mhurhangee/ep-ind-claims huggingface dataset:
An operating and information system for a breathing apparatus, having a display for displaying information and for displaying operating fields (14a-x) for the user and at least one touch-sensitive input field (14a1 - 14x1) in spatial proximity to the displayed operating field (14a-x), wherein a first operating field and a second operating field are displayed in the region of the display, a processing unit which is coupled to the display and to the touch-sensitive input unit, wherein the processing unit is configured to detect an operation of the first operating field via the touch-sensitive input unit and, on the basis thereof, to cause the control unit to carry out or display the function associated with the operating field, wherein an operation of the second operating field is detected by the processing unit via the touch-sensitive input unit and the control unit is then caused to call up a context-dependent submenu, the submenu comprising a selection of actuatable adjustment functions for the menu, the control unit visualizing adjusted parameters in the region of the menu and applying them via control commands to an associated actuator and wherein a memory is associated with the control unit and adjusted parameters or values are written to the memory by the control unit, the memory storing at least the values input and/or applied last, characterized in that the control unit registers current or resistance or voltage changes in the region of interfaces or connections to the humidifier and thus detects when a humidifier is adapted to the humidifier connection and a new menu having an operating field for the humidifier is then displayed by the control unit via the display, wherein the menu for controlling the humidifier is displayed substantially at a position on the display which was not previously occupied by a menu, wherein additional operating fields (14f1) which are initially not active are visualized adjacent to the operating field, actuation of the operating field being detected by the processing unit which causes the control unit to activate the operating fields (14f1) and the latter being used to adjust a humidifier heating level and a selected humidifier level then being displayed in the operating field, and the selected value being additionally adjusted and used by the control unit via a control signal to the humidifier.
An observation and photography device in which an electrolytic polishing mechanism is attached to a photography unit-equipped microscope capable of observing and photographing a surface of a sample, the electrolytic polishing mechanism repeatedly electrolytically polishing the surface of the sample in equidistant intervals or by an established amount in a vertical direction prior to observation, wherein the electrolytic polishing mechanism comprises: a turntable having a vertical rotation shaft; an electrolyte-absorbing cloth (26, 27) for absorbing electrolyte for electrolytically polishing an observation plane, the electrolyte-absorbing cloth (26, 27) being attached to a lower surface of the turntable; and an electrolyte-spraying nozzle (31, 33) for spraying the electrolyte upward to wet the electrolyte-absorbing cloth (26, 27), the electrolyte-spraying nozzle (31, 33) being disposed below the electrolyte-absorbing cloth (26, 27); wherein the observation and photography device further comprises a sample stand-elevating mechanism for moving the electrolytically polished sample to an observation position of the photography unit-equipped microscope, and a control unit for estimating the amount of polishing and controlling the sample stand-elevating mechanism so that the surface or the observation plane aligns with the focal point of the photography unit-equipped microscope.
A boiler system comprising: a boiler having at least one heat exchanger, the at least one heat exchanger having a surface on which a deposit,may form; at least one retractable sootblower having a lance tube for carrying a high pressure fluid into the boiler, the lance tube being configured to discharge the high pressure fluid such that the high pressure fluid impacts the heat exchanger surface to effect a vibration in the boiler system; the boiler system characterised by at least one vibration measuring device coupled to the boiler system, the vibration measuring device being configured to measure the vibration in the boiler system resulting from the impact of the high pressure fluid with the heat exchanger surface, wherein the measured vibration of the boiler system indicates presence or absence of the deposit on the heat exchanger surface. a boiler having at least one heat exchanger, the at least one heat exchanger having a surface on which a deposit,may form; at least one retractable sootblower having a lance tube for carrying a high pressure fluid into the boiler, the lance tube being configured to discharge the high pressure fluid such that the high pressure fluid impacts the heat exchanger surface to effect a vibration in the boiler system; the boiler system characterised by at least one vibration measuring device coupled to the boiler system, the vibration measuring device being configured to measure the vibration in the boiler system resulting from the impact of the high pressure fluid with the heat exchanger surface, wherein the measured vibration of the boiler system indicates presence or absence of the deposit on the heat exchanger surface.
An analog to digital converter ADC circuit comprising: an ADC input for receiving an analog input signal; a memory storing preconfigured ordered sets of codes; a digital sequence generator configured to provide random numbers to address the memory; at least one Flash reference generation digital to analog converter FRGD, each FRGD having an input coupled to the memory and an output configured to provide a reference voltage level; and a Flash comparator for each of the at least one FRGD, each Flash comparator comprising: an output; a first input coupled to its corresponding FRGD; and a second input coupled to the ADC input; wherein the preconfigured ordered sets of codes of the memory are of predetermined FRGD combinations. an ADC input for receiving an analog input signal; a memory storing preconfigured ordered sets of codes; a digital sequence generator configured to provide random numbers to address the memory; at least one Flash reference generation digital to analog converter FRGD, each FRGD having an input coupled to the memory and an output configured to provide a reference voltage level; and a Flash comparator for each of the at least one FRGD, each Flash comparator comprising: an output; a first input coupled to its corresponding FRGD; and a second input coupled to the ADC input; an output; a first input coupled to its corresponding FRGD; and a second input coupled to the ADC input; wherein the preconfigured ordered sets of codes of the memory are of predetermined FRGD combinations.
A method of releasing at least one persistent resource, the method comprising: receiving a physical downlink control channel, PDCCH, transmission, wherein the PDCCH transmission comprises a persistent resource release indication; determining whether to explicitly or implicitly acknowledge the PDCCH transmission comprising the persistent resource release indication based on whether the persistent resource release indication is applicable to a downlink, DL, persistent resource or an uplink, UL, persistent resource; and transmitting a positive acknowledgement, ACK, on condition that the persistent resource release is applicable to the DL persistent resource. receiving a physical downlink control channel, PDCCH, transmission, wherein the PDCCH transmission comprises a persistent resource release indication; determining whether to explicitly or implicitly acknowledge the PDCCH transmission comprising the persistent resource release indication based on whether the persistent resource release indication is applicable to a downlink, DL, persistent resource or an uplink, UL, persistent resource; and transmitting a positive acknowledgement, ACK, on condition that the persistent resource release is applicable to the DL persistent resource.
A device maintenance apparatus, comprising: a device information storage for storing information of a field device of a plant of a maintenance target, and at least one maintenance item and prompting information for prompting execution of the at least one maintenance item, the at least one maintenance item and the prompting information being associated with the information of the field device; an acquirer configured to acquire the information of the field device; and a maintenance item determiner configured to search for at least one maintenance item and prompting information associated with the acquired information of the field device from the device information storage and to determine the at least one maintenance item and the prompting information to be displayed on the display among the searched at least one maintenance item and the searched prompting information on the basis of the execution information of the at least one maintenance item; and a display configured to display an execution button receivable of an operation, the operation being for causing the determined at least one maintenance item to be executed on the field device and to display the prompting information. a device information storage for storing information of a field device of a plant of a maintenance target, and at least one maintenance item and prompting information for prompting execution of the at least one maintenance item, the at least one maintenance item and the prompting information being associated with the information of the field device; an acquirer configured to acquire the information of the field device; and a maintenance item determiner configured to search for at least one maintenance item and prompting information associated with the acquired information of the field device from the device information storage and to determine the at least one maintenance item and the prompting information to be displayed on the display among the searched at least one maintenance item and the searched prompting information on the basis of the execution information of the at least one maintenance item; and a display configured to display an execution button receivable of an operation, the operation being for causing the determined at least one maintenance item to be executed on the field device and to display the prompting information.
A reinforced polymer composite (10, 20) comprising: a polyurethane barrier layer comprising: a barrier layer first surface; a barrier layer second surface; and a plurality of hard segment domains; a reinforced polyurethane layer covering at least a portion of the barrier layer first surface; wherein the barrier layer second surface exhibits a Class A quality; and wherein the plurality of hard segment domains substantially suppress deformation of the polymeric barrier layer at a molding temperature of the reinforced polymer composite; characterized in that the barrier layer has a crosslink density of 1.75 to 3.25 moles of branch points/kg. a polyurethane barrier layer comprising: a barrier layer first surface; a barrier layer second surface; and a plurality of hard segment domains; a barrier layer first surface; a barrier layer second surface; and a plurality of hard segment domains; a reinforced polyurethane layer covering at least a portion of the barrier layer first surface; wherein the barrier layer second surface exhibits a Class A quality; and wherein the plurality of hard segment domains substantially suppress deformation of the polymeric barrier layer at a molding temperature of the reinforced polymer composite; characterized in that the barrier layer has a crosslink density of 1.75 to 3.25 moles of branch points/kg.
A self-propelled agricultural machine, for example a self-propelled merger, said self-propelled agricultural machine being provided with at least one motor, at least one elongated unit (3a, 3b) for carrying out, in use, an agricultural operation on the land, a first wheel axle and a second wheel axle located at a distance from the first wheel axle, wherein the first wheel axle and/or the second wheel axle is/are to be driven by the motor for moving the agricultural machine, wherein the elongated unit is movable from a transport position to a working position and vice versa, so that the maximum width of the self-propelled agricultural machine in the unit's transport position is less than in the unit's working position, characterized in that the distance between the first wheel axle and the second wheel axle is to be varied depending on the position of the elongated unit, wherein the at least one elongated unit is located in the working position in front of the first wheel axle, wherein in the transport position the at least one elongated unit is located largely or completely behind the first wheel axle.
Piston compressor comprising at least one compression cylinder which has a piston and a suction connection and a delivery connection, the compression cylinder being a double-acting compression cylinder, the compression cylinder having at both the suction side and the delivery side two valve chambers (115a-d) which are spaced apart in the direction of the cylinder longitudinal axis and are interconnected by a connection channel (117a, b) in each case which is closed to the outside, in each case a suction-side valve chamber being connected to the suction connection by a connection channel and a delivery-side valve chamber being connected to the delivery connection by a connection channel, characterised in that the suction connection and the delivery connection are arranged on an end face (112a, 112b) of the compression cylinder.
A drill having at least one cutting edge, wherein a projecting shape of a passing area of a ridgeline of the at least one cutting edge when the at least one cutting edge is rotated around a tool axis (Tax) forms a line-symmetric and polygonal line along a parabola or an ellipse, the projecting shape being drawn on a projection plane parallel to the tool axis (Tax), wherein the polygonal line is obtained by discontinuously connecting at least six linear line segments, of which positions of both ends of each line segment lie on a common parabola or ellipse.
A supported catalyst comprising at least one metal from Group 6, alternatively referred to as Group VIB, of the Periodic Table of the Elements, at least one metal from Groups 8, 9 or 10, alternatively referred to as Group VIII, of the Periodic Table of the Elements, and optionally comprising phosphorous, wherein said metals, and phosphorous when present, are carried on a foraminous carrier or support, said carrier or support having a total pore volume of 0.6 cc/g to 1.1 cc/g and comprising: (a) equal to or greater than 78% to 95% of TPV in pores having a diameter of less than 200 Angstroms (Å); (b) greater than 2% to less than 19% of TPV in pores having a diameter of 200 Å to less than 1000 Å; (c) equal to or greater than 3% to less than 10% of TPV in pores having a diameter equal to or greater than 1000 Å; and (d) a pore mode equal to or greater than 90 Å and less than 160 Å; and wherein said foraminous carrier or support exhibits a unimodal pore size distribution exhibiting a single discernible peak in the distribution measured using mercury porosimetry. (a) equal to or greater than 78% to 95% of TPV in pores having a diameter of less than 200 Angstroms (Å); (b) greater than 2% to less than 19% of TPV in pores having a diameter of 200 Å to less than 1000 Å; (c) equal to or greater than 3% to less than 10% of TPV in pores having a diameter equal to or greater than 1000 Å; and (d) a pore mode equal to or greater than 90 Å and less than 160 Å; and
An apparatus for receiving biological specimens, the apparatus being introducible into a laser microdissection device for laser microdissection of a biological specimen, comprising a first element including a first opening extending from a first side to a second side of the first element; a second element including a second opening extending from a first side to a second side of the second element, the second opening being closed at the second side, the second element being disposed relative to the first element so that the first opening is aligned with the second opening; and a layer disposed between the first and second elements (24, 29), the layer being configured to receive the biological specimen thereon and being capable of being cut through by laser light in a laser microdissection operation so that a portion of the biological specimen is receivable in the second opening so as to remain inside the apparatus; characterized in that the apparatus further comprises a cover configured to close off the first opening from an environment, wherein the cover includes an optically transparent material.
Multi-function acquisition device comprising a casing with a connector having two connection terminals (21, 22), adapted for electrically connecting a complementary connector (801;802) of a second device (81, 82), and an electronic circuit located in said casing and connected to said two connection terminals (21, 22), wherein said electronic circuit comprises: - an acquisition circuit configured for enabling the digital conversion of analog signals from a sensor as second device, and the memorization of the digitized signals in a memory, when said sensor is connected to said two connection terminals (21, 22); - a harvesting circuit configured for enabling the transmission of data stored in the memory to a harvesting device as second device, when said harvesting device is connected to the two connection terminals (21, 22); - a charging circuit configured for enabling the charging of a battery located in said casing with the power provided by a powering device as second device, when said powering device is connected to the two connection terminals (21, 22), and - a control unit configured to control the activation of the acquisition circuit, the activation of the harvesting circuit, and the activation of the charging circuit. - an acquisition circuit configured for enabling the digital conversion of analog signals from a sensor as second device, and the memorization of the digitized signals in a memory, when said sensor is connected to said two connection terminals (21, 22); - a harvesting circuit configured for enabling the transmission of data stored in the memory to a harvesting device as second device, when said harvesting device is connected to the two connection terminals (21, 22); - a charging circuit configured for enabling the charging of a battery located in said casing with the power provided by a powering device as second device, when said powering device is connected to the two connection terminals (21, 22), and - a control unit configured to control the activation of the acquisition circuit, the activation of the harvesting circuit, and the activation of the charging circuit.
A beverage cup and saucer that allows the saucer of the product groups used as a saucer for the act of drinking and the beverage cup that keeps a beverage to be compatible with each other, whereby a seating slot (1.1) formed on the underside of the said beverage cup ensures that said beverage cup sits on the saucer and remains stable on it, a seating protuberance (2.1) in male form, formed at the middle of said saucer exactly opposite of the said seating slot (1.1) that helps to grasp the protuberance (2.1) of the beverage cup, characterized by the cup having a ribbed cup base (1.2) comprising a ribbed structure formed on the entire base of the said beverage cup and the saucer having a ribbed saucer surface (2.2) thereon in the same form as the said ribbed cup base (1.2) in such a way as to provide resistance against said ribbed cup base (1.2) and providing a safe seating by providing resistance against any external force.
A method comprising: while in a first communication mode that uses scheduled communication, detecting, by a communication device operating under control of a master device in a wireless network controlled by the master device, when a number of packets communicated in an interval exceeds a threshold; and if the number of packets communicated in the interval exceeds the threshold, changing, by the communication device, its communication mode from the first communication mode to a second communication mode that uses unscheduled communication, and if the packets communicated in the interval have been detected but such that the number of packets detected in the interval does not exceed the threshold, remaining, by the communication device, in the first communication mode. while in a first communication mode that uses scheduled communication, detecting, by a communication device operating under control of a master device in a wireless network controlled by the master device, when a number of packets communicated in an interval exceeds a threshold; and if the number of packets communicated in the interval exceeds the threshold, changing, by the communication device, its communication mode from the first communication mode to a second communication mode that uses unscheduled communication, and if the packets communicated in the interval have been detected but such that the number of packets detected in the interval does not exceed the threshold, remaining, by the communication device, in the first communication mode.
A control system comprising a track lighting system powered by a DC power source, the track lighting system comprising at least one elongated conducting track extending from a first end to a second end for supplying a DC supply voltage component of the DC power source to at least one lamp holder adapted to be attached to the track, the control system comprising: - a combining unit operable to: - combine the DC supply voltage component and, at least, a received near-field radio frequency, RF, signal, thereby producing a combined signal, the near-field RF signal comprising at least one control command; and, - transmit the combined signal at the first end of the track, so as to inductively control the operation of the at least one lamp holder based on the control command. - a combining unit operable to: - combine the DC supply voltage component and, at least, a received near-field radio frequency, RF, signal, thereby producing a combined signal, the near-field RF signal comprising at least one control command; and, - transmit the combined signal at the first end of the track, so as to inductively control the operation of the at least one lamp holder based on the control command. - combine the DC supply voltage component and, at least, a received near-field radio frequency, RF, signal, thereby producing a combined signal, the near-field RF signal comprising at least one control command; and, - transmit the combined signal at the first end of the track, so as to inductively control the operation of the at least one lamp holder based on the control command.