mhurhangee/ep-ind-claims huggingface dataset:
An auto-focusing method for determining an in-focus position of a plurality of wells in at least a portion of a multi-well plate (10, 205), the method comprising: using a first objective lens having a first magnification to identify, in each of at least three wells of a selected subset of said plurality of wells, an in-focus position of each said well with respect to said first objective lens; characterized by, on the basis of at least three said in-focus positions, computing a plane along which said at least three wells will be in focus with respect to a second objective lens having a second magnification that is smaller than said first magnification; and using said second objective lens to scan, along said plane, at least some of said plurality of wells in said portion of said plate (10, 205) using a first objective lens having a first magnification to identify, in each of at least three wells of a selected subset of said plurality of wells, an in-focus position of each said well with respect to said first objective lens; characterized by, on the basis of at least three said in-focus positions, computing a plane along which said at least three wells will be in focus with respect to a second objective lens having a second magnification that is smaller than said first magnification; and using said second objective lens to scan, along said plane, at least some of said plurality of wells in said portion of said plate (10, 205)
Network based surgical system comprising: a first medical device having a first network interface; a second medical device (130; 132) having a second network interface (144; 146); at least one network switch connectable to each of the first and second network interfaces (140, 144; 146) via a coupling (110; 112, 114; 116; 118) a communications network over which said first medical device, through the first network interface, and said second medical device (130; 132), through the second network interface (144; 146), are communicable; characterized in that the first network interface and the second network interface (144; 146) employ the same network protocol for communicating device command and video data over said communications network, wherein said same network protocol is one of Gigabit Ethernet, 10 gigabit Ethernet, and 100 gigabit Ethernet; and wherein the first network interface has a maximum throughput of at least 1 gigabit/second and greater than a maximum throughput of the second network interface (144; 146); wherein said first medical device is a video camera; wherein said first medical device is adapted to stream video data via the first network interface to said communications network; wherein the at least one network switch is adapted for sending and receiving data between said video camera and said second medical device; and wherein the switch is adapted to receive and inspect data packets in HTML-format, and the camera is adapted to send and receive status data and command data in HTML-format. a first medical device having a first network interface; a second medical device (130; 132) having a second network interface (144; 146); at least one network switch connectable to each of the first and second network interfaces (140, 144; 146) via a coupling (110; 112, 114; 116; 118) a communications network over which said first medical device, through the first network interface, and said second medical device (130; 132), through the second network interface (144; 146), are communicable;
A high-manganese steel with superior coating adhesion consisting of, by weight, C: 0.3-1%, Mn: 8-25%, Al: 1-8%, Si: 0.1-3.0%, Ti: 0.01-0.2%, Sn: 0.06-0.2%, B: 0.0005-0.01%, and optionally at least one of Ni: 0.01 to 2% and Cr: 0.01 to 2.0% with the remainder being Fe and inevitable impurities.
An apparatus feeding LPG or LNG fuel to an internal combustion engine, the apparatus comprising a tank for containing the fuel and means for delivering the fuel from the tank to the engine comprising means for propelling the fuel, the delivery means being inserted between the containment walls of the tank, characterized in that the delivery means are connected to the tank in such a way that they can be engaged and disengaged; and in that the delivery means comprises means for allowing the fuel to flow out when the delivery means are engaged in the working position and for shutting off the fuel flow when the delivery means are disengaged and out of the working position.
A bioabsorbable material which comprises a copolymer composed of an aromatic compound having an α,β-unsaturated carboxylic group and at least one hydroxyl group as substituents on the aromatic ring, and a polycarbonate or a monomer constituting polycarbonate, wherein the polycarbonate or the monomer constituting polycarbonate is composed of trimethylene carbonate or ethylene carbonate.
Bridging element for bridging a distance between two concrete guide walls, particularly for covering a shaft, comprising two coupling devices each adapted to be connected, for force transmission, to reinforcement elements arranged in one of the concrete guide walls (10,12), and a connection element provided for force transmission and connecting the two coupling devices, characterized in that each coupling device comprises a plurality of coupling elements (28,29) each adapted to be connected, for force transmission, to one of the reinforcement elements, and the coupling elements (28,29) being connected to each other via a holding element (33,34), the connection element is at least of two-part design and comprises two mutually opposite plate-shaped connection members which in the assembled condition are arranged in the longitudinal direction, and the two connection members are connected to the holding elements (33,34) via force transmission elements, with the force transmission elements arranged transversely to the longitudinal direction.
A refrigerator and/or freezer with an interior space to be cooled for accommodating the goods to be refrigerated and/or frozen, with a magnetic cooler constructed of a magnetocaloric material which is heated during its magnetization and undergoes cooling during its demagnetization, and with a thermal insulation which is arranged between the interior space of the appliance and the surroundings of the appliance and serves to reduce the input of heat into the interior space of the appliance, characterized in that the magnetic cooler at least partly is arranged in the thermal insulation such that its cold side is disposed in the interior space of the appliance and its warm side is disposed on the outside of the appliance.
A modified Bacillus host cell capable of producing a heterologous protease, said modified host cell comprising a vector, the vector comprising a polynucleotide construct comprising a polynucleotide encoding a YmaH protein operably linked to a sigA and/or a sigH promoter polynucleotide sequence, such that said modified Bacillus host cell overexpresses YmaH.
Method for monitoring the release behaviour of an electromechanical wheel brake of a vehicle, the electromechanical wheel brake having at least one electrically controllable force actuator, the force actuator being configured to apply a brake-application force to friction partners of a wheel brake for the purposes of decelerating the vehicle, the method having the following steps: • activating the force actuator in accordance with a defined control pattern, the control pattern being dependent on a present operating state of the wheel brake and/or a present operating state of further wheel brakes of the vehicle and/or a present operating state of the vehicle, • interrupting the activation of the force actuator at a defined point in time, • monitoring operating parameters of the wheel brake for a defined period of time after the interruption of the activation, and • determining the release behaviour of the wheel brake by ascertaining a reaction of the force actuator to the interruption of the activation on the basis of the ascertained operating parameters. • activating the force actuator in accordance with a defined control pattern, the control pattern being dependent on a present operating state of the wheel brake and/or a present operating state of further wheel brakes of the vehicle and/or a present operating state of the vehicle, • interrupting the activation of the force actuator at a defined point in time, • monitoring operating parameters of the wheel brake for a defined period of time after the interruption of the activation, and • determining the release behaviour of the wheel brake by ascertaining a reaction of the force actuator to the interruption of the activation on the basis of the ascertained operating parameters.
Trapezoidal piercing pliers (100; 100'), at least comprising two pliers legs (10, 20; 10", 20") arranged mirror-inverted to each other, each with a piercing punch (50; 50"), as well as a joint unit (30; 30') for connecting the two piercing pliers legs (10, 20; 10", 20"), characterized by, - that the ends (11; 21) of the piercer legs (10, 20; 10", 20") facing away from the front ends (12; 22) with the piercing punches (50; 50") are designed for connection to a double roller feed fork of an electric pressing tool; - that the punch legs (10, 20; 10", 20") have front stop surfaces at the front ends (12, 22; 12", 22") in the region of the joint unit, which stop surfaces abut against each other in the closed position, wherein a distance is maintained between the front ends (12; 22) of the punch legs (10, 20; 10", 20") and between the punches (50; 50"). - that the ends (11; 21) of the piercer legs (10, 20; 10", 20") facing away from the front ends (12; 22) with the piercing punches (50; 50") are designed for connection to a double roller feed fork of an electric pressing tool; - that the punch legs (10, 20; 10", 20") have front stop surfaces at the front ends (12, 22; 12", 22") in the region of the joint unit, which stop surfaces abut against each other in the closed position, wherein a distance is maintained between the front ends (12; 22) of the punch legs (10, 20; 10", 20") and between the punches (50; 50").
A coil component comprising: a coil winding portion formed by a single conductor being wound more than once around a coil axis, a first slit being formed in one end portion of the coil winding portion in a coil axis direction along the coil axis and a second slit being formed in the other end portion of the coil winding portion in the coil axis direction by the conductor being wound; a first insulating member including an annular first covering member covering the one end portion of the coil winding portion, a first tube portion extending from an inner edge of the first covering member to the coil winding portion side along the coil axis direction and inserted inside the coil winding portion, a first protruding portion provided on the coil winding portion side of the first covering member and fitted into the first slit, and a first locking portion provided in the first tube portion; and a second insulating member including an annular second covering member covering the other end portion of the coil winding portion, a second tube portion extending from an inner edge of the second covering member to the coil winding portion side along the coil axis direction and inserted inside the coil winding portion, a second protruding portion provided on the coil winding portion side of the second covering member and fitted into the second slit, and a second locking portion provided in the second tube portion and locked in the first locking portion in a state where the first protruding portion is fitted into the first slit and the second protruding portion is fitted into the second slit. a coil winding portion formed by a single conductor being wound more than once around a coil axis, a first slit being formed in one end portion of the coil winding portion in a coil axis direction along the coil axis and a second slit being formed in the other end portion of the coil winding portion in the coil axis direction by the conductor being wound; a first insulating member including an annular first covering member covering the one end portion of the coil winding portion, a first tube portion extending from an inner edge of the first covering member to the coil winding portion side along the coil axis direction and inserted inside the coil winding portion, a first protruding portion provided on the coil winding portion side of the first covering member and fitted into the first slit, and a first locking portion provided in the first tube portion; and a second insulating member including an annular second covering member covering the other end portion of the coil winding portion, a second tube portion extending from an inner edge of the second covering member to the coil winding portion side along the coil axis direction and inserted inside the coil winding portion, a second protruding portion provided on the coil winding portion side of the second covering member and fitted into the second slit, and a second locking portion provided in the second tube portion and locked in the first locking portion in a state where the first protruding portion is fitted into the first slit and the second protruding portion is fitted into the second slit.
A foldable device, comprising: a chassis configured to support an electronic device or a small electric device; and a telescopic mechanism of which one end is assembled with the chassis and the other end is assembled with an electronic device or a small electric device; wherein the telescopic mechanism is telescoped to adjust the support height during use, and the telescopic mechanism is retractably received in the chassis during receiving; wherein the chassis is provided with a receiving groove, the telescopic mechanism is rotatably mounted in the receiving groove, and a locking mechanism is disposed between the telescopic mechanism and the receiving groove; the locking mechanism is configured to lock the telescopic mechanism with the chassis when the telescopic mechanism is used; when the telescopic mechanism is received, the locking mechanism releases the lock between the telescopic mechanism and the chassis, and after unlocking, the telescopic mechanism is inverted with respect to the chassis and received in the receiving groove, wherein the telescopic mechanism comprises an inner sleeve, characterized in that a hinge end of the inner sleeve is hinged to one end of the receiving groove and rotatably assembled with the chassis, the locking mechanism comprises an outer sleeve sleeved on the inner sleeve and rotatable relative to the inner sleeve to lock or unlock the inner sleeve and the chassis. wherein the chassis is provided with a receiving groove, the telescopic mechanism is rotatably mounted in the receiving groove, and a locking mechanism is disposed between the telescopic mechanism and the receiving groove; the locking mechanism is configured to lock the telescopic mechanism with the chassis when the telescopic mechanism is used; when the telescopic mechanism is received, the locking mechanism releases the lock between the telescopic mechanism and the chassis, and after unlocking, the telescopic mechanism is inverted with respect to the chassis and received in the receiving groove, wherein the telescopic mechanism comprises an inner sleeve, characterized in that a hinge end of the inner sleeve is hinged to one end of the receiving groove and rotatably assembled with the chassis, the locking mechanism comprises an outer sleeve sleeved on the inner sleeve and rotatable relative to the inner sleeve to lock or unlock the inner sleeve and the chassis.
A combustion engine comprising at least one cylinder head inclined with respect to a horizontal plane and a distribution system by means of a camshaft in the cylinder head lubricated by a lubrication system, the lubrication of each cam (5 to 8) being performed by a sump (25 to 28) placed under the cam in order to form a local reservoir in which part of the cam is immersed, the volume of said sump being determined by two lateral faces, and a bottom, and wherein the edge of at least one of the lateral faces determines a level ensuring that the top of the cam is immersed in the volume thus determined, the engine being characterised in that each sump (25 to 28) is bordered laterally by two complementary lateral edges (34, 35; 38, 39) forming respectively an angle of -X° and +X° corresponding to the inclination of a cylinder of the engine, X corresponding to the angle of inclination of the cylinder head (1, 2).
Process for treating water, in particular for the preparation of ultrapure water, in which a water stream is purified in a reverse-osmosis unit, wherein the water stream is subjected to pretreatment comprising the steps - partial exchange of the cations present in the water stream with H + ions and - essentially complete exchange of the anions present in the water stream with OH - ions and the water stream resulting from the pretreatment is fed directly into the reverse-osmosis unit, characterized in that, to bring about the partial exchange of the cations present in the water stream and the complete exchange of the anions present in the water stream, - the water stream is divided into at least two substreams, - at least one of the substreams is treated by means of a cation exchanger operated in H + mode, - at least one more of the substreams is treated by means of a softener connected in parallel to the cation exchanger and - the substreams treated by means of the cation exchanger and the softener are treated by means of at least one anion exchanger operated in OH - mode. - partial exchange of the cations present in the water stream with H + ions and - essentially complete exchange of the anions present in the water stream with OH - ions and the water stream resulting from the pretreatment is fed directly into the reverse-osmosis unit, characterized in that, to bring about the partial exchange of the cations present in the water stream and the complete exchange of the anions present in the water stream, - the water stream is divided into at least two substreams, - at least one of the substreams is treated by means of a cation exchanger operated in H + mode, - at least one more of the substreams is treated by means of a softener connected in parallel to the cation exchanger and - the substreams treated by means of the cation exchanger and the softener are treated by means of at least one anion exchanger operated in OH - mode.
A system for web-based interaction with building automation, the system comprising: a building automation network including at least a first operations or monitoring device hosting a first web-server and first building automation logic, a first room unit, and a communications link between the first operations or monitoring device and the first room unit; and a first computer hosting a web browser and a second webserver, the web browser configured to access the first building automation logic through the first web-server, the first computer configured to access the first building automation logic through the first room unit and the communications link using the web browser interacting with the second web-server, wherein the communications link is a PL-link and wherein the first computer is adapted to connect with the first room unit through a PL-link port to access the first building automation logic through the first room unit. a building automation network including at least a first operations or monitoring device hosting a first web-server and first building automation logic, a first room unit, and a communications link between the first operations or monitoring device and the first room unit; and a first computer hosting a web browser and a second webserver, the web browser configured to access the first building automation logic through the first web-server, the first computer configured to access the first building automation logic through the first room unit and the communications link using the web browser interacting with the second web-server, wherein the communications link is a PL-link and wherein the first computer is adapted to connect with the first room unit through a PL-link port to access the first building automation logic through the first room unit.
A digital radiofrequency, RF, amplifier, comprising: a driver having a plurality of outputs and being configured to individually set a signal level at the outputs either to an inactive level or to an active level in response to a digital input signal; a transistor configured to output an analog RF signal (RF OUT) at a transistor output, the transistor comprising: a plurality of transistor cells (100A; 100B), each transistor cell (100A; 100B) comprising a control terminal, such as a gate or base, an output terminal, such as a drain or collector, and a common terminal, such as a source or emitter; a plurality of transistor inputs, each transistor input being electrically connected to the control terminal of at least one transistor cell (100A; 100B), wherein the transistor inputs are mutually electrically isolated, and wherein each transistor input is connected to a different output of the driver; wherein the transistor output is electrically connected to the output terminals of the plurality of transistor cells (100A; 100B); characterized in that the transistor is a circular transistor of which the control terminal and the output terminal of each transistor cell (100A; 100B) have a circular geometry and are concentrically arranged. a driver having a plurality of outputs and being configured to individually set a signal level at the outputs either to an inactive level or to an active level in response to a digital input signal; a transistor configured to output an analog RF signal (RF OUT) at a transistor output, the transistor comprising: a plurality of transistor cells (100A; 100B), each transistor cell (100A; 100B) comprising a control terminal, such as a gate or base, an output terminal, such as a drain or collector, and a common terminal, such as a source or emitter; a plurality of transistor inputs, each transistor input being electrically connected to the control terminal of at least one transistor cell (100A; 100B), wherein the transistor inputs are mutually electrically isolated, and wherein each transistor input is connected to a different output of the driver; a plurality of transistor cells (100A; 100B), each transistor cell (100A; 100B) comprising a control terminal, such as a gate or base, an output terminal, such as a drain or collector, and a common terminal, such as a source or emitter; a plurality of transistor inputs, each transistor input being electrically connected to the control terminal of at least one transistor cell (100A; 100B), wherein the transistor inputs are mutually electrically isolated, and wherein each transistor input is connected to a different output of the driver; wherein the transistor output is electrically connected to the output terminals of the plurality of transistor cells (100A; 100B); characterized in that the transistor is a circular transistor of which the control terminal and the output terminal of each transistor cell (100A; 100B) have a circular geometry and are concentrically arranged.