mhurhangee/ep-ind-claims huggingface dataset:
A display device having a capacitive touch panel in front of an image display unit, the touch panel detecting a capacitance change, the display device comprising: a control unit that sets a threshold to be compared to a variation of a capacitance detected by the touch panel to determine whether the touch panel is operated; and a switch (31, 41, 61) that causes the control unit to detect that the display device is held by an operator, wherein the control unit sets the threshold to a different value according to a detection result using the switch (31, 41, 61), and wherein the control unit sets a threshold for a case where it is detected by the switch (31, 41, 61) that the operator holds the display device to a value lower than a threshold for a case where it is not detected that the operator holds the display device. a control unit that sets a threshold to be compared to a variation of a capacitance detected by the touch panel to determine whether the touch panel is operated; and a switch (31, 41, 61) that causes the control unit to detect that the display device is held by an operator, wherein the control unit sets the threshold to a different value according to a detection result using the switch (31, 41, 61), and wherein the control unit sets a threshold for a case where it is detected by the switch (31, 41, 61) that the operator holds the display device to a value lower than a threshold for a case where it is not detected that the operator holds the display device.
An oven comprising an exterior body, a cooking chamber wherein the cooking process is performed, a control unit containing the electronic elements, a space arranged between the exterior body and the cooking chamber, a ventilating duct disposed at the upper side of the cooking chamber, having an outlet opening to the outside surrounding, and a fan disposed inside the ventilating duct providing the air sucked from the space to be discharged to the outside through the outlet opening by delivering it to the ventilating duct, - an exhaust device that extends from the cooking chamber into the ventilating duct in the vertical direction and crosses the ventilating duct transversely to open to the space from above thereof characterized by - a cap disposed at the upper side of the exhaust device, shaped like an open bottom box, which has an upper wall covering the upper side thereof and a side wall seated on the ventilating duct that surrounds the periphery of the exhaust device by extending downwards from the upper wall and a cavity enclosed by the upper wall and the side wall, - one or more air passage holes opening over the ventilating duct, disposed between the exhaust device and the side wall surrounding it and allowing air to pass from the ventilating duct to the cavity or from the cavity to the ventilating duct. - an exhaust device that extends from the cooking chamber into the ventilating duct in the vertical direction and crosses the ventilating duct transversely to open to the space from above thereof characterized by - a cap disposed at the upper side of the exhaust device, shaped like an open bottom box, which has an upper wall covering the upper side thereof and a side wall seated on the ventilating duct that surrounds the periphery of the exhaust device by extending downwards from the upper wall and a cavity enclosed by the upper wall and the side wall, - one or more air passage holes opening over the ventilating duct, disposed between the exhaust device and the side wall surrounding it and allowing air to pass from the ventilating duct to the cavity or from the cavity to the ventilating duct.
Laundry treatment apparatus comprising: a housing, a drum (18a-b) rotatably arranged within the housing and adapted for receiving laundry, a laundry humidity detector unit, and a control unit adapted to control operation of the treatment apparatus using at least one laundry treatment program, characterized by the laundry humidity detector unit comprising at least one emitting element (70a-c) adapted to emit ultrasonic waves and at least one receiving element (72a-c) adapted to receive ultrasonic waves, and/or the laundry humidity detector unit comprising at least one emitting element (70a-c) adapted to emit ultrasonic waves that also implements the function of a receiving element (72a-c) adapted to receive ultrasonic waves, wherein the at least one emitting element (70a-c) is adapted to emit ultrasonic waves having at least one frequency or a frequency range that is responsive to water absorbed by laundry, wherein the at least one emitting element (70a-c) is arranged in the housing to emit the ultrasonic waves towards the inner space of the drum (18a-b), and wherein the at least one receiving element (72a-c) and/or the at least one emitting element (70a-c) implementing the function of a receiving element (72a-c) is arranged in the housing to receive ultrasonic waves from the inner space of the drum (18a-b). a housing, a drum (18a-b) rotatably arranged within the housing and adapted for receiving laundry, a laundry humidity detector unit, and a control unit adapted to control operation of the treatment apparatus using at least one laundry treatment program, characterized by the laundry humidity detector unit comprising at least one emitting element (70a-c) adapted to emit ultrasonic waves and at least one receiving element (72a-c) adapted to receive ultrasonic waves, and/or the laundry humidity detector unit comprising at least one emitting element (70a-c) adapted to emit ultrasonic waves that also implements the function of a receiving element (72a-c) adapted to receive ultrasonic waves, wherein the at least one emitting element (70a-c) is adapted to emit ultrasonic waves having at least one frequency or a frequency range that is responsive to water absorbed by laundry, wherein the at least one emitting element (70a-c) is arranged in the housing to emit the ultrasonic waves towards the inner space of the drum (18a-b), and wherein the at least one receiving element (72a-c) and/or the at least one emitting element (70a-c) implementing the function of a receiving element (72a-c) is arranged in the housing to receive ultrasonic waves from the inner space of the drum (18a-b).
Pre-chamber ignition plug having a housing, and having a cap which is arranged on the combustion-chamber-side end of the housing and which forms together with the housing a pre-chamber and in which provision is made of at least one flow-transfer bore to allow entry of gas into the pre-chamber and exit of gas from the pre-chamber, having an insulator which is arranged within the housing, having a central electrode which is arranged within the insulator, and having an earth electrode, wherein the earth electrode and the central electrode are arranged in such a way as to form with one another an ignition gap, and wherein the earth electrode has a shape which is different from a cylindrical shape in order to influence a gas flow within the pre-chamber in a targeted manner, wherein the earth electrode has a longitudinal direction (y) and the earth electrode has perpendicular to the longitudinal direction (y) cross sections of which at least one cross section is different from a circular shape, characterized in that the at least one cross section has the shape of an ellipse or the shape of a longitudinal cross section of a drop.
A method, in an apparatus, of managing battery performance of a battery disposed on a wireless device, the method comprising the steps of: generating a battery tracking configuration executable by the wireless device to log predetermined battery performance data, wherein the battery tracking configuration comprises a test program; transmitting the battery tracking configuration to the wireless device; receiving a data log comprising the battery performance data from the wireless device, wherein the battery performance data are based on the battery tracking configuration comprising executing the test program on the wireless device; generating a battery performance report based on the battery performance data; further comprising: generating and transmitting a new device operational configuration to the wireless device, wherein the new device operational configuration is effective to change a setting on the wireless device which affects battery performance, and wherein the new device operational configuration is based on the collected battery performance data.
A method of search and selection of a communication channel among a plurality of channels, said method being implemented by an active medical device such as an active implant or a programmer for such an implant, previously to the establishment of an RF telemetry link with a remote device, comprising the following steps: - in the absence of a request for communication or a communication in progress with the remote device, periodic scanning and first analysis of said plurality of channels with, for each channel, determination and memorization of at least one long term indicator (ICLT) representative of the long term availability of the channel; - on receipt of a request for communication with the remote device: • second analysis of said plurality of channels with, for each channel, determination and memorization of at least one short term indicator (ICCT) representative of the short term availability of the channel; • weighting of the short term indicator by the long term indicator memorized, to obtain a weighted short term indicator, and • selection of a channel, among the plurality of channels, as a communication channel on the basis of the weighted short term indicator, characterized in that said first or second analysis (22, 30) comprises a step of: - comparison of the signal level (RSSI) of each channel to a predetermined threshold of base noise level; and for each channel whose signal level is higher than the base noise, a step (48, 50, 52) of: - signal type discrimination, adapted to make the difference between a useful data frame signal and a spurious signal. - in the absence of a request for communication or a communication in progress with the remote device, periodic scanning and first analysis of said plurality of channels with, for each channel, determination and memorization of at least one long term indicator (ICLT) representative of the long term availability of the channel; - on receipt of a request for communication with the remote device: • second analysis of said plurality of channels with, for each channel, determination and memorization of at least one short term indicator (ICCT) representative of the short term availability of the channel; • weighting of the short term indicator by the long term indicator memorized, to obtain a weighted short term indicator, and • selection of a channel, among the plurality of channels, as a communication channel on the basis of the weighted short term indicator, • second analysis of said plurality of channels with, for each channel, determination and memorization of at least one short term indicator (ICCT) representative of the short term availability of the channel; • weighting of the short term indicator by the long term indicator memorized, to obtain a weighted short term indicator, and • selection of a channel, among the plurality of channels, as a communication channel on the basis of the weighted short term indicator, - comparison of the signal level (RSSI) of each channel to a predetermined threshold of base noise level; and - signal type discrimination, adapted to make the difference between a useful data frame signal and a spurious signal.
A method for a remote presentation between a first terminal and at least one second terminal (200, 200') connected via a network, including the steps of: - generating events during an action of a user on one of the peripherals of the first terminal, and sending said generated events to a machine controller of the first terminal; characterised in that it also includes the steps of: - sending said generated events to a web server; and - sending said events from said web server to at least one machine controller among the machine controller of said second terminal and the machine controller of a video server, the configuration of which is compatible with that of the first terminal, characterized in that it further comprises the following steps: - sending to said web server the identity of the application launched by the action of a user on the first terminal or one of its peripherals; - sending the identity of said application from said web server to at least one machine controller of said second terminal; and - forcing the execution of said application on said second terminal. - generating events during an action of a user on one of the peripherals of the first terminal, and sending said generated events to a machine controller of the first terminal; - sending said generated events to a web server; and - sending said events from said web server to at least one machine controller among the machine controller of said second terminal and the machine controller of a video server, the configuration of which is compatible with that of the first terminal, characterized in that it further comprises the following steps: - sending to said web server the identity of the application launched by the action of a user on the first terminal or one of its peripherals; - sending the identity of said application from said web server to at least one machine controller of said second terminal; and - forcing the execution of said application on said second terminal. - sending to said web server the identity of the application launched by the action of a user on the first terminal or one of its peripherals; - sending the identity of said application from said web server to at least one machine controller of said second terminal; and - forcing the execution of said application on said second terminal.
A double-layer keg, comprising a rigid outer barrel fixed with a base and a plastic inner barrel disposed in the outer barrel, the outer barrel having a brace supporting a bottom periphery portion of the inner barrel, a spear structure being installed at an inner barrel opening of the inner barrel and the inner barrel having a shoulder and a neck arranged around the inner barrel opening; an inner surface of an upper portion of the outer barrel is pressed against an outer surface of the shoulder and/or the neck of the inner barrel and an expansion space allowing an inner barrel bottom to expand downward is disposed between the base and the bottom portion of the inner barrel at an inner side of the brace, the base has an annular slot in a circumferential direction, an opening of the slot faces upward, a lower end edge of the outer barrel is inserted downwardly in the slot, and an outer surface of the lower end of the outer barrel is tightly fitted with a slot wall of the slot of the base, characterized in that the expansion space is capable of being adjusted by changing the insertion of the outer barrel in the annular slot through the downward expansion of the inner barrel deforming and abutting against the base.
Plant for recovering carbon or glass fibres from composite materials comprising said fibres in a polymer matrix, comprising a tunnel kiln along which said materials are conveyed inside containers, wherein said tunnel kiln comprises a pyrolysis zone, in which said composite materials are subjected to a pyrolysis process in an atmosphere devoid of oxygen, and a gasification zone in which said materials are subjected to a gasification process in the presence of oxygen, characterized in that it further comprises an intermediate separating zone placed between the pyrolysis zone and the gasification zone, wherein in said intermediate zone a plurality of second injecting devices is provided for delivering a flow of nitrogen to said intermediate zone, so as to prevent the atmosphere of the pyrolysis zone coming into contact with the atmosphere of the gasification zone.
A gate driving circuit, comprising: a voltage source and a current source which drive a control electrode of a voltage-driven type switching element; and a voltage source controller configured to create a voltage drive signal which controls the voltage source using a control signal given from the outside; the gate driving circuit further comprising a delay control signal creation unit configured to create a delay control signal having a certain delay time with respect to the control signal; a reference signal creation unit configured to create a voltage reference signal by waveform shaping of the delay control signal, so that the rise time and the fall time of the delay control signal increase; a voltage detector configured to detect a voltage between main electrodes of the voltage-driven type switching element and output a principal voltage detection signal; and a comparator configured to compare the principal voltage detection signal with the voltage reference signal and output a comparison result signal which controls the current source. a voltage source and a current source which drive a control electrode of a voltage-driven type switching element; and a voltage source controller configured to create a voltage drive signal which controls the voltage source using a control signal given from the outside; the gate driving circuit further comprising a delay control signal creation unit configured to create a delay control signal having a certain delay time with respect to the control signal; a reference signal creation unit configured to create a voltage reference signal by waveform shaping of the delay control signal, so that the rise time and the fall time of the delay control signal increase; a voltage detector configured to detect a voltage between main electrodes of the voltage-driven type switching element and output a principal voltage detection signal; and a comparator configured to compare the principal voltage detection signal with the voltage reference signal and output a comparison result signal which controls the current source.
An article of furniture, in particular a sitting/standing table, comprising • an adjustable element, such as a tabletop, • at least one drive unit having an electric motor for causing the adjustment of the adjustable element, • an electrical control unit in a housing, • a control panel for activating the drive unit, characterized in • that the control unit is configured to perform a number of special functions, • that the control unit has a number of externally accessible gates, each gate being arranged for insertion of an external module, and • that the control unit is configured to modify, activate or deactivate various special functions when at least one of a plurality of external modules configured with a plug is inserted into a gate. • an adjustable element, such as a tabletop, • at least one drive unit having an electric motor for causing the adjustment of the adjustable element, • an electrical control unit in a housing, • a control panel for activating the drive unit, characterized in • that the control unit is configured to perform a number of special functions, • that the control unit has a number of externally accessible gates, each gate being arranged for insertion of an external module, and • that the control unit is configured to modify, activate or deactivate various special functions when at least one of a plurality of external modules configured with a plug is inserted into a gate.
After-treatment machine for the subsequent treatment of freshly produced concrete layers of a predetermined width, in particular concrete roadways extending longitudinally in the direction of travel, comprising a machine frame supported by ground-engaging units, with - no less than one texturing device (3, 5) movable transverse to the working direction for applying a texture, by means of multiple texturing tools, into the not yet hardened surface of the concrete layer, and with - a controller unit for adjusting the travelling speed in the direction of travel, characterized in that the controller unit captures the travelling speed and/or the traversing speed of the texturing device (3, 5) and, during forward or reverse travel, controls the travelling speed and/or the traversing speed of the texturing device (3, 5) in transverse direction in accordance with a specified texturing angle, with the relation of the speeds ensuing from the texturing angle. - no less than one texturing device (3, 5) movable transverse to the working direction for applying a texture, by means of multiple texturing tools, into the not yet hardened surface of the concrete layer, and with - a controller unit for adjusting the travelling speed in the direction of travel,
A therapeutically effective amount of a medicament aminopterin or a pharmaceutically acceptable salt thereof for use in the treatment of an inflammatory disorder in a patient selected from the group consisting of rheumatoid arthritis, juvenile rheumatoid arthritis, psoriasis, psoriatic arthritis, and bronchopulmonary dysplasia, wherein the administration pattern of the medicament comprises the step of administering the medicament to said patient in uninterrupted cycles, of at least four cycles, wherein the amount of aminopterin given in each cycle is in the range 0.001 to 0.07mg per kilogram of the patient body weight.
A gimbal assembly for a multi-axis machine to assist in maintaining a spatial relationship between a tool of the multi-axis machine and a workpiece to be processed by the tool, the multi-axis machine including two axes of rotation that intersect to define a machine focal point, the gimbal assembly comprising: a swivel arm operable to rotate about a first axis of rotation; and a contact member rotatably coupled to the swivel arm to rotate about a second axis of rotation which intersects with the first axis of rotation to define a gimbal assembly focal point, the contact member including one or more surface features arranged to ride upon a surface of the workpiece during operation and to define a reference plane that contains the gimbal assembly focal point, and wherein the gimbal assembly enables sensing of a deviation between the machine focal point and the gimbal assembly focal point as the contact member rides upon the surface of the workpiece during operation. a swivel arm operable to rotate about a first axis of rotation; and a contact member rotatably coupled to the swivel arm to rotate about a second axis of rotation which intersects with the first axis of rotation to define a gimbal assembly focal point, the contact member including one or more surface features arranged to ride upon a surface of the workpiece during operation and to define a reference plane that contains the gimbal assembly focal point, and wherein the gimbal assembly enables sensing of a deviation between the machine focal point and the gimbal assembly focal point as the contact member rides upon the surface of the workpiece during operation.