mhurhangee/ep-ind-claims huggingface dataset:
A method executed at least in part in a computing device for enabling interactive whiteboard sharing, the method comprising: detecting a request to share content displayed on an interface of a whiteboard with one or more client devices; establishing a connection between the whiteboard and the one or more client devices; sharing the content of the whiteboard with the one or more client devices; detecting input to the whiteboard provided on the one or more client devices; detecting input by two or more users directly and concurrently on the interface of the whiteboard, wherein the input is provided directly on the interface of the whiteboard by the two or more users employing a respective input device; updating the interface of the whiteboard with the input detected on the one or more client devices and the input provided directly on the interface of the whiteboard; and distinguishing each respective input device to the whiteboard to indicate a source of the input, wherein the whiteboard identifies to which user the respective input device belongs. detecting a request to share content displayed on an interface of a whiteboard with one or more client devices; establishing a connection between the whiteboard and the one or more client devices; sharing the content of the whiteboard with the one or more client devices; detecting input to the whiteboard provided on the one or more client devices; detecting input by two or more users directly and concurrently on the interface of the whiteboard, wherein the input is provided directly on the interface of the whiteboard by the two or more users employing a respective input device; updating the interface of the whiteboard with the input detected on the one or more client devices and the input provided directly on the interface of the whiteboard; and distinguishing each respective input device to the whiteboard to indicate a source of the input, wherein the whiteboard identifies to which user the respective input device belongs.
An embossing tool for embossing a structure in an inner side of a pipe, comprising at least three embossing stamps and a wedge, wherein each of the at least three embossing stamps has: a stamp or embossing surface lying on the outside in the radial direction, which has a structuring, which corresponds to a negative form of the structure to be embossed, wherein the stamp surface is curved about a straight line, which is parallel to the center axis, two flank surfaces, which are at an angle to one another and wherein the intersection line thereof is parallel to the center axis, characterized in that: each of the at least three embossing stamps has a wedge inner surface, which is inclined relative the center axis and in each case intersects the two flank surfaces at an identical angle, the wedge has at least three wedge outer surfaces, which each have the same angle to the center axis and wherein each of the wedge outer surface stands at an identical angle to each of its adjacent wedge outer surfaces, the embossing tool has a partially conical stamp or embossing surface. a stamp or embossing surface lying on the outside in the radial direction, which has a structuring, which corresponds to a negative form of the structure to be embossed, wherein the stamp surface is curved about a straight line, which is parallel to the center axis, two flank surfaces, which are at an angle to one another and wherein the intersection line thereof is parallel to the center axis, characterized in that: each of the at least three embossing stamps has a wedge inner surface, which is inclined relative the center axis and in each case intersects the two flank surfaces at an identical angle, the wedge has at least three wedge outer surfaces, which each have the same angle to the center axis and wherein each of the wedge outer surface stands at an identical angle to each of its adjacent wedge outer surfaces, the embossing tool has a partially conical stamp or embossing surface. each of the at least three embossing stamps has a wedge inner surface, which is inclined relative the center axis and in each case intersects the two flank surfaces at an identical angle, the wedge has at least three wedge outer surfaces, which each have the same angle to the center axis and wherein each of the wedge outer surface stands at an identical angle to each of its adjacent wedge outer surfaces, the embossing tool has a partially conical stamp or embossing surface.
A method for improving the bioavailability of at least one target compound, the method comprising: (a) cooling a solution of milk protein concentrate to from 0 °C (32 degrees Fahrenheit) to 13 °C (55 degrees Fahrenheit); (b) admixing into the solution one or more target compounds having a particle size of from 0.1 μm to 50 μm to form a target compound/milk protein concentrate solution; (c) admixing the target compound/milk protein concentrate solution with warming to a temperature higher than that of step (a); (d) pasteurizing the target compound/milk protein concentrate solution; and (e) drying the target compound/milk protein concentrate solution. (a) cooling a solution of milk protein concentrate to from 0 °C (32 degrees Fahrenheit) to 13 °C (55 degrees Fahrenheit); (b) admixing into the solution one or more target compounds having a particle size of from 0.1 μm to 50 μm to form a target compound/milk protein concentrate solution; (c) admixing the target compound/milk protein concentrate solution with warming to a temperature higher than that of step (a); (d) pasteurizing the target compound/milk protein concentrate solution; and (e) drying the target compound/milk protein concentrate solution.
A device for accumulating electromagnetic energy and generating ionizing energy, which is provided with a box-like containment and protection enclosure comprising receiving means and electromagnetic energy amplifying means, means of accumulating the energy that rises from said underlying receiving means and amplifying means being present above said receiving means and said amplifying means and being associated therewith, said accumulation means being connected to means of converting the electromagnetic energy to ionizing energy which are adapted to release outside said box-like enclosure said generated ionizing energy, characterized in that said receiving means comprise a chamber of first disks which is arranged at the base of said enclosure and in that it is provided with means of conveying said ionizing energy, which comprise at least one tube, which is outside said enclosure and inside which fluids to be processed pass, said means of conveying said ionizing energy being connected to said enclosure by way of a cable, said enclosure comprising a lens which lies above said amplifying means.
A modular ultrasonic flow meter including: - a flow tube providing a flow channel extending between an inlet and an outlet; - a substantially watertight meter housing connected to the flow tube; - one or more ultrasonic transducers and a measurement printed circuit board including a measurement circuit communicating with the one or more ultrasonic transducers, wherein the measurement printed circuit board and the one or more ultrasonic transducers are mounted in a bottom part of the meter housing, and wherein said measurement circuit is arranged in the meter housing for transmitting and receiving ultrasonic signals through the flow channel; - a main printed circuit board including a central processing unit and a communication circuit; - a power- and communication connection being provided between the main printed circuit board and the measurement printed circuit board, and - a self-contained power supply; characterized in - the meter housing including a control module comprising a module housing which housing is connected with the main printed circuit board, the main printed circuit board being mounted on top of the module housing; - the self-contained power supply being arranged in the module housing to power the main printed circuit board and the measurement printed circuit board; and - the control module is adapted to be inserted into the meter housing on top of the measurement printed circuit board. - a flow tube providing a flow channel extending between an inlet and an outlet; - a substantially watertight meter housing connected to the flow tube; - one or more ultrasonic transducers and a measurement printed circuit board including a measurement circuit communicating with the one or more ultrasonic transducers, wherein the measurement printed circuit board and the one or more ultrasonic transducers are mounted in a bottom part of the meter housing, and wherein said measurement circuit is arranged in the meter housing for transmitting and receiving ultrasonic signals through the flow channel; - a main printed circuit board including a central processing unit and a communication circuit; - a power- and communication connection being provided between the main printed circuit board and the measurement printed circuit board, and - a self-contained power supply; characterized in - the meter housing including a control module comprising a module housing which housing is connected with the main printed circuit board, the main printed circuit board being mounted on top of the module housing; - the self-contained power supply being arranged in the module housing to power the main printed circuit board and the measurement printed circuit board; and - the control module is adapted to be inserted into the meter housing on top of the measurement printed circuit board.
A distributed propulsion system, comprising: a turbine engine core engine, a working medium transporting device, a working medium collecting device and distributed propulsors; wherein an input end of a gas collecting device of the working medium collecting device is communicated with an output end of a core engine compressor of the turbine engine core engine; an output end of the working medium collecting device is communicated with an inlet of the working medium transporting device; an input end of the transporting branch pipe is communicated with a transporting header pipe in the working medium transporting device; and a plurality of the distributed propulsors is evenly distributed on both sides of the turbine engine core engine, characterized in that, an output end of a transporting branch pipe in the working medium transporting device is respectively communicated with an input end of a propulsor turbine volute of each distributed propulsor; and an exhaust gas heat regenerating device is circumferentially evenly mounted inside the turbine rear casing, and the included angle α between an axis of the exhaust gas heat regenerating device and an axis of the turbine engine core engine is between 0°-90°.
Pumping unit for feeding a fluid, in particular fuel, preferably diesel fuel, to a user appliance, in particular an internal combustion engine, the pumping unit comprising a high-pressure pump for feeding the fluid to the user appliance; and a pre-feed pump for feeding the fluid to the high-pressure pump; the high-pressure pump comprising, in turn, a pump body; at least one cylinder formed in the pump body; a piston slidably engaged inside the cylinder; and an intake valve for selectively controlling the feeding of the fluid to the cylinder; the intake valve comprising, in turn, a valve body, a closing member slidably engaged through the valve body, an intake chamber defined between the valve body and the closing member and at least one feeder hole formed through the valve body for feeding the fluid into the intake chamber; and being characterized in that the intake chamber is configured so as to have a wider portion and a narrower portion arranged in succession and in this order from the outlet of the feeder holes to the cylinder.
A device, comprising: - at least one communication module (120, 125, 160, 170) supporting communication on the basis of body-coupled-communication signals and communication on the basis of radio signals, - a display which is visible on a part of an outer surface of the device, - a metal frame forming a part of the outer surface, said part peripherally surrounding the part on which the display is visible, and - at least one frequency selective element (220, 230, 240) connected between the metal frame and the at least one communication module (120, 125, 160, 170), the at least one frequency selective element (220, 230, 240) providing a first signal path in a first frequency range corresponding to the body-coupled-communication signals and a second signal path in a second frequency range corresponding to the radio signals, - an electrode operable to provide, together with the metal frame, capacitive coupling of the body-coupled-communication signals to a body of a user of the device, wherein the device is configured to prevent simultaneous contact of the body of the user with the metal frame and said electrode, and wherein the metal frame is further operable as an antenna for transmission of the radio signals. - at least one communication module (120, 125, 160, 170) supporting communication on the basis of body-coupled-communication signals and communication on the basis of radio signals, - a display which is visible on a part of an outer surface of the device, - a metal frame forming a part of the outer surface, said part peripherally surrounding the part on which the display is visible, and - at least one frequency selective element (220, 230, 240) connected between the metal frame and the at least one communication module (120, 125, 160, 170), the at least one frequency selective element (220, 230, 240) providing a first signal path in a first frequency range corresponding to the body-coupled-communication signals and a second signal path in a second frequency range corresponding to the radio signals, - an electrode operable to provide, together with the metal frame, capacitive coupling of the body-coupled-communication signals to a body of a user of the device, wherein the device is configured to prevent simultaneous contact of the body of the user with the metal frame and said electrode, and wherein the metal frame is further operable as an antenna for transmission of the radio signals.
Multi-chamber system as a liquid expansion tank, wherein, in a first chamber, a first pipeline system connects the first chamber to a liquid system, and a second pipeline system connects the first chamber to at least one further, second chamber, characterized in that the second pipeline system is arranged in the second chamber in such a way that, when liquid is present in the second chamber, the liquid pressure generated as a result is likewise present in the second pipeline system, and the second pipeline system is arranged in the first chamber in such a way that the second pipeline system is likewise completely filled with a liquid, and therefore a liquid exchange is possible within the multi-chamber system and thus the liquid system, and a hydraulic connection is thus produced between the liquid system and the second chamber, only when the first chamber is completely filled with a liquid, wherein at least one diaphragm in the second chamber sealingly closes off the surface of the liquid from the gas phase in the second chamber.
A method of containing an autonomous floor cleaner within a user-determined boundary, comprising: providing an artificial barrier generator comprising a plurality of infrared transmitters (124,126,134,136,138,140); emitting a first signal from a first one of the plurality of infrared transmitters; emitting a second signal from a second one of the plurality of infrared transmitters, the second signal partially overlapping the first signal to create a barrier zone in which both the first and second signals (150,160) can be detected by the autonomous floor cleaner; detecting the barrier zone with a receiver of the autonomous floor cleaner; and altering the course of the autonomous floor cleaner to avoid crossing through the barrier zone. providing an artificial barrier generator comprising a plurality of infrared transmitters (124,126,134,136,138,140); emitting a first signal from a first one of the plurality of infrared transmitters; emitting a second signal from a second one of the plurality of infrared transmitters, the second signal partially overlapping the first signal to create a barrier zone in which both the first and second signals (150,160) can be detected by the autonomous floor cleaner; detecting the barrier zone with a receiver of the autonomous floor cleaner; and altering the course of the autonomous floor cleaner to avoid crossing through the barrier zone.
An arrangement (100; 200; 300; 400; 500; 600) for cleaning the tires of a vehicle, the arrangement having a nozzle arrangement (111; 211; 311; 411; 511), configured to spray water onto a vehicle tire, characterized in that the arrangement further has a gutter arrangement (101; 201a, 201b; 301a, 301b; 401a, 401b; 501), a strip arrangement (105; 305) and a brush mat arrangement (106; 306), and the gutter arrangement has a first end (108; 308; 408; 508) of the gutter arrangement and a second end (109; 309; 409; 509) of the gutter arrangement, and the nozzle arrangement or portions thereof are at least partially at or near the first end of the gutter arrangement, and the strip arrangement consists of a plurality of strips transverse to the direction of travel of the vehicle, the strips being plate-like pieces configured to bend at least in the direction of travel of the vehicle as the vehicle tire travels over the strip, and to return to their initial position after the tire passes the strip, and the brush mat arrangement is water permeable, and the brush mat arrangement is closer to the second end of the gutter arrangement than the strip arrangement, and the arrangement further has a collection basin (110; 210; 410; 510) for collecting water and the collection basin is at least partially below the brush mat arrangement.
A subsea fluids storage facility comprising a tank for holding and separating fluids which is equipped with ballast capacity and a separable base to be deployed upon the seabed, characterised in that: the storage facility comprises ballast tanks associated with the tank and separable therefrom.
A process for removing solid polymer particles from a polymerization reactor effluent stream from a polyolefin polymerization process, the process comprising: recovering a reactor effluent stream (110, 125) from a polymerization reactor; flashing the reactor effluent stream (110, 125) in a flash chamber to form a flash gas stream comprising fluid material and solid polymer particles; separating the flash gas stream from the polymer particles within the stream by passing the flash gas stream through a cyclone to form a flash gas stream comprising less than 5 wt. % fine polymer particles; and further separating the flash gas stream from the fine particle polymers by passing the flash gas stream through a bag filter system to generate a substantially solids-free flash gas stream; characterized in that the bag filter system is operated with a can velocity of less than or equal to 0.30 m/s (1 ft/s) and an air-to-cloth ratio of less than or equal to 1.1 m 3 /min per m 2 (0.060 ft 3 /s per ft 2) of bag surface area. recovering a reactor effluent stream (110, 125) from a polymerization reactor; flashing the reactor effluent stream (110, 125) in a flash chamber to form a flash gas stream comprising fluid material and solid polymer particles; separating the flash gas stream from the polymer particles within the stream by passing the flash gas stream through a cyclone to form a flash gas stream comprising less than 5 wt. % fine polymer particles; and further separating the flash gas stream from the fine particle polymers by passing the flash gas stream through a bag filter system to generate a substantially solids-free flash gas stream; characterized in that the bag filter system is operated with a can velocity of less than or equal to 0.30 m/s (1 ft/s) and an air-to-cloth ratio of less than or equal to 1.1 m 3 /min per m 2 (0.060 ft 3 /s per ft 2) of bag surface area.
Shifting module for the actuation of an automated manual transmission, with at least one shifting actuator which is configured as a hydraulic or pneumatic shifting cylinder and the piston rod of which, in the mounted state, is in an actuating connection in an axially fixed manner to a shifting rod, configured as a hollow shaft, of a transmission-internal shifting apparatus, and with a selector actuator which is configured as a hydraulic or pneumatic selector cylinder and the piston rod of which has a U-shaped receptacle which is oriented transversely with respect to its longitudinal axis and in which, in the mounted state, a pivoting lever engages which is in an actuating connection fixedly to a transmission-internal selector rod for conjoint rotation, characterized in that the pivoting lever is assigned to the shifting module and is fastened fixedly to the piston rod of the shifting cylinder for conjoint rotation, and in that, in the mounted state, the piston rod of the shifting cylinder is connected to the selector rod of the manual transmission in an axially fixed manner and fixedly for conjoint rotation, which selector rod is for its part arranged in the transmission-internal shifting rod in a manner which is mounted axially fixedly and such that it can be rotated about its longitudinal axis.
Aiming optical device, in particular for a laser distance-measuring instrument (10; 10a) which is provided for sighting a measurement object (14; 14a) and which has a reference mark (16; 16a) and an adjusting unit (18; 18a) with at least one bearing means (20; 20a), and imaging optics (56, 88a) for imaging (24, 24a) an incident light beam, emanating from and/or reflected by the measurement object (14, 14a), onto an eye of the user or onto an optical detection unit (58, 58a), characterized in that the adjusting unit (18; 18a) has at least one first prism (22; 22a) which is movably mounted to adjust the image (24; 24a) of the measurement object (14; 14a) with the reference mark (16; 16a) by means of the bearing means (20; 20a), the adjusting unit (18; 18a) having at least one second prism (26; 26a) which is movably mounted to adjust the image (24; 24a) of the measurement object (14; 14a) with the reference mark (16; 16a) by means of the bearing means (20; 20a), the first prism (22; 22a) and the second prism (26; 26a) being movable relative to one another during the adjustment, and the adjusting unit (18; 18a) having at least one fixing means (38; 38a) which is provided to fix the first prism (22; 22a) and/or the second prism (26; 26a) after the adjustment.