mhurhangee/patent-ind-claim-en huggingface dataset:
A method of increasing the taste and flavor intensity of a food or beverage product or a pharma product, including the step of adding a taste and flavor modifying composition to the product, wherein the taste and flavor modifying composition comprises Reb A, Reb C, Reb D and Stevioside, and glycosylated diterpene derivative plant molecules, derived from a Stevia rebaudiana plant, wherein, in the taste and flavor modifying composition, the Reb A content is between 5% to 20%, the Reb C content is between 1% to 25%, the Reb D content is between 1% to 20%, and the stevioside content is between 2% to 15%, and wherein the taste and flavor modifying composition is present at a concentration ranging from 5 to 250 ppm to provide flavor and taste modification with limited or no significant sweetness enhancement.
A device for attaching longitudinal elements of a vehicle restraining device, comprising a loading vehicle with a loading area and a pivotable lifting device attached thereto, in order to position longitudinal elements located on the loading area individually at a longitudinal side of the loading vehicle, wherein the lifting device comprises a mast which is substantially perpendicular to the loading area and an extension arm which is attached thereto in a vertically fixed manner and which is pivotable about a main axis (M) of the mast and which has a hook element for attaching a longitudinal element, characterized in that a cable pull device , which is longitudinally displaceable between a first position (P1) close to the mast and a second position (P2) away from the mast, is attached to the extension arm, the hook element being connected to said cable pull device via a hanging member , the hook element being rotatable about a suspension axis (V) of the hanging member, and the cable pull device comprising a weight compensation device , by means of which a longitudinal element suspended on the hook element is holdable at a continuously selectable desired height. a cable pull device , which is longitudinally displaceable between a first position (P1) close to the mast and a second position (P2) away from the mast, is attached to the extension arm, the hook element being connected to said cable pull device via a hanging member , the hook element being rotatable about a suspension axis (V) of the hanging member, and the cable pull device comprising a weight compensation device , by means of which a longitudinal element suspended on the hook element is holdable at a continuously selectable desired height.
A dishwasher comprising: a case providing a washing space, having an opening surface, and having a width (L1) shorter than a length (L2) thereof; a rack configured to be withdrawn from and inserted into the case at the front of the dishwasher and to provide a storage space for washing objects (S1, S2); a door configured to be withdrawn from and inserted into the case for opening and closing the opening surface of the case , wherein, when the door is withdrawn from the case , the rack is exposed to the outside of the case ; and at least two injection sections provided in the case in a longitudinal direction thereof to spray wash water toward the rack , whereby, the door comprises: a control panel provided at a front upper portion of the door , through which a user inputs the operations of the dishwasher, and a handle provided at a front lower portion of the door for withdrawing the door from the case by pulling. a case providing a washing space, having an opening surface, and having a width (L1) shorter than a length (L2) thereof; a rack configured to be withdrawn from and inserted into the case at the front of the dishwasher and to provide a storage space for washing objects (S1, S2); a door configured to be withdrawn from and inserted into the case for opening and closing the opening surface of the case , wherein, when the door is withdrawn from the case , the rack is exposed to the outside of the case ; and at least two injection sections provided in the case in a longitudinal direction thereof to spray wash water toward the rack , whereby, the door comprises: a control panel provided at a front upper portion of the door , through which a user inputs the operations of the dishwasher, and a handle provided at a front lower portion of the door for withdrawing the door from the case by pulling. a control panel provided at a front upper portion of the door , through which a user inputs the operations of the dishwasher, and a handle provided at a front lower portion of the door for withdrawing the door from the case by pulling.
A protocol converter module for use with a gas detector assembly having gas sensor , controller , and a detector transceiver housed within an intrinsically safe detector housing , the converter module comprising: a converter housing having a converter mount configured to securely mount the converter module to the detector housing , the converter housing including a mating interface having a transparent converter window that is configured to align with a transparent detector window provided in the detector housing , the first converter transceiver positioned to align with the converter window such that, when the converter housing is mounted on the detector housing , the first converter transceiver forms line of sight communication with the detector transceiver ; a first converter transceiver , within the converter housing , configured to bi-directionally exchange data with the detector transceiver utilizing a first protocol; a second converter transceiver , within the converter housing , configured to bi-directionally exchange data with an external device utilizing a second protocol; and an electronic converter , within the converter housing , coupled to the first and second converter transceivers and configured to convert the data between the first and second protocols, the electronic converter configured to allow data collected from an external user interface on the external device to be sent to the gas detector assembly . a converter housing having a converter mount configured to securely mount the converter module to the detector housing , the converter housing including a mating interface having a transparent converter window that is configured to align with a transparent detector window provided in the detector housing , the first converter transceiver positioned to align with the converter window such that, when the converter housing is mounted on the detector housing , the first converter transceiver forms line of sight communication with the detector transceiver ; a first converter transceiver , within the converter housing , configured to bi-directionally exchange data with the detector transceiver utilizing a first protocol; a second converter transceiver , within the converter housing , configured to bi-directionally exchange data with an external device utilizing a second protocol; and an electronic converter , within the converter housing , coupled to the first and second converter transceivers and configured to convert the data between the first and second protocols, the electronic converter configured to allow data collected from an external user interface on the external device to be sent to the gas detector assembly .
A sleeve for a cable spool having a cylindrical drum and a pair of opposing end flanges, the sleeve including a plurality of sleeve portions , characterized by each sleeve portion including a pair of upstanding members and a body portion for supporting cable thereon, each upstanding member including a base for positioning on the cylindrical drum and a wall section extending away from the base , opposite ends of the body portion being connectable to opposing wall sections to bridge the upstanding members , wherein the sleeve portions are positionable on the cable spool such that the body portions collectively define a cable support surface around the cylindrical drum having a diameter greater than the cylindrical drum , and the ends of the body portion are mountable in one or more spaced openings provided in the wall sections such that the distance between the body portion and respective bases of the upstanding members can be adjusted to thereby change the diameter of the cable support surface.
A communication system comprising: a plurality of mobile earth stations, MESs (22_1, 22_2, 22_3), each including an antenna for direct communication with a satellite , the plurality of MESs being arranged at different locations and adapted to operate as a unit to communicate with one or more satellites , wherein one MES (22_1) of the plurality of MESs is configured in a leader mode and each remaining MES of the MESs (22_2, 22_3) is configured in a follower mode based on a result of an auto-negotiation, wherein in the leader mode the one MES is configured to manage combining / dividing of satellite-related signals (S2-S5) communicated between the one MES and each of the remaining MESs. a plurality of mobile earth stations, MESs (22_1, 22_2, 22_3), each including an antenna for direct communication with a satellite , the plurality of MESs being arranged at different locations and adapted to operate as a unit to communicate with one or more satellites , wherein one MES (22_1) of the plurality of MESs is configured in a leader mode and each remaining MES of the MESs (22_2, 22_3) is configured in a follower mode based on a result of an auto-negotiation, wherein in the leader mode the one MES is configured to manage combining / dividing of satellite-related signals (S2-S5) communicated between the one MES and each of the remaining MESs.
A method for monitoring an elevator communication module fault, the elevator communication module being provided for near-field wireless communication with a client end , characterized in that the method comprises the steps of: acquiring (S11) a feedback result in response to sending requests from one or more client ends to the elevator communication module ; counting (S12) the number of request failures in the feedback result within a pre-set duration; and judging (S13) whether the countered number of request failures is not less than a pre-set threshold, and if yes, determining (S14) that the elevator communication module has a fault. acquiring (S11) a feedback result in response to sending requests from one or more client ends to the elevator communication module ; counting (S12) the number of request failures in the feedback result within a pre-set duration; and judging (S13) whether the countered number of request failures is not less than a pre-set threshold, and if yes, determining (S14) that the elevator communication module has a fault.
A component carrier comprising at least one heat pipe comprising a central section with a cavity filled with a heat transfer fluid , wherein in longitudinal direction of the heat pipe directly connected with the central section are a first end section on a first end of the central section and a second end section on the opposite second end of the central section , wherein the first end section and the second end section are made of solid metal, and the first end section and the second end section each comprise a landing structure with a surface length (SL, SL 1 , SL 2 ) and a surface width (SW, SW 1 , SW 2 ) and wherein each landing structure is thermoconductively coupled with the central section of the heat pipe , wherein each landing structure has no cavity filled with a heat transfer fluid and wherein the at least one heat pipe is a single-piece heat pipe embedded within at least one inner layer of the component carrier , which at least one inner layer is arranged between outside surface layers forming the outside surface of the component carrier , and wherein each landing structure of the embedded heat pipe is thermoconductively coupled (A 1 , A 2 , A 3 ) by means of at least one thermal via to at least one outside surface of an outside surface layer of the component carrier .
One or more computer-readable storage media storing computer-executable instructions that upon execution cause one or more processors to perform acts comprising: receiving a communication socket associated with a new device; instantiating a driver for the new device; creating a name for the new device and associating the name with the driver; creating a new sensor format for the driver, wherein the new sensor format is mapped to a universal schema and based at least upon a sensor format of different device; associating the created new sensor format with the driver of the new device; and performing telemetry using the new device, wherein telemetry data is stored in the universal schema ; and further comprising: querying a configuration database to determine whether an at least one field in the telemetry data is substantively equivalent to another field in a sensor format of a different device, wherein the different device is replaced by the new device; wherein the universal schema is provided with default fields that support sensor formats of heterogenous devices; wherein the fields are broken down to smallest fields that support all the sensor formats; wherein the new sensor format is mapped in the universal schema that observes substantial equivalents on its data structure, wherein the new sensor format includes data fields that support inheritance and aggregation of other fields in sensor formats of prior devices such as the device that is replaced. receiving a communication socket associated with a new device; instantiating a driver for the new device; creating a name for the new device and associating the name with the driver; creating a new sensor format for the driver, wherein the new sensor format is mapped to a universal schema and based at least upon a sensor format of different device; associating the created new sensor format with the driver of the new device; and performing telemetry using the new device, wherein telemetry data is stored in the universal schema ; and further comprising: querying a configuration database to determine whether an at least one field in the telemetry data is substantively equivalent to another field in a sensor format of a different device, wherein the different device is replaced by the new device; wherein the universal schema is provided with default fields that support sensor formats of heterogenous devices; wherein the fields are broken down to smallest fields that support all the sensor formats; wherein the new sensor format is mapped in the universal schema that observes substantial equivalents on its data structure, wherein the new sensor format includes data fields that support inheritance and aggregation of other fields in sensor formats of prior devices such as the device that is replaced.
A method of making a balloon catheter comprising; providing a hypotube and a guidewire tube ; cutting the hypotube to form one or more cuts in a proximal portion of the hypotube and one or more cuts in a distal portion of the hypotube ; forming an opening through the wall of the hypotube ; passing the guidewire tube through the opening and distally through a lumen defined by the hypotube , forming an inner catheter assembly.
A machining apparatus for laser machining a workpiece in a machining zone , in particular for laser cutting, in particular a laser machining head, having an interface for a machining laser source for generating a machining laser beam with a direction of propagation; an outlet opening for the machining laser beam; and an optical system between the interface and the outlet opening, the optical system having: at least one optical unit that adjusts the focal length of the optical system, and at least one stationary laser beam guiding device with at least one movable surface , characterized in that the at least one movable surface can be adjusted by means of at least one movement device such that it modifies the focal length of the optical system and the beam parameter product of the machining laser beam integrated over time in at least one operating mode; wherein the laser beam guiding device has as the at least one movable surface a plurality of dynamically orientable surfaces and/or a continuous surface that can be dynamically deformed. an outlet opening for the machining laser beam; and an optical system between the interface and the outlet opening, the optical system having: at least one optical unit that adjusts the focal length of the optical system, and at least one stationary laser beam guiding device with at least one movable surface , characterized in that the at least one movable surface can be adjusted by means of at least one movement device such that it modifies the focal length of the optical system and the beam parameter product of the machining laser beam integrated over time in at least one operating mode; wherein the laser beam guiding device has as the at least one movable surface a plurality of dynamically orientable surfaces and/or a continuous surface that can be dynamically deformed. at least one optical unit that adjusts the focal length of the optical system, and at least one stationary laser beam guiding device with at least one movable surface , characterized in that the at least one movable surface can be adjusted by means of at least one movement device such that it modifies the focal length of the optical system and the beam parameter product of the machining laser beam integrated over time in at least one operating mode; wherein the laser beam guiding device has as the at least one movable surface a plurality of dynamically orientable surfaces and/or a continuous surface that can be dynamically deformed.
A modified silicone resin of Formula (II): wherein, R 6 , R 7 , R 8 , R 9 , R 10 , R 11 , R 12 and R 13 are each independently selected from a group consisting of H, alkyl, alkenyl, alkynyl, and aryl; X is selected from a group consisting of arylene, transition metal, inorganic oxide, silsesquioxane, and wherein R 55 and R 56 are phenyl; wherein said modified silicone resin of formula (II) is at least one selected from a group consisting of the following resins to and to : Resin X R 6-13a R # CH 3 R 55-56 = Phenyl CH 3 R 8-11 = CH 3 R 6,7,12,13 = CH 3 Vinyl R 8-11 = CH 3 R 6,7,12,13 = CH 3 Vinyl, Phenyl CH 3 R 32-38 = CH 3 CH 3 R 32-38 = Phenyl CH 3 R 45-48 = CH 3 CH 3 R 49-54 = CH 3 and wherein: t ranges from 1 to 3; y ranges from 1 to 100; and z ranges from 10 to 500. R 6 , R 7 , R 8 , R 9 , R 10 , R 11 , R 12 and R 13 are each independently selected from a group consisting of H, alkyl, alkenyl, alkynyl, and aryl; X is selected from a group consisting of arylene, transition metal, inorganic oxide, silsesquioxane, and wherein R 55 and R 56 are phenyl; t ranges from 1 to 3; y ranges from 1 to 100; and z ranges from 10 to 500.
A method for wireless communications by a user equipment, UE, comprising: receiving , from a base station, BS, a request for channel feedback identifying a type of channel feedback to be provided to the BS and a type of channel state information, CSI, reference symbol, RS, CSI-RS, to be used for generating the identified type of channel feedback; transmitting , to the BS, an indication of an amount of time used to generate the identified type of feedback based on the identified type of CSI-RS; receiving , from the BS, a triggering signal indicating at least a location of one or more CSI-RSs and a time at which the UE is to report the identified type of channel feedback, wherein the time at which the UE is to report the identified type of channel feedback is based, at least in part, on the indicated amount of time used to generate the identified type of channel feedback and wherein the time at which the UE is to report the identified type of channel feedback is later than a time corresponding to the indicated location of the one or more CSI-RSs; receiving the one or more CSI-RSs in the indicated location; generating the identified type of feedback based on the one or more CSI-RSs; and transmitting the generated feedback to the BS. receiving , from a base station, BS, a request for channel feedback identifying a type of channel feedback to be provided to the BS and a type of channel state information, CSI, reference symbol, RS, CSI-RS, to be used for generating the identified type of channel feedback; transmitting , to the BS, an indication of an amount of time used to generate the identified type of feedback based on the identified type of CSI-RS; receiving , from the BS, a triggering signal indicating at least a location of one or more CSI-RSs and a time at which the UE is to report the identified type of channel feedback, wherein the time at which the UE is to report the identified type of channel feedback is based, at least in part, on the indicated amount of time used to generate the identified type of channel feedback and wherein the time at which the UE is to report the identified type of channel feedback is later than a time corresponding to the indicated location of the one or more CSI-RSs; receiving the one or more CSI-RSs in the indicated location; generating the identified type of feedback based on the one or more CSI-RSs; and transmitting the generated feedback to the BS.
A brewing guide device , comprising: a communication device , obtaining real-time weight information and real-time time information from an electronic scale ; a processing device , coupled to the communication device , wherein in a first brewing stage, the processing device determines whether a flow rate is higher than, equal to or lower than a first threshold according to the real-time weight information and the real-time time information to generate a first display instruction; and a display device , coupled to the processing device to receive the first instruction, wherein according to the first instruction, the display device displays a first water line corresponding to the real-time weight information, a first target line corresponding to the first brewing stage, and a first display pattern corresponding to a first display block below the first target line on a display interface, the first display pattern making the user know using different animations whether the flow rate is higher than, equal to or lower than the first threshold, and wherein a level of the first water line is lower than or equal to the first target line. a communication device , obtaining real-time weight information and real-time time information from an electronic scale ; a processing device , coupled to the communication device , wherein in a first brewing stage, the processing device determines whether a flow rate is higher than, equal to or lower than a first threshold according to the real-time weight information and the real-time time information to generate a first display instruction; and a display device , coupled to the processing device to receive the first instruction, wherein according to the first instruction, the display device displays a first water line corresponding to the real-time weight information, a first target line corresponding to the first brewing stage, and a first display pattern corresponding to a first display block below the first target line on a display interface, the first display pattern making the user know using different animations whether the flow rate is higher than, equal to or lower than the first threshold, and wherein a level of the first water line is lower than or equal to the first target line.