mhurhangee/patent-ind-claim-en huggingface dataset:
An element for a safety barrier comprising two vertically disposed panels connected to each other by a vertical central pivot to form a cross-brace that can be closed, the end of each panel being intended to be connected to an end of a panel of a next element by a vertical end pivot , the central pivot or end pivots forming hooking pivots comprising a rotary portion along the axis of the pivot, supporting a hooking system of the barrier, characterized in that the hooking system includes hooks adapted to fit vertically into loops .
A vehicle (100; 120; 140) configured to operate in an autonomous driving mode, comprising: a driving system including a steering subsystem , an acceleration subsystem and a deceleration subsystem to control driving of the vehicle (100; 120; 140) in the autonomous driving mode; a perception system including one or more sensors configured to detect objects in an environment surrounding the vehicle (100; 120; 140) based on obtained sensor data, each of the one or more sensors being disposed in a respective housing positioned along the vehicle (100; 120; 140); one or more mirrors remote from the respective housings of the one or more sensors, the one or more mirrors being configured to reflect received signals towards at least one of the one or more sensors to enhance a sensor field of view; and a control system operatively connected to the driving system and the perception system , the control system having one or more computer processors configured to receive sensor data corresponding to the enhanced sensor field of view from the perception system and to direct the driving system when operating in the autonomous driving mode based on the sensor data received from the perception system , wherein the vehicle is configured to control operation of at least one of the one or more mirrors by dampening vibration of the at least one mirror. a driving system including a steering subsystem , an acceleration subsystem and a deceleration subsystem to control driving of the vehicle (100; 120; 140) in the autonomous driving mode; a perception system including one or more sensors configured to detect objects in an environment surrounding the vehicle (100; 120; 140) based on obtained sensor data, each of the one or more sensors being disposed in a respective housing positioned along the vehicle (100; 120; 140); one or more mirrors remote from the respective housings of the one or more sensors, the one or more mirrors being configured to reflect received signals towards at least one of the one or more sensors to enhance a sensor field of view; and a control system operatively connected to the driving system and the perception system , the control system having one or more computer processors configured to receive sensor data corresponding to the enhanced sensor field of view from the perception system and to direct the driving system when operating in the autonomous driving mode based on the sensor data received from the perception system , wherein the vehicle is configured to control operation of at least one of the one or more mirrors by dampening vibration of the at least one mirror.
A method for providing notifications to a user, the method comprising: by a mobile device : determining a first wireless data link with a personal hub ; generating an alert message; sending the alert message to the personal hub via the first wireless data link between the mobile device and the personal hub; the method being characterised by the mobile device: in response to failing to receive , from the personal hub via the first wireless data link , a user input indication or a receipt in response to the alert message within a specified time, vibrating and/or generating an audio signal including (i) a ringtone for an incoming call that triggered the generation of the alert message, (ii) a sound associated with sender identification for an incoming text based message that triggered the generation of the alert message, (iii) a general status-warning sound for a status warning that triggered the generation of the alert message, (iv) a general reminder sound for a reminder that triggered the generation of the alert message, or (viii) any combination thereof. by a mobile device : determining a first wireless data link with a personal hub ; generating an alert message; sending the alert message to the personal hub via the first wireless data link between the mobile device and the personal hub; determining a first wireless data link with a personal hub ; generating an alert message; sending the alert message to the personal hub via the first wireless data link between the mobile device and the personal hub; the method being characterised by the mobile device: in response to failing to receive , from the personal hub via the first wireless data link , a user input indication or a receipt in response to the alert message within a specified time, vibrating and/or generating an audio signal including (i) a ringtone for an incoming call that triggered the generation of the alert message, (ii) a sound associated with sender identification for an incoming text based message that triggered the generation of the alert message, (iii) a general status-warning sound for a status warning that triggered the generation of the alert message, (iv) a general reminder sound for a reminder that triggered the generation of the alert message, or (viii) any combination thereof.
A method, performed by a server, of providing a text string for a speech signal input to a device, the method comprising: receiving, from the device, an encoded feature vector derived from an encoder of an end-to-end automatic speech recognition, ASR, model included in the device, and encoding information including a type of the encoder; identifying a domain corresponding to the received encoded feature vector; selecting a decoder, based on the identified domain and the type of the encoder, from among a plurality of decoders of an end-to-end ASR model included in the server; obtaining a text string from the received encoded feature vector using the selected decoder; and providing the obtained text string to the device, wherein the encoded feature vector is derived by the device by encoding a feature vector obtained from the speech signal input to the device, wherein the end-to-end ASR model included in the server does not include the encoder to encode the feature vector obtained from the speech signal input to the device. receiving, from the device, an encoded feature vector derived from an encoder of an end-to-end automatic speech recognition, ASR, model included in the device, and encoding information including a type of the encoder; identifying a domain corresponding to the received encoded feature vector; selecting a decoder, based on the identified domain and the type of the encoder, from among a plurality of decoders of an end-to-end ASR model included in the server; obtaining a text string from the received encoded feature vector using the selected decoder; and providing the obtained text string to the device, wherein the encoded feature vector is derived by the device by encoding a feature vector obtained from the speech signal input to the device, wherein the end-to-end ASR model included in the server does not include the encoder to encode the feature vector obtained from the speech signal input to the device.
Heat exchanger assembly for attachment to a device wall, comprising a housing which has a main flow path formed therein, in which a liquid heat exchanger is disposed, with an air conveyor being furthermore provided in said main flow path , which air conveyor directs the air flow through the liquid heat exchanger (20; 74a, 74b, 74c), characterized in that a pressure relief flap is provided which allows for an opening upstream of the liquid heat exchanger (20; 74a, 74b, 74c) and upstream of the air conveyor in the event of overpressure, thus forming a bypass to the main flow path .
An exhaust gas treatment device configured such that a catalyst unit for treating exhaust gas is held in a vessel body forming a gas passage (R) of a flow of the exhaust gas, the exhaust gas treatment device comprising: a downstream-side grid provided downstream of the catalyst unit along the gas passage (R); an upstream-side grid provided on an opposite side of the catalyst unit from the downstream-side grid ; a retainer that presses the catalyst unit between the upstream-side grid and the downstream-side grid ; and an elastic seal member interposed between the downstream-side grid and the catalyst unit , wherein the elastic seal member is elastically deformed by pressing the catalyst unit with the retainer and seals a gap between the downstream-side grid and the catalyst unit , characterized in that the catalyst unit comprises: a plurality of tubular cases filled with a catalyst ; and attachments each of which holds one end of the tubular case , the tubular cases being configured in at least two stages with the attachments interposed between the tubular cases , the exhaust gas treatment device further comprising another retainer that presses the attachment in a direction perpendicular to a flowing direction of the exhaust gas. a downstream-side grid provided downstream of the catalyst unit along the gas passage (R); an upstream-side grid provided on an opposite side of the catalyst unit from the downstream-side grid ; a retainer that presses the catalyst unit between the upstream-side grid and the downstream-side grid ; and an elastic seal member interposed between the downstream-side grid and the catalyst unit , wherein the elastic seal member is elastically deformed by pressing the catalyst unit with the retainer and seals a gap between the downstream-side grid and the catalyst unit , characterized in that the catalyst unit comprises: a plurality of tubular cases filled with a catalyst ; and attachments each of which holds one end of the tubular case , the tubular cases being configured in at least two stages with the attachments interposed between the tubular cases , the exhaust gas treatment device further comprising another retainer that presses the attachment in a direction perpendicular to a flowing direction of the exhaust gas. a plurality of tubular cases filled with a catalyst ; and attachments each of which holds one end of the tubular case , the tubular cases being configured in at least two stages with the attachments interposed between the tubular cases , the exhaust gas treatment device further comprising another retainer that presses the attachment in a direction perpendicular to a flowing direction of the exhaust gas.
A compound for a brancher represented by the following Chemical Formula 1: In Chemical Formula 1, R1 to R10 are the same as or different from each other, and each independently hydrogen or a halogen group; two of R1 to R5 are a halogen group; two of R6 to R10 are a halogen group; X 1 and X 2 are the same as or different from each other, and each independently NR, O, S or SO 2 ; R is hydrogen; deuterium; or a substituted or unsubstituted alkyl group; and n is an integer of 1 to 6, wherein; the term "substituted" means being substituted with one or more substituents selected from the group consisting of deuterium; a halogen group; an alkoxy group; an alkyl group; and a phenyl group. R1 to R10 are the same as or different from each other, and each independently hydrogen or a halogen group; two of R1 to R5 are a halogen group; two of R6 to R10 are a halogen group; X 1 and X 2 are the same as or different from each other, and each independently NR, O, S or SO 2 ; R is hydrogen; deuterium; or a substituted or unsubstituted alkyl group; and n is an integer of 1 to 6, wherein; the term "substituted" means being substituted with one or more substituents selected from the group consisting of deuterium; a halogen group; an alkoxy group; an alkyl group; and a phenyl group.
A method, comprising: at an electronic device having one or more processors: receiving a plurality of speech inputs, each of the speech inputs associated with a same user of the electronic device; providing each of the plurality of speech inputs to a user-independent acoustic model, the user-independent acoustic model providing a plurality of speech results based on the plurality of speech inputs; initiating a user-specific acoustic model on the electronic device; and adjusting the user-specific acoustic model based on the plurality of speech inputs and the plurality of speech results; wherein the method further comprises: providing the adjusted user-specific acoustic model to another electronic device; and wherein at the another electronic device: receiving the adjusted user-specific acoustic model; receiving a speech input; and identifying, with the adjusted user-specific acoustic model, a speaker of the speech input. at an electronic device having one or more processors: receiving a plurality of speech inputs, each of the speech inputs associated with a same user of the electronic device; providing each of the plurality of speech inputs to a user-independent acoustic model, the user-independent acoustic model providing a plurality of speech results based on the plurality of speech inputs; initiating a user-specific acoustic model on the electronic device; and adjusting the user-specific acoustic model based on the plurality of speech inputs and the plurality of speech results; receiving a plurality of speech inputs, each of the speech inputs associated with a same user of the electronic device; providing each of the plurality of speech inputs to a user-independent acoustic model, the user-independent acoustic model providing a plurality of speech results based on the plurality of speech inputs; initiating a user-specific acoustic model on the electronic device; and adjusting the user-specific acoustic model based on the plurality of speech inputs and the plurality of speech results; wherein the method further comprises: providing the adjusted user-specific acoustic model to another electronic device; and wherein at the another electronic device: receiving the adjusted user-specific acoustic model; receiving a speech input; and identifying, with the adjusted user-specific acoustic model, a speaker of the speech input. receiving the adjusted user-specific acoustic model; receiving a speech input; and identifying, with the adjusted user-specific acoustic model, a speaker of the speech input.
A cover plate assembly for a battery cell , wherein the cover plate assembly comprises: a top cover plate , wherein the top cover plate is provided with an explosion-proof valve ; and an insulating plate , laminated with the top cover plate , wherein the insulating plate comprises a base portion and a thinned region located in the base portion , the thinned region is formed by thinning the base portion , and in a thickness direction (Z) of the cover plate assembly , a region enclosed by boundaries of an orthographic projection of the thinned region at least partially overlaps an orthographic projection of the explosion-proof valve ; wherein the insulating plate comprises two surfaces disposed opposite each other in the thickness direction (Z), and the thinned region comprises a groove formed by at least one of the two surfaces being recessed; the insulating plate comprises a recess portion , and the recess portion is formed by the base portion being recessed in a direction away from the top cover plate , and is disposed corresponding to the explosion-proof valve in the thickness direction (Z); and the groove is disposed on the periphery of the recess portion . a top cover plate , wherein the top cover plate is provided with an explosion-proof valve ; and an insulating plate , laminated with the top cover plate , wherein the insulating plate comprises a base portion and a thinned region located in the base portion , the thinned region is formed by thinning the base portion , and in a thickness direction (Z) of the cover plate assembly , a region enclosed by boundaries of an orthographic projection of the thinned region at least partially overlaps an orthographic projection of the explosion-proof valve ; wherein the insulating plate comprises two surfaces disposed opposite each other in the thickness direction (Z), and the thinned region comprises a groove formed by at least one of the two surfaces being recessed; the insulating plate comprises a recess portion , and the recess portion is formed by the base portion being recessed in a direction away from the top cover plate , and is disposed corresponding to the explosion-proof valve in the thickness direction (Z); and the groove is disposed on the periphery of the recess portion .
A shoe , comprising: an upper portion ; a sole assembly , coupled to the upper portion and comprising a foamed polymeric material , the sole assembly comprising a first vacuity located in a heel region of the shoe ; at least one wave spring having a crest and a trough wherein the ends of the at least one wave spring are free to move circumferentially and independently, and wherein the at least one wave spring is mounted in the first vacuity ; a u-shaped plastic receiving clip comprising first protrusions , wherein the protrusions slidably accept a first terminal shim end and a second terminal shim end of the at least one wave spring ; a pair of cylindrically shaped spring compression limiters associated with each wave spring , wherein one of the terminal ends of each of the cylindrically shaped compression limiters is adhesively attached to each of the opposing inner surfaces of the u-shaped plastic receiving clip at the diametrical centers of first protrusions by adhesive; and an encapsulant , having a compression modulus, for coupling each crest and trough of the at least one wave spring , and wherein the crest and trough of the at least one wave spring are attached by the encapsulant . an upper portion ; a sole assembly , coupled to the upper portion and comprising a foamed polymeric material , the sole assembly comprising a first vacuity located in a heel region of the shoe ; at least one wave spring having a crest and a trough wherein the ends of the at least one wave spring are free to move circumferentially and independently, and wherein the at least one wave spring is mounted in the first vacuity ; a u-shaped plastic receiving clip comprising first protrusions , wherein the protrusions slidably accept a first terminal shim end and a second terminal shim end of the at least one wave spring ; a pair of cylindrically shaped spring compression limiters associated with each wave spring , wherein one of the terminal ends of each of the cylindrically shaped compression limiters is adhesively attached to each of the opposing inner surfaces of the u-shaped plastic receiving clip at the diametrical centers of first protrusions by adhesive; and an encapsulant , having a compression modulus, for coupling each crest and trough of the at least one wave spring , and wherein the crest and trough of the at least one wave spring are attached by the encapsulant .
A hinge for doors and windows comprising: - a first hinge body having a central socket ; the first hinge body being associated with the profile of an upright of the fixed frame equipped with a recessed cavity for housing the central socket ; a rotation pin defining an axis (Z) of vertical rotation of the hinge being positioned and constrained inside the socket of the first hinge body ; a first wing being integral with the rotation pin and protruding radially from the rotation pin ; - a second hinge body with a flat profile fixed on the outer surface of the profile of an upright of a mobile frame or sash; a second wing being integral with the second hinge body and protruding from the second hinge body ; - a device for a stable joining between the first and the second wing positioned between them first and second wing; characterized in that the device for a stable joining between the first and the second wing comprises at least one pair of pins parallel to each other, associated with the first wing ; said pair of pins protruding transversely from the first wing , parallel to the axis (Z) of vertical rotation, and slidably coupled, in a pair of corresponding cavities made on the second wing in such a way as to form a single rigid wing by means of at least one partial overlapping of the first and second wing. - a first hinge body having a central socket ; the first hinge body being associated with the profile of an upright of the fixed frame equipped with a recessed cavity for housing the central socket ; a rotation pin defining an axis (Z) of vertical rotation of the hinge being positioned and constrained inside the socket of the first hinge body ; a first wing being integral with the rotation pin and protruding radially from the rotation pin ; - a second hinge body with a flat profile fixed on the outer surface of the profile of an upright of a mobile frame or sash; a second wing being integral with the second hinge body and protruding from the second hinge body ; - a device for a stable joining between the first and the second wing positioned between them first and second wing;
A floating assembly for wave energy use comprising four floats kinematically attached to a rectangular frame and connected to a means for converting wave energy into electric energy, wherein in the top view the floats are arranged in a snake-like pattern in the head-stern direction along the rectangular frame , they alternate along parallel sides of the rectangular frame and are offset from each other, wherein a front float pair comprises a first right float and a second left float and a rear float pair comprises a third right float and a fourth left float , the assembly additionally comprises small frames kinematically coupled with the rectangular frame , the number of said small frames is equal to the number of the floats , and each float is movably connected to the small frame by two parallel horizontally arranged arms , main and auxiliary ones, characterised in that the main and auxiliary arms of each float are connected, respectively, to main and auxiliary torsion bars of the assembly, the main arms of the front float pair and the rear float pair, respectively, are interconnected by a rod and linkage arms with the possibility of their synchronous rotation in one direction, wherein the rod of the main arms of the front float pair is located on top and the linkage arms have upward orientation, the rod of the main arms of the rear float pair is located below and the linkage arms have downward orientation, the front and rear pairs of main arms are interconnected by a linkage rod with the possibility of their synchronous rotation in opposite directions, and the means for converting wave energy into electric energy comprises a hydraulic accumulator , a hydraulic motor , an electric generator and double-acting hydraulic cylinders , one of said double-acting hydraulic cylinders is located between the linkage rod and the rectangular frame , while the others are located between the main and auxiliary arms of each float , and are intended to transform mechanical energy resulting from floats up and down movements and/or their swinging in the head-stern direction into the energy generated through power fluid pressure change in the hydraulic cylinder chambers in the process of piston movement and accumulated in the hydraulic accumulator , the output of which is connected to the hydraulic motor kinematically coupled with the electric generator shaft.