mhurhangee/patent-ind-claim-en huggingface dataset:
A computer-implemented method, the method comprising, by a remote system: receiving, from a first device remote from the remote system, an indication that the first device is communicatively coupled to a second device remote from the remote system, wherein the first device is a vehicle; receiving, from the first device, first data associated with the second device; associating the first data with profile data corresponding to the first device, the profile data including second data, wherein the second data is data that is not associated with the second device and the second data has a first priority value; assigning a second priority value to the first data, the second priority value indicating that the first data is prioritized over the second data; receiving, from the first device, first audio data; processing, using speech processing and the profile data, the first audio data to determine command data comprising a first command and a second command; determining that the first command is associated with the first data and that the second command is associated with the second data; using the first priority value and the second priority value to select the first command; sending, to a communications system, a request for additional information; receiving, from the communications system, the additional information, wherein the additional information comprises a contact name or other entity information; generating, based on the additional information, output data corresponding to the first command; and sending, to the first device, the output data. receiving, from a first device remote from the remote system, an indication that the first device is communicatively coupled to a second device remote from the remote system, wherein the first device is a vehicle; receiving, from the first device, first data associated with the second device; associating the first data with profile data corresponding to the first device, the profile data including second data, wherein the second data is data that is not associated with the second device and the second data has a first priority value; assigning a second priority value to the first data, the second priority value indicating that the first data is prioritized over the second data; receiving, from the first device, first audio data; processing, using speech processing and the profile data, the first audio data to determine command data comprising a first command and a second command; determining that the first command is associated with the first data and that the second command is associated with the second data; using the first priority value and the second priority value to select the first command; sending, to a communications system, a request for additional information; receiving, from the communications system, the additional information, wherein the additional information comprises a contact name or other entity information; generating, based on the additional information, output data corresponding to the first command; and sending, to the first device, the output data.
A wearable visualization system , comprising: a wearable visualization device , wherein the wearable visualization device is a head mounted display, the wearable visualization device comprising: a housing ; a display coupled to the housing and configured to display an image for a user; a camera coupled to the housing and configured to capture the image, wherein the camera is forward facing in a direction toward the display ; and a computer system configured to receive the image from the camera and to detect display problems by continuously or repeatedly comparing the image to a master image to determine if the image matches the master image. a housing ; a display coupled to the housing and configured to display an image for a user; a camera coupled to the housing and configured to capture the image, wherein the camera is forward facing in a direction toward the display ; and a computer system configured to receive the image from the camera and to detect display problems by continuously or repeatedly comparing the image to a master image to determine if the image matches the master image.
An imaging apparatus for capturing an image of a target object, comprising: lens optical systems (La-Ld) arranged in an array, wherein each of the lens optical systems (La-Ld) includes a lens (L1) whose surface closest to the target object is shaped to be convex toward the target object; imaging regions (la, Ib) which respectively face the lens optical systems (La-Ld) and output a photoelectrically converted signal corresponding to an amount of light transmitting the lens optical systems (La-Ld) and received by the imaging regions (la, lb); and a light-transmissive cover (L0) which covers an exposed portion of the lens (L1) of each of the lens optical systems (La-Ld) and a portion between the lens (L1) of one of the lens optical systems (La-Ld) and the lens (L1) of another one of the lens optical systems (La-Ld) adjacent to the one of the lens optical systems, the cover (L0) having a curved portion which is convex toward the target object, wherein optical axes of the lens optical systems (La-Ld) are parallel to each other, and |f0| > 50 fx is satisfied, where f0 represents a focal length of the cover (L0) and fx represents the focal length of each of the lens optical systems (La-Ld). lens optical systems (La-Ld) arranged in an array, wherein each of the lens optical systems (La-Ld) includes a lens (L1) whose surface closest to the target object is shaped to be convex toward the target object; imaging regions (la, Ib) which respectively face the lens optical systems (La-Ld) and output a photoelectrically converted signal corresponding to an amount of light transmitting the lens optical systems (La-Ld) and received by the imaging regions (la, lb); and a light-transmissive cover (L0) which covers an exposed portion of the lens (L1) of each of the lens optical systems (La-Ld) and a portion between the lens (L1) of one of the lens optical systems (La-Ld) and the lens (L1) of another one of the lens optical systems (La-Ld) adjacent to the one of the lens optical systems, the cover (L0) having a curved portion which is convex toward the target object, wherein optical axes of the lens optical systems (La-Ld) are parallel to each other, and |f0| > 50 fx is satisfied, where f0 represents a focal length of the cover (L0) and fx represents the focal length of each of the lens optical systems (La-Ld).
An assembly type toy comprising: a first toy including a first hexahedral block (HA), wherein one or more first male type blocks (M1) are mounted on at least one surface of the first hexahedral block; a second toy including a second hexahedral block (HB), wherein one or more first female type blocks (F1) are mounted on at least one surface of the second hexahedral block, and the first female type blocks each have an accommodation hole (AH1) provided therein to accommodate the first male type block (M1); and a third toy including a pair of hexahedral blocks (PH) that connected by surface contact with each other, wherein a second male type block (M2) is mounted on at least one surface of one block (PHA) of the pair of hexahedral blocks, a second female type block (F2) is mounted on at least one surface of the other block (PHB), and the second female type block has an accommodation hole (AH2) provided therein to accommodate the first male type block (M1), wherein the pair of hexahedral blocks (PH) connected by surface contact with each other in a first direction, the one block and the second male type block come in surface contact with each other in a second direction, and the other block and the second female type block come in surface contact with each other in a third direction, the first direction, the second direction and the third direction orthogonally intersecting each other, and wherein the second female type block is disposed on an upper layer of the third toy and the pair of hexahedral blocks and the second male type block are disposed on a lower layer of the third toy. a first toy including a first hexahedral block (HA), wherein one or more first male type blocks (M1) are mounted on at least one surface of the first hexahedral block; a second toy including a second hexahedral block (HB), wherein one or more first female type blocks (F1) are mounted on at least one surface of the second hexahedral block, and the first female type blocks each have an accommodation hole (AH1) provided therein to accommodate the first male type block (M1); and a third toy including a pair of hexahedral blocks (PH) that connected by surface contact with each other, wherein a second male type block (M2) is mounted on at least one surface of one block (PHA) of the pair of hexahedral blocks, a second female type block (F2) is mounted on at least one surface of the other block (PHB), and the second female type block has an accommodation hole (AH2) provided therein to accommodate the first male type block (M1), wherein the pair of hexahedral blocks (PH) connected by surface contact with each other in a first direction, the one block and the second male type block come in surface contact with each other in a second direction, and the other block and the second female type block come in surface contact with each other in a third direction, the first direction, the second direction and the third direction orthogonally intersecting each other, and wherein the second female type block is disposed on an upper layer of the third toy and the pair of hexahedral blocks and the second male type block are disposed on a lower layer of the third toy.
Thermocouple temperature sensing device comprising a mineral-insulated cable containing thermocouple wires , wherein the mineral-insulated cable is sealed at a cold-end part by a sealing device comprising a sealing element made of or containing an electrically insulating material, wherein the sealing element comprises a respective through-hole for passing through a respective thermocouple wire of the mineral-insulated cable and wherein a sealing ring is arranged at an outer rim of the sealing element for fixing the sealing device to a sheath or a support tube of the mineral-insulated cable, wherein the sealing device comprises an electric temperature sensing element (T) for sensing an absolute temperature of the cold-end part , wherein the temperature sensing element (T) comprises an electrical property that is temperature-dependent, characterized in that a connecting element for connecting one of the thermocouple wires of the mineral-insulated cable to an electronic measuring circuit is connected to the thermocouple wire over the sensor element (T), or wherein the temperature sensing element (T) comprises two electrical contacts and wherein the temperature sensing element (T) is connected to a four-wire connection which provides two wires per electrical contact of the temperature sensing element (T).
A catheter comprising: an elongate body comprising: an inner liner defining an entry port into a lumen defined by the elongate body ; and an outer jacket ; and a push assembly including an elongate member extending from a proximal portion to a distal portion, wherein a cross-section of the distal portion is D-shaped and tapers in a distal direction, wherein distal to a proximal end of the elongate body , a first portion of the elongate member is positioned between a portion of the inner liner and a portion of the outer jacket , and proximal to the proximal end of the elongate body , a second portion of the elongate member is positioned outside of the outer jacket and the inner liner , and wherein the second portion of the push assembly is proximal to the first portion. an elongate body comprising: an inner liner defining an entry port into a lumen defined by the elongate body ; and an outer jacket ; and an inner liner defining an entry port into a lumen defined by the elongate body ; and an outer jacket ; and a push assembly including an elongate member extending from a proximal portion to a distal portion, wherein a cross-section of the distal portion is D-shaped and tapers in a distal direction, wherein distal to a proximal end of the elongate body , a first portion of the elongate member is positioned between a portion of the inner liner and a portion of the outer jacket , and proximal to the proximal end of the elongate body , a second portion of the elongate member is positioned outside of the outer jacket and the inner liner , and wherein the second portion of the push assembly is proximal to the first portion.
Disposable packaging for at least one contact lens , the disposable packaging having at least one molded structure which forms at least one product cavity for accommodating the contact lens , the contact lens being arranged in the product cavity with the curvature toward the opening of the product cavity , the product cavity being closed by a first closure member that can be opened by the user, and the molded structure having at least one cleaning chamber that is closed by the first closure member and/or a further closure member that can be opened by the user, characterized in that a cleaning system for cleaning and/or disinfecting fingers is arranged in the cleaning chamber , the cleaning system comprising a cleaning pad which absorbs and holds cleaning and/or disinfecting agent, and the cleaning pad being fixed in the cleaning chamber and the surface of said pad being exposed when the cleaning chamber is opened.
A normal relay emulator comprising: a trigger circuit configured to detect a condition on a first power rail , the first power rail having a first voltage supply level; a boost converter electrically coupled to the first power rail and configured to boost the first voltage supply level to a second voltage supply level, the second voltage supply level higher than the first voltage supply level; a bi-stable relay having a first terminal and a second terminal ; and an actuator electrically coupled to the boost converter and communicatively coupled to the trigger circuit , the actuator configured to energize the bi-stable relay using the second voltage supply level such that electrical contact between the first terminal and the second terminal changes between a first state and a second state based on the trigger circuit detecting the condition, characterized in that the trigger circuit monitors the first power rail to determine when a power of the first power rail is restored and exceeds a threshold voltage after interruption of the first power rail providing the first voltage supply voltage, the trigger circuit causing the bi-stable relay to enter a known state upon determining the voltage of the first power rail is restored and exceeds the threshold, the trigger circuit to determine a voltage output of the boost converter , the trigger circuit to prevent the actuator from energizing the bi-stable relay when the voltage output of the boost converter is determined to be insufficient. a trigger circuit configured to detect a condition on a first power rail , the first power rail having a first voltage supply level; a boost converter electrically coupled to the first power rail and configured to boost the first voltage supply level to a second voltage supply level, the second voltage supply level higher than the first voltage supply level; a bi-stable relay having a first terminal and a second terminal ; and an actuator electrically coupled to the boost converter and communicatively coupled to the trigger circuit , the actuator configured to energize the bi-stable relay using the second voltage supply level such that electrical contact between the first terminal and the second terminal changes between a first state and a second state based on the trigger circuit detecting the condition, characterized in that the trigger circuit monitors the first power rail to determine when a power of the first power rail is restored and exceeds a threshold voltage after interruption of the first power rail providing the first voltage supply voltage, the trigger circuit causing the bi-stable relay to enter a known state upon determining the voltage of the first power rail is restored and exceeds the threshold, the trigger circuit to determine a voltage output of the boost converter , the trigger circuit to prevent the actuator from energizing the bi-stable relay when the voltage output of the boost converter is determined to be insufficient.
A method for heating a heat transfer medium comprising: providing a quantity of carbon dioxide in gaseous form within an interior volume of a vessel ; contacting the carbon dioxide gas with a heat exchanger disposed within the interior volume of the vessel ; exposing the vessel to solar radiation , wherein the carbon dioxide absorbs radiation in one or more vibration bands of the carbon dioxide , the absorbed radiation obtained from the solar radiation ; and transferring, via the heat exchanger , heat within the first quantity of carbon dioxide produced by collisional thermalization of the absorbed radiation to a heat transfer medium within the heat exchanger and in fluid communication with an external environment of the vessel; stirring the quantity of carbon dioxide within the interior volume of the vessel ; wherein the vessel comprises a fan disposed within the interior volume , the fan stirring the quantity of carbon dioxide within the interior volume of the vessel . providing a quantity of carbon dioxide in gaseous form within an interior volume of a vessel ; contacting the carbon dioxide gas with a heat exchanger disposed within the interior volume of the vessel ; exposing the vessel to solar radiation , wherein the carbon dioxide absorbs radiation in one or more vibration bands of the carbon dioxide , the absorbed radiation obtained from the solar radiation ; and transferring, via the heat exchanger , heat within the first quantity of carbon dioxide produced by collisional thermalization of the absorbed radiation to a heat transfer medium within the heat exchanger and in fluid communication with an external environment of the vessel; stirring the quantity of carbon dioxide within the interior volume of the vessel ; wherein the vessel comprises a fan disposed within the interior volume , the fan stirring the quantity of carbon dioxide within the interior volume of the vessel .
A fastening system for the fastening of a sanitary article , in particular a toilet bowl or a wash basin, comprising a carrier element with at least one fastening receptacle which can be connected to a fastening means arranged in a fixed manner on site, at least one upper stop portion which lies on the carrier element and which can strike against an upper stop of the sanitary article , at least one lower stop portion which lies on the carrier element and which can strike against a lower stop of the sanitary article , and at least one clamping element , wherein, in the installation position, the upper stop portion lies above the lower stop portion , and wherein at least one of the stop portions is mounted on the carrier element so as to be displaceable with respect to the carrier element , and is connected to the at least one clamping element in such a way that, as a result of actuation of the clamping element , said stop portion can be displaced in a direction of actuation (B) in such a way that the two stop portions can be braced between the two stops of the sanitary article , characterized in that the at least one upper stop portion and the at least one lower stop portion each have a stop receptacle , into which the stops of the sanitary article can protrude, and in that the two stop receptacles are of dovetail form, as seen transversely with respect to the direction of actuation (B). a carrier element with at least one fastening receptacle which can be connected to a fastening means arranged in a fixed manner on site, at least one upper stop portion which lies on the carrier element and which can strike against an upper stop of the sanitary article , at least one lower stop portion which lies on the carrier element and which can strike against a lower stop of the sanitary article , and at least one clamping element , wherein, in the installation position, the upper stop portion lies above the lower stop portion , and wherein at least one of the stop portions is mounted on the carrier element so as to be displaceable with respect to the carrier element , and is connected to the at least one clamping element in such a way that, as a result of actuation of the clamping element , said stop portion can be displaced in a direction of actuation (B) in such a way that the two stop portions can be braced between the two stops of the sanitary article , characterized in that the at least one upper stop portion and the at least one lower stop portion each have a stop receptacle , into which the stops of the sanitary article can protrude, and in that the two stop receptacles are of dovetail form, as seen transversely with respect to the direction of actuation (B).
An aerosol generation device, the aerosol generation device comprising: a power system comprising a supercapacitor module and a battery module , the power system connectable to an external power source ; and a controller , wherein the controller is configured control a pulse-charging regime of the power system by: controlling a first power flow from the external power source to the power system, wherein controlling the first power flow from the external power source to the power system comprises cyclically switching the first power flow between charging the battery module in a first time period and not charging the battery module in a second time period in a pulse-charging manner; and controlling a second power flow between the supercapacitor module and battery module, wherein controlling the second power flow between the supercapacitor module and the battery module comprises charging the battery module from the supercapacitor module in the first time period. a power system comprising a supercapacitor module and a battery module , the power system connectable to an external power source ; and a controller , wherein the controller is configured control a pulse-charging regime of the power system by: controlling a first power flow from the external power source to the power system, wherein controlling the first power flow from the external power source to the power system comprises cyclically switching the first power flow between charging the battery module in a first time period and not charging the battery module in a second time period in a pulse-charging manner; and controlling a second power flow between the supercapacitor module and battery module, wherein controlling the second power flow between the supercapacitor module and the battery module comprises charging the battery module from the supercapacitor module in the first time period. controlling a first power flow from the external power source to the power system, wherein controlling the first power flow from the external power source to the power system comprises cyclically switching the first power flow between charging the battery module in a first time period and not charging the battery module in a second time period in a pulse-charging manner; and controlling a second power flow between the supercapacitor module and battery module, wherein controlling the second power flow between the supercapacitor module and the battery module comprises charging the battery module from the supercapacitor module in the first time period.