mhurhangee/ep-ind-claims huggingface dataset:
A rotary sensor assembly comprising: a rotary sensor subassembly configured to sense a stroke of a driving shaft configured to move linearly in response to input of rotating power; a sensing guide configured to be moved by a force received from the driving shaft when the driving shaft moves such that the rotary sensor subassembly senses movement of the driving shaft; and fasteners which couple the sensing guide to the driving shaft, wherein the rotary sensor subassembly senses movement of the sensing guide to sense the stroke of the driving shaft when the driving shaft moves, wherein the sensing guide includes: a rack and gear assembly having a toothed rack configured to move according to the movement of the driving shaft and a gear; and a rack holder coupled to the rack and gear assembly to support the rack and gear assembly. a rotary sensor subassembly configured to sense a stroke of a driving shaft configured to move linearly in response to input of rotating power; a sensing guide configured to be moved by a force received from the driving shaft when the driving shaft moves such that the rotary sensor subassembly senses movement of the driving shaft; and fasteners which couple the sensing guide to the driving shaft, wherein the rotary sensor subassembly senses movement of the sensing guide to sense the stroke of the driving shaft when the driving shaft moves, wherein the sensing guide includes: a rack and gear assembly having a toothed rack configured to move according to the movement of the driving shaft and a gear; and a rack holder coupled to the rack and gear assembly to support the rack and gear assembly. a rack and gear assembly having a toothed rack configured to move according to the movement of the driving shaft and a gear; and a rack holder coupled to the rack and gear assembly to support the rack and gear assembly.
An articulated two-piece builder's screeding level, with a functionality of a builder's square, having two arms of a rectangular cross-section, namely a left arm and a right arm, that are free to rotate, the axes of rotation of the arms being parallel to the shorter side of this rectangle, characterized in that the right arm is built-in between parallel left and right plates and rotationally joined thereto by a first connecting element, the left arm also being built-in between the left and right plates and rotationally joined thereto by a second connecting element and being joined fixedly with a horizontal arm of a locking element, said horizontal arm being placed within the left arm, wherein the left plate has a first bottom opening (3.1) and a first center opening (3.2) laying in the same distance from the axis of the first connecting element and being rotated relative to each other by an angle of 90° relative to the axis of the first connecting element, the openings being configured for cooperating with a first snap element (2.1) of the right arm, and wherein the right plate has a second bottom opening (4.1) and a second center opening (4.2) laying in the same distance from the axis of the first connecting element and being rotated relative to each other by an angle of 90° relative to the axis of the first connecting element, and also being configured for cooperating with the first snap element (2.1) of the right arm, whereas an upper opening (8.1) of a vertical arm of the locking element is configured to cooperate with a second snap element (3.3) placed in the left plate and/or a third snap element (4.3) placed in the right plate, and also a third bottom opening (8.2) in the horizontal arm of the locking element is configured to cooperate with the second snap element (3.3) placed in the left plate and/or the third snap element (4.3) placed in the right plate, the third bottom opening (8.2) being located between cavities (6.1) in the left arm.
A household oven for cooking food having a load-bearing structure, with a door and a muffle that define a cooking chamber, said muffle being housed within said load-bearing structure, and means for heating the cooking chamber selected between electrical resistive elements and gas burners, wherein the cooking chamber is insulated via an insulating mantle that comprises at least one insulating body, characterized in that the at least one insulating body is shaped like a plate bent so as to gird the muffle and comprises a flexible structure made of non-fibrous closed-cell polymeric material.
A method for reading a flash memory device, the method comprising: obtaining a read value for at least one target cell; obtaining a value representing one or more of a current and a voltage stored in at least one aggressor cell that was programmed after said target cell; determining intercell interference for said target cell from said at least one aggressor cell based on said value representing a voltage stored in at least one aggressor cell that was programmed after said target cell; characterized in computing a new read value that represents data stored in said target cell by removing said determined intercell interference from said obtained read value.
A heater assembly comprising: a heating element including, a planar portion including a filament, the filament defining an air channel through the planar portion, the filament arranged so as to form a plurality of curves, each of the curves having a closed end and an open end, and at least one of the curves having a tip thereon, a first lead portion, and a second lead portion, at least one of the first lead portion, the second lead portion, or both the first lead portion and the second lead portion being generally coplanar with the planar portion of the heating element; and a support, the heating element in contact with the support such that the tip of the at least one of the curves rests thereon. a heating element including, a planar portion including a filament, the filament defining an air channel through the planar portion, the filament arranged so as to form a plurality of curves, each of the curves having a closed end and an open end, and at least one of the curves having a tip thereon, a first lead portion, and a second lead portion, at least one of the first lead portion, the second lead portion, or both the first lead portion and the second lead portion being generally coplanar with the planar portion of the heating element; and a planar portion including a filament, the filament defining an air channel through the planar portion, the filament arranged so as to form a plurality of curves, each of the curves having a closed end and an open end, and at least one of the curves having a tip thereon, a first lead portion, and a second lead portion, at least one of the first lead portion, the second lead portion, or both the first lead portion and the second lead portion being generally coplanar with the planar portion of the heating element; and a support, the heating element in contact with the support such that the tip of the at least one of the curves rests thereon.
A method of detecting an ensemble signal lock condition for signals received from a global navigation satellite system, hereinafter GNSS, the method comprising: tracking a plurality of signals received from a respective plurality of satellites in the GNSS; calculating an individual frequency spectrum for each tracked signal in the plurality, to produce a plurality of individual frequency spectra, each individual frequency spectrum comprising a plurality of values; combining one or more values from several of the individual frequency spectra, to produce one or more combined values; and detecting the ensemble signal lock condition based at least in part on the one or more combined values. tracking a plurality of signals received from a respective plurality of satellites in the GNSS; calculating an individual frequency spectrum for each tracked signal in the plurality, to produce a plurality of individual frequency spectra, each individual frequency spectrum comprising a plurality of values; combining one or more values from several of the individual frequency spectra, to produce one or more combined values; and detecting the ensemble signal lock condition based at least in part on the one or more combined values.
High-pressure cleaning apparatus with a motor-pump unit which is surrounded at least partially by a housing and which comprises a motor and a pump for a cleaning liquid driven by the motor, and with a suction hose connected to the pump for a cleaning agent which can be added to the cleaning liquid and can be supplied to the pump via the suction hose, characterized in that the housing comprises a hose compartment for accommodating the suction hose, the hose compartment being covered by a hose compartment covering element, at which the free end of the suction hose or a filter element arranged at the free end of the suction hose is positionable, and which comprises a through-opening through which the suction hose can be pulled out of the hose compartment.
A support system for holding solar mirrors of a solar trough system comprising: a parabolic trough frame having trusses, a bottom and a center for supporting the mirrors: a curved rib attached to the bottom of the frame; and at least a first roller engaged with the rib, the rib comprising a profile having a top portion that attaches to the frame, a central portion extending from the top portion and a bottom portion that engages with the roller, characterized in that the support system is configured such that the rib moves along the roller as the frame moves. a curved rib attached to the bottom of the frame; and at least a first roller engaged with the rib, the rib comprising a profile having a top portion that attaches to the frame, a central portion extending from the top portion and a bottom portion that engages with the roller, characterized in that the support system is configured such that the rib moves along the roller as the frame moves.
A reload assembly for a surgical stapling device, the reload assembly including a chip and printed circuit board assembly comprising: a housing including a body defining a cavity and having open proximal and distal ends communicating with the cavity, the body including a transverse wall, the transverse wall extending across the cavity and having a proximal side and a distal side, the transverse wall defining spaced openings that extend through the transverse wall and are configured to receive conductive prongs of a plug; a printed circuit board supported within the cavity of the housing on the distal side of the transverse wall; an authentication chip supported on and electrically coupled to the printed circuit board; electrical contacts supported on and electrically coupled to the printed circuit board, each of the electrical contacts defining a slot, the slots being aligned with the openings in the transverse wall and dimensioned to receive the conductive prongs of the plug; and a closure member received within the distal end of the body, the closure member engaging the printed circuit board to retain the printed circuit board, the authentication chip, and the electrical contacts within the cavity. a housing including a body defining a cavity and having open proximal and distal ends communicating with the cavity, the body including a transverse wall, the transverse wall extending across the cavity and having a proximal side and a distal side, the transverse wall defining spaced openings that extend through the transverse wall and are configured to receive conductive prongs of a plug; a printed circuit board supported within the cavity of the housing on the distal side of the transverse wall; an authentication chip supported on and electrically coupled to the printed circuit board; electrical contacts supported on and electrically coupled to the printed circuit board, each of the electrical contacts defining a slot, the slots being aligned with the openings in the transverse wall and dimensioned to receive the conductive prongs of the plug; and a closure member received within the distal end of the body, the closure member engaging the printed circuit board to retain the printed circuit board, the authentication chip, and the electrical contacts within the cavity.
An igniter apparatus, comprising: an external frame that contains the first portion and second portion; a chamber created by the external frame that allows the first portion and the second portion to be disposed therein; a button coupled to the first portion, wherein the button is accessible through a cutout of the frame; a channel at least partially formed between the first and second portions, the channel having at least one opening configured to receive the tobacco-based product as it is inserted therein, the channel having an abrasive material coated on at least a portion of the channel, the abrasive material being configured to at least partially contact the tobacco-based product when the first and second portions are manually positioned a predetermined distance from one another; wherein, the frame substantially restrict the first portion and the second portion from moving in any direction other than directly towards or away from one another; further wherein, when no external forces are applied to the button, a gap is maintained between the first portion and the second portion; wherein the gap is substantially maintained by an outward force applied to the first portion and the second portion by an upper leaf spring and a lower leaf spring. an external frame that contains the first portion and second portion; a chamber created by the external frame that allows the first portion and the second portion to be disposed therein; a button coupled to the first portion, wherein the button is accessible through a cutout of the frame; a channel at least partially formed between the first and second portions, the channel having at least one opening configured to receive the tobacco-based product as it is inserted therein, the channel having an abrasive material coated on at least a portion of the channel, the abrasive material being configured to at least partially contact the tobacco-based product when the first and second portions are manually positioned a predetermined distance from one another; wherein, the frame substantially restrict the first portion and the second portion from moving in any direction other than directly towards or away from one another; further wherein, when no external forces are applied to the button, a gap is maintained between the first portion and the second portion; wherein the gap is substantially maintained by an outward force applied to the first portion and the second portion by an upper leaf spring and a lower leaf spring.
Master cylinder fitted with a brake-fluid tank linked to the master cylinder via the neck thereof, which is engaged in a hole in the top of the master cylinder to communicate with the pressure chamber via holes in the piston (primary piston and/or secondary piston) when same is idle, via a hole through the wall of the master cylinder, - the hole in the top of the master cylinder forms a chamber, of which the top is partially closed by the edge of the neck of the tank and the bottom communicates with the hole, - a floating operculum seated freely in movement in the chamber being held flat between the top stop formed by the top of the chamber and the bottom of same, * the floating operculum having supports on the lower face thereof that are designed to bear freely about the hole opening out onto the bottom, - the floating operculum forming a chicane that limits the flow rate of fluid from the tank to the pressure chamber being a disk provided with heel-shaped supports on the lower face thereof, characterized in that - the floating operculum is a disk provided with supports (31, 32) on both faces thereof. - the hole in the top of the master cylinder forms a chamber, of which the top is partially closed by the edge of the neck of the tank and the bottom communicates with the hole, - a floating operculum seated freely in movement in the chamber being held flat between the top stop formed by the top of the chamber and the bottom of same, * the floating operculum having supports on the lower face thereof that are designed to bear freely about the hole opening out onto the bottom, * the floating operculum having supports on the lower face thereof that are designed to bear freely about the hole opening out onto the bottom, - the floating operculum forming a chicane that limits the flow rate of fluid from the tank to the pressure chamber being a disk provided with heel-shaped supports on the lower face thereof, - the floating operculum is a disk provided with supports (31, 32) on both faces thereof.
A method of fabricating a back-contact solar cell, the method comprising: depositing a plurality of metal particles or a plurality of conductive particles; characterized by mechanically deforming said metal particles or said conductive particles such that said deformed particles are coalesced; forming a conductive contact (128, 228) that includes the mechanically deformed metal particles or the mechanically deformed conductive particles for the solar cell; and forming a metal layer (132, 134) directly on the mechanically deformed particles. depositing a plurality of metal particles or a plurality of conductive particles; characterized by mechanically deforming said metal particles or said conductive particles such that said deformed particles are coalesced; forming a conductive contact (128, 228) that includes the mechanically deformed metal particles or the mechanically deformed conductive particles for the solar cell; and forming a metal layer (132, 134) directly on the mechanically deformed particles.
Submersible flexible panel (1a, 1b) for a pool, in particular for a swimming pool, with an upper face, a lower face, two side faces, a front face and a rear face and comprising elongated hollow modular elements assembled together, known as sections, the panel including at one end at least one inlet opening for filling with water from the pool and at the other end least one water outlet opening, said openings situated on the opposite front edges of the panel (1a, 1b) being connected to a distribution means for distributing compressed gas coming from the edge of the pool and going into the hollow profiles (2a, 2b), said distribution means comprising at least one distribution tube to which an introduction tube connected to the hollow sections (2a, 2b) is connected, the edges of said panel adjusting alone or with other panels substantially to the sides of the pool; the upper and lower horizontal faces of the panel are flat and free, said upper horizontal face being substantially equal to the length of the pool and being capable of forming the cover in the raised position and the bottom of the pool in the submerged position, the compressed gas distribution means supplying the valves and a collection means covered with a cover being able to supply each of the sections with gas from one end of the panel, characterised in that the panel comprises the first sections assembled together, at one end assembled with the L-boxes by slotting flexible hoses onto the sections, all the L-boxes and their hoses forming an inlet collection means on the descending action or an outlet collection means on the rising action, the sections being assembled transversely by, alternately, a standard length section and a reduced length section; the longitudinal assembly of the standard length sections to the end sections being achieved by slotting on the flexible hoses of the straight connection boxes, maintaining the longitudinal offset transversely between one line and another, the longitudinal and transverse assembly of the next sections being achieved by slotting the hoses of the straight boxes onto the following modular elements until the alternately varying length sections are assembled in such a way as to make up for the offset in the longitudinal length, forming a parquet-style assembly, angular boxes being assembled without bent flexible hoses with the sections still free to form the second outlet end, the heights and widths of the boxes and sections being comparable, to form a single deck surface forming a pool cover.
A method for distributed training of a global model based on a distributed federated learning smart contract stored on a blockchain for a distributed ledger, the DFL smart contract comprising a link to the global model and an aggregation sequence, the aggregation sequence comprising an ordered sequence of a plurality of participant node identifiers, the participant node identifiers corresponding to participant nodes of a distributed ledger network, the aggregation sequence thereby defining an initial participant node and a sequence of successor nodes, wherein the method comprises, at a participant node: identifying the DFL smart contract; training the global model with training data; detecting, on the blockchain, a first transition token indicative of a first model and the DFL smart contract; in response to detection of the first transition token: receiving the first model; aggregating the first model with the global model trained by said participant node to generate a second model; and storing, on the blockchain, a second transition token indicative of the second model, wherein a successor node next after the participant node in the aggregation sequence is configured to further aggregate the second model with an additional model in response to detection of the second transition token, wherein the smart contract further comprises training instructions and performance criteria, and wherein the method further comprising: training the global model based on the training instructions; generating a performance metric based on the first model and test data; and determining that the performance metric satisfies the performance criteria. identifying the DFL smart contract; training the global model with training data; detecting, on the blockchain, a first transition token indicative of a first model and the DFL smart contract; in response to detection of the first transition token: receiving the first model; aggregating the first model with the global model trained by said participant node to generate a second model; and storing, on the blockchain, a second transition token indicative of the second model, receiving the first model; aggregating the first model with the global model trained by said participant node to generate a second model; and storing, on the blockchain, a second transition token indicative of the second model, wherein a successor node next after the participant node in the aggregation sequence is configured to further aggregate the second model with an additional model in response to detection of the second transition token, wherein the smart contract further comprises training instructions and performance criteria, and wherein the method further comprising: training the global model based on the training instructions; generating a performance metric based on the first model and test data; and determining that the performance metric satisfies the performance criteria. training the global model based on the training instructions; generating a performance metric based on the first model and test data; and determining that the performance metric satisfies the performance criteria.