mhurhangee/patent-ind-claim-en huggingface dataset:
A method for generating a neural network output for a neural network using a system comprising memory and a hardware circuit configured to implement the neural network , the method comprising: generating multiple requests , each request being used to retrieve data from the memory ; for each request of the multiple requests: generating a plurality of sub-requests based on a respective size of the data to be retrieved using the request; generating a sequence of interleaved sub-requests that includes respective sub-requests of a first request interleaved among respective sub-requests of a second request; receiving , based on the sequence of interleaved sub-requests , respective portions of data that were accessed from respective address locations of the memory; and processing , using the neural network implemented at the hardware circuit, each of the respective portions of data to generate the neural network output. generating multiple requests , each request being used to retrieve data from the memory ; for each request of the multiple requests: generating a plurality of sub-requests based on a respective size of the data to be retrieved using the request; generating a sequence of interleaved sub-requests that includes respective sub-requests of a first request interleaved among respective sub-requests of a second request; receiving , based on the sequence of interleaved sub-requests , respective portions of data that were accessed from respective address locations of the memory; and processing , using the neural network implemented at the hardware circuit, each of the respective portions of data to generate the neural network output.
A peripheral for an alarm system installation, having a housing , a battery compartment , a cover which is connectable to the housing , the cover providing a first latching arrangement , and a tamper switch cooperating with the first latching arrangement to detect if the cover is present in a position in which it prevents access to the battery compartment and which, upon removal of the cover, changes its switching condition so that a tamper signal is sent out to a central unit as soon as the next tamper check is performed characterised by a battery slider to accommodate one or more batteries to provide power to the peripheral , the battery slider being slidably receivable within the battery compartment and removable from the battery compartment by sliding away from a power supplying position, the first latching arrangement securing the battery slider within the battery compartment to prevent access to, and removal of, the battery slider , and a second latching arrangement securing the battery slider within the battery compartment , the second latching arrangement being accessible only after removal of the cover .
A battery module, comprising a plurality of batteries , an electrical connecting piece , a circuit board and a sampling connecting member ; the plurality of batteries being arranged in a longitudinal direction (L); the electrical connecting piece being electrically connected to the corresponding battery ; the circuit board being located above the corresponding battery in a height direction (H); the sampling connecting member being connected to the electrical connecting piece and the circuit board ; and the sampling connecting member comprises a fixing portion and a contact portion , the fixing portion being fixed on the circuit board , the contact portion being connected to the fixing portion , and the contact portion pressing against the electrical connecting piece and keeping in contact with the electrical connecting piece . the plurality of batteries being arranged in a longitudinal direction (L); the electrical connecting piece being electrically connected to the corresponding battery ; the circuit board being located above the corresponding battery in a height direction (H); the sampling connecting member being connected to the electrical connecting piece and the circuit board ; and the sampling connecting member comprises a fixing portion and a contact portion , the fixing portion being fixed on the circuit board , the contact portion being connected to the fixing portion , and the contact portion pressing against the electrical connecting piece and keeping in contact with the electrical connecting piece .
Impeller for an engine fan comprising a shroud delimiting an air flow passage through which blades extend, the impeller comprising a hub that can be linked in rotation to a shaft of a drive motor , each blade extending radially from the hub by their inner end , each blade comprising a leading edge and a trailing edge , the impeller comprising a means for angular displacement of the blades with respect to the hub such that the pitch of the blades can vary between at least one opening configuration in which the leading and trailing edges of two adjacent blades are mutually separated from one another and a configuration of closure of the air passage of the shroud in which these same edges are brought together such that the blades form a wall blocking the air passage, characterized in that said means for angular displacement of the blades comprises a support linked in rotation to the hub , a disc that is movable in translation along the axis of rotation of the hub, and an electromagnet allowing an optimized management of the flow of air both when the impeller is stopped and during the forced rotation of the impeller by the motor .
Fixture for molding thermoplastic and thermosetting polymers, elastomers and reactive mixtures, in particular for producing footwear, of the type which provides for a pair of half-rings , positioned on a pair of arms , which are closed by performing a horizontal movement, and retention means , adapted to keep said half rings in their closed position, by opposing the thrust due to the injection pressure of said thermoplastic and thermosetting polymers, said fixture being suitable to be used in carousel-type plant, wherein said half-rings are assembled on a pair of arms , which can rotate around a pin with a substantially vertical axis, means being provided which are adapted to generate said rotary movement of said arms , said retention means and said means , adapted to generate said rotary movement of said arms , being placed in the rear part of said fixture oriented towards a centre of said carousel, characterized in that means are provided to perform a rectilinear stroke of said half-rings to complete the closing of the mold.
Roll stand for rolling a metallic material, with two work rolls which are mounted in the roll stand by means of respective work roll chocks , wherein axial displacing means , by which the work rolls can be displaced in the direction of the longitudinal axis thereof, are arranged, wherein at least one work roll locking means , by which the work roll chocks are lockable and unlockable in the roll stand , are arranged and wherein rotation securing means , by which the axial displacing means can be prevented from rotation about the longitudinal axis of the work rolls, are arranged, and wherein bending means, which comprise a bending block and by which a bending moment can be applied to the work rolls, are arranged, characterised in that the work roll locking means , the rotation securing means and the axial displacing means are fixedly connected with the bending block .
Flat steel product with tensile strength R m of at least 950 MPa, yield strength of at least 800 MPa and elongation at break A 50 of at least 8%, wherein the tensile strength, yield strength and elongation at break are determined according to DIN EN ISO 6892, sample form 1 and wherein the flat steel product consists of a steel containing, in addition to iron and inevitable impurities expressed in percentage by weight: C: 0.05-0.20%, Si: 0.2-1.5%, Al: 0.01-1.5%, Mn: 1.0-3.0%, P: up to 0.02%, S: up to 0.005%, N: up to 0.008%, and optionally one or more of the elements of the group "Cr, Mo, Ti, Nb, B" with the respective contents: Cr: 0.05-1.0%, Mo: 0.05-0.2%, Ti: 0.005-0.2%, Nb: 0.001-0.05%, B: 0.0001-0.005%, wherein for ψ = % C + % Mn / 5 + % Cr / 6 / % Al + % Si with %C: respective C content of the steel %Mn: respective Mn content of the steel %Cr: respective Cr content of the steel %Al: respective Al content of the steel %Si: respective Si content of the steel 1.6 ≤ ψ ≤ 3 shall apply and wherein the flat steel product possesses a microstructure consisting of - not more than 5% by area bainite, - not more than 5% by area polygonal ferrite, - not more than 2% by volume retained austenite, and - at least 90% by area martensite, wherein at least half of the martensite is tempered martensite, and wherein for the carbon equivalent CE = % C + % Si + % Mn / 5 + % Cr + % Mo / 6 with %C: respective C content of the steel %Si: respective Si content of the steel %Mn: respective Mn content of the steel %Cr: respective Cr content of the steel %Mo: respective Mo content of the steel, 0.254 ≤ CE ≤ 1.1% by weight shall apply. C: 0.05-0.20%, Si: 0.2-1.5%, Al: 0.01-1.5%, Mn: 1.0-3.0%, P: up to 0.02%, S: up to 0.005%, N: up to 0.008%, Cr: 0.05-1.0%, Mo: 0.05-0.2%, Ti: 0.005-0.2%, Nb: 0.001-0.05%, B: 0.0001-0.005%, with %C: respective C content of the steel %Mn: respective Mn content of the steel %Cr: respective Cr content of the steel %Al: respective Al content of the steel %Si: respective Si content of the steel - not more than 5% by area bainite, - not more than 5% by area polygonal ferrite, - not more than 2% by volume retained austenite, and - at least 90% by area martensite, wherein at least half of the martensite is tempered martensite, and wherein for the carbon equivalent %C: respective C content of the steel %Si: respective Si content of the steel %Mn: respective Mn content of the steel %Cr: respective Cr content of the steel %Mo: respective Mo content of the steel,
A polyurethane resin composition obtained by reacting a hydroxyl-group-containing compound (A) with an isocyanate-group-containing compound (B), the polyurethane resin composition comprising an antioxidant (C) having an alkylthio group, wherein the polyurethane resin composition further comprises an inorganic filler (D), and a sodium content of the inorganic filler (D) is 0.15 mass% or less of the inorganic filler (D) on a NazO basis.
A composite heat storage material for a honeycomb structure , the composite heat storage material comprising: a heat storage material made of a strongly correlated electron material that stores and dissipates heat via solid-solid phase transition; and an inorganic material made of metal that is different from the material of the heat storage material , wherein the inorganic material is used as a primary member , the heat storage material is used as a dispersion member , and the heat storage material is mixed and dispersed in the inorganic material , wherein the heat storage material is dispersed so as to be located near a surface of the honeycomb structure . a heat storage material made of a strongly correlated electron material that stores and dissipates heat via solid-solid phase transition; and an inorganic material made of metal that is different from the material of the heat storage material , wherein the inorganic material is used as a primary member , the heat storage material is used as a dispersion member , and the heat storage material is mixed and dispersed in the inorganic material , wherein the heat storage material is dispersed so as to be located near a surface of the honeycomb structure .
Timepiece resonator mechanism comprising a structure and an anchor unit to which is suspended at least one inertia element arranged to oscillate with a first rotational degree of freedom RZ about a pivot axis (D) extending in a first direction Z, said inertia element being subjected to return forces exerted by a flexure pivot comprising a plurality of substantially longitudinal elastic strips , each fixed, at a first end to said anchor unit , and at a second end to said inertia element , each said elastic strip being deformable essentially in a plane XY perpendicular to said first direction Z, said anchor unit being suspended to said structure by a flexible suspension system arranged to allow said anchor unit mobility in five flexible degrees of freedom of the suspension system, which are a first translational degree of freedom in said first direction Z, a second translational degree of freedom in a second direction X orthogonal to said first direction Z, a third translational degree of freedom in a third direction Y orthogonal to said second direction X and to said first direction Z, a second rotational degree of freedom RX about an axis extending in said second direction X, and a third rotational degree of freedom RY about an axis extending in said third direction Y, said flexible suspension system including, between said anchor unit and a first intermediate mass , which is fixed to said structure via a plate that is flexible in said first direction Z, a transverse translation table with a flexure bearing and including transverse strips or transverse flexible shafts which are rectilinear and extend in said second direction X and symmetrically around a transverse axis (D2) crossing said pivot axis (D).
A system for closing a tissue defect, the system comprising: a self-locking strap ; having a lock-head ; a first needle having a lumen for delivering the self-locking strap through a first incision site; a second needle having a hook on its distal end for engaging the self-locking strap and pulling the strap from a body cavity through a second incision site; and a guide having an aperture near its distal end for passing the second needle therethrough and retaining the strap after the second needle is removed from the aperture. a self-locking strap ; having a lock-head ; a first needle having a lumen for delivering the self-locking strap through a first incision site; a second needle having a hook on its distal end for engaging the self-locking strap and pulling the strap from a body cavity through a second incision site; and a guide having an aperture near its distal end for passing the second needle therethrough and retaining the strap after the second needle is removed from the aperture.
A photovoltaic (PV) string comprising: a first PV cell having a front side busbar ; and a second PV cell having a rear side busbar the second PV cell being connected to the first PV cell in a partial overlapping manner by the coupling of the front side busbar to the rear side busbar , characterized in that the first PV cell and second PV cell are secured using non-conductive bonding material to form a partially overlapping region, and in that the non-conductive bonding material forms a direct connection between the first and second PV cells within the overlapping region without the use of conductive bonding material. a first PV cell having a front side busbar ; and a second PV cell having a rear side busbar the second PV cell being connected to the first PV cell in a partial overlapping manner by the coupling of the front side busbar to the rear side busbar , characterized in that the first PV cell and second PV cell are secured using non-conductive bonding material to form a partially overlapping region, and in that the non-conductive bonding material forms a direct connection between the first and second PV cells within the overlapping region without the use of conductive bonding material.
A method for operating an industrial truck in a goods logistics facility , wherein the absolute position of the industrial truck in the goods logistics facility is or will be determined and the direction of travel of the industrial truck in the goods logistics facility is or will be determined, wherein a dynamically adaptable and/or modifiable industrial truck extension zone is determined as a function of the absolute position determined and the direction of travel determined for the industrial truck in the goods logistics facility , preferably at predetermined periods of time, characterized in that after determining the industrial truck extension zone , data for the industrial truck extension zone are transmitted from the industrial truck to another industrial truck , preferably wirelessly, and/or to a, preferably central, control device of the goods logistics facility , preferably wirelessly.
Method for processing a transaction of a communications terminal (ComT), requesting a server (SrvT), through a communications network, for processing of a payment transaction involving the use of payment data in "Card not present" mode, said payment data being related to a "near-field communication", NFC, type payment card, method implemented within the communications terminal, comprising: - a step for determining a value of a certification parameter, said certification parameter being linked to said transaction; - a step for inserting the value of the certification parameter into a request for obtaining a certification code (ReqCCert) - a step for transmitting , via a NFC type communication, the request for obtaining a certification code (ReqCCert), to the payment card; - a step for receiving , via said NFC type communication, said certification code (CCert), from said payment card, said certification code being generated by the payment card and being established according to said certification parameter and at least one piece of data of said communications terminal, said certification code being created uniquely for the transaction in progress; - a step for inserting said certification code (CCert), into a transaction data structure (SDTr), said step of insertion comprising a step of selection, from among a plurality of available fields, of an existing specific field, in which said certification code (CCert) is inserted, said specific field being the field dedicated to the reception of the card verification value (CVV) ; - a step for transmitting the transaction data structure (SDTr) to said server; and when the certification code received by said server corresponds to at least one expected certification code, a step for receiving a piece of data representing the validation (VaIT) of the transaction by said server. - a step for determining a value of a certification parameter, said certification parameter being linked to said transaction; - a step for inserting the value of the certification parameter into a request for obtaining a certification code (ReqCCert) - a step for transmitting , via a NFC type communication, the request for obtaining a certification code (ReqCCert), to the payment card; - a step for receiving , via said NFC type communication, said certification code (CCert), from said payment card, said certification code being generated by the payment card and being established according to said certification parameter and at least one piece of data of said communications terminal, said certification code being created uniquely for the transaction in progress; - a step for inserting said certification code (CCert), into a transaction data structure (SDTr), said step of insertion comprising a step of selection, from among a plurality of available fields, of an existing specific field, in which said certification code (CCert) is inserted, said specific field being the field dedicated to the reception of the card verification value (CVV) ; - a step for transmitting the transaction data structure (SDTr) to said server;
A planetary gearbox, comprising a shaft having a first channel structure for guiding a lubricant, comprising a channel which opens on the outside of the shaft , a planetary carrier , at least two planetary bolts arranged on the planetary carrier , on each of which a planetary gear is mounted, wherein each planetary bolt has a second channel structure for supplying the lubricant to the bearing of the planetary gear , and a lubricant-collecting tray having a collecting chamber for collecting the lubricant supplied via the shaft-side channel , comprising at least two hollow feed nozzles , which each open into a second channel structure on the planetary bolt-side for supplying the lubricant into the respective second channel structure , characterized in that a feed nozzle positioned closer to the mouth of the channel as viewed in the circumferential direction has a smaller opening cross-section (Q1) than a feed nozzle positioned further away.
A particle heating landscape furnace , wherein the particle heating landscape furnace comprises a combustion device , the combustion device comprises a vertically arranged cover pipe , a grid and a combustion assembly , the combustion assembly has a feed chamber and a flame outlet and a discharge port conducive to an entry of air and opposite to the flame outlet to promote a combustion of a fuel placed in the feed chamber and the flame out from the flame outlet , the feed chamber is arranged obliquely, and both the flame outlet and the discharge port are in communication with the feed chamber , the cover pipe is arranged on a periphery of the flame outlet , and the grid is arranged on an outer side of the discharge port , wherein the combustion assembly comprises a feed pipe and a flame outlet pipe connected to each other, the feed chamber is formed in the feed pipe , an end of the flame outlet pipe away from the feed pipe forms the flame outlet , and the flame outlet pipe is covered by the cover pipe , wherein the combustion assembly further comprises a connecting pipe , and a side wall of the connecting pipe is provided with an avoidance opening , and an upper side edge of the avoidance opening contacts a side wall of the feed pipe , the flame outlet pipe is arranged in the connecting pipe , and a lower end of the cover pipe is sealingly connected with the connecting pipe , wherein an outer wall of the flame outlet pipe is provided with an are-shaped connecting ear , the connecting ear is helically arranged, and an outer edge of the connecting ear is in contact with the connecting pipe .