mhurhangee/ep-ind-claims huggingface dataset:
A surgical microscopy system having an optical coherence tomography facility, the system comprising: microscopy optics for generating an image of a first object region, the microscopy optics comprising an objective lens; an OCT system providing an OCT beam path and comprising an OCT-measuring light source, a reflector, imaging optics disposed between the OCT-measuring light source and the reflector, and a beam scanner disposed between the OCT-measuring light source and the imaging optics, wherein the reflector is configured and arranged to reflect a beam of OCT-measuring light, supplied from the imaging optics, such that it traverses the objective lens and is directed onto the first object region, and wherein the beam scanner comprises a first scanning mirror and a second scanning mirror, wherein the second scanning mirror is disposed a distance away from the first scanning mirror, and wherein the first and second scanning mirrors (2, 3) are pivotable independently from each other; characterized in that the imaging optics is configured and arranged such that a second object region located near the beam scanner is optically imaged into an image region located near the reflector; wherein a point in a middle of a connecting line between centers of the first and second scanning mirrors (2, 3) is mapped to a second point (M') in a center of the reflector; and wherein a point in the middle of the second scanning mirror is imaged to a point (p3') located downstream of the reflector. microscopy optics for generating an image of a first object region, the microscopy optics comprising an objective lens; an OCT system providing an OCT beam path and comprising an OCT-measuring light source, a reflector, imaging optics disposed between the OCT-measuring light source and the reflector, and a beam scanner disposed between the OCT-measuring light source and the imaging optics, wherein the reflector is configured and arranged to reflect a beam of OCT-measuring light, supplied from the imaging optics, such that it traverses the objective lens and is directed onto the first object region, and wherein the beam scanner comprises a first scanning mirror and a second scanning mirror, wherein the second scanning mirror is disposed a distance away from the first scanning mirror, and wherein the first and second scanning mirrors (2, 3) are pivotable independently from each other; characterized in that the imaging optics is configured and arranged such that a second object region located near the beam scanner is optically imaged into an image region located near the reflector; wherein a point in a middle of a connecting line between centers of the first and second scanning mirrors (2, 3) is mapped to a second point (M') in a center of the reflector; and wherein a point in the middle of the second scanning mirror is imaged to a point (p3') located downstream of the reflector.
Processing station, in particular a framing station, for workpieces in the form of vehicle-body parts, comprising a plurality of clamping frames (50 1, 50 2), at least one magazine region for holding the clamping frames (50 1, 50 2), a working region for processing the workpieces, and a feeding apparatus for feeding the clamping frames (50 1, 50 2) in a longitudinal direction X and a transverse direction Y between the at least one magazine region and the working region, wherein the feeding apparatus comprises a floor-based rail arrangement for guiding and carrying the clamping frames (50 1, 50 2), and also comprises at least a first drive arrangement with two transmission elements (36, 38), which are oriented parallel to the rail arrangement, wherein the transmission elements (36, 38) can be coupled, independently of one another, to the clamping frame (50 1, 50 2) which is to be fed in each case, so that the clamping frame (50 1, 50 2), in a coupled state, is disclosed in the longitudinal direction X.
A method for manufacturing lithographic printing plates comprising exposing to a negative-type lithographic printing plate precursor comprising an image-forming layer that is curable by exposure to light on a support having a hydrophilic surface; developing with a developer having a pH of 4 to 10 the negative-type lithographic printing plate precursor that has been exposed; treating with a burning surface-treatment liquid the negative-type lithographic printing plate precursor that has been developed; and subjecting the negative-type lithographic printing plate precursor to a burning treatment; and by an interval between the developing and the treating with a burning surface-treatment liquid of from 1 minute or more to 10 hours or less, during which time no water-washing or gumming is incorporated. exposing to a negative-type lithographic printing plate precursor comprising an image-forming layer that is curable by exposure to light on a support having a hydrophilic surface; developing with a developer having a pH of 4 to 10 the negative-type lithographic printing plate precursor that has been exposed; treating with a burning surface-treatment liquid the negative-type lithographic printing plate precursor that has been developed; and subjecting the negative-type lithographic printing plate precursor to a burning treatment; and
A medical ventilation monitoring system comprising: a patient ventilation unit defining an airflow path, the unit arranged so that when the unit is applied to a patient, the airflow path is in fluid communication with the patient's airway; an airflow sensor (106, 204) positioned in the air flow path to sense the presence of ventilation airflow to or from the patient; and an external unit arranged to receive from the airflow sensor (106, 204) a signal that indicates the occurrence of ventilation or respiration events and to use the data to provide feedback to a rescuer regarding proper administration of ventilation, wherein said feedback is provided by a visual indication at the airflow sensor. a patient ventilation unit defining an airflow path, the unit arranged so that when the unit is applied to a patient, the airflow path is in fluid communication with the patient's airway; an airflow sensor (106, 204) positioned in the air flow path to sense the presence of ventilation airflow to or from the patient; and an external unit arranged to receive from the airflow sensor (106, 204) a signal that indicates the occurrence of ventilation or respiration events and to use the data to provide feedback to a rescuer regarding proper administration of ventilation, wherein said feedback is provided by a visual indication at the airflow sensor.
An actuator coupling component, comprising: - a hollow shaft, having one end in use being driven by the actuator and another end connected to a valve adapter, the hollow shaft being capable of controlling, under a driving action of the actuator, an action of the valve adapter; - an openwork support, in use being supported between the valve adapter and the actuator; - a heat barrier pad, having a set thickness and having a through-hole for the hollow shaft to pass through, the heat barrier pad in use being located between the valve adapter and the openwork support; - the hollow shaft passing through the openwork support and the heat barrier pad before being connected to the valve adapter; - the openwork support has a first mating end face, a second mating end face, and a connecting frame which connects the first mating end face with the second mating end face; wherein the first mating end face is fitted to the heat barrier pad; the second mating end face is fitted to the actuator; and holes (3113, 3123) for the hollow shaft to pass through are provided on the first mating end face and the second mating end face respectively; characterized in that that side of the first mating end face which is in contact with the heat barrier pad is provided with multiple first bosses; that side of the second mating end face which in use is in contact with the actuator is provided with multiple second bosses. - a hollow shaft, having one end in use being driven by the actuator and another end connected to a valve adapter, the hollow shaft being capable of controlling, under a driving action of the actuator, an action of the valve adapter; - an openwork support, in use being supported between the valve adapter and the actuator; - a heat barrier pad, having a set thickness and having a through-hole for the hollow shaft to pass through, the heat barrier pad in use being located between the valve adapter and the openwork support; - the hollow shaft passing through the openwork support and the heat barrier pad before being connected to the valve adapter; - the openwork support has a first mating end face, a second mating end face, and a connecting frame which connects the first mating end face with the second mating end face; wherein the first mating end face is fitted to the heat barrier pad; the second mating end face is fitted to the actuator; and holes (3113, 3123) for the hollow shaft to pass through are provided on the first mating end face and the second mating end face respectively; characterized in that that side of the first mating end face which is in contact with the heat barrier pad is provided with multiple first bosses; that side of the second mating end face which in use is in contact with the actuator is provided with multiple second bosses.
Pressure boosting device for a fuel injection system, having at least two pistons (25, 38) which are arranged in a housing and concentrically with respect to one another, wherein the inner piston in each case is arranged in axially displaceable fashion in the outer piston in each case, wherein the outer piston and the housing form a control chamber which, in a first switching position of a control valve, is connected to a fuel return line, wherein a second control chamber is formed between the inner piston and the outer piston, which second control chamber is, in the first switching position, connected to the fuel return line, wherein the two interconnected control chambers (31, 44) are, in a second switching position, charged with a system pressure, and wherein the at least two pistons (25, 38) have, on the side situated opposite the control chambers (31, 44), a respective piston face side (26, 39), said piston face sides being arranged within a common system pressure chamber, characterized in that each piston face side (26, 39) is assigned a compression spring (27, 40) which is supported against a face surface of an element which is fixed with respect to the housing, and in that, in the innermost piston, there is formed at least one bore (48, 54) which, at one side, is connected to the system pressure chamber and, at the other side, is connected at least indirectly to a high-pressure outlet.
A high-speed input-output apparatus comprising: a plurality of transmitters and receivers including a first transmitter and a first receiver; a plurality of loop-back connections, each loop-back connection being from an output of the transmitter to an input of a respective receiver, each loop-back connection including a first connector and a second connector for transmission of differential signals, the plurality of loop-back connections including a first loop-back connection from the first transmitter to the first receiver; and a first inductor and a second inductor for each loop-back connection, the first inductor having a first terminal and a second terminal and second inductor having a first terminal and a second terminal, the first terminal of the first inductor being connected to the first connector of the loop-back connection and the first terminal of the second inductor being connected to the second connector of the loop-back connection, the second terminal of the first inductor and the second terminal of the second inductor providing a test access port for the loop-back connection for direct current testing of the apparatus, the first loop-back connection including a first test access port; characterized by further comprising a receiver built-in self-test BIST and a transmitter BIST, wherein the receiver BIST and the transmitter BIST provide for high-speed loop-back testing and direct current testing of the apparatus, wherein the direct current testing includes parameter testing of the apparatus and bonding wire defect testing of the apparatus; wherein the bonding wire defect testing of the apparatus includes one or more of: testing for stuck-at bonding wire defects, and testing for bridging bonding wire defects; wherein testing for stuck-at bonding wire defects or bridging bonding wire defects for the first loop-back connection includes: turning off the connected transmitters and receivers, and measuring a current or voltage at one or more test access ports other than the first test access port. turning off the connected transmitters and receivers, and measuring a current or voltage at one or more test access ports other than the first test access port.
A cyclized compound of the amino acid sequence of formula I of SEQ ID NO:5: Cyclo(4-aminobutanoic acid-GQRETPEGAEAKPWYD), wherein an amide bond is formed between the amino group of the N-terminal 4-aminobutanoic acid residue and the side chain carboxyl group attached to the β-carbon of the C-terminal aspartic acid residue for use in the treatment of intrapulmonary inflammation, sepsis, systemic and organ inflammation by repetitive inhalation.
An adherent cell-culture support comprising gold nanoparticles on the surface where the cells attach to, wherein the size of the nanoparticles is from 5 nm to 2 microns, the distance between the nanoparticles is from 2 nm to 30 nm, and the anisotropy aspect ratio is greater than 1; wherein the nanoparticles are adsorbed onto the surface of the support which means that the nanoparticles are adhered to the surface of the support; wherein the nanoparticles are totally or partially embedded on the support; and wherein the shape of the nanoparticles is a grape cluster shape.
Method for synchronizing the output of at least two terminals (108a, 108b), the method comprising the steps of: - providing one or more low delay communication channels (110a, 110b) between the terminals and a synchronization unit; - the synchronization unit calculating delay information on the basis of synchronization information received from the terminals via the one or more low delay communication channels; and, - transmitting the delay information to at least one of the terminals allowing the at least one terminal to delay its output such that the output of the terminals are synchronized, the method characterized in that the low delay communication channel is being established as part of a communication session or a broadcast session - providing one or more low delay communication channels (110a, 110b) between the terminals and a synchronization unit; - the synchronization unit calculating delay information on the basis of synchronization information received from the terminals via the one or more low delay communication channels; and, - transmitting the delay information to at least one of the terminals allowing the at least one terminal to delay its output such that the output of the terminals are synchronized,
Interconnection device for securing and facilitating, in a source inverter, the connection of a controller and at least two switching devices (3, 4) capable of effecting switching to two electric power supply sources, comprising a support, such as a circuit board, on which there are mounted at least two source connectors (5, 6) and at least one control connector which are to permit the connection of two switching devices (3, 4) and of a controller to the interconnection device, the support comprising pre-wiring for the source connectors (5, 6) and the control connector so as to permit, when a controller and two switching devices (3, 4) are connected to the interconnection device by the control connector and the source connectors (5, 6), respectively, control by said controller of the switching to one or the other of two electric power supply sources via one or the other of the two switching devices (3, 4), characterised in that the interconnection device comprises at least one auxiliary inversion device (24, 25) mounted on the support and having at least one auxiliary switching element and at least one control relay, and in that the support comprises pre-wiring for the auxiliary inversion device (24, 25), the control connector and the two source connectors (5, 6) so as to permit, when two switching devices (3, 4) are connected to the interconnection device by the connectors (5, 6), the supply of power to the control-command circuits and/or electrical interlocking of the switching devices (3, 4) as soon as one of the two electric power supply sources is available, and, when a controller is further connected to the interconnection device by the control connector, and when the two sources are available, selection of the power supply source of the control-command circuits for the switching devices (3, 4).
A method, at a user equipment, comprising: sending a request to a first network for Circuit Switched Fallback; receiving, responsive to the request, redirection information; acquiring a second network based on the redirection information; initiating establishment of a Circuit Switched voice radio bearer with the second network and starting a timer upon initiating the establishment of the Circuit Switched voice radio bearer; waiting for a first of the establishment of the Circuit Switched voice radio bearer and an expiration of the timer; after the first of the establishment of the Circuit Switched voice radio bearer and the expiration of the timer has occurred, establishing a Packet Switched connection with the second network. sending a request to a first network for Circuit Switched Fallback; receiving, responsive to the request, redirection information; acquiring a second network based on the redirection information; initiating establishment of a Circuit Switched voice radio bearer with the second network and starting a timer upon initiating the establishment of the Circuit Switched voice radio bearer; waiting for a first of the establishment of the Circuit Switched voice radio bearer and an expiration of the timer; after the first of the establishment of the Circuit Switched voice radio bearer and the expiration of the timer has occurred, establishing a Packet Switched connection with the second network.
A document with an integrated display device, which contains a quantity of identically structured current- or voltage-controllable display elements, wherein the quantity comprises a first and a second sub-quantity of display elements, wherein each display element of the first sub-quantity has a first intensity in the case of a predefined current or voltage control, and wherein each display element of the second sub-quantity has a second intensity in the case of the same predefined current or voltage control, wherein the second intensity is lower than the first intensity, and wherein, as a result of the arrangement of the display elements of the first and second sub-quantities, a piece of information is coded, characterised in that the difference between the first and the second intensity is not visually perceptible.
A transport or packaging container for a plurality of containers for substances for medical, pharmaceutical or cosmetic applications, wherein the transport or packaging container is frame-shaped or box-shaped and formed with a circumferential side wall and wherein at least one supporting structure in the form of a transverse web is disposed in the transport or packaging container for concurrently holding a plurality of containers in the transport or packaging container, wherein pairs of resilient holding arms are disposed on the front side of the transverse web, each comprising a central bulge in order to respectively snuggle to the neck of a container to be supported, characterized in that on the side wall of the transport or packaging container or on the side wall of an insert inserted into the transport or packaging container a plurality of guide and clamping channels are formed extending vertically, wherein side edges of the respective transverse web are inserted into two guide and clamping channels disposed opposite to each other so that the respective transverse web can be inserted individually and from above into the transport container and can be retained therein temporarily in a vertical position for accommodating the respective transverse web and the containers held by it in the transport or packaging container.
A method performed at a first wireless station (205, 305) of transmitting to a second wireless station of a plurality of wireless stations with which the first wireless station has recently communicated, the first wireless station (205, 305) and the second wireless station of the plurality of wireless stations being configured to transmit and receive packets of information using orthogonal frequency division multiplexing, OFDM, signals that include a plurality of frequency tones, the first wireless station (205, 305) including a plurality of antennas (213, 313, 215, 315) for receiving and transmitting coupled to a transmit selector (217, 327) coupled to a transmit signal path for transmitting, the method comprising: determining a measure of an error vector magnitude, EVM, for signals received from the second wireless station of the plurality of wireless stations via each of the antennas (213, 313, 215, 315) of the first wireless station (205, 305); storing the measures of the EVM for the signals received from the second wireless station of the plurality of wireless stations, or a decision based on those measures, in a memory (223, 323) included in the first wireless station (205, 305), the memory storing measures of the EVM, or decisions based on those measures, for the plurality of wireless stations with which the first wireless station has recently communicated; selecting one of the transmit antennas (213, 313, 215, 315) for transmitting to the second wireless station of the plurality of wireless stations based on the stored measures of the EVM for the signals received from the second wireless station of the plurality of wireless stations, or according to the stored decision based on those measures; and transmitting a signal for transmission to the second wireless station of the plurality of wireless stations via the selected antenna (213, 313, 215, 315). determining a measure of an error vector magnitude, EVM, for signals received from the second wireless station of the plurality of wireless stations via each of the antennas (213, 313, 215, 315) of the first wireless station (205, 305); storing the measures of the EVM for the signals received from the second wireless station of the plurality of wireless stations, or a decision based on those measures, in a memory (223, 323) included in the first wireless station (205, 305), the memory storing measures of the EVM, or decisions based on those measures, for the plurality of wireless stations with which the first wireless station has recently communicated; selecting one of the transmit antennas (213, 313, 215, 315) for transmitting to the second wireless station of the plurality of wireless stations based on the stored measures of the EVM for the signals received from the second wireless station of the plurality of wireless stations, or according to the stored decision based on those measures; and transmitting a signal for transmission to the second wireless station of the plurality of wireless stations via the selected antenna (213, 313, 215, 315).
Method for securing a transmission of a digital content to a terminal on board a transport means and linked to a gateway via a local area network, in which the gateway transmits a request for said content, said request arising from the terminal, characterized in that the gateway is associated with the transport means and has a gateway identifier corresponding to an identifier of the transport means, and in that the gateway adds said gateway identifier to said request, with a view to a verification of consistency at least of the identifier of a gateway associated with the transport means.