock signal and when triggered by a timing signal, the sequence of excitation signals includes at least a first excitation signal and a second excitation signal , - a comparator comprising a first and a second input terminals and an output terminal , wherein the first input terminal is connected to the first terminal and wherein the second input terminal is connected to the second terminal , the comparator being operable to provide a comparative signal, characterized by - a digital storage configured to store digital data characterizing a switching delay of the comparator and - a phase shifting unit coupled to the digital storage and coupled to the output terminal of the comparator , the phase shifting unit being operable to generate the timing signal on the basis of the comparative signal and on the basis of the digital data provided by the digital storage .
A method for controlling a power supply system , wherein the power supply system comprises N photovoltaic strings , a direct current voltage conversion unit , an inverter unit , and a controller , the N photovoltaic strings are configured to convert optical energy into a direct current, the direct current voltage conversion unit is configured to convert voltage of the direct current output by the N photovoltaic strings , the inverter unit is configured to convert the direct current output by the direct current voltage conversion unit into an alternating current and supply power to a power grid, and the method comprises: - determining (S201), by the controller , that the N photovoltaic strings meet the following condition: ∑ i = 1 N P max i > P out , wherein P max ( i ) represents maximum power point power corresponding to each of the N photovoltaic strings in previous maximum power point tracking MPPT, and P out represents scheduling power of the inverter unit ; and - controlling (S202), by the controller , the direct current voltage conversion unit to enable X photovoltaic strings in the N photovoltaic strings to be in an MPPT state, and N - X photovoltaic strings to be in a power output limited state, based on the determining, such that N ≥ 2, 1 ≤ X ≤ N - 1, both N and X are positive integers, and the X photovoltaic strings meet the following condition: ∑ i = 1 X P max i ≤ P out . - determining (S201), by the controller , that the N photovoltaic strings meet the following condition: ∑ i = 1 N P max i > P out , wherein P max ( i ) represents maximum power point power corresponding to each of the N photovoltaic strings in previous maximum power point tracking MPPT, and P out represents scheduling power of the inverter unit ; and - controlling (S202), by the controller , the direct current voltage conversion unit to enable X photovoltaic strings in the N photovoltaic strings to be in an MPPT state, and N - X photovoltaic strings to be in a power output limited state, based on the determining, such that N ≥ 2, 1 ≤ X ≤ N - 1, both N and X are positive integers, and the X photovoltaic strings meet the following condition: ∑ i = 1 X P max i ≤ P out .
Vacuum interrupter of the kind comprising an elongate cartridge under vacuum, said cartridge comprising a cylindrical jacket blocked by two end walls , respectively called first and second, in which are housed two arc contacts of which one , which is fixed, is secured to one, called first, of the abovementioned end walls, while the other , which is mobile, is mounted at the end of a rod mounted to slide axially inside the cartridge, through the other of the end walls, called second , between a first so-called closed position of the interrupter in which the arc contacts are end-to-end and an open position of the interrupter in which the arc contacts are separated, and a compression spring suitable for exerting a contact pressure force on the mobile arc contact in the position of closure of the arc contacts , said abovementioned compression spring being mounted inside the interrupter A around the rod , and bearing, by one of its ends , on the mobile arc contact , and, by its opposite end , on a part fixed relative to the jacket of the interrupter A, this fixed part ensuring the holding and the positioning of the spring inside the interrupter A and comprising a device for guiding the rod inside the interrupter A, said device being mounted around the rod , the fixed part comprising a cylindrical portion of which one of the free edges is intended to cooperate with the mobile arc contact , while the other free edge is folded in bracket form so as to form an annular wall extending in a plane substantially at right angles to the axis of the abovementioned cylindrical portion , the abovementioned cylindrical portion being intended to be mounted around the rod ; characterized in that the abovementioned cylindrical portion is intended to be mounted inside the interrupter A, while the abovementioned annular portion is intended to be brought to bear on the outer face of the abovementioned so-called second end wall .
An apparatus for the manufacture of a shoe sole or part of a shoe sole from foam particles , wherein the apparatus comprises: a. a molding tool which is formed from at least two molding halves and which defines a molding cavity ; characterized in that it further comprises: b. at least two capacitor plates which are arranged adjacent to the molding cavity ; wherein c. at least one of the capacitor plates is connected to a radiation source; and wherein d. at least one of the capacitor plates comprises several segments that have an adaptable distance (d) to the molding cavity . a. a molding tool which is formed from at least two molding halves and which defines a molding cavity ; characterized in that it further comprises: b. at least two capacitor plates which are arranged adjacent to the molding cavity ; wherein c. at least one of the capacitor plates is connected to a radiation source; and wherein d. at least one of the capacitor plates comprises several segments that have an adaptable distance (d) to the molding cavity .
A device (400; 400') for removing bone from a glenoid of a subject, the device comprising: a frame (402; 402') adapted to be manipulated by a user; a reaming head (412; 412') comprising at least one reaming edge (422; 422') adapted to engage and shape the glenoid; and a drive shaft (406; 406') rotatably supported by and extending through the frame and having a distal end which is coupled with the reaming head and which is at least partially disposed within the reaming head (412; 412'), the drive shaft being rotatable about a drive shaft axis (408; 408') at the distal end, wherein the reaming head is adapted to be rotatably driven about a reaming axis (414; 414') by the drive shaft, the reaming axis being non-parallel to the drive shaft axis at the distal end, and wherein the reaming head (412; 412') is also adapted to be selectively adjusted between two or more orientations to respectively form different surfaces on the glenoid at respective portions of the glenoid that have experienced different amounts of bone erosion. a frame (402; 402') adapted to be manipulated by a user; a reaming head (412; 412') comprising at least one reaming edge (422; 422') adapted to engage and shape the glenoid; and a drive shaft (406; 406') rotatably supported by and extending through the frame and having a distal end which is coupled with the reaming head and which is at least partially disposed within the reaming head (412; 412'), the drive shaft being rotatable about a drive shaft axis (408; 408') at the distal end, wherein the reaming head is adapted to be rotatably driven about a reaming axis (414; 414') by the drive shaft, the reaming axis being non-parallel to the drive shaft axis at the distal end, and wherein the reaming head (412; 412') is also adapted to be selectively adjusted between two or more orientations to respectively form different surfaces on the glenoid at respective portions of the glenoid that have experienced different amounts of bone erosion.
A method of controlling a compression ignition engine having a fuel injection valve which supplies fuel into a combustion chamber, the method comprising: an engine start step in which an engine speed is increased to a predetermined idle speed; a speed obtaining step in which the engine speed is detected or estimated; and an injection amount setting step in which a fuel injection amount to be injected by the fuel injection valve in next and subsequent cycles is set, based on the engine speed, in a period until the engine speed reaches the idle speed, wherein the injection amount setting step includes, if the engine speed detected or estimated before fuel injection in an n-th cycle is higher than or equal to a predetermined reference speed and lower than a lower limit of a resonance speed range, the lower limit being higher than the reference speed, setting a fuel injection amount for the n-th cycle to be a predetermined first injection amount, and setting a fuel injection amount for an (n + 1)-th cycle to be a second injection amount smaller than the first injection amount, where n is a positive integer. an engine start step in which an engine speed is increased to a predetermined idle speed; a speed obtaining step in which the engine speed is detected or estimated; and an injection amount setting step in which a fuel injection amount to be injected by the fuel injection valve in next and subsequent cycles is set, based on the engine speed, in a period until the engine speed reaches the idle speed, wherein the injection amount setting step includes, if the engine speed detected or estimated before fuel injection in an n-th cycle is higher than or equal to a predetermined reference speed and lower than a lower limit of a resonance speed range, the lower limit being higher than the reference speed, setting a fuel injection amount for the n-th cycle to be a predetermined first injection amount, and setting a fuel injection amount for an (n + 1)-th cycle to be a second injection amount smaller than the first injection amount, where n is a positive integer.
A cutting and splitting machine comprising: a machine housing , a cutting section arranged in the housing and further comprising a circular saw for cutting sawlog into pieces, a splitting section comprising: - a pair of vertical guides mounted on the housing on each side of the splitter trough, - a vertically movable rectangular frame provided with splitting knives for splitting pieces of sawlog into chopped wood and arranged in the guides, - at least one hydraulic cylinder to move the rectangular frame with the splitting knives in the guides , - a fixed guard mounted directly on the rectangular frame with the splitting knives below its outer bottom edge, characterized in that the splitting section further comprises a movable guard telescopically movably connected to the fixed guard . a machine housing , a cutting section arranged in the housing and further comprising a circular saw for cutting sawlog into pieces, a splitting section comprising: - a pair of vertical guides mounted on the housing on each side of the splitter trough, - a vertically movable rectangular frame provided with splitting knives for splitting pieces of sawlog into chopped wood and arranged in the guides, - at least one hydraulic cylinder to move the rectangular frame with the splitting knives in the guides , - a fixed guard mounted directly on the rectangular frame with the splitting knives below its outer bottom edge, - a pair of vertical guides mounted on the housing on each side of the splitter trough, - a vertically movable rectangular frame provided with splitting knives for splitting pieces of sawlog into chopped wood and arranged in the guides, - at least one hydraulic cylinder to move the rectangular frame with the splitting knives in the guides , - a fixed guard mounted directly on the rectangular frame with the splitting knives below its outer bottom edge, characterized in that the splitting section further comprises a movable guard telescopically movably connected to the fixed guard .
Module element for use in a hand orthosis with at least one bayonet link formed on a first end face , characterized by at least one bayonet hook corresponding to the bayonet link , which is formed on a second end face , for forming a bayonet connection between adjacent module elements .
A method for processing a heat-sensitive lithographic printing plate material comprising the steps of: (i) treating the plate material with an alkaline development solution, (ii) rinsing the plate material with an aqueous solution, (iii) treating the plate material with a gum solution; characterized in that the aqueous solution contains a buffer. (i) treating the plate material with an alkaline development solution, (ii) rinsing the plate material with an aqueous solution, (iii) treating the plate material with a gum solution;
Filter element for separating particles from a particle-laden crude gas stream, comprising: - at least one base carrier , which is configured as a folded plate with a plurality of first folding edges and a plurality of second folding edges , wherein a plurality of first passage openings are arranged in the region of the first folding edges and a plurality of first connection elements are arranged in the region of the second folding edges and - a plurality of attachments , wherein each of the attachments is configured as a strip foldable in a longitudinal direction along a fold line with a plurality of second passage openings and a first and a second longitudinal edge , and wherein each attachment further comprises second connection elements in the region of the first and the second longitudinal edge ; wherein the attachments are respectively folded along their fold line and arranged on the base carrier such that the second connection elements of the first and the second longitudinal edges of each attachment are connected with the first connection elements of two adjacent second folding edges , and the second connection elements of the first longitudinal edge of one of the attachments and the second connection elements of the second longitudinal edge of an adjacent attachment are connected with the first connection elements of one of the second folding edges of the base carrier , wherein the first and second passage openings are arranged offset to one another in the current direction such that the crude gas stream, due to the offset arrangement of the first and second passage openings, is deflected in an intermediate flow chamber between the base carrier and the plurality of attachments. - at least one base carrier , which is configured as a folded plate with a plurality of first folding edges and a plurality of second folding edges , wherein a plurality of first passage openings are arranged in the region of the first folding edges and a plurality of first connection elements are arranged in the region of the second folding edges and - a plurality of attachments , wherein each of the attachments is configured as a strip foldable in a longitudinal direction along a fold line with a plurality of second passage openings and a first and a second longitudinal edge , and wherein each attachment further comprises second connection elements in the region of the first and the second longitudinal edge ;
Device for measuring a rotation of a body about an axis of rotation , comprising an interferometer and an optical system , wherein the optical system is configured to focus onto the body at least one collimated working beam of the interferometer for a first focus line extending transversely to the axis of rotation , and to feed to the interferometer at least a part of a reflection of the first focus line by the body , wherein the device is configured to carry out the measurement using the interferometer and the reflection.