mhurhangee/ep-ind-claims huggingface dataset:
A valve comprising a stem with a valve disc being guided in a bonnet, a packing flange and a device for mounting and removing a packing installed at said stem to prevent leakage of a fluid from said valve, the packing mounting and removing device comprising: a plurality of rods having long shapes; a ring-shaped support connected to the rods; threads formed at outer circumferential surfaces of upper portions of the rods; and nuts fastened onto the threads, wherein a plurality of packings are passed and stacked by the rods, a gland bushing is passed by the rods to be disposed on the packings, the support supports the packings, and the nuts are fastened to the threads to closely attach the packings to the gland bushing, wherein said packing flange is positioned on said gland bushing and, wherein said gland bushing is fixed both to said packing flange and to said bonnet of the valve by means of stud bolts passing through the said packing flange and said gland bushing, and by means of stud nuts, guide rings and beveled washers on the side of said packing flange facing away from both said gland bushing and said bonnet. a plurality of rods having long shapes; a ring-shaped support connected to the rods; threads formed at outer circumferential surfaces of upper portions of the rods; and nuts fastened onto the threads, wherein a plurality of packings are passed and stacked by the rods, a gland bushing is passed by the rods to be disposed on the packings, the support supports the packings, and the nuts are fastened to the threads to closely attach the packings to the gland bushing, wherein said packing flange is positioned on said gland bushing and, wherein said gland bushing is fixed both to said packing flange and to said bonnet of the valve by means of stud bolts passing through the said packing flange and said gland bushing, and by means of stud nuts, guide rings and beveled washers on the side of said packing flange facing away from both said gland bushing and said bonnet.
A method of surface treating a dovetail in a blade comprises the steps of: providing a burnishing operation along circumferential sides of said dovetail; and characterized in that shot peening is subsequently provided to axial ends (102, 104) of said dovetail, wherein said axial ends (102, 104) are not regular surfaces, but have complex curved shapes. providing a burnishing operation along circumferential sides of said dovetail; and characterized in that shot peening is subsequently provided to axial ends (102, 104) of said dovetail, wherein said axial ends (102, 104) are not regular surfaces, but have complex curved shapes.
A combination mobile device, comprising: a mobile navigation receiver GPS part; a mobile communications device cellphone part integrated with the navigation receiver GPS part; a single crystal oscillator providing a GPS reference frequency (Fgps) and a multiple re-use of frequencies for RF-tuning (308, 320), down conversion and signal demodulation in both the navigation receiver GPS part and communications device cellphone part; a voltage controlled oscillator in the mobile communications device cellphone part; characterised by a frequency divider connected to a GPS digital processor of the navigation receiver GPS part for supplying a derivative of said GPS reference frequency to the voltage controlled oscillator; a low-frequency oscillator for low-power operation time maintenance; a clock selector intermediate to the single crystal oscillator and the low-frequency oscillator on one side and the GPS digital processor and providing for a selection between the single crystal oscillator for normal operation and the low-frequency oscillator for the low-power operation. a mobile navigation receiver GPS part; a mobile communications device cellphone part integrated with the navigation receiver GPS part; a single crystal oscillator providing a GPS reference frequency (Fgps) and a multiple re-use of frequencies for RF-tuning (308, 320), down conversion and signal demodulation in both the navigation receiver GPS part and communications device cellphone part; a voltage controlled oscillator in the mobile communications device cellphone part; characterised by a frequency divider connected to a GPS digital processor of the navigation receiver GPS part for supplying a derivative of said GPS reference frequency to the voltage controlled oscillator; a low-frequency oscillator for low-power operation time maintenance; a clock selector intermediate to the single crystal oscillator and the low-frequency oscillator on one side and the GPS digital processor and providing for a selection between the single crystal oscillator for normal operation and the low-frequency oscillator for the low-power operation.
A method of manufacturing an article, comprising using a coordinate measuring machine both to obtain measurements of a first part of the article that is already in place and to position a second part of the article in a predetermined spatial relationship relative to the first part in dependence upon the measurements of the first part, comprising using the coordinate measuring machine to obtain measurements of the second part, with the second part being positioned in the predetermined spatial relationship relative to the first part in dependence upon the measurements of the first and second parts (70, 80), wherein the machine comprises first and second platforms (12, 14) moveable relative to one another, and the method comprises supporting the first part on the second platform and supporting the second part on the first platform, and wherein positioning the second part relative to the first part comprises controlling the machine to move the first and second platforms (12, 14) relative to one another, comprising measuring the first part using a first probe supported on the first platform, comprising measuring the second part using a second probe supported on the second platform, wherein measuring the second part with the second probe comprises moving the first and second platforms (12, 14) relative to one another to bring the second probe into a sensing relationship with the second part. comprising using the coordinate measuring machine to obtain measurements of the second part, with the second part being positioned in the predetermined spatial relationship relative to the first part in dependence upon the measurements of the first and second parts (70, 80), wherein the machine comprises first and second platforms (12, 14) moveable relative to one another, and the method comprises supporting the first part on the second platform and supporting the second part on the first platform, and wherein positioning the second part relative to the first part comprises controlling the machine to move the first and second platforms (12, 14) relative to one another, comprising measuring the first part using a first probe supported on the first platform, comprising measuring the second part using a second probe supported on the second platform, wherein measuring the second part with the second probe comprises moving the first and second platforms (12, 14) relative to one another to bring the second probe into a sensing relationship with the second part.
System for operating an energy storage device comprising: - a mains-side energy storage connection to an electrical supply grid, - an energy storage device, - a control device (14, 2b) arranged between the energy storage connection and the energy storage device, wherein - a first metering device is arranged between the energy storage connection and the energy storage device, which is arranged to measure an electrical energy transmitted between the energy storage device and the energy storage connection, and - a second metering device is arranged between a mains-side supply grid connection, which is spatially separated from the energy storage connection, and a house-side domestic distribution network connection connected to the supply grid connection, which is arranged to measure an electrical energy transmitted between the domestic distribution network connection and the supply grid connection, and a setting device which is arranged to generate an external control signal as a function of the energy measured by the second metering device, characterized in that - the control device (14, 2b) is set up to adjust a power flow between the energy storage device and the energy storage connection as a function of the external control signal, - the first and second metering devices have a common time normal, wherein the power flow being set by the control device (14, 2b) in such a way that - a time-synchronized power balancing or a time period-synchronized energy balancing takes place. - a mains-side energy storage connection to an electrical supply grid, - an energy storage device, - a control device (14, 2b) arranged between the energy storage connection and the energy storage device, wherein - a first metering device is arranged between the energy storage connection and the energy storage device, which is arranged to measure an electrical energy transmitted between the energy storage device and the energy storage connection, and - a second metering device is arranged between a mains-side supply grid connection, which is spatially separated from the energy storage connection, and a house-side domestic distribution network connection connected to the supply grid connection, which is arranged to measure an electrical energy transmitted between the domestic distribution network connection and the supply grid connection, and a setting device which is arranged to generate an external control signal as a function of the energy measured by the second metering device, - the control device (14, 2b) is set up to adjust a power flow between the energy storage device and the energy storage connection as a function of the external control signal, - the first and second metering devices have a common time normal, wherein the power flow being set by the control device (14, 2b) in such a way that - a time-synchronized power balancing or a time period-synchronized energy balancing takes place.
Adjustable thermal apparatus prolonging the temperature of hot foods in order to offer them near tables, constituted by a container made of a heat insulating material whose wall forming the bottom delimitates the contact surface with a heating radiator made of a material characterized by a high emissivity and having an electric current power supply plug, the contact surface being designed to provide heat conduction, said container, designed for holding food, being not connected to the electric power supply and being equipped with a lid, the remaining surface of the heating radiator being covered with an insulator, the apparatus constituted by the mass of the container and the mass of the heating radiator and their common contact surface forming a double-walled thermal apparatus that, connected to the electrical power supply, directs the thermal flux defined by a temperature limiter, towards the container, said thermal insulating container exerting a buffering effect on the radiation from the heating radiator, increasing the heat storage and release capacity of the thermal flux into said apparatus, modifying the ambient conditions of said container, the thermal apparatus formed thus defining its cooling rate enabling prolongment and control, as energy saving, of the temperature transmitted to the food, as long as the logistics of distribution of the meals or a cooking require it.
Detergent-dispensing device of a washing machine comprising: - at least one detergent tray that may contain a quantity of detergent, - at least one receptacle that may contain a quantity of water, - wherein said at least one detergent tray is rotated following the filling with water of said at least one receptacle, characterized in that: - said detergent-dispensing device comprises at least one trigger device, - wherein said at least one trigger device is set in motion by means of the water level reached in said at least one receptacle so as to rotate said at least one detergent tray independently of the quantity of detergent contained in said at least one detergent tray. - at least one detergent tray that may contain a quantity of detergent, - at least one receptacle that may contain a quantity of water, - wherein said at least one detergent tray is rotated following the filling with water of said at least one receptacle, - said detergent-dispensing device comprises at least one trigger device, - wherein said at least one trigger device is set in motion by means of the water level reached in said at least one receptacle so as to rotate said at least one detergent tray independently of the quantity of detergent contained in said at least one detergent tray.
A fixing device, comprising: a fixing member having a first surface configured to be pressed against a recording medium; a heater (40, 45) on a second surface of the fixing member and configured to heat the fixing member; a first heat conducting member contacting a back surface side of the heater; and a second heat conducting member that is moveable between a first state in which the second heat conducting member is in contact with the first heat conducting member and the second surface of the fixing member and a second state in which the second heat conducting member is contacting the first heat conducting member, but separated from the second surface of the fixing member characterised in that the first heat conducting member extends beyond the heater in an upstream direction relative to a travel direction of the recording medium past the fixing member, and the second heat conducting member has a U-shaped cross-section and covers an upstream edge of the heater. a fixing member having a first surface configured to be pressed against a recording medium; a heater (40, 45) on a second surface of the fixing member and configured to heat the fixing member; a first heat conducting member contacting a back surface side of the heater; and a second heat conducting member that is moveable between a first state in which the second heat conducting member is in contact with the first heat conducting member and the second surface of the fixing member and a second state in which the second heat conducting member is contacting the first heat conducting member, but separated from the second surface of the fixing member characterised in that the first heat conducting member extends beyond the heater in an upstream direction relative to a travel direction of the recording medium past the fixing member, and the second heat conducting member has a U-shaped cross-section and covers an upstream edge of the heater.
An emulation apparatus arranged to emulate an electrophysiological signal derived from a target area of the nervous system of a human or animal body under the influence of a stimulation signal applied to the human or animal body, the emulation apparatus comprising: a prior signal generator arranged to generate a prior signal representing an electrophysiological signal derived from a target area of the nervous system of a human or animal body in the absence of a stimulation signal; a test signal input arranged to receive a test signal representing a stimulation signal applied to the human or animal body; a modelling unit arranged to derive a modulation signal, which modulation signal represents the degree of modulation of the electrophysiological signal by the stimulation signal, from the test signal in accordance with a model implemented within the modelling unit of the temporal evolution of the modulation of the electrophysiological signal caused by the stimulation signal; and a modulation unit arranged to modulate the prior signal in accordance with the modulation signal to output an emulation signal representing an electrophysiological signal derived under the influence of the stimulation signal. a prior signal generator arranged to generate a prior signal representing an electrophysiological signal derived from a target area of the nervous system of a human or animal body in the absence of a stimulation signal; a test signal input arranged to receive a test signal representing a stimulation signal applied to the human or animal body; a modelling unit arranged to derive a modulation signal, which modulation signal represents the degree of modulation of the electrophysiological signal by the stimulation signal, from the test signal in accordance with a model implemented within the modelling unit of the temporal evolution of the modulation of the electrophysiological signal caused by the stimulation signal; and a modulation unit arranged to modulate the prior signal in accordance with the modulation signal to output an emulation signal representing an electrophysiological signal derived under the influence of the stimulation signal.
An interface module configured to be releaseably coupled to an electric machine, said interface module comprising: a processing device; a first communication interface coupled to said processing device and configured for coupling with a motor controller of the electric machine; a second communication interface coupled to said processing device and configured to receive a control signal; a housing configured for coupling with the electric machine and for at least partially enclosing said processing device, said first communication interface, and said second communication interface; and a memory device characterized in that the memory device is configured to store a plurality of communications protocols, wherein said processing device is configured to: access the plurality of communications protocols to translate the control signal into a format able to be transmitted to the motor controller, and transmit the translated control signal into the motor controller. a processing device; a first communication interface coupled to said processing device and configured for coupling with a motor controller of the electric machine; a second communication interface coupled to said processing device and configured to receive a control signal; a housing configured for coupling with the electric machine and for at least partially enclosing said processing device, said first communication interface, and said second communication interface; and a memory device characterized in that the memory device is configured to store a plurality of communications protocols, wherein said processing device is configured to: access the plurality of communications protocols to translate the control signal into a format able to be transmitted to the motor controller, and transmit the translated control signal into the motor controller.
A compound having a structure of Formula I: wherein X is selected from a group consisting of O, S and Se; wherein G 2 and G 3 are each independently selected from the group consisting of benzene, biphenyl, fluorene, naphthalene, phenanthrene, triphenylene, dibenzofuran, dibenzothiophene, dibenzoselenophene, pyridine, pyrimidine, quinoline, isoquinoline, phenanthroline, aza-fluorene, and combinations thereof; wherein L is selected from the group consisting of phenyl, biphenyl, terphenyl and pyridine, and combinations thereof; wherein G 2, G 3 and L are each optionally further substituted with one or more unfused substituents selected from the group consisting of deuterium, alkyl, alkoxyl, cycloalkyl, cycloalkoxyl, halogen, nitro, nitrile, silyl, benzene, biphenyl, terphenyl, pyridine, and combinations thereof; wherein R 3 represents mono, di, tri, or tetra substitution, or no substitution; wherein R 4, R 5 and R 6 each independently represent mono, di, or tri substitution, or no substitution; wherein R 1, R 2, and each R 3, R 4, R 5 and R 6 are an unfused substituent selected from the group consisting of hydrogen, deuterium, alkyl, alkoxyl, cycloalkyl, cycloalkoxyl, halogen, nitro, nitrile, silyl, benzene, biphenyl, terphenyl, pyridine, and combinations thereof; and wherein R 1 and R 2 are optionally joined to form a ring. wherein X is selected from a group consisting of O, S and Se; wherein G 2 and G 3 are each independently selected from the group consisting of benzene, biphenyl, fluorene, naphthalene, phenanthrene, triphenylene, dibenzofuran, dibenzothiophene, dibenzoselenophene, pyridine, pyrimidine, quinoline, isoquinoline, phenanthroline, aza-fluorene, and combinations thereof; wherein L is selected from the group consisting of phenyl, biphenyl, terphenyl and pyridine, and combinations thereof; wherein G 2, G 3 and L are each optionally further substituted with one or more unfused substituents selected from the group consisting of deuterium, alkyl, alkoxyl, cycloalkyl, cycloalkoxyl, halogen, nitro, nitrile, silyl, benzene, biphenyl, terphenyl, pyridine, and combinations thereof; wherein R 3 represents mono, di, tri, or tetra substitution, or no substitution; wherein R 4, R 5 and R 6 each independently represent mono, di, or tri substitution, or no substitution; wherein R 1, R 2, and each R 3, R 4, R 5 and R 6 are an unfused substituent selected from the group consisting of hydrogen, deuterium, alkyl, alkoxyl, cycloalkyl, cycloalkoxyl, halogen, nitro, nitrile, silyl, benzene, biphenyl, terphenyl, pyridine, and combinations thereof; and wherein R 1 and R 2 are optionally joined to form a ring.
Arrangement for ETCS L2 -European Train Control System Level 2- train control with interlocking-controlled RBC -Radio Block Centre- based on an automatic block system with block signals arranged between the interlockings and actuated by track vacancy detection equipment, characterised in that the track vacancy detection equipment and/or the block signals are connected by means of radio equipment to the RBC for the transmission of their busy/hold/vacant state.