mhurhangee/patent-ind-claim-en huggingface dataset:
A method of interpreting multi-language user commands comprising: receiving, from an input device, audio data corresponding to a multi-language user command; determining, by one or more processors, a plurality of acoustic models, wherein at least a first acoustic model of the plurality of acoustic models corresponds to a first language, and a second acoustic model of the plurality of acoustic models corresponds to a second language; generating, based on the audio data, a first transcript of the multi-language user command using the first acoustic model, and a second transcript of the multi-language user command using the second acoustic model; determining, from the first transcript and based on natural language processing, a first plurality of words corresponding to the first language; determining, from the second transcript and based on natural language processing, a second plurality of words corresponding to the second language; determining a match phrase corresponding to an operational command, wherein the determining comprises: comparing each word of the first plurality of words and the second plurality of words to a plurality of command patterns from a pattern database; wherein the operational command includes: one or more words of the first plurality of words corresponding to the first language; and one or more words of the second plurality of words corresponding to the second language; and sending, to a computing device the operational command corresponding to the determined match phrase. receiving, from an input device, audio data corresponding to a multi-language user command; determining, by one or more processors, a plurality of acoustic models, wherein at least a first acoustic model of the plurality of acoustic models corresponds to a first language, and a second acoustic model of the plurality of acoustic models corresponds to a second language; generating, based on the audio data, a first transcript of the multi-language user command using the first acoustic model, and a second transcript of the multi-language user command using the second acoustic model; determining, from the first transcript and based on natural language processing, a first plurality of words corresponding to the first language; determining, from the second transcript and based on natural language processing, a second plurality of words corresponding to the second language; determining a match phrase corresponding to an operational command, wherein the determining comprises: comparing each word of the first plurality of words and the second plurality of words to a plurality of command patterns from a pattern database; wherein the operational command includes: one or more words of the first plurality of words corresponding to the first language; and one or more words of the second plurality of words corresponding to the second language; and one or more words of the first plurality of words corresponding to the first language; and one or more words of the second plurality of words corresponding to the second language; and sending, to a computing device the operational command corresponding to the determined match phrase.
Container for depth stops for dental burs suitable for being mounted on a dental bur , the container comprising a first plurality of seats for housing the depth stops having different diameters and/or heights, wherein it has at least one further seat having a part of smaller diameter than any one of said seats of the first plurality of seats , said at least one further seat allowing the passage of a part of a dental bur so as to remove the depth stop from the dental bur on which it is mounted, and in that said first plurality of seats is arranged according to two series of values, the first value indicating the diameter of the depth stop and the second value indicating the height of the depth stop , said portion of smaller diameter of the at least one further seat being shaped and sized so as to accommodate the stem of a dental bur from which the relative stop is to be extracted , said at least one further seat , in addition to said smaller diameter part , also having a larger diameter part connected to the smaller diameter part, each of the seats of said first plurality of seats having two cylindrical portions with different diameters , with the larger diameter portion being shaped and sized so as to accommodate a stop , and the smaller diameter portion being shaped and sized so as to accommodate the tip of the corresponding dental bur on which to fit the stop .
Commercial vehicle having two chassis longitudinal carriers which are connected to one another by way of crossmembers and in front of which a radiator is arranged transversely with respect to the driving direction , characterized in that a frontmost crossmember comprises at least two plates which run approximately horizontally above one another, are spaced apart from one another, penetrate the radiator in the driving direction , and are connected to one another in front of the radiator via a towing device .
A method for dissolving a sample substance, the method comprising - providing a sample comprising a sample substance, - covering the sample with a shell matrix comprising first and second sheets of a first lyophilic material to form a shell matrix-sample system, - inserting the shell matrix-sample system into a cage comprising at least one hole , - exposing the cage comprising the shell matrix-sample system to a medium capable of dissolving the sample substance, characterized in that the method further comprises: - admixing the sample substance with a second lyophilic material prior to covering with the shell matrix. - providing a sample comprising a sample substance, - covering the sample with a shell matrix comprising first and second sheets of a first lyophilic material to form a shell matrix-sample system, - inserting the shell matrix-sample system into a cage comprising at least one hole , - exposing the cage comprising the shell matrix-sample system to a medium capable of dissolving the sample substance, - admixing the sample substance with a second lyophilic material prior to covering with the shell matrix.
An illumination device for a vehicle , comprising: a detection unit configured to be mounted in the vehicle and configured to detect a person; an illumination unit configured to be mounted in the vehicle and configured to illuminate light in a direction toward a road surface, an illumination region of the light being alterable; and a control unit configured be mounted in the vehicle and configured to, in a case in which a person is detected by the detection unit and there is a possibility of collision between the detected person and the vehicle , control the illumination unit so as to illuminate light at a region in a range of view of the detected person that is separated from the person by a pre-specified distance, and so as to move the light in a direction of movement of the detected person while maintaining the separation at the pre-specified distance, characterized in that , in a case in which the light is to be illuminated at the region that is separated from the detected person by the pre-specified distance, the control unit is configured to control the illumination unit so as to illuminate the light at a region that is separated by the pre-specified distance from the detected person toward a road center in the vehicle width direction. a detection unit configured to be mounted in the vehicle and configured to detect a person; an illumination unit configured to be mounted in the vehicle and configured to illuminate light in a direction toward a road surface, an illumination region of the light being alterable; and a control unit configured be mounted in the vehicle and configured to, in a case in which a person is detected by the detection unit and there is a possibility of collision between the detected person and the vehicle , control the illumination unit so as to illuminate light at a region in a range of view of the detected person that is separated from the person by a pre-specified distance, and so as to move the light in a direction of movement of the detected person while maintaining the separation at the pre-specified distance,
A method of stopping production and making safe an undersea bottom-to-surface connection production pipe comprising a first pipe portion (1-1) resting on the sea bottom from a well head to the bottom end (1-2a) of a second pipe portion (1-2) going up to a ship or floating support on the surface, in which method, after stopping production, first depressurization of the entire undersea bottom-to-surface connection production pipe is performed allowing a portion only of the gas contained in the production fluid contained in said production pipe to be discharged on the surface via its top end (1-2b); characterized in that the following subsequent steps are then performed: a) isolating said first production pipe portion (1-1) from said second pipe portion (1-2), and leaving the production fluid in said first production pipe portion (1-1), but not in said second pipe portion (1-2), which is emptied; and b) additionally depressurizing the first production pipe portion (1-1) filled with production fluid by reducing the pressure in said first pipe portion (1-1) to a pressure level close to that on the surface and by discharging more completely the gas contained in the production fluid that it contains. a) isolating said first production pipe portion (1-1) from said second pipe portion (1-2), and leaving the production fluid in said first production pipe portion (1-1), but not in said second pipe portion (1-2), which is emptied; and b) additionally depressurizing the first production pipe portion (1-1) filled with production fluid by reducing the pressure in said first pipe portion (1-1) to a pressure level close to that on the surface and by discharging more completely the gas contained in the production fluid that it contains.
A conductive roller having a core , at least one elastic layer which is mainly formed of a conductive rubber body and provided on the core , and a coating layer provided on the elastic layer , characterized in that when a mean irregularity interval Sm along the circumferential direction of the elastic layer is defined as circumferential Sm1, and a mean irregularity interval Sm along the circumferential direction of the coating layer is defined as circumferential Sm2, circumferential Sm1 and circumferential Sm2 satisfy the following formulas and : 50 μ m ≤ circumferential Sm1 ≤ 120 μm circumferential Sm1 < circumferential Sm2 and the coating layer contains a base material, an electric conductivity-imparting agent, and a surface roughness-imparting agent, and when the total amount of the base material and the electric conductivity-imparting agent is 31 parts by mass to 130 parts by mass, the amount of the surface roughness-imparting agent is 4 parts by mass to 45 parts by mass. when a mean irregularity interval Sm along the circumferential direction of the elastic layer is defined as circumferential Sm1, and a mean irregularity interval Sm along the circumferential direction of the coating layer is defined as circumferential Sm2, circumferential Sm1 and circumferential Sm2 satisfy the following formulas and : 50 μ m ≤ circumferential Sm1 ≤ 120 μm circumferential Sm1 < circumferential Sm2 and the coating layer contains a base material, an electric conductivity-imparting agent, and a surface roughness-imparting agent, and when the total amount of the base material and the electric conductivity-imparting agent is 31 parts by mass to 130 parts by mass, the amount of the surface roughness-imparting agent is 4 parts by mass to 45 parts by mass.
A bioreactor comprising a light source (LS) and a tank (T) comprising a culture medium in which a cell culture consisting of algal cells is dispersed, said algal cell culture having a concentration of greater than 0.1 g/l in the culture medium, each algal cell having a minimum absorption in a light-specific range of wavelengths (L-Spec) of between 500 nm and 650 nm, said source (LS) being capable of emitting incident light in the direction of the tank (T) consisting of at least 60% of photons having a wavelength within the light-specific range of wavelengths (L-Spec).
A timer controlling method, being applicable to an electronic device, the method comprising: in response to that a medium access control layer receives a beam failure instance indication sent by a physical layer, determining whether a count value of a beam failure indication counter is greater than or equal to a preset value; in response to that the count value of the beam failure indication counter is greater than or equal to the preset value, triggering a random access; determining whether the triggered random access is to be initiated; in response to determining that the triggered random access is to be initiated, upon initiating the triggered random access, resetting a beam failure recovery timer in response to that a medium access control layer receives a beam failure instance indication sent by a physical layer, determining whether a count value of a beam failure indication counter is greater than or equal to a preset value; in response to that the count value of the beam failure indication counter is greater than or equal to the preset value, triggering a random access; determining whether the triggered random access is to be initiated; in response to determining that the triggered random access is to be initiated, upon initiating the triggered random access, resetting a beam failure recovery timer
Tracker controller for a photovoltaic installation, the tracker controller comprising: - a box intended to be attached to a tracking structure of a photovoltaic tracker of the installation; - a communications system housed within the box , intended to communicate the trackers to each other; and - an external antenna for the communications system, the antenna comprising: - an elongated casing pipe , and - a rotatory connection at one end of the casing pipe , externally connecting the casing pipe to a lower portion of the box , so as to allow the casing pipe to freely rotate with respect to the box around a rotation axis ; the controller being characterized by the antenna further comprising a protrusion , extending from the casing pipe near the connection , and which is configured so as to bump with the box , when the antenna rotates, for limiting rotation of the casing pipe . - a box intended to be attached to a tracking structure of a photovoltaic tracker of the installation; - a communications system housed within the box , intended to communicate the trackers to each other; and - an external antenna for the communications system, the antenna comprising: - an elongated casing pipe , and - a rotatory connection at one end of the casing pipe , externally connecting the casing pipe to a lower portion of the box , so as to allow the casing pipe to freely rotate with respect to the box around a rotation axis ; the controller being characterized by the antenna further comprising a protrusion , extending from the casing pipe near the connection , and which is configured so as to bump with the box , when the antenna rotates, for limiting rotation of the casing pipe . - an elongated casing pipe , and - a rotatory connection at one end of the casing pipe , externally connecting the casing pipe to a lower portion of the box , so as to allow the casing pipe to freely rotate with respect to the box around a rotation axis ;
A front landing gear system for an aircraft including: a bulkhead ; a swing arm rotatively coupled to a wheel ; a forward link arm rotatively coupled to the swing arm; an oleopneumatic cylinder rotatively coupled to the swing arm and to the bulkhead; a plate rotatively coupled to the bulkhead, wherein the oleopneumatic cylinder passes through the plate, and wherein the forward link arm is rotatively coupled to the plate; an actuation device rotatively coupled to the bulkhead and to the plate, wherein retraction of the actuation device causes the plate, the forward link arm and the swing arm to move upward towards the bulkhead. a bulkhead ; a swing arm rotatively coupled to a wheel ; a forward link arm rotatively coupled to the swing arm; an oleopneumatic cylinder rotatively coupled to the swing arm and to the bulkhead; a plate rotatively coupled to the bulkhead, wherein the oleopneumatic cylinder passes through the plate, and wherein the forward link arm is rotatively coupled to the plate; an actuation device rotatively coupled to the bulkhead and to the plate, wherein retraction of the actuation device causes the plate, the forward link arm and the swing arm to move upward towards the bulkhead.
A method for use at a loading dock , the method including: monitoring, via two or more sensors (42, 44, 72, 74a-c, 92, 94, 102, 328, 330), an area (52a-f) adjacent a doorway of the loading dock; detecting, via a vehicle monitor and a pedestrian monitor of a controller , an interruption of two or more sensing projections ; identifying, via the controller , a pattern of the interrupted at least two or more sensing projections; and characterized by comparing, via a comparator of the controller , the pattern to a database of patterns to determine whether a subject interrupting the two or more sensing projections is a vehicle or a person . monitoring, via two or more sensors (42, 44, 72, 74a-c, 92, 94, 102, 328, 330), an area (52a-f) adjacent a doorway of the loading dock; detecting, via a vehicle monitor and a pedestrian monitor of a controller , an interruption of two or more sensing projections ; identifying, via the controller , a pattern of the interrupted at least two or more sensing projections; and characterized by comparing, via a comparator of the controller , the pattern to a database of patterns to determine whether a subject interrupting the two or more sensing projections is a vehicle or a person .
Electrical switching system , in particular of a circuit breaker , comprising a first busbar , which extends in a longitudinal direction and carries a first contact and a second contact that is spaced apart therefrom in the longitudinal direction , and which has a first current connection , and comprising a second busbar , which extends in the longitudinal direction and carries a first mating contact and a second mating contact that is spaced apart therefrom in the longitudinal direction , and which has a second current connection , wherein the first busbar partially overlaps the second busbar along the longitudinal direction , wherein, in the longitudinal direction , the contacts and the mating contacts are arranged between the two current connections in the overlap region , wherein, owing to the spacing between the contacts and the mating contacts in the longitudinal direction , a section of the respective busbar is formed between them, with which section some of the electric current is conducted in an electrically conductive state, wherein the electric current is conducted in the longitudinal direction in both busbars in parallel, characterized in that the second busbar is mounted so as to be movable in a transverse direction perpendicular to the longitudinal direction .
A remote control device for controlling a toilet device , the remote control device comprising: a plurality of operation buttons being movable between an ordinary position and a lowermost position and configured to move from the ordinary position to the lowermost position in response to a push operation; a power generator configured to generate a power in response to the push operation of one of the operation buttons; a controller driven by the power from the power generator , the controller being configured to determine the pushed operation button based on a detection result of each of the detectors , the controller remotely controlling, in use, the toilet device by transmitting a wireless signal toward the toilet device , the wireless signal corresponding to the determined operation button; and an output unit configured to produce an output when the power generator has generated the power, characterized in that the remote control device further comprises: a plurality of detectors associated respectively with the plurality of operation buttons and configured to detect the respective push operation of the operation buttons ; wherein the power generator comprises a power supply section including an electric storage element for storing power generated by the power generator . a plurality of operation buttons being movable between an ordinary position and a lowermost position and configured to move from the ordinary position to the lowermost position in response to a push operation; a power generator configured to generate a power in response to the push operation of one of the operation buttons; a controller driven by the power from the power generator , the controller being configured to determine the pushed operation button based on a detection result of each of the detectors , the controller remotely controlling, in use, the toilet device by transmitting a wireless signal toward the toilet device , the wireless signal corresponding to the determined operation button; and an output unit configured to produce an output when the power generator has generated the power, characterized in that the remote control device further comprises: a plurality of detectors associated respectively with the plurality of operation buttons and configured to detect the respective push operation of the operation buttons ; wherein the power generator comprises a power supply section including an electric storage element for storing power generated by the power generator . a plurality of detectors associated respectively with the plurality of operation buttons and configured to detect the respective push operation of the operation buttons ; wherein the power generator comprises a power supply section including an electric storage element for storing power generated by the power generator .
A method for producing ethylene glycol from a carbohydrate feed comprising: a) conditioning a heterogeneous hydrogenation catalyst by treatment with a protic acid resulting in an acid-conditioned heterogeneous hydrogenation catalyst; b) next, in a reactor under hydrogenation conditions, the carbohydrate feed is contacted with a bi-functional catalyst system comprising: 1) the acid-conditioned heterogeneous hydrogenation catalyst, and 2) a soluble retro-Aldol catalyst; whereby the pH of the reaction is in the range of from 2-7; c) obtaining an intermediate product stream, from the reactor, comprising ethylene glycol; wherein the protic acid is an organic acid. a) conditioning a heterogeneous hydrogenation catalyst by treatment with a protic acid resulting in an acid-conditioned heterogeneous hydrogenation catalyst; b) next, in a reactor under hydrogenation conditions, the carbohydrate feed is contacted with a bi-functional catalyst system comprising: 1) the acid-conditioned heterogeneous hydrogenation catalyst, and 2) a soluble retro-Aldol catalyst; whereby the pH of the reaction is in the range of from 2-7; 1) the acid-conditioned heterogeneous hydrogenation catalyst, and 2) a soluble retro-Aldol catalyst; whereby the pH of the reaction is in the range of from 2-7; c) obtaining an intermediate product stream, from the reactor, comprising ethylene glycol;