mhurhangee/patent-ind-claim-en huggingface dataset:
A quadrangular self-supporting panel, comprising: - a metal sheet having at least two opposite lateral edges folded into a C shape, - a central honeycomb element positioned in contact with an inner face of said metal sheet and such as to remain retained inside said C-shaped lateral edges , - a covering wall made of non-metallic sandable material, positioned on the opposite side of said metal sheet with respect to said central honeycomb element , said covering wall having a thickness greater than 2 mm. - a metal sheet having at least two opposite lateral edges folded into a C shape, - a central honeycomb element positioned in contact with an inner face of said metal sheet and such as to remain retained inside said C-shaped lateral edges , - a covering wall made of non-metallic sandable material, positioned on the opposite side of said metal sheet with respect to said central honeycomb element , said covering wall having a thickness greater than 2 mm.
A device (10; 10'; 10") for detecting an electrical arc fault in a multiphase electrical installation , this device comprising: - a high-frequency measurement system coupled to at least two electrical phases (L1, L2, L3) of the installation, said measurement system being configured to extract a first signal (RSSI) representative of high-frequency components of electric currents flowing in said phases; - several low-frequency measurement systems , each coupled to an electrical phase of the installation, each being configured to acquire a second signal representative of the AC line current flowing in the corresponding phase; and - a data processing module , programmed to detect an arc fault on the basis of the second signals and the first signal, characterized in that the data processing module includes a first interface for acquiring said first signal (RSSI) representative of high-frequency components of electric currents flowing in said phases at the output of the high-frequency measurement system , and a plurality of second interfaces each configured to receive a corresponding second signal from the second signals at the output of the plurality of low-frequency measurement systems . - a high-frequency measurement system coupled to at least two electrical phases (L1, L2, L3) of the installation, said measurement system being configured to extract a first signal (RSSI) representative of high-frequency components of electric currents flowing in said phases; - several low-frequency measurement systems , each coupled to an electrical phase of the installation, each being configured to acquire a second signal representative of the AC line current flowing in the corresponding phase; and - a data processing module , programmed to detect an arc fault on the basis of the second signals and the first signal, characterized in that the data processing module includes a first interface for acquiring said first signal (RSSI) representative of high-frequency components of electric currents flowing in said phases at the output of the high-frequency measurement system , and a plurality of second interfaces each configured to receive a corresponding second signal from the second signals at the output of the plurality of low-frequency measurement systems .
A computer-implemented method for determining infeasible conditions comprising executing a backward-bounded symbolic analysis on a control flow graph of a dynamic program, wherein executing a backward-bounded symbolic analysis comprises: - defining a reachability condition and a backward bound in the control flow graph, wherein nodes of the control flow graph represent instructions of the dynamic program and branches represent links between instructions, characterised in that the backward-bounded symbolic analysis further comprises performing a reachability analysis on predecessors instructions of the reachability condition, up to the backward bound, and wherein performing a reachability analysis comprises: - determining a set of predecessors of the reachability condition back to the backward bound; - generating a symbolic representation of the set of predecessors; and - executing an emptiness-check over said symbolic representation to determine emptiness or not of the set of predecessors. - defining a reachability condition and a backward bound in the control flow graph, wherein nodes of the control flow graph represent instructions of the dynamic program and branches represent links between instructions, - determining a set of predecessors of the reachability condition back to the backward bound; - generating a symbolic representation of the set of predecessors; and - executing an emptiness-check over said symbolic representation to determine emptiness or not of the set of predecessors.
Adapter (A) for a rolling assembly having an axis of rotation (YY'), the rolling assembly comprising: - a tyre (P) having two beads (B), - a rim (J) having two rim bead seats , - for each bead (B), the said adapter (A) providing the connection between the bead (B) and the rim (J), the said adapter (A) comprising: - an axially inner end comprising an inner reinforcing element and intended to be mounted on a rim bead seat , - an axially outer end comprising an outer reinforcing element and intended to come into contact, via a substantially radial axially inner face, or bearing face , with a bead (B), - a body connecting the axially outer end to the axially inner end so as to form a single piece, and comprising at least one main reinforcement providing the connection between the outer reinforcing element and the inner reinforcing element , and comprising a substantially axial adapter seat intended to come into contact with a bead (B), - the outer reinforcing element being wholly axially on the outside of the bearing face , and the outer reinforcing element being an annular structure, referred to as a bead wire, having a mean line (M), characterized in that the bead wire is made up of a stack of at least three layers made up of metal threads and concentric with respect to the mean line (M), in that a first layer or core comprises at least one metal thread having a diameter D1 at least equal to 0.8 mm and at most equal to 5 mm, in that a second layer is made up of a metal thread having a diameter D2 at most equal to 1.4 times the diameter D1 and wound in a helix around the core , forming, with the mean line (M) of the bead wire , an angle A2 at least equal to 2° and at most equal to 10°, and in that a third layer is made up of a metal thread having a diameter D3 wound in a helix around the second layer , forming, with the mean line (M) of the bead wire , an angle A3 at least equal to 2° and at most equal to 10°, and of opposite sign to that of the angle A2. - a tyre (P) having two beads (B), - a rim (J) having two rim bead seats , - for each bead (B), the said adapter (A) providing the connection between the bead (B) and the rim (J), - an axially inner end comprising an inner reinforcing element and intended to be mounted on a rim bead seat , - an axially outer end comprising an outer reinforcing element and intended to come into contact, via a substantially radial axially inner face, or bearing face , with a bead (B), - a body connecting the axially outer end to the axially inner end so as to form a single piece, and comprising at least one main reinforcement providing the connection between the outer reinforcing element and the inner reinforcing element , and comprising a substantially axial adapter seat intended to come into contact with a bead (B), - the outer reinforcing element being wholly axially on the outside of the bearing face , and the outer reinforcing element being an annular structure, referred to as a bead wire, having a mean line (M),
A heat exchanger system for thermochemical storage and release, comprising a thermal exchange circuit with a heat exchanger fluid, the circuit further in thermal connection with a thermochemical module, the thermochemical module comprising a thermochemical material that stores and releases heat by a thermochemical exchange process under release or binding of a sorbate, characterised in that the thermochemical module is provided with a granular material that compartments the thermochemical material in granular form so that a granular material comprises a wall structure that is transgressive to the sorbate but retains the thermochemical material, which granular material is arranged to provide, in use, an interspace between the granular material, that provides an exchange of the sorbate via the interspace to the thermochemical material.
A method for managing control relationships between an account and a device, the method being implemented by a server and comprising: receiving a device association request sent from a first terminal, the device association request carrying a device identifier of a target device broadcasted from the target device and a first account identifier corresponding to an account logged in at the first terminal; determining a second account identifier corresponding to a primary control account associated with the target device; and transmitting an association inquiry message to a second terminal where an account corresponding to the second account identifier is logged in, the association inquiry message carrying the first account identifier; characterized in that , the association inquiry message further carries the device identifier, and the method further comprises: recording the account corresponding to the first account identifier as an auxiliary control account of the target device if a first acknowledgement message corresponding to the association inquiry message is received from the second terminal, wherein the first acknowledgement message carries one or more control rights granted to the first terminal and selected by a user of the second terminal from options of all control rights over the target device before the user clicks a confirm key according to association inquiry information generated by the second terminal and displayed in a form of the options when the server transmits the association inquiry message to the second terminal. receiving a device association request sent from a first terminal, the device association request carrying a device identifier of a target device broadcasted from the target device and a first account identifier corresponding to an account logged in at the first terminal; determining a second account identifier corresponding to a primary control account associated with the target device; and transmitting an association inquiry message to a second terminal where an account corresponding to the second account identifier is logged in, the association inquiry message carrying the first account identifier; characterized in that , the association inquiry message further carries the device identifier, and the method further comprises: recording the account corresponding to the first account identifier as an auxiliary control account of the target device if a first acknowledgement message corresponding to the association inquiry message is received from the second terminal, wherein the first acknowledgement message carries one or more control rights granted to the first terminal and selected by a user of the second terminal from options of all control rights over the target device before the user clicks a confirm key according to association inquiry information generated by the second terminal and displayed in a form of the options when the server transmits the association inquiry message to the second terminal.
An anastomosis assembly for joining one stump of a cut tubular organ to another comprising: a device having a body with two opposite axial projections each of which being configured for insertion into a stump to be joined to another and to permit walls of the stump to be pulled over a stump-engaging portion of the external surface of the axial projections; a plurality of curved, open guiding channels , each of which extending in a general axial direction between a first end and a second end defined in the stump-engaging portion of one of the axial projections and accommodating a suturing needle , having a pointed front and a rear linked to a suturing thread , and guiding it to pierce through stump walls; and a retaining element in the form of an elastic element, fitted over the open channels and configured for being cut or breaking to permit freeing of the suturing threads from the device upon the removal of said retaining element. a device having a body with two opposite axial projections each of which being configured for insertion into a stump to be joined to another and to permit walls of the stump to be pulled over a stump-engaging portion of the external surface of the axial projections; a plurality of curved, open guiding channels , each of which extending in a general axial direction between a first end and a second end defined in the stump-engaging portion of one of the axial projections and accommodating a suturing needle , having a pointed front and a rear linked to a suturing thread , and guiding it to pierce through stump walls; and a retaining element in the form of an elastic element, fitted over the open channels and configured for being cut or breaking to permit freeing of the suturing threads from the device upon the removal of said retaining element.
A system for selectively triggering a device in response to an electrocardiogram signal comprising: a microprocessor comprising a microprocessor digital input and a microprocessor control output; a differentiator having an electrocardiogram signal input for receiving an electrocardiogram signal and a differentiator output in communication with a differentiated electrocardiogram signal input to a rectifier having a rectified signal output; a peak detector comprising a peak detector input in communication with the rectified signal output and comprising a peak detector output; and a trigger circuit having a peak detection control input, a microprocessor control input and a trigger output, the peak detection control input in communication with the peak detector output and the microprocessor control input in communication with the microprocessor control output, wherein the trigger circuit generates an output signal on the trigger output in response to a peak detection control input signal from the peak detector output and a microprocessor control input signal from the microprocessor control output, and wherein the microprocessor control input signal inhibits the trigger output signal if a P-wave or a T-wave is detected, and permits the trigger output signal in response to validating two successive peaks as a QRS complex if the first of the two successive peaks of the differentiated and rectified electrocardiogram signal is greater than sixty percent of the second of the two successive peaks, and wherein such permitting of the trigger output signal is in response to a validation of at least two such QRS complexes. a microprocessor comprising a microprocessor digital input and a microprocessor control output; a differentiator having an electrocardiogram signal input for receiving an electrocardiogram signal and a differentiator output in communication with a differentiated electrocardiogram signal input to a rectifier having a rectified signal output; a peak detector comprising a peak detector input in communication with the rectified signal output and comprising a peak detector output; and a trigger circuit having a peak detection control input, a microprocessor control input and a trigger output, the peak detection control input in communication with the peak detector output and the microprocessor control input in communication with the microprocessor control output, wherein the trigger circuit generates an output signal on the trigger output in response to a peak detection control input signal from the peak detector output and a microprocessor control input signal from the microprocessor control output, and wherein the microprocessor control input signal inhibits the trigger output signal if a P-wave or a T-wave is detected, and permits the trigger output signal in response to validating two successive peaks as a QRS complex if the first of the two successive peaks of the differentiated and rectified electrocardiogram signal is greater than sixty percent of the second of the two successive peaks, and wherein such permitting of the trigger output signal is in response to a validation of at least two such QRS complexes.
A weighing apparatus comprising: a conveyance unit configured to receive and convey an article; a detection unit configured to detect a weight of the conveyance unit or, in a case where the conveyance unit is conveying the article, the weight of the conveyance unit and a weight of the article on the conveyance unit and output a weigh signal; an acquisition unit configured to acquire: a prescribed weight of the article conveyed by the conveyance unit , a speed at which the article is conveyed by the conveyance unit and a length of the article (L1) in a direction in which it is conveyed by the conveyance unit ; and a control unit configured to determine, based on the prescribed weight of the article, the conveyance speed of the article (V) and the length of the article (L1) that the acquisition unit has acquired, a filter setting to use to filter the weigh signal detected by the detection unit . a conveyance unit configured to receive and convey an article; a detection unit configured to detect a weight of the conveyance unit or, in a case where the conveyance unit is conveying the article, the weight of the conveyance unit and a weight of the article on the conveyance unit and output a weigh signal; an acquisition unit configured to acquire: a prescribed weight of the article conveyed by the conveyance unit , a speed at which the article is conveyed by the conveyance unit and a length of the article (L1) in a direction in which it is conveyed by the conveyance unit ; and a prescribed weight of the article conveyed by the conveyance unit , a speed at which the article is conveyed by the conveyance unit and a length of the article (L1) in a direction in which it is conveyed by the conveyance unit ; and a control unit configured to determine, based on the prescribed weight of the article, the conveyance speed of the article (V) and the length of the article (L1) that the acquisition unit has acquired, a filter setting to use to filter the weigh signal detected by the detection unit .
Virtual reality simulator for small laboratory animals , in particular rodents, comprising a head clamping mechanism for securing the laboratory animal and virtual reality glasses characterized in that the virtual reality glasses comprise two wings , each of the wings having a display and a lens system spaced therefrom which are connected together by a light barrier cover , and in that the virtual reality glasses are configured to allow the two wings to align with each of the eyes of the laboratory animal , respectively.
A composition for use in a method of treating Pulmonary Fibrosis (PF) in a subject in need thereof comprising one or more inhibitors of nicotinamide phosphoribosyltransferase (NAMPT) and, optionally, a pharmaceutically acceptable excipient for administration into the body, wherein the one or more inhibitors are selected from the group consisting of: antibodies, antibody fragments, or proteins having the binding specificity thereof binding to NAMPT, functional nucleic acid that inhibits the transcription, translation or function of the NAMPT gene selected from the group consisting of an antisense molecule, siRNA, miRNA, aptamers, ribozymes, triplex forming molecules, RNAi, and external guide sequences, optionally wherein one or more functional nucleic acids are expressed from an expression vector, or wherein the one or more inhibitors of NAMPT are selected from the group consisting of FK-866, MS-1-82, Rari049, and Alpiil35. antibodies, antibody fragments, or proteins having the binding specificity thereof binding to NAMPT, functional nucleic acid that inhibits the transcription, translation or function of the NAMPT gene selected from the group consisting of an antisense molecule, siRNA, miRNA, aptamers, ribozymes, triplex forming molecules, RNAi, and external guide sequences, optionally wherein one or more functional nucleic acids are expressed from an expression vector, or wherein the one or more inhibitors of NAMPT are selected from the group consisting of FK-866, MS-1-82, Rari049, and Alpiil35.
An electrically operable shaver, with a housing , an energy source located in the housing , at least one hair removal unit and at least one electrically operated equipment, like a light source , which is movable relative to the housing , wherein the at least one hair removal unit comprises at least one short-hair cutter unit , which is provided with a lower cutter linearly oscillating relative to an upper cutter which comprises a bent shear foil which is provided with hair capture openings, wherein during its use, the at least one electrically operated equipment is not directly connected to the energy source located in the housing , wherein the at least one electrically operated equipment is connected to the energy source located in the housing by means of a wireless power transfer system.
A device for generating an inhalable aerosol and/ or gas, the device comprising an aerosol generating material having an integrated electrical resistance heating element , wherein the electrical resistance heating element is at least partially embedded in, or coated by, the aerosol generating material, so that the aerosol generating material may be heated in direct contact with the electrical resistance heating element, wherein the aerosol generating material is provided as a unitary structure and/ or coating which may be heated to generate multiple deliveries of an inhalable aerosol and/ or gas; wherein the aerosol generating material is a cast or extruded material.
A printed circuit board , comprising: a plurality of insulation layers (110a-110e); at least one metal layer (120a-120d) between the plurality of insulation layers (110a-110e); a first fixing member fixed to the at least one metal layer (120a-120d) and passing through an outermost one of the insulation layers (110a-110e) to protrude externally; and characterized in that the printed circuit board further comprises, an electrically conductive material between the first fixing member and the at least one metal layer (120a-120d), the electrically conductive material fixing and electrically connecting the first fixing member with the at least one metal layer (120a-120d). a plurality of insulation layers (110a-110e); at least one metal layer (120a-120d) between the plurality of insulation layers (110a-110e); a first fixing member fixed to the at least one metal layer (120a-120d) and passing through an outermost one of the insulation layers (110a-110e) to protrude externally; and characterized in that the printed circuit board further comprises, an electrically conductive material between the first fixing member and the at least one metal layer (120a-120d), the electrically conductive material fixing and electrically connecting the first fixing member with the at least one metal layer (120a-120d).