mhurhangee/patent-ind-claim-en huggingface dataset:
An annunciator control method applied to a first electronic device, characterized by comprising: acquiring (S101) original attribute information of respective annunciators, wherein the respective annunciators have different light state representation strategies and/or different signal control representation strategies, wherein a light state representation strategy is a representation method of a strategy for representing light states of a signal light, and a signal control representation strategy is a representation method of a strategy for controlling the signal light; and parsing (S102) the respective original attribute information according to a preset reference representation strategy to obtain respective parsed attribute information corresponding to the respective original attribute information, wherein the preset reference representation strategy comprises a strategy which is a conversion standard of the signal control representation strategy and/or a strategy which is a conversion standard of the light state representation strategy, the individual piece of parsed attribute information is attribute information represented by the preset reference representation strategy, the respective parsed attribute information is used to generate adjustment information, and the adjustment information is used to adjust signal control information of at least one annunciator. acquiring (S101) original attribute information of respective annunciators, wherein the respective annunciators have different light state representation strategies and/or different signal control representation strategies, wherein a light state representation strategy is a representation method of a strategy for representing light states of a signal light, and a signal control representation strategy is a representation method of a strategy for controlling the signal light; and parsing (S102) the respective original attribute information according to a preset reference representation strategy to obtain respective parsed attribute information corresponding to the respective original attribute information, wherein the preset reference representation strategy comprises a strategy which is a conversion standard of the signal control representation strategy and/or a strategy which is a conversion standard of the light state representation strategy, the individual piece of parsed attribute information is attribute information represented by the preset reference representation strategy, the respective parsed attribute information is used to generate adjustment information, and the adjustment information is used to adjust signal control information of at least one annunciator.
A vehicle stabilizer comprising: a stabilizer main body which is formed of a rod-shaped steel material , including a torsion portion which extends in a width direction of a vehicle, and a pair of arm portions connected from both ends of the torsion portion via bent portions ; a pair of eyes formed on both ends of the stabilizer main body , each of the eyes including a flat fastening surface , and a through-hole which is open on the fastening surface ; a main body coating film which covers a surface of the stabilizer main body ; characterized in that the vehicle stabilizer further comprises: an eye coating film which covers a surface of each of the eyes and whose thickness is less than a thickness of the main body coating film ; an inner surface coating film which covers an inner surface of the through-hole ; and an incomplete coating portion , which is a part of the inner surface of the through-hole in a circumferential direction, and is located on an extension (L2) of a straight line (L1) connecting a center (C1) of the through-hole and a center of gravity (G1) of the stabilizer main body in a side view of the stabilizer main body . a stabilizer main body which is formed of a rod-shaped steel material , including a torsion portion which extends in a width direction of a vehicle, and a pair of arm portions connected from both ends of the torsion portion via bent portions ; a pair of eyes formed on both ends of the stabilizer main body , each of the eyes including a flat fastening surface , and a through-hole which is open on the fastening surface ; a main body coating film which covers a surface of the stabilizer main body ; characterized in that the vehicle stabilizer further comprises: an eye coating film which covers a surface of each of the eyes and whose thickness is less than a thickness of the main body coating film ; an inner surface coating film which covers an inner surface of the through-hole ; and an incomplete coating portion , which is a part of the inner surface of the through-hole in a circumferential direction, and is located on an extension (L2) of a straight line (L1) connecting a center (C1) of the through-hole and a center of gravity (G1) of the stabilizer main body in a side view of the stabilizer main body . an eye coating film which covers a surface of each of the eyes and whose thickness is less than a thickness of the main body coating film ; an inner surface coating film which covers an inner surface of the through-hole ; and an incomplete coating portion , which is a part of the inner surface of the through-hole in a circumferential direction, and is located on an extension (L2) of a straight line (L1) connecting a center (C1) of the through-hole and a center of gravity (G1) of the stabilizer main body in a side view of the stabilizer main body .
Control method for an anti-lock braking system of an electric bicycle as vehicle, wherein the electric bicycle has at least one actuable front wheel brake and a radar sensor and also a controller , wherein the control method comprises at least the following steps • emitting at least one radar signal into an area , wherein the area comprises a ground of the route and a front wheel of the vehicle , • capturing a radar frequency spectrum reflected from the ground and from the front wheel by way of the radar sensor , characterized by the following steps • identifying that a rear wheel of the vehicle is raised on the basis of a captured acceleration in the direction of the height axis of the vehicle and/or a captured distance from the ground by way of a sensor , and • actuating the front wheel brake on the basis of an identified deviation between a vehicle speed and a radar speed on the basis of the captured radar frequency spectrum and on the basis of the identified raising by way of the controller . • emitting at least one radar signal into an area , wherein the area comprises a ground of the route and a front wheel of the vehicle , • capturing a radar frequency spectrum reflected from the ground and from the front wheel by way of the radar sensor , • identifying that a rear wheel of the vehicle is raised on the basis of a captured acceleration in the direction of the height axis of the vehicle and/or a captured distance from the ground by way of a sensor , and • actuating the front wheel brake on the basis of an identified deviation between a vehicle speed and a radar speed on the basis of the captured radar frequency spectrum and on the basis of the identified raising by way of the controller .
Forklift having a cabin and a seat for use by a driver arranged in said cabin , said cabin having a lateral opening to enter and exit said cabin , wherein said seat is mounted rotatably relative to the cabin and wherein there is provided a safety bracket for preventing said driver from involuntarily exiting said cabin through said lateral opening and for providing lateral impact protection, characterized in that said safety bracket extends at least from a sitting surface of said seat to an upper end of a backrest of said seat , said safety bracket is mechanically connected to said seat to be rotatable together with said seat , wherein the seat and the safety bracket are jointly rotatable with respect to a substantially vertical axis, wherein said seat is rotatable between a first position in which entry and exit of said cabin is facilitated and a second position in which said seat is oriented substantially in a forward driving position.
An isolated antibody selected from a monoclonal antibody specifically binding toxin B of C . difficile produced by the hybridoma cell line deposited under ATCC Accession No. PTA-9693 (PA-41), a chimeric or CDR grafted humanized form thereof, or an antigen-binding fragment thereof; and a monoclonal antibody specifically binding toxin A of C . difficile produced by the hybridoma cell line deposited under ATCC Accession No. PTA-9694 (PA-50), a chimeric or CDR grafted form thereof, or an antigen-binding fragment thereof.
A hand tool with an antenna arrangement which has an NFC antenna and a UHF or LF antenna , the two antennas being arranged on a common carrier and each being designed as a flat antenna, the two antennas being folded flat onto one another and being separated from one another by a flat insulating material , the insulating material being a metal foil, for example an aluminium foil, or an electrically conductive plastic, for example a plastic with embedded metal powders, the antenna arrangement is arranged in the hand tool in such a way that the NFC antenna runs essentially flush with a surface of the hand tool and the UHF or LF antenna is arranged deeper in the hand tool , and each antenna is connected to a chip in order to wirelessly read data from the chip and/or write data to the chip via the antennas .
A centralized lubrication system comprising a reservoir for fluid comprising a housing at least partly constituting a reservoir chamber for fluid which housing is made of metal or similar rigid material and which housing comprises an inlet for fluid and an outlet for fluid, and comprising a pump which is connected to the housing which pump is configured to force fluid out of the reservoir chamber through the outlet during operation, characterized in that the reservoir chamber of the housing comprises a wall part constituted of an elastic membrane which elastic membrane is configured so that the area of the elastic membrane can and will increase when pressure inside the reservoir chamber is increased as fluid is added to the reservoir chamber and the elasticity of the elastic membrane provides an increased pressure inside the reservoir chamber.
A meter for determining the concentration of an analyte in a fluid sample provided on a test strip , the meter comprising: a body having first and second ends, the body defining a longitudinal axis (Y, B) extending between the first and second ends; a read-head coupled to the body and adapted to analyze the analyte on the test strip; and a test strip holder coupled to the body , the test strip holder having first and second arms, or first and second slots formed in the body each dimensioned to receive at least a portion of the test strip ; characterized in that at least one of the read-head or the test strip holder is movable along the longitudinal axis (Y, B) of the body between a first position, in which the first and second arms of the test strip holder or the first and second slots overlie the read-head and the read-head is substantially disposed within the body, and a second position, in which the read-head extends beyond the first and second arms of the test strip holder or extends beyond the first and second slots and is substantially disposed outside the body. a body having first and second ends, the body defining a longitudinal axis (Y, B) extending between the first and second ends; a read-head coupled to the body and adapted to analyze the analyte on the test strip; and a test strip holder coupled to the body , the test strip holder having first and second arms, or first and second slots formed in the body each dimensioned to receive at least a portion of the test strip ; characterized in that at least one of the read-head or the test strip holder is movable along the longitudinal axis (Y, B) of the body between a first position, in which the first and second arms of the test strip holder or the first and second slots overlie the read-head and the read-head is substantially disposed within the body, and a second position, in which the read-head extends beyond the first and second arms of the test strip holder or extends beyond the first and second slots and is substantially disposed outside the body.
A flat panel loudspeaker system comprising: an exciter having an exciter housing , and a voice coil assembly attachable to an outer sheet of a flat panel , the voice coil having a lock pad ; a lock base releasably engaging the lock pad and attachable to the outer sheet of the panel, to vibrate the panel to generate sound energy, and an exciter support bracket connected to the exciter housing by resilient arms and attachable to the outer sheet of the panel, wherein the exciter support bracket includes an annular base and a plurality of said resilient arms projecting upwardly from the base of the support bracket . an exciter having an exciter housing , and a voice coil assembly attachable to an outer sheet of a flat panel , the voice coil having a lock pad ; an exciter housing , and a voice coil assembly attachable to an outer sheet of a flat panel , the voice coil having a lock pad ; a lock base releasably engaging the lock pad and attachable to the outer sheet of the panel, to vibrate the panel to generate sound energy, and an exciter support bracket connected to the exciter housing by resilient arms and attachable to the outer sheet of the panel, wherein the exciter support bracket includes an annular base and a plurality of said resilient arms projecting upwardly from the base of the support bracket .
Method for preparing dialkyl dicarbonates by reacting the corresponding alkyl haloformates with at least one alkali metal hydroxide, alkaline earth metal hydroxide and/or carbonate in the presence of at least one organic solvent immiscible with water and in the presence of a catalyst, characterized in that the catalyst used is at least one compound of the formula (I) in which R 1 and R 2 = straight-chain or branched C 1 -C 6 -alkyl, R 3 = straight-chain or branched C 10 -C 22 -alkyl, wherein R 1 and R 2 are each mutually independent and may be the same or different. R 1 and R 2 = straight-chain or branched C 1 -C 6 -alkyl, R 3 = straight-chain or branched C 10 -C 22 -alkyl, wherein R 1 and R 2 are each mutually independent and may be the same or different.
An elevator system comprising: a traveling component movable along a guide rail within an elevator shaft , the traveling component comprising a roller guide moveably engageable with the guide rail ; and an overspeed safety system comprising: an actuator module operably coupled to the roller guide ; and a safety brake operably connected to the actuator module by a connecting link , wherein a safety brake element of the safety brake is operable to engage with the guide rail to stop movement of the traveling component ; characterized in that the actuator module comprises a first disc configured to selectively engage with the roller guide , the first disc moveable between a first position wherein a gap is present between the first disc and the roller guide and a second position wherein the first disc is engaged with the roller guide such that rotation of a part of the roller guide causes rotation of the first disc . a traveling component movable along a guide rail within an elevator shaft , the traveling component comprising a roller guide moveably engageable with the guide rail ; and an overspeed safety system comprising: an actuator module operably coupled to the roller guide ; and a safety brake operably connected to the actuator module by a connecting link , wherein a safety brake element of the safety brake is operable to engage with the guide rail to stop movement of the traveling component ; characterized in that the actuator module comprises a first disc configured to selectively engage with the roller guide , the first disc moveable between a first position wherein a gap is present between the first disc and the roller guide and a second position wherein the first disc is engaged with the roller guide such that rotation of a part of the roller guide causes rotation of the first disc . an actuator module operably coupled to the roller guide ; and a safety brake operably connected to the actuator module by a connecting link , wherein a safety brake element of the safety brake is operable to engage with the guide rail to stop movement of the traveling component ; characterized in that the actuator module comprises a first disc configured to selectively engage with the roller guide , the first disc moveable between a first position wherein a gap is present between the first disc and the roller guide and a second position wherein the first disc is engaged with the roller guide such that rotation of a part of the roller guide causes rotation of the first disc .
A lighting device (1; 1') comprising: a communication unit for wireless communication between the lighting device and an external device; a solid-state lighting element electrically connected to the communication unit ; a heat sink in thermal contact with the solid-state lighting element , the heat sink having a slot adapted to act as a slot antenna; and a feed antenna (11; 11') electrically connected to the communication unit , the feed antenna (11; 11') having at least one end tip (11a; 11a', 11b') arranged at the slot so as to enable the feed antenna (11; 11') and the slot to communicate by proximity coupling, and, wherein the feed antenna is a dipole antenna having two end tips located at the slot , and the slot is aligned with a gap between the two end tips . a communication unit for wireless communication between the lighting device and an external device; a solid-state lighting element electrically connected to the communication unit ; a heat sink in thermal contact with the solid-state lighting element , the heat sink having a slot adapted to act as a slot antenna; and a feed antenna (11; 11') electrically connected to the communication unit , the feed antenna (11; 11') having at least one end tip (11a; 11a', 11b') arranged at the slot so as to enable the feed antenna (11; 11') and the slot to communicate by proximity coupling, and, wherein the feed antenna is a dipole antenna having two end tips located at the slot , and the slot is aligned with a gap between the two end tips .
Master batch containing or formed from a) at least one thermoplastic elastomer based on a styrene block copolymer, b) from 12 to 30% by weight, in particular more than 20% by weight, based on the total weight of the master batch, of conductive carbon black, graphene, fullerenes, and/or carbon nanotubes, and c) one or more paraffinic and/or naphthenic oils, as well as d) optionally filler and/or colorant, by i) mixing component c) with, in particular a part of, component b) to form a suspension, ii) mixing the suspension according to i) with component a) as well as optionally component d), iii) optionally mixing the composition according to ii) with a further, in particular the remaining, part of component b), and iv) extruding the composition according to ii) or iii), wherein the conductive carbon black, graphene, fullerenes, and/or carbon nanotubes (component b)) have a BET surface area, determined according to ASTM D-6556-19, of 400 or greater than 400 m 2 /g. a) at least one thermoplastic elastomer based on a styrene block copolymer, b) from 12 to 30% by weight, in particular more than 20% by weight, based on the total weight of the master batch, of conductive carbon black, graphene, fullerenes, and/or carbon nanotubes, and c) one or more paraffinic and/or naphthenic oils, as well as d) optionally filler and/or colorant, by i) mixing component c) with, in particular a part of, component b) to form a suspension, ii) mixing the suspension according to i) with component a) as well as optionally component d), iii) optionally mixing the composition according to ii) with a further, in particular the remaining, part of component b), and iv) extruding the composition according to ii) or iii),
A communication terminal comprising: a reception part configured to receive display data being displayed on an external input apparatus connected to another communication terminal , the display data indicating a screen page displayed on a display device of the external input apparatus , and image data captured by a camera of the other communication terminal and being distinguished from the display data, from the other communication terminal via a communication network ; a storage part configured to store reception information indicating whether the display data has been received by the communication terminal and arrangement information indicating at least one of a size and a position of the image based on the image data, in a manner of associating with one another, wherein the arrangement information when the display data has been received is different from the arrangement data when the display data has not been received; an extraction part configured to extract, based on the reception information, the corresponding arrangement information from the storage part ; and a display control part configured to display the image using the image data based on the arrangement information extracted by the extraction part . a reception part configured to receive display data being displayed on an external input apparatus connected to another communication terminal , the display data indicating a screen page displayed on a display device of the external input apparatus , and image data captured by a camera of the other communication terminal and being distinguished from the display data, from the other communication terminal via a communication network ; a storage part configured to store reception information indicating whether the display data has been received by the communication terminal and arrangement information indicating at least one of a size and a position of the image based on the image data, in a manner of associating with one another, wherein the arrangement information when the display data has been received is different from the arrangement data when the display data has not been received; an extraction part configured to extract, based on the reception information, the corresponding arrangement information from the storage part ; and a display control part configured to display the image using the image data based on the arrangement information extracted by the extraction part .
A method of configuring an optoelectronic sensor that has a light receiver having a plurality of light reception elements and that has a control and evaluation unit , wherein a region of interest (32, ROI) having only some of the light reception elements is selected and the control and, after the configuration, the evaluation unit only evaluates information from light reception elements of the region of interest and wherein defective light reception elements are determined and the region of interest is selected such that the region of interest comprises at most a maximum number of defective light reception elements , characterized in that a defect map of the light receiver having highlighted positions of the defective light reception elements (28a-b) is generated from the determined defective light reception elements (28a-b); and in that the defect map is folded together with an ROI map corresponding to a shape of the region of interest to form an overlap map.