mhurhangee/ep-ind-claims huggingface dataset:
A method for detecting a mutation using a DNA microarray, comprising the steps of: extracting a genomic DNA derived from an organism to be tested; digesting the genomic DNA with a restriction enzyme having the same recognition sequence as the restriction enzyme used in the method for designing probes; connecting an adaptor to the genomic DNA fragments obtained by the restriction enzyme treatment; amplifying the genomic DNA fragments using a primer capable of hybridizing to the adaptor; and detecting a hybrid of the genomic DNA fragment with the probes by bringing the amplified genomic DNA fragment into contact with a DNA microarray; wherein the DNA microarray comprises probes designed by the method for designing probes and a carrier on which the probes are to be immobilized; and wherein the method for designing probes, comprises the steps of: specifying a plurality of regions having a shorter nucleotide length than genomic DNA fragment flanked by restriction enzyme recognition sites, contained in genomic DNA derived from a target organism, and covering the entire region of the genomic DNA fragment; and designing the specified regions as a plurality of probes. extracting a genomic DNA derived from an organism to be tested; digesting the genomic DNA with a restriction enzyme having the same recognition sequence as the restriction enzyme used in the method for designing probes; connecting an adaptor to the genomic DNA fragments obtained by the restriction enzyme treatment; amplifying the genomic DNA fragments using a primer capable of hybridizing to the adaptor; and detecting a hybrid of the genomic DNA fragment with the probes by bringing the amplified genomic DNA fragment into contact with a DNA microarray; specifying a plurality of regions having a shorter nucleotide length than genomic DNA fragment flanked by restriction enzyme recognition sites, contained in genomic DNA derived from a target organism, and covering the entire region of the genomic DNA fragment; and designing the specified regions as a plurality of probes.
A motor vehicle door lock comprising a housing having a locking mechanism (3, 4) and comprising a lever system (5, 8, 9) received in said housing and comprising at least two interacting levers (5, 8) which are connected to each other at an angle, wherein the one lever is connected to the housing while defining a rotation axis, characterized in that the rotation axis passes through at least one reinforcement opening in the housing with a predefined lateral play (a, b), the rotation axis is defined by a pin passing through the reinforcement opening, the pin engages in aligned openings in said housing and the aligned openings are formed in webs which receive the lever between them.
Fork for collecting animal excrement, in particular horse droppings, comprising a handle and a plurality of tines, which, after activation of an electromechanical actuation element, can be set into rapid oscillation by a jiggling device arranged in the handle so as to separate the animal excrement from shavings and other bedding material, wherein the jiggling device is driven by an electric motor, characterized in that the coupling between the electromechanical actuation element and the jiggling device comprises an attenuator, which allows mechanical oscillations issued from the jiggling device or electric cut-in or cut-off pulses to pass onto an electromechanical switch of the electromechanical actuation element only in an attenuated extent, wherein a) the electromechanical switch of the electromechanical actuation element is not arranged at the handle itself, but is indirectly connected therewith, namely is arranged on a grip plugged together with the upper end of the handle, wherein the mating surfaces facing each other, of one or both plug elements, are provided with one or a plurality of projections so that only said projections make contact with the other plug element, and wherein b) the activation current of the electric motor does not flow through the electromechanical switch of the electromechanical actuation element, but through a contactless electronic switch element, which, for the actuation thereof, is electrically coupled to the electromechanical switch of the electromechanical actuation element. a) the electromechanical switch of the electromechanical actuation element is not arranged at the handle itself, but is indirectly connected therewith, namely is arranged on a grip plugged together with the upper end of the handle, wherein the mating surfaces facing each other, of one or both plug elements, are provided with one or a plurality of projections so that only said projections make contact with the other plug element, and wherein b) the activation current of the electric motor does not flow through the electromechanical switch of the electromechanical actuation element, but through a contactless electronic switch element, which, for the actuation thereof, is electrically coupled to the electromechanical switch of the electromechanical actuation element.
A process for the manufacture of a conductive transparent film on a substrate, the process comprising: - coating a substrate by a first material, to form a wet film of said first material on at least a region of a surface of said substrate, wherein said first material is conductive or wherein the film is treated to render the first material conductive; and - treating the film with at least one second material capable of displacing the first material in the film at the point of contact; thereby leading to displacement of the film material from the point of contact and the exposure of the substrate, to provide an array of spaced apart ring-voids in said film. - coating a substrate by a first material, to form a wet film of said first material on at least a region of a surface of said substrate, wherein said first material is conductive or wherein the film is treated to render the first material conductive; and - treating the film with at least one second material capable of displacing the first material in the film at the point of contact; thereby leading to displacement of the film material from the point of contact and the exposure of the substrate, to provide an array of spaced apart ring-voids in said film.
A cooling appliance comprising: a body, a compartment inside the body, a door allowing access into the compartment, a chamber inside the compartment wherein the food items to be cooled are placed and wherein the chamber is separated from the remaining space of the compartment by walls and a chamber door having an open position providing access inside the chamber and a closed position blocking access inside the chamber, a detection module comprising a receiver and a transmitter wherein the transmitter generates an electromagnetic radiation in the closed position of the chamber door having a wavelength in the range of 780 - 2500 nm and wherein the receiver receives and transmits the intensity of the electromagnetic radiation reflected from the food items to a control unit according to which the control unit determines the type of food item characterized in that, the control unit adjusts the lighting of the chamber according to determined type of food item and upon determining the food items to be vegetables or fruits activates a first light source and a second light source radiating the chamber with electromagnetic radiation having a wavelength between 635-730nm and 450-490nm respectively and upon determining the food items to be meat activates a third light source radiating the chamber with electromagnetic radiation having a wavelength between 400-410nm. a body, a compartment inside the body, a door allowing access into the compartment, a chamber inside the compartment wherein the food items to be cooled are placed and wherein the chamber is separated from the remaining space of the compartment by walls and a chamber door having an open position providing access inside the chamber and a closed position blocking access inside the chamber, a detection module comprising a receiver and a transmitter wherein the transmitter generates an electromagnetic radiation in the closed position of the chamber door having a wavelength in the range of 780 - 2500 nm and wherein the receiver receives and transmits the intensity of the electromagnetic radiation reflected from the food items to a control unit according to which the control unit determines the type of food item characterized in that, the control unit adjusts the lighting of the chamber according to determined type of food item and upon determining the food items to be vegetables or fruits activates a first light source and a second light source radiating the chamber with electromagnetic radiation having a wavelength between 635-730nm and 450-490nm respectively and upon determining the food items to be meat activates a third light source radiating the chamber with electromagnetic radiation having a wavelength between 400-410nm.
A flight control cable sensor for detecting actuation of a flight control cable of an aircraft, the flight control cable sensor comprising: a draw wire encoder, comprising an extendable-retractable wire; a first connector co-movably fixed to the extendable-retractable wire; and a second connector co-movably fixable to the flight control cable and configured to removably co-movably engage the first connector up to a predetermined pull-off force. a draw wire encoder, comprising an extendable-retractable wire; a first connector co-movably fixed to the extendable-retractable wire; and a second connector co-movably fixable to the flight control cable and configured to removably co-movably engage the first connector up to a predetermined pull-off force.
A system controller comprising: a receiver for receiving data resulting from interactions between an entity and a system to be controlled, the interactions occurring via an interface of the system, and for associating the received data with a time stamp or time interval as a time factor; a summariser for updating a set of summary bins, each of which covers a respective period of time, and each of which stores a summary of the received data having a time factor which falls within the respective period of time covered by the summary bin; a processor for processing the summary bins being operable to perform a categorisation of the received data in order to identify a category with which to associate the entity; and a director for issuing control instructions to the system to be controlled responsive to the categorisation of the processor; wherein the periods of time covered by respective summary bins include overlapping periods of time and simultaneous periods of time having different durations, and wherein the summary bins are fuzzy bins in the sense that where bins, having the same granularity, cover overlapping periods of time, data associated with a time falling within such an overlap is apportioned between the overlapping summary bins for summarising purposes in accordance with fuzzy membership rules. a receiver for receiving data resulting from interactions between an entity and a system to be controlled, the interactions occurring via an interface of the system, and for associating the received data with a time stamp or time interval as a time factor; a summariser for updating a set of summary bins, each of which covers a respective period of time, and each of which stores a summary of the received data having a time factor which falls within the respective period of time covered by the summary bin; a processor for processing the summary bins being operable to perform a categorisation of the received data in order to identify a category with which to associate the entity; and a director for issuing control instructions to the system to be controlled responsive to the categorisation of the processor;
Device for dispensing a liquid medium from a container having a housing, a metering drum accommodated therein and a sealing disc, wherein - the housing has a drum outlet and a system aeration facility, and - the sealing disc has a aeration opening and a drum inlet, wherein - the metering drum has a metering chamber, a chamber outlet and a chamber inlet, and wherein - the metering drum comprises an aeration duct characterized in, that the metering drum comprises a rotary valve, - wherein, in a first working position, the rotary valve connects the drum inlet to the chamber inlet and closes the chamber outlet, thereby an aeration of the container and a de-aeration of the metering chamber is taking place, - and, in a second working position, the metering drum closes the chamber inlet and connects the drum outlet to the chamber outlet, thereby a further aeration of the metering chamber is taking place and the aeration duct is connected to the system aeration facility, wherein a first bypass is arranged at the chamber outlet of the metering chamber, which, in the first working position, represents a connection between the metering chamber and the aeration duct or to the drum outlet and is arranged to enable a de-aeration of the metering chamber in the first working position, and wherein the metering drum comprises a second bypass which, in the second working position, is arranged between the metering chamber and the aeration duct in order to allow aeration of the metering chamber in the second working position. - the housing has a drum outlet and a system aeration facility, and - the sealing disc has a aeration opening and a drum inlet, wherein - the metering drum has a metering chamber, a chamber outlet and a chamber inlet, and wherein - the metering drum comprises an aeration duct - wherein, in a first working position, the rotary valve connects the drum inlet to the chamber inlet and closes the chamber outlet, thereby an aeration of the container and a de-aeration of the metering chamber is taking place, - and, in a second working position, the metering drum closes the chamber inlet and connects the drum outlet to the chamber outlet, thereby a further aeration of the metering chamber is taking place and the aeration duct is connected to the system aeration facility, wherein
A passive nozzle (100, 200) for a vacuum cleaner, the nozzle comprising: an outlet part adapted to be coupled to a hose of the vacuum cleaner; an intermediate part (120, 220) hingedly connected to the outlet part; a inlet part (130, 230, 330) comprising a suction opening and being hingedly connected to the intermediate part such that a tilting motion of the inlet part is allowed relative to the intermediate part; and characterized in that a tilt adjusting element (240, 340) arrangable in at least: a first position, in which the tilt adjusting element is arranged to allow the tilting motion of the inlet part within a first range, and a second position, in which the tilt adjusting element is arranged to limit the tilting motion of the inlet part within a second range being smaller than the first range. an outlet part adapted to be coupled to a hose of the vacuum cleaner; an intermediate part (120, 220) hingedly connected to the outlet part; a inlet part (130, 230, 330) comprising a suction opening and being hingedly connected to the intermediate part such that a tilting motion of the inlet part is allowed relative to the intermediate part; and characterized in that a tilt adjusting element (240, 340) arrangable in at least: a first position, in which the tilt adjusting element is arranged to allow the tilting motion of the inlet part within a first range, and a second position, in which the tilt adjusting element is arranged to limit the tilting motion of the inlet part within a second range being smaller than the first range. a first position, in which the tilt adjusting element is arranged to allow the tilting motion of the inlet part within a first range, and a second position, in which the tilt adjusting element is arranged to limit the tilting motion of the inlet part within a second range being smaller than the first range.
A field device control unit for a printing system, wherein the field device control unit is defined as at least one field device control unit with computing capabilities, that is configured to be operatively connected to at least one field device (D1-D5) to control at least part of the operation thereof, wherein the at least one field device control unit is adapted to be operatively connected, in an interchangeable manner, to each of a plurality of field devices (D1-D5), each configured and arranged to perform a distinct task of a printing process, said plurality of field devices including said at least one field device (D1-D5); wherein said printing system comprises: - a printing head configured and arranged to print on a substrate as part of a printing process, - said at least one field device (D1-D5) configured and arranged to perform a further task of said printing process; and - a distributed control system comprising: - a printer control unit with computing capabilities, that is operatively connected to said printing head to control the operation thereof; - said at least one field device control unit with computing capabilities, that is operatively connected to said at least one field device (D1-D5) to control at least part of the operation thereof; and - a fieldbus interconnecting at least said printer control unit and said at least one field device control unit, wherein said fieldbus provides a real-time communication between said printer control unit and said at least one field device control unit. - a printing head configured and arranged to print on a substrate as part of a printing process, - said at least one field device (D1-D5) configured and arranged to perform a further task of said printing process; and - a distributed control system comprising: - a printer control unit with computing capabilities, that is operatively connected to said printing head to control the operation thereof; - said at least one field device control unit with computing capabilities, that is operatively connected to said at least one field device (D1-D5) to control at least part of the operation thereof; and - a fieldbus interconnecting at least said printer control unit and said at least one field device control unit, wherein said fieldbus provides a real-time communication between said printer control unit and said at least one field device control unit. - a printer control unit with computing capabilities, that is operatively connected to said printing head to control the operation thereof; - said at least one field device control unit with computing capabilities, that is operatively connected to said at least one field device (D1-D5) to control at least part of the operation thereof; and - a fieldbus interconnecting at least said printer control unit and said at least one field device control unit, wherein said fieldbus provides a real-time communication between said printer control unit and said at least one field device control unit.
A pressure support system, comprising: - means for monitoring data relating to respiratory activity of a patient; - means for determining a minimum breath rate based on data relating to the patient's prior spontaneous breathing, wherein the determined minimum breath rate is a function of an amount of the patient's prior spontaneous breathing relative to total breaths of the patient, in which function the determined minimum breath rate increases as the amount of the patient's prior spontaneous breathing relative to total breaths of the patient decreases, - timing means for determining that an elapsed period of time has expired from a beginning of a respiratory phase, the elapsed period of time being determined using the determined minimum breath rate; - means, responsive to determining that the elapsed period of time has expired, for determining whether all of one or more logical permits are satisfied based on the data relating to respiratory activity of the patient; and means for providing a machine breath to the patient if it is determined that all of the one or more logical permits are satisfied and that the elapsed period of time has expired. - means for monitoring data relating to respiratory activity of a patient; - means for determining a minimum breath rate based on data relating to the patient's prior spontaneous breathing, wherein the determined minimum breath rate is a function of an amount of the patient's prior spontaneous breathing relative to total breaths of the patient, in which function the determined minimum breath rate increases as the amount of the patient's prior spontaneous breathing relative to total breaths of the patient decreases, - timing means for determining that an elapsed period of time has expired from a beginning of a respiratory phase, the elapsed period of time being determined using the determined minimum breath rate; - means, responsive to determining that the elapsed period of time has expired, for determining whether all of one or more logical permits are satisfied based on the data relating to respiratory activity of the patient; and
Heat recovery component for an exhaust gas system of an internal combustion engine, the heat recovery component comprising: - an inlet for exhaust gas to enter the heat recovery component; - an outlet for exhaust gas to exit the heat recovery component; - a heat recovery branch conduit, the heat recovery branch conduit comprising a heat recovery branch conduit inlet being in fluidal connection with the inlet of the heat recovery component, a heat recovery branch conduit outlet being in fluidal connection with the outlet of the heat recovery component, and a heat exchanger arranged in the heat recovery branch conduit; - a bypass branch conduit being in fluidal connection with the inlet and the outlet of the heat recovery component, the bypass branch conduit being separate from the heat recovery branch conduit, the bypass branch conduit allowing exhaust gas flowing through the bypass branch conduit to bypass the heat recovery branch conduit; - a valve being configured to be rotatable between a heat recovery end position, in which the valve allows exhaust gas to only flow through the heat recovery branch conduit, and a bypass end position, in which the valve allows exhaust gas to flow through the bypass branch conduit, the valve being arranged to be rotatable around a rotation axis located in the bypass branch conduit, wherein the valve comprises a valve shaft, a bypass valve flap and a heat recovery valve flap, the bypass valve flap projecting radially from opposite sides of the valve shaft, wherein the bypass valve flap is for closing the bypass branch conduit and the heat recovery valve flap is for closing the heat recovery branch conduit, and the bypass valve flap and the heat recovery valve flap being operatively connected by a support. - an inlet for exhaust gas to enter the heat recovery component; - an outlet for exhaust gas to exit the heat recovery component; - a heat recovery branch conduit, the heat recovery branch conduit comprising a heat recovery branch conduit inlet being in fluidal connection with the inlet of the heat recovery component, a heat recovery branch conduit outlet being in fluidal connection with the outlet of the heat recovery component, and a heat exchanger arranged in the heat recovery branch conduit; - a bypass branch conduit being in fluidal connection with the inlet and the outlet of the heat recovery component, the bypass branch conduit being separate from the heat recovery branch conduit, the bypass branch conduit allowing exhaust gas flowing through the bypass branch conduit to bypass the heat recovery branch conduit; - a valve being configured to be rotatable between a heat recovery end position, in which the valve allows exhaust gas to only flow through the heat recovery branch conduit, and a bypass end position, in which the valve allows exhaust gas to flow through the bypass branch conduit, the valve being arranged to be rotatable around a rotation axis located in the bypass branch conduit,