mhurhangee/patent-ind-claim-en huggingface dataset:
A COMPENSATION NUT, compensation nuts being those suitable for use as accessory-fastening elements, for example in the automobile industry, and which aim to bridge a gap between frame and panel for fastening an application, in which the size of said gap may be variable, said compensation nut including a nut and a compensation bolt or screw , establishing a service or closed position for said compensation nut , in which the height or expansion between said nut and said screw has a pre-set value by means of at least one block of adhesive and elastic material for absorbing received shaking and vibrations during transportation and/or storage of the compensation nut , which enables the connection between the nut and the bolt or screw to be maintained, characterized in that said at least one block is placed on the external wall of the nut and on the head of the screw .
A handheld vacuum cleaner comprising: a main body including a front , a first lateral side , a second lateral side , a handle , and a receptacle having an inlet ; a motor assembly positioned within the main body; a dirty air inlet positioned at a front of the handheld vacuum cleaner; a cyclonic chamber in fluid communication with the dirty air inlet and the motor assembly; and a battery including a first side surface and a second side surface opposite the first side surface, the battery configured to be selectively received within the receptacle through the inlet, wherein when the battery is positioned within the receptacle, the battery is positioned between the cyclonic chamber and the handle; wherein when the battery is positioned within the receptacle, each of the first side surface and the second side surface are at least 25 percent exposed through apertures at the respective first and second lateral sides of the main body such that the first and second side surfaces are graspable by a user, characterised in that , the first aperture and the second aperture extend to the receptacle inlet such that the battery is graspable by a user between the installed position and the removed position and the first aperture and second aperture are continuous with the receptacle inlet . a main body including a front , a first lateral side , a second lateral side , a handle , and a receptacle having an inlet ; a motor assembly positioned within the main body; a dirty air inlet positioned at a front of the handheld vacuum cleaner; a cyclonic chamber in fluid communication with the dirty air inlet and the motor assembly; and a battery including a first side surface and a second side surface opposite the first side surface, the battery configured to be selectively received within the receptacle through the inlet, wherein when the battery is positioned within the receptacle, the battery is positioned between the cyclonic chamber and the handle; wherein when the battery is positioned within the receptacle, each of the first side surface and the second side surface are at least 25 percent exposed through apertures at the respective first and second lateral sides of the main body such that the first and second side surfaces are graspable by a user, characterised in that , the first aperture and the second aperture extend to the receptacle inlet such that the battery is graspable by a user between the installed position and the removed position and the first aperture and second aperture are continuous with the receptacle inlet .
Measuring unit for simultaneous measurement of two current values and two voltage values of a power line , the power line including a first , second and third high-voltage conductor configured to provide three-phase power, the measuring unit comprising: - a first , second and third two-pole electrical interconnections, each interconnection being configured to be connected between two separated ends of the first , second and third high-voltage conductors respectively, the two poles of each electrical interconnection being electrically connected to each other; - a first and second current sensor, configured and arranged to measure a current through the first interconnection and through the third interconnection respectively, and - a first and second voltage sensor, configured and arranged to measure a voltage in a range of 0 to 50 kV between the first and second interconnection and between the second and third interconnection; the measuring unit being further configured and arranged to measure each of the two current values and each of the two voltage values at a floating potential. - a first , second and third two-pole electrical interconnections, each interconnection being configured to be connected between two separated ends of the first , second and third high-voltage conductors respectively, the two poles of each electrical interconnection being electrically connected to each other; - a first and second current sensor, configured and arranged to measure a current through the first interconnection and through the third interconnection respectively, and - a first and second voltage sensor, configured and arranged to measure a voltage in a range of 0 to 50 kV between the first and second interconnection and between the second and third interconnection; the measuring unit being further configured and arranged to measure each of the two current values and each of the two voltage values at a floating potential.
Motor vehicle on-board electrical network switch with - at least two inputs for respectively one of at least two on-board power supplies , - at least one output for a load of the motor vehicle, - at least two switches , wherein - a first switch is disposed between a first of the inputs and a common node , and - a second switch disposed between a second of the inputs and the common node , and - the output is electrically connected to the common node , wherein - the switches are formed as semiconductor switches and are respectively connected with their body diodes in forward direction towards the common node , characterized in that - a monitoring circuit monitors a first voltage at the first input and/or a second voltage at the second input and/or a voltage at the common node , and in that the monitoring circuit triggers an opening signal for simultaneous opening of both switches as a function of an absolute value of at least one of the monitored voltages. - at least two inputs for respectively one of at least two on-board power supplies , - at least one output for a load of the motor vehicle, - at least two switches , wherein - a first switch is disposed between a first of the inputs and a common node , and - a second switch disposed between a second of the inputs and the common node , and - the output is electrically connected to the common node , wherein - the switches are formed as semiconductor switches and are respectively connected with their body diodes in forward direction towards the common node , characterized in that - a monitoring circuit monitors a first voltage at the first input and/or a second voltage at the second input and/or a voltage at the common node , and in that the monitoring circuit triggers an opening signal for simultaneous opening of both switches as a function of an absolute value of at least one of the monitored voltages.
An exoskeleton comprising: - a foot structure , comprising a support plane configured to receive a foot of a user, - a lower leg structure , configured to receive a lower portion of a user's leg, - a mechanical knee link , configured to connect the lower leg structure to an upper leg structure configured to receive an upper portion of a user's leg, the mechanical knee link having a pivot axis (Y), and - a mechanical ankle link , connecting the foot structure to the lower leg structure , the mechanical ankle link comprising a first pivot link having a first pivot axis (X1), said first pivot axis (X1) being substantially parallel to the pivot axis (Y) of the mechanical knee link , and a second pivot link having a second pivot axis (X2), said second pivot axis (X2) extending in a plane perpendicular to the first pivot axis (X1), the exoskeleton being characterized in that the second pivot axis (X2) forms with the support plane an angle comprised between 30° and 60° when the exoskeleton is standing and at rest. - a foot structure , comprising a support plane configured to receive a foot of a user, - a lower leg structure , configured to receive a lower portion of a user's leg, - a mechanical knee link , configured to connect the lower leg structure to an upper leg structure configured to receive an upper portion of a user's leg, the mechanical knee link having a pivot axis (Y), and - a mechanical ankle link , connecting the foot structure to the lower leg structure , the mechanical ankle link comprising a first pivot link having a first pivot axis (X1), said first pivot axis (X1) being substantially parallel to the pivot axis (Y) of the mechanical knee link , and a second pivot link having a second pivot axis (X2), said second pivot axis (X2) extending in a plane perpendicular to the first pivot axis (X1),
A far-field speech support with a lens function, comprising: a base ; a far-field speech board installation portion disposed on the base and configured to install a far-field speech board ; a transparent light guide plate disposed on a bottom side of the far-field speech board installation portion ; a buckle structure disposed on the base and configured to install an infrared receiving head assembly ; and an infrared reflective portion disposed corresponding to the transparent light guide plate and disposed below the infrared receiving head assembly ; wherein the buckle structure is disposed on a side of the base away from the far-field speech board installation portion , and the buckle structure comprises a locking plate and a limiting plate that are oppositely disposed on the base . a base ; a far-field speech board installation portion disposed on the base and configured to install a far-field speech board ; a transparent light guide plate disposed on a bottom side of the far-field speech board installation portion ; a buckle structure disposed on the base and configured to install an infrared receiving head assembly ; and an infrared reflective portion disposed corresponding to the transparent light guide plate and disposed below the infrared receiving head assembly ; wherein the buckle structure is disposed on a side of the base away from the far-field speech board installation portion , and the buckle structure comprises a locking plate and a limiting plate that are oppositely disposed on the base .
A vibration diaphragm, comprising a vibration diaphragm body portion and a reinforcement portion incorporated at the center of the vibration diaphragm body portion and including a carbon fiber cloth layer; characterized in that the carbon fiber cloth includes a carbon fiber preimpregnated cloth and the reinforcement portion is integrally injection-molded with the vibration diaphragm body portion .
A lotion dispenser for bathrooms and sanitary facilities, having a flush-mounting box positionable in a recess in a wall, and having - a flanged frame connectable to the masonry of the recess which surrounds the flush-mounting box and is adjustably connected thereto, and - a mounting module for receiving lotion containers behind a surface-flush cover , the mounting module being inserted into the flush-mounting box and covering the free ends of the flush-mounting box in a flush manner by means of a peripheral flange , wherein the flanged frame is provided for being mounted underneath a wall cover of the masonry and the mounting depth of the flush-mounting box is adjustable to different thicknesses of the wall cover by adjusting the flanged frame on the flush-mounting box such that mounting module inserted into the flush-mounting box is flush with the surface of the wall cover . - a flanged frame connectable to the masonry of the recess which surrounds the flush-mounting box and is adjustably connected thereto, and - a mounting module for receiving lotion containers behind a surface-flush cover , the mounting module being inserted into the flush-mounting box and covering the free ends of the flush-mounting box in a flush manner by means of a peripheral flange ,
A sugar composition comprising: (a) at least 25% xylose by weight relative to total sugar concentration; (b) at least one alpha-bonded di-glucose; (c) at least one beta-bonded di-glucose; (d) glucose at a concentration by weight of less than 1% relative to total sugars; and (e) at least 0.0001% on a weight basis of a non-volatile fermentation product selected from the group consisting of lactic acid, succinic acid, fatty acids, esters of fatty acids and proteins. (a) at least 25% xylose by weight relative to total sugar concentration; (b) at least one alpha-bonded di-glucose; (c) at least one beta-bonded di-glucose; (d) glucose at a concentration by weight of less than 1% relative to total sugars; and (e) at least 0.0001% on a weight basis of a non-volatile fermentation product selected from the group consisting of lactic acid, succinic acid, fatty acids, esters of fatty acids and proteins.
An imaging apparatus comprising: an imaging optical system configured to form an optical image of a face of a subject in a vehicle ; an image sensor configured to capture the formed optical image and generate a captured image; and an image processor configured to determine a state of the subject based on the detection result of the eyes or pupils of the subject in the captured image, wherein the image processor determines that the subject is in an inappropriate driving state in the case where the eyes or pupils of the subject in the captured image have not been detected for a predetermined number of consecutive frames, and wherein the imaging apparatus satisfies the expression F ≥ 0.0003 f 2 / p , where F is an F value of the imaging optical system , f is a focal length of the imaging optical system , and p is a pixel pitch of the image sensor . an imaging optical system configured to form an optical image of a face of a subject in a vehicle ; an image sensor configured to capture the formed optical image and generate a captured image; and an image processor configured to determine a state of the subject based on the detection result of the eyes or pupils of the subject in the captured image, wherein the image processor determines that the subject is in an inappropriate driving state in the case where the eyes or pupils of the subject in the captured image have not been detected for a predetermined number of consecutive frames, and wherein the imaging apparatus satisfies the expression F ≥ 0.0003 f 2 / p , where F is an F value of the imaging optical system , f is a focal length of the imaging optical system , and p is a pixel pitch of the image sensor .
A method of producing olefins, the method comprising: splitting a feed stream comprising primarily isobutane and n-butane, collectively, to form a first stream comprising primarily isobutane and a second stream comprising primarily n-butane; contacting the first stream with a catalyst under reaction conditions sufficient to cause cracking of at least some of the isobutane in the first stream to form one or more of: ethylene, propylene, benzene, toluene, and xylene; and subjecting the second stream to steam cracking at a temperature above 800 °C to form one or more of: ethylene, propylene, benzene, toluene, and xylene. splitting a feed stream comprising primarily isobutane and n-butane, collectively, to form a first stream comprising primarily isobutane and a second stream comprising primarily n-butane; contacting the first stream with a catalyst under reaction conditions sufficient to cause cracking of at least some of the isobutane in the first stream to form one or more of: ethylene, propylene, benzene, toluene, and xylene; and subjecting the second stream to steam cracking at a temperature above 800 °C to form one or more of: ethylene, propylene, benzene, toluene, and xylene.
Abase station apparatus for communicating with a terminal apparatus , the base station apparatus comprising: a receiver configured to receive a physical uplink shared channel, and a reference signal used to demodulate the physical uplink shared channel; and a transmitter configured to transmit a signal indicating a delivery confirmation for the physical uplink shared channel, wherein the physical uplink shared channel includes uplink data bits, identifier bits indicating a terminal apparatus that has transmitted the uplink data bits, first Cyclic Redundancy Check, CRC, bits generated from the identifier bits, and second CRC bits generated from the uplink data bits, the receiver descrambles the first CRC bits by using a sequence of the reference signal, and descrambles the second CRC bits by using an identifier indicating the terminal apparatus , in a case that an error is detected based on the first CRC bits, the transmitter transmits a first Negative Acknowledgement, NACK, by using a control signal associated with a sequence of the reference signal, and in a case that an error is detected based on the second CRC bits, the transmitter transmits a second NACK by using a control signal associated with an identifier indicating the terminal apparatus , in case that the reference signal is failed to be recognized, the transmitter does not transmit a NACK, and wherein the transmitter transmits resource configuration information including number of times the physical uplink shared channel is repeatedly transmitted, by using the control signal associated with the sequence of the reference signal. a receiver configured to receive a physical uplink shared channel, and a reference signal used to demodulate the physical uplink shared channel; and a transmitter configured to transmit a signal indicating a delivery confirmation for the physical uplink shared channel, wherein the physical uplink shared channel includes uplink data bits, identifier bits indicating a terminal apparatus that has transmitted the uplink data bits, first Cyclic Redundancy Check, CRC, bits generated from the identifier bits, and second CRC bits generated from the uplink data bits, the receiver descrambles the first CRC bits by using a sequence of the reference signal, and descrambles the second CRC bits by using an identifier indicating the terminal apparatus , in a case that an error is detected based on the first CRC bits, the transmitter transmits a first Negative Acknowledgement, NACK, by using a control signal associated with a sequence of the reference signal, and in a case that an error is detected based on the second CRC bits, the transmitter transmits a second NACK by using a control signal associated with an identifier indicating the terminal apparatus , in case that the reference signal is failed to be recognized, the transmitter does not transmit a NACK, and wherein the transmitter transmits resource configuration information including number of times the physical uplink shared channel is repeatedly transmitted, by using the control signal associated with the sequence of the reference signal.
A method, comprising: determining, by a base station of a telecommunication network, that a user equipment, UE , supports a first power class and a second power class, wherein the first power class permits the UE to perform uplink transmissions at a higher output power level than the second power class; determining, by the base station , that the UE is configured to use the first power class; receiving , by the base station and from the UE , a UE report indicating one or more UE metrics; determining, by the base station , that a UE battery level measurement included in the UE report is below a battery threshold; determining, by the base station , to dynamically change the UE from using the first power class to using the second power class, based at least in part on determining that the UE battery level measurement is below the battery threshold; and instructing , by the base station , the UE to use the second power class. determining, by a base station of a telecommunication network, that a user equipment, UE , supports a first power class and a second power class, wherein the first power class permits the UE to perform uplink transmissions at a higher output power level than the second power class; determining, by the base station , that the UE is configured to use the first power class; receiving , by the base station and from the UE , a UE report indicating one or more UE metrics; determining, by the base station , that a UE battery level measurement included in the UE report is below a battery threshold; determining, by the base station , to dynamically change the UE from using the first power class to using the second power class, based at least in part on determining that the UE battery level measurement is below the battery threshold; and instructing , by the base station , the UE to use the second power class.
A system for facilitating loading of articles into a container , the system comprising a platform unit and an elevator unit configured to adjust its elevation relative to said container , said platform unit comprising: an opening for facing said container and defining a container-facing edge of the platform unit; a transfer arrangement comprising a plurality of parallely-arranged transfer members , each said transfer member extending along a loading direction (X) being transverse to said container-facing edge and each said transfer member being configured to extend in the loading direction (X) through said opening independently of the others, upper surfaces of the transfer members defining a receiving surface of the platform unit configured for receipt thereon of at least one of said articles ; and a positioning arrangement configured to orient said article to a predetermined loading orientation on said receiving surface and position it at a predetermined loading position along an axis perpendicular to said loading direction (X); wherein said transfer arrangement is configured to extend a subset of said transfer members in the loading direction (X) through said opening , thereby facilitating placement of said article at a predetermined location within said container . an opening for facing said container and defining a container-facing edge of the platform unit; a transfer arrangement comprising a plurality of parallely-arranged transfer members , each said transfer member extending along a loading direction (X) being transverse to said container-facing edge and each said transfer member being configured to extend in the loading direction (X) through said opening independently of the others, upper surfaces of the transfer members defining a receiving surface of the platform unit configured for receipt thereon of at least one of said articles ; and a positioning arrangement configured to orient said article to a predetermined loading orientation on said receiving surface and position it at a predetermined loading position along an axis perpendicular to said loading direction (X);