mhurhangee/patent-ind-claim-en huggingface dataset:
A method for transmitting data between a first unit which accumulates data that have been generated with a first frequency, f a , and a second unit which requests the accumulated data with a second frequency, f s , which is smaller than the first frequency, f a , the method comprising: requesting a first total increment, v 0 (k), and a first value, W(k), which represents a time increment, t 0 (k), belonging to the first total increment, v 0 (k), from the first unit, wherein the first total increment, v o (k), is the data content of the accumulated data block provided at the requested time, k, in the first unit, generating of a second total increment, v(k), from the first total increment, v 0 (k), using the first value, W(k), wherein the second total increment, v(k), is the data content of a data block adapted to a nominal time increment, t s , of the second frequency, f s , and transmitting the second total increment, v(k), to the second unit. requesting a first total increment, v 0 (k), and a first value, W(k), which represents a time increment, t 0 (k), belonging to the first total increment, v 0 (k), from the first unit, wherein the first total increment, v o (k), is the data content of the accumulated data block provided at the requested time, k, in the first unit, generating of a second total increment, v(k), from the first total increment, v 0 (k), using the first value, W(k), wherein the second total increment, v(k), is the data content of a data block adapted to a nominal time increment, t s , of the second frequency, f s , and transmitting the second total increment, v(k), to the second unit.
An air conditioning system adapted to a vehicle having an interior receiving passengers and an engine room partitioned by a dash panel, said air-conditioning system comprising at least one airflow port in the interior of the vehicle and: - an air-conditioning case arranged at the engine room side of the dash panel, having a cold air passageway , a warm air passageway and an outlet for discharging conditioned air passing through the cold and warm air passageways ; - a blower unit for blowing indoor and outdoor air to the cold air passageway and the warm air passageway ; and - an indoor air inflow duct which is mounted on the airconditioning case and connects the blower unit with the interior of the vehicle so as to introduce the indoor air of the vehicle to the blower unit , wherein the outlet of the air-conditioning case and an inlet of the indoor air inflow duct are separated from each other by separating means and arranged to be adjacent to each other in parallel with a width direction, the height of the inlet perpendicular to the width being higher than the height of the outlet and the outlet of the air-conditioning case and the inlet of the indoor air inflow duct being arranged to penetrate through only one through hole part formed in the dash panel, which partitions the interior of the vehicle from the engine room of the vehicle; characterized in that an auxiliary indoor air intake hole is formed in one side of the air-conditioning case to additionally inhale the indoor air to the indoor air inflow duct , the auxiliary indoor air intake hole being positioned in the height of the outlet of the air-conditioning case and the outlet of the air-conditioning case and the inlet of the indoor air inflow duct being positioned in the wide direction, wherein the sum of the height of the outlet of the air-conditioning case and the height of the auxiliary indoor air intake hole is equal to the height of the inlet of the indoor air inflow duct , and wherein a distribution duct , arranged in the interior of the vehicle, is mounted at the outlet of the air-conditioning case to distribute cold air and warm air discharged from the air-conditioning case to the airflow port of the vehicle, the air inlet of the distribution duct is inserted into the outlet if the airconditioning case where a bottle neck part is formed at the outlet of the air-conditioning case to which the distribution duct is connected. - an air-conditioning case arranged at the engine room side of the dash panel, having a cold air passageway , a warm air passageway and an outlet for discharging conditioned air passing through the cold and warm air passageways ; - a blower unit for blowing indoor and outdoor air to the cold air passageway and the warm air passageway ; and - an indoor air inflow duct which is mounted on the airconditioning case and connects the blower unit with the interior of the vehicle so as to introduce the indoor air of the vehicle to the blower unit ,
A microwave heating device comprising: a cavity housing an object to be heated; a door openably provided on a front surface of the cavity ; a first microwave generator and a second microwave generator that generate microwaves; an inverter unit that drives the first microwave generator and the second microwave generator ; a cooling unit that cools the first microwave generator and second microwave generator and the inverter unit ; a first waveguide that supplies, to the cavity , the microwave generated by the first microwave generator ; and a second waveguide that supplies, to the cavity , the microwave generated by the second microwave generator , wherein the first waveguide and the second waveguide are provided so as to extend in a front-back direction from the first microwave generator and the second microwave generator , respectively, characterized in that the first microwave generator and the second microwave generator are disposed side by side in a right-left direction below a bottom surface of the cavity , and in that the inverter unit and the cooling unit are disposed in order from the first microwave generator and the second microwave generator toward a front side. a cavity housing an object to be heated; a door openably provided on a front surface of the cavity ; a first microwave generator and a second microwave generator that generate microwaves; an inverter unit that drives the first microwave generator and the second microwave generator ; a cooling unit that cools the first microwave generator and second microwave generator and the inverter unit ; a first waveguide that supplies, to the cavity , the microwave generated by the first microwave generator ; and a second waveguide that supplies, to the cavity , the microwave generated by the second microwave generator , wherein the first waveguide and the second waveguide are provided so as to extend in a front-back direction from the first microwave generator and the second microwave generator , respectively, characterized in that the first microwave generator and the second microwave generator are disposed side by side in a right-left direction below a bottom surface of the cavity , and in that the inverter unit and the cooling unit are disposed in order from the first microwave generator and the second microwave generator toward a front side.
A method for non-destructively detecting deviating additive manufacturing (AM) process behaviour of a 3D printed solid piece, comprising the steps of: - providing a mechanical impact to the solid piece; - obtaining a vibrational response of the solid piece to the impact in the frequency domain; - extracting a set of eigenfrequencies, and a set of attenuations, from the vibrational response, each of said eigenfrequencies corresponding to a vibrational mode of said solid piece, and each of said attenuations corresponding to an eigenfrequency of said set of eigenfrequencies; - obtaining for at least one vibrational mode: • an eigenfrequency shift by comparing one of the set of extracted eigenfrequencies corresponding to said vibrational mode to a reference eigenfrequency value of said vibrational mode and obtaining a porosity value of the solid piece from said eigenfrequency shift, and • for said at least one eigenfrequency, computing at least one damping parameter an attenuation corresponding to said eigenfrequency, thereby obtaining a microcrack quantity value of the solid piece, thereby detecting the deviating AM process behaviour. - providing a mechanical impact to the solid piece; - obtaining a vibrational response of the solid piece to the impact in the frequency domain; - extracting a set of eigenfrequencies, and a set of attenuations, from the vibrational response, each of said eigenfrequencies corresponding to a vibrational mode of said solid piece, and each of said attenuations corresponding to an eigenfrequency of said set of eigenfrequencies; - obtaining for at least one vibrational mode: • an eigenfrequency shift by comparing one of the set of extracted eigenfrequencies corresponding to said vibrational mode to a reference eigenfrequency value of said vibrational mode and obtaining a porosity value of the solid piece from said eigenfrequency shift, and • for said at least one eigenfrequency, computing at least one damping parameter an attenuation corresponding to said eigenfrequency, thereby obtaining a microcrack quantity value of the solid piece, thereby detecting the deviating AM process behaviour. • an eigenfrequency shift by comparing one of the set of extracted eigenfrequencies corresponding to said vibrational mode to a reference eigenfrequency value of said vibrational mode and obtaining a porosity value of the solid piece from said eigenfrequency shift, and • for said at least one eigenfrequency, computing at least one damping parameter an attenuation corresponding to said eigenfrequency, thereby obtaining a microcrack quantity value of the solid piece,
A parking assistance method for a parking assistance device that detects an empty parking space around a host vehicle and displays a first assistance image at a position of the empty parking space in a surrounding image that is a view of an area including the host vehicle from above, the first assistance image indicating the empty parking space, the parking assistance method characterized by comprising: determining whether the host vehicle has stopped; wherein in a case where an empty parking space around the host vehicle has been detected when it is determined that the host vehicle is not at a standstill, displaying a second assistance image at a position different from a position of the empty parking space in the surrounding image, the second assistance image indicating that the empty parking space has been detected and displaying the first assistance image is prohibited. determining whether the host vehicle has stopped; wherein in a case where an empty parking space around the host vehicle has been detected when it is determined that the host vehicle is not at a standstill, displaying a second assistance image at a position different from a position of the empty parking space in the surrounding image, the second assistance image indicating that the empty parking space has been detected and displaying the first assistance image is prohibited.
An alarm management module for a wastewater pumping station with at least one pump arranged for pumping wastewater out of a wastewater pit , wherein the alarm management module is configured to process at least one level variable (h) indicative of a filling level of the wastewater pit and at least one capacity variable (p%, P%, C%) indicative of a pumping capacity of the wastewater pumping station, wherein the capacity variable (p%, P%, C%) is determined relative to a statistically determined reference capacity (p ref , P ref , C ref ), and wherein the alarm management module is configured to trigger an intervention alarm only if all of the following conditions are met: a) the at least one level variable (h) is at or above a predetermined alarm level threshold (h m ), b) the at least one level variable (h) is increasing, and c) the at least one capacity variable (p%, P%, C%) is below a capacity threshold. a) the at least one level variable (h) is at or above a predetermined alarm level threshold (h m ), b) the at least one level variable (h) is increasing, and c) the at least one capacity variable (p%, P%, C%) is below a capacity threshold.
Eyewear for outputting audio information having an eyewear temple , which includes at least one loudspeaker, wherein the eyewear temple , when placed as intended at an ear intended therefor, is spaced apart from an ear opening , so the sound waves generated by the loudspeaker are transmitted over the surroundings to the spaced ear opening , wherein the loudspeaker is an ultrasonic loudspeaker , including at least one sound-generating element , which is deflectable in the direction of a stroke axis , for generating ultrasound and wherein the eyewear have a parametric audio unit including the ultrasonic loudspeaker , with which an audible sound beam directed toward the ear is generatable characterized in that the ultrasonic loudspeaker is a MEMS sound transducer for generating ultrasound, wherein the sound generating element of the MEMS sound transducer is implemented as a cantilever arm which is fixed with only one of its two ends to a support substrate of the MEMS sound transducer so that the other end is free to oscillate, and that the sound-generating element of the ultrasonic loudspeaker is arranged at an outer-side recess (14 of an outer side of the eyewear temple in a planar or flush manner with respect to the outer side . having an eyewear temple , which includes at least one loudspeaker, wherein the eyewear temple , when placed as intended at an ear intended therefor, is spaced apart from an ear opening , so the sound waves generated by the loudspeaker are transmitted over the surroundings to the spaced ear opening , wherein the loudspeaker is an ultrasonic loudspeaker , including at least one sound-generating element , which is deflectable in the direction of a stroke axis , for generating ultrasound and wherein the eyewear have a parametric audio unit including the ultrasonic loudspeaker , with which an audible sound beam directed toward the ear is generatable characterized in that the ultrasonic loudspeaker is a MEMS sound transducer for generating ultrasound, wherein the sound generating element of the MEMS sound transducer is implemented as a cantilever arm which is fixed with only one of its two ends to a support substrate of the MEMS sound transducer so that the other end is free to oscillate, and that the sound-generating element of the ultrasonic loudspeaker is arranged at an outer-side recess (14 of an outer side of the eyewear temple in a planar or flush manner with respect to the outer side .
Axle end assembly for a vehicle, having a wheel brake arrangement and a wheel hub arrangement , wherein the axle end assembly is in the form of a preassembled unit which has a hollow shaft element , on which the wheel brake arrangement and the wheel hub arrangement are arranged, wherein the preassembled unit can be mounted as a whole on an axle body of a vehicle axle, and the hollow shaft element is designed to be connected to a first end of the axle body , wherein the hollow shaft element has a threaded portion on the one axial end thereof, which portion is designed to be screwed together with a corresponding threaded portion of the axle body , wherein the wheel brake arrangement of the preassembled unit comprises at least one brake adapter designed in the manner of a mounting plate and extending substantially radially to the hollow shaft element or to the axial direction (Y) thereof for mounting a wheel brake, in particular a disc brake , characterised in that the brake adapter is penetrated by the hollow shaft element and in that a direct torque transmission interface is formed between the brake adapter and the axle body .
A photocurable hydrophilic polymer, which is formed by copolymerization of polymerizable photosensitive monomer and hydrophilic monomer; Wherein, the polymerizable photosensitive monomer comprises: 1) units containing photosensitive structure; 2) units containing tertiary amine co-initiator structure; 3) units containing unsaturated bond; Wherein, the units containing photosensitive structure are derived from an aryl ketone type photoinitiator structure, which includes a carbonyl functional group and one or more aromatic rings, and wherein the units containing photosensitive structure are at least connected with units containing tertiary amine co-initiator structure through -OC(=O)-, the units containing unsaturated bond structure are connected with units containing photosensitive structure through units containing tertiary amine co-initiator structure. Wherein, the polymerizable photosensitive monomer comprises: 1) units containing photosensitive structure; 2) units containing tertiary amine co-initiator structure; 3) units containing unsaturated bond; Wherein, the units containing photosensitive structure are derived from an aryl ketone type photoinitiator structure, which includes a carbonyl functional group and one or more aromatic rings, and wherein the units containing photosensitive structure are at least connected with units containing tertiary amine co-initiator structure through -OC(=O)-, the units containing unsaturated bond structure are connected with units containing photosensitive structure through units containing tertiary amine co-initiator structure.
A consolidated thermoplastic composite laminate with ultraviolet protection, comprising: at least one ply of thermoplastic pre-preg material ; a polymer film positioned on a side of the at least one ply of thermoplastic pre-preg material , wherein the polymer film imparts ultraviolet protection to the thermoplastic pre-preg material after the polymer film and the thermoplastic pre-preg material are heated to a temperature sufficient to consolidate the polymer film and the thermoplastic pre-preg material and thereby to provide the consolidated thermoplastic composite laminate with ultraviolet protection; and at least one ply of reinforcement material disposed between the polymer film and the at least one ply of thermoplastic pre-preg material . at least one ply of thermoplastic pre-preg material ; a polymer film positioned on a side of the at least one ply of thermoplastic pre-preg material , wherein the polymer film imparts ultraviolet protection to the thermoplastic pre-preg material after the polymer film and the thermoplastic pre-preg material are heated to a temperature sufficient to consolidate the polymer film and the thermoplastic pre-preg material and thereby to provide the consolidated thermoplastic composite laminate with ultraviolet protection; and at least one ply of reinforcement material disposed between the polymer film and the at least one ply of thermoplastic pre-preg material .
Sanitary cabin, in particular toilet cubicle , comprising at least one floor part , at least one ceiling part and a plurality of side wall parts , wherein at least one waste tank is also provided, wherein at least one sanitary facility, in particular at least one urinal and/or at least one hand wash basin , is arranged in the sanitary cabin, wherein the sanitary cabin also has at least one collecting tank in which the waste water from the at least one sanitary facility, in particular the waste water from the at least one urinal and/or the at least one hand wash basin , can be collected, and wherein the waste water collected in the collecting tank can be transferred into the waste tank as a liquid supply in the course of maintenance or cleaning of the sanitary cabin, wherein the at least one collecting tank has at least one drain opening through which the waste water collected in the at least one collecting tank can be transferred to the waste tank , wherein the drain opening and/or a connection or fluid connection between the drain opening and the waste tank is blocked or can be blocked by a blocking element during operation of the sanitary cabin and can be released during maintenance or cleaning of the sanitary cabin, characterized in that the blocking element is a siphon arrangement downstream of the drain opening , in particular a bell siphon, and wherein the drain opening and/or the connection or fluid connection between the drain opening and the waste tank can be released by manipulating the siphon arrangement , preferably by adding a trigger volume of a liquid into the collecting tank . wherein the at least one collecting tank has at least one drain opening through which the waste water collected in the at least one collecting tank can be transferred to the waste tank , wherein the drain opening and/or a connection or fluid connection between the drain opening and the waste tank is blocked or can be blocked by a blocking element during operation of the sanitary cabin and can be released during maintenance or cleaning of the sanitary cabin, characterized in that the blocking element is a siphon arrangement downstream of the drain opening , in particular a bell siphon, and wherein the drain opening and/or the connection or fluid connection between the drain opening and the waste tank can be released by manipulating the siphon arrangement , preferably by adding a trigger volume of a liquid into the collecting tank .
Cutting device for a labelling machine configured to apply labels obtained from a web of labelling material onto articles adapted to contain a pourable product, said cutting device comprising a cutting roller rotatable about a longitudinal axis (Y), carrying a blade member , which radially protrudes from an outer lateral surface of the cutting roller , and conveying, in use, the blade member along a circular cutting path around said axis (Y); the blade member being configured to sequentially cut said web at a cutting station (T) arranged along said cutting path, in a position adjacent to the cutting roller , so as to obtain a sequence of said labels ; characterized in that the cutting roller comprises a plurality of rolling elements which are arranged at said outer lateral surface and radially protrude from said outer lateral surface , and in that the rolling elements are mounted to the cutting roller in a rolling manner with respect to the outer lateral surface .
A method for dynamically changing content displayed in a head unit of a vehicle by a mobile terminal , the method comprising: receiving (S308) state information indicating a current state of the vehicle equipped with the head unit from the head unit ; determining (S310) the content to be displayed in the head unit based on the state information; the method being characterised by comprising the further steps: displaying (S314) the determined content on a display of the mobile terminal ; and transmitting (S312) the displayed content to the head unit ; wherein the transmitted content is displayed (S316) on a display of the head unit by mirroring the display of the mobile terminal . receiving (S308) state information indicating a current state of the vehicle equipped with the head unit from the head unit ; determining (S310) the content to be displayed in the head unit based on the state information; the method being characterised by comprising the further steps: displaying (S314) the determined content on a display of the mobile terminal ; and transmitting (S312) the displayed content to the head unit ; wherein the transmitted content is displayed (S316) on a display of the head unit by mirroring the display of the mobile terminal . displaying (S314) the determined content on a display of the mobile terminal ; and transmitting (S312) the displayed content to the head unit ; wherein the transmitted content is displayed (S316) on a display of the head unit by mirroring the display of the mobile terminal .