mhurhangee/ep-ind-claims huggingface dataset:
Combine harvester comprising a cleaning system for separating harvested seeds from by-products that are harvested along with said seeds, said cleaning system comprising at least one sieve, an associated sieve drive assembly and a sieve coupling, said sieve drive assembly being connected to the sieve by said sieve coupling, said sieve being moveable by said sieve drive assembly to perform a reciprocating sieve movement having a throw stroke and a return stroke, said throw stroke and said return stroke each having an accelerating portion and a decelerating portion, wherein the sieve drive assembly comprises: - a rotary drive, which rotary drive comprises a rotatable output shaft having a center line, - an eccentric device, which eccentric device is fixedly connected to the rotatable output shaft of the rotary drive to rotate with the rotatable shaft, which eccentric device has an eccentricity (e) and a driving point (a), which driving point is rotatable around the center line of the rotatable shaft along a circular path having a radius that equals the eccentricity (e) of the eccentric device, - a transmission, which transmission has a first end that is connected to the eccentric device and a second end that is connected to the sieve coupling, which transmission is adapted to transfer the movement of the eccentric device to the sieve coupling, the combine harvester being characterized in that the transmission comprises a cyclic length variation link assembly which has a length which is cyclically variable during each rotation of the rotatable output shaft in order to cyclically vary the distance between the driving point of the eccentric device and the sieve coupling during each full rotation of the rotatable output shaft of the rotary drive. - a rotary drive, which rotary drive comprises a rotatable output shaft having a center line, - an eccentric device, which eccentric device is fixedly connected to the rotatable output shaft of the rotary drive to rotate with the rotatable shaft, which eccentric device has an eccentricity (e) and a driving point (a), which driving point is rotatable around the center line of the rotatable shaft along a circular path having a radius that equals the eccentricity (e) of the eccentric device, - a transmission, which transmission has a first end that is connected to the eccentric device and a second end that is connected to the sieve coupling, which transmission is adapted to transfer the movement of the eccentric device to the sieve coupling,
A control apparatus for a premises based system, the control apparatus comprising: a memory configured to store life safety code and life style code; and a processor configured to operate the life safety code and life style code wherein the life safety code relates to code that manages a response of the system to at least one harmful premises condition, and the life style code relates to code that manages a response of the system to at least one non-harmful premises condition; characterised in that: the memory stores the life safety code in a first partition and the life style code in a second partition different from the first partition; the memory and processor are configured for separate operation of the life safety and life style code for changing the operation of the life style code without changing the operation of the life safety code; and the processor is further configured to modify at least a portion of the life style code in the first partition, the modification of the life style code includes: receiving updated life style code; storing the updated life style code to a third partition in the memory; installing the updated life style code into a fourth partition in the memory; shutting down and unmounting the life style code from the first partition; and mounting the installed updated life style code for operation by the processor. a memory configured to store life safety code and life style code; and a processor configured to operate the life safety code and life style code wherein the life safety code relates to code that manages a response of the system to at least one harmful premises condition, and the life style code relates to code that manages a response of the system to at least one non-harmful premises condition; characterised in that: the memory stores the life safety code in a first partition and the life style code in a second partition different from the first partition; the memory and processor are configured for separate operation of the life safety and life style code for changing the operation of the life style code without changing the operation of the life safety code; and the processor is further configured to modify at least a portion of the life style code in the first partition, the modification of the life style code includes: receiving updated life style code; storing the updated life style code to a third partition in the memory; installing the updated life style code into a fourth partition in the memory; shutting down and unmounting the life style code from the first partition; and mounting the installed updated life style code for operation by the processor. receiving updated life style code; storing the updated life style code to a third partition in the memory; installing the updated life style code into a fourth partition in the memory; shutting down and unmounting the life style code from the first partition; and mounting the installed updated life style code for operation by the processor.
A method of drying a web of printed material having at least one region of wet ink coverage and at least one region without wet ink coverage, said method being characterized by comprising applying both convective flux and infrared heat flux simultaneously to said web and in the same region of said web such that said at least one region having wet ink coverage is heated by an infrared emitter source and by convection air while simultaneously said at least one region without wet ink coverage is heated by said infrared emitter source while simultaneously being cooled by said convection air.
A system for supporting an intervention to be carried out by a human operator on a network apparatus (NA1,... NAn) of a communication network, said system comprising a terminal device (TD1,... TDk) provided in the equipment of said human operator, said terminal device (TD1,... TDk) being provided with a personal proxy (PP1,... PPk), wherein said personal proxy (PP1,... PPk) is configured to: - process a live view of said network apparatus (NA1,.. NAn) for extrapolating first information on said network apparatus (NA1,... NAn); - retrieve second information on said network apparatus (NA1,... NAn) from a network inventory of a network management system of said communication network; - compare said first information with said second information; - when a mismatch is detected between said first information and said second information, carry out a synchronization procedure of said network inventory; - by means of said terminal device (TD1,... TDk), provide to said human operator at least one instruction to carry out at least one operation of said intervention, by displaying at least one augmented reality element overwritten to a live view of at least a portion of said network apparatus (NA1,... NAn); - cooperate with said network management system of said communication network for checking whether said at least one instruction was properly executed; and - by means of said terminal device (TD1,... TDk), report an outcome of said checking to said operator by displaying at least one further augmented reality element (NP') overwritten to said live view of at least a portion of said network apparatus (NA1,... NAn), wherein said terminal device (TD1,... TDk) is provided with a camera suitable for framing said live view and a display suitable for showing both said framed live view and one or more augmented reality elements overwritten to said live view. - process a live view of said network apparatus (NA1,.. NAn) for extrapolating first information on said network apparatus (NA1,... NAn); - retrieve second information on said network apparatus (NA1,... NAn) from a network inventory of a network management system of said communication network; - compare said first information with said second information; - when a mismatch is detected between said first information and said second information, carry out a synchronization procedure of said network inventory; - by means of said terminal device (TD1,... TDk), provide to said human operator at least one instruction to carry out at least one operation of said intervention, by displaying at least one augmented reality element overwritten to a live view of at least a portion of said network apparatus (NA1,... NAn); - cooperate with said network management system of said communication network for checking whether said at least one instruction was properly executed; and - by means of said terminal device (TD1,... TDk), report an outcome of said checking to said operator by displaying at least one further augmented reality element (NP') overwritten to said live view of at least a portion of said network apparatus (NA1,... NAn),
An anchor for a prosthetic heart valve, comprising: a flexible first disc biased toward a first shape that is convex in a first direction; a neck extending from the first disc in a second direction opposite the first direction, the neck having a first end connected to the first disc and a second end; a flexible second disc connected to the second end of the neck and biased toward a second shape; and characterised in that the anchor further comprises: a cuff connected to the second disc and configured to secure the anchor to a tether. a flexible first disc biased toward a first shape that is convex in a first direction; a neck extending from the first disc in a second direction opposite the first direction, the neck having a first end connected to the first disc and a second end; a flexible second disc connected to the second end of the neck and biased toward a second shape; and characterised in that the anchor further comprises: a cuff connected to the second disc and configured to secure the anchor to a tether.
Air cleaning device for separating airborne particles from a flow of air, the air cleaning device comprising: a separating unit, and an ionizing unit arranged to charge airborne particles present in the flow of air and transmit at least a major part of the charged particles towards the separating unit, the ionizing unit comprising at least one collector electrode and at least one emitter electrode, wherein the separating unit is arranged to attract at least some of the charged particles so as to separate them from the flow of air, the air cleaning device is characterized in that the at least one collector electrode is shaped so as to conduct at least a portion of the flow of air and has a spherically curved inner surface, and in that the emitter electrode is centered with respect to the spherically curved inner surface of the collector electrode. a separating unit, and an ionizing unit arranged to charge airborne particles present in the flow of air and transmit at least a major part of the charged particles towards the separating unit, the ionizing unit comprising at least one collector electrode and at least one emitter electrode, wherein the separating unit is arranged to attract at least some of the charged particles so as to separate them from the flow of air, the air cleaning device is characterized in that the at least one collector electrode is shaped so as to conduct at least a portion of the flow of air and has a spherically curved inner surface, and in that the emitter electrode is centered with respect to the spherically curved inner surface of the collector electrode.
An optical scanner apparatus (200,200A) that oscillates a mirror to scan incident light, comprising: - an optical scanner unit that includes a piezo-electric sensor that detects an oscillation angle of the mirror, and an interconnect connected to the sensor; - a package on which the optical scanner unit is mounted; and - a cover provided on the package and covering the optical scanner unit that shades the sensor and the interconnect from stray light of the incident light and ambient light, wherein the cover is provided with an open portion having a shape that does not shut the incident light to the mirror and scanning light from the mirror, characterised in that the open portion is provided with a narrow substantially semicircular opening at the laser incident light Li side and a large substantially rectangular opening at the laser outgoing light Lo side. - an optical scanner unit that includes a piezo-electric sensor that detects an oscillation angle of the mirror, and an interconnect connected to the sensor; - a package on which the optical scanner unit is mounted; and - a cover provided on the package and covering the optical scanner unit that shades the sensor and the interconnect from stray light of the incident light and ambient light,
A method for recovering platinoid particles contained in an electrically insulating support, the method comprising an extraction step during which the electrically insulating support containing the platinoid particles is immersed in an ionic liquid solution comprising a first ionic liquid, characterised in that - the anion of the first ionic liquid is selected from halides, amines, dicyanamides and the anions having a sulphur ligand such as thiocyanates, and - the cation of the first ionic liquid is selected from imidazolium, pyrrolidinium, ammonium, piperidinium, sulfonium and phosphonium, whereby the platinoid particles of the electrically insulating support are extracted from the electrically insulating support. - the anion of the first ionic liquid is selected from halides, amines, dicyanamides and the anions having a sulphur ligand such as thiocyanates, and - the cation of the first ionic liquid is selected from imidazolium, pyrrolidinium, ammonium, piperidinium, sulfonium and phosphonium,
A system, comprising: - a control module comprising a first antenna, the control module being configured to generate a first radio frequency signal and transmit the first RF signal using the first antenna; - an implantable lead module comprising a second antenna and at least one electrode, the at least one electrode being configured to stimulate an excitable tissue of a subject; and - a relay module comprising a power storage reservoir circuit including a capacitor, the relay module configured to: ∘ receive the first RF signal; ∘ utilize a charging portion of the received first RF signal to charge the reservoir; ∘ generate a second RF signal based on the first RF signal, thereby utilizing the stored charge to generate the second RF signal, the second RF signal encoding a stimulus waveform to be applied by the at least one electrode of the implantable lead module to stimulate the excitable tissue of the subject; and ∘ transmit the second RF signal, wherein the implantable lead module is powered by the energy contained in the second RF signal and is configured to receive the second RF signal using the second antenna, generate the stimulus waveform from the received second RF signal, to extract the stimulation waveform from the received second RF signal and to apply the stimulus waveform to the excitable tissue of the subject. - a control module comprising a first antenna, the control module being configured to generate a first radio frequency signal and transmit the first RF signal using the first antenna; - an implantable lead module comprising a second antenna and at least one electrode, the at least one electrode being configured to stimulate an excitable tissue of a subject; and - a relay module comprising a power storage reservoir circuit including a capacitor, the relay module configured to: ∘ receive the first RF signal; ∘ utilize a charging portion of the received first RF signal to charge the reservoir; ∘ generate a second RF signal based on the first RF signal, thereby utilizing the stored charge to generate the second RF signal, the second RF signal encoding a stimulus waveform to be applied by the at least one electrode of the implantable lead module to stimulate the excitable tissue of the subject; and ∘ transmit the second RF signal, wherein the implantable lead module is powered by the energy contained in the second RF signal and is configured to receive the second RF signal using the second antenna, generate the stimulus waveform from the received second RF signal, to extract the stimulation waveform from the received second RF signal and to apply the stimulus waveform to the excitable tissue of the subject. ∘ receive the first RF signal; ∘ utilize a charging portion of the received first RF signal to charge the reservoir; ∘ generate a second RF signal based on the first RF signal, thereby utilizing the stored charge to generate the second RF signal, the second RF signal encoding a stimulus waveform to be applied by the at least one electrode of the implantable lead module to stimulate the excitable tissue of the subject; and ∘ transmit the second RF signal,
A paper substrate (SUBST1) that is suitable for binding silicone in a catalytic hydrosilation reaction, the paper substrate (SUBST1) comprising - a cellulose fiber-based paper and - a polymeric primer layer (PRIM1), wherein the polymeric primer layer (PRIM1) comprises a polymer that contains functional vinyl groups in an amount of equal to or higher than 0.5 millimoles per gram of the polymer, such that the surface of the polymeric primer layer (PRIM1) is hydrophobic, wherein the polymer that contains functional vinyl groups is high-vinyl content polybutadiene, which is an isomeric form of polybutadiene obtainable from 1,3-butadiene monomers by 1,2-addition polymerization. - a cellulose fiber-based paper and - a polymeric primer layer (PRIM1),
Turbo- or displacement machine, in particular a steam turbine, having a flow space through which a flow medium flows and in which there rotates a rotor, including shaft sections with rotor bearing points, that is mounted in magnetic bearings (5, 6), wherein each magnetic bearing (5, 6) has multiple electromagnets that consist of a winding, a winding core and at least one pole, wherein the magnetic bearings (5, 6) are arranged within the flow space, and at least the winding of each electromagnet of the magnetic bearings (5, 6) is installed in a housing and hermetically separated from the flow medium, and characterized in that a supply line, via which a pressurized medium can be introduced into the housing with the aid of a compressor, is connected to the housing such that the housing can be charged with a pressurized medium whose pressure corresponds at most to the maximum pressure of the flow medium.
A backwater control valve with a device for measuring a water level of the backwater control valve, wherein the device has a fluid line, a fastening housing, and a pressure sensor configured for measuring a relative pressure of water in the backwater control valve with respect to an ambient pressure, and a first chamber connected to the waste water pressure in a pressure-tight manner, and a second chamber connected to the ambient air in a pressure-tight manner, between which a differential pressure is measured, wherein the pressure sensor is directly attached to a removable cover of the backwater control valve, and the fluid line is connected to the second chamber in a pressure-tight manner, wherein an end of the fluid line, which end is open to the environment, is attached in a fastening housing that is attached at an arbitrary height with respect to the backwater control valve. wherein the pressure sensor is directly attached to a removable cover of the backwater control valve, and the fluid line is connected to the second chamber in a pressure-tight manner, wherein an end of the fluid line, which end is open to the environment, is attached in a fastening housing that is attached at an arbitrary height with respect to the backwater control valve.
Method for determining a duration of a critical state of a driver of a vehicle, wherein the method comprises the following steps: reading in a state signal representing a state of the driver detected using a sensor device of the vehicle; checking whether the state signal represents the critical state or a non-critical state of the driver, wherein a check is carried out in order to determine whether the state signal represents a closed state of the eyes of the driver, in which the eyes of the driver are closed for longer than the duration of a blink, as the critical state, or represents an open state of the eyes as the non-critical state; incrementing a counter value of a counter that represents the duration of the critical state if the state signal represents the critical state; keeping the counter value constant if the state signal represents the non-critical state; decrementing the counter value if the state signal represents the non-critical state after expiry of a reference holding time (t h), wherein the reference holding time (t h) is a predefined maximum duration, during which the counter value is kept constant; and determining a discrepancy between the counter value and a limit value (x), wherein, in an outputting step, a warning signal for warning the driver is output depending on the discrepancy between the counter value and the limit value (x). reading in a state signal representing a state of the driver detected using a sensor device of the vehicle; checking whether the state signal represents the critical state or a non-critical state of the driver, wherein a check is carried out in order to determine whether the state signal represents a closed state of the eyes of the driver, in which the eyes of the driver are closed for longer than the duration of a blink, as the critical state, or represents an open state of the eyes as the non-critical state; incrementing a counter value of a counter that represents the duration of the critical state if the state signal represents the critical state; keeping the counter value constant if the state signal represents the non-critical state; decrementing the counter value if the state signal represents the non-critical state after expiry of a reference holding time (t h), wherein the reference holding time (t h) is a predefined maximum duration, during which the counter value is kept constant; and determining a discrepancy between the counter value and a limit value (x), wherein, in an outputting step, a warning signal for warning the driver is output depending on the discrepancy between the counter value and the limit value (x).
A method comprising: producing elemental carbon material from the oxidation of carbide in at least one carbide chemical compound in at least one anode of an electrochemical cell apparatus, wherein the reaction temperature for producing the elemental carbon material is 10°C to 90°C, wherein the electrochemical cell apparatus anode is contacted with a solution comprising at least one organic solvent and at least one dissolved salt.
A gene expression modulation system comprising a gene expression cassette that is capable of being expressed in a host cell, the gene expression cassette comprising a polynucleotide that encodes a polypeptide comprising: i) a transactivation domain; ii) a DNA-binding domain that recognizes a response element associated with a gene whose expression is to be modulated; and iii) a Group H nuclear receptor ligand binding domain comprising SEQ ID NO: 1 and having a substitution mutation at amino acid residue 132. i) a transactivation domain; ii) a DNA-binding domain that recognizes a response element associated with a gene whose expression is to be modulated; and iii) a Group H nuclear receptor ligand binding domain comprising SEQ ID NO: 1 and having a substitution mutation at amino acid residue 132.