mhurhangee/ep-ind-claims huggingface dataset:
A fuel nozzle for gas turbine combustor, comprising: a diffusion combustion burner including a diffusion fuel nozzle for spraying a diffusion combustion fuel into a combustion chamber; a premixing combustion burner including a premixing fuel nozzle for spraying a premixing fuel into a premixer; an end flange to which the diffusion combustion burner and the premixing combustion burner are mechanically joined; and a diffusion combustion burner support which fixes the diffusion combustion burner to the end flange and is mounted around the premixing fuel nozzle in a manner to cover a root portion of the premixing fuel nozzle, the root portion being a junction between the premixing fuel nozzle and the end flange, an outside diameter of the premixing fuel nozzle longitudinally varies in a manner to progressively increase toward the junction, characterized in that a maximum diameter of the root portion of the premixing fuel nozzle is greater than an inside diameter of a hole formed in the diffusion combustion burner support, an outside diameter part of the premixing fuel nozzle includes the root portion which is the thickest, a step portion thinner than the root portion, and a distal end portion as thick as the step portion or thinner than the step portion, and a boundary region between the root portion and the step portion has an arc shape. a diffusion combustion burner including a diffusion fuel nozzle for spraying a diffusion combustion fuel into a combustion chamber; a premixing combustion burner including a premixing fuel nozzle for spraying a premixing fuel into a premixer; an end flange to which the diffusion combustion burner and the premixing combustion burner are mechanically joined; and a diffusion combustion burner support which fixes the diffusion combustion burner to the end flange and is mounted around the premixing fuel nozzle in a manner to cover a root portion of the premixing fuel nozzle, the root portion being a junction between the premixing fuel nozzle and the end flange, an outside diameter of the premixing fuel nozzle longitudinally varies in a manner to progressively increase toward the junction, characterized in that a maximum diameter of the root portion of the premixing fuel nozzle is greater than an inside diameter of a hole formed in the diffusion combustion burner support, an outside diameter part of the premixing fuel nozzle includes the root portion which is the thickest, a step portion thinner than the root portion, and a distal end portion as thick as the step portion or thinner than the step portion, and a boundary region between the root portion and the step portion has an arc shape.
Method for the release of baculovirus-expressed Virus-like Particles (VLP's) of non-enveloped viruses from insect cells, characterized in that the method is free of lysis or cell disruption steps, and comprises the step of mixing the insect cells with a salt, wherein the salt in water solution resulting from the mixing comprises at least 300mOsmol/l of a salt of which the cation is selected from the group consisting of the alkali metals and the earth alkali metals, and of which the anion is selected from the group consisting of Cl -, Br - and I -.
A method for dealkalizing the inner face of the wall of a glass container, such as a vial, which wall delimits an accommodation cavity for a product, said method being characterized in that it comprises: - a step of supplying a borosilicate glass container, the inner face of the wall of which is at a temperature of at least 350°C, and - a step of introducing into said accommodation cavity, with said inner face being at a temperature of at least 350°C, a treatment liquid containing a treatment substance designed to react under the effect of the heat from the inner face of the wall of the container to bring about dealkalization of the glass. - a step of supplying a borosilicate glass container, the inner face of the wall of which is at a temperature of at least 350°C, and - a step of introducing into said accommodation cavity, with said inner face being at a temperature of at least 350°C, a treatment liquid containing a treatment substance designed to react under the effect of the heat from the inner face of the wall of the container to bring about dealkalization of the glass.
A method for calibrating an optical power adapted to be performed by a three-dimensional object generating apparatus comprising a laser light generator for generating a linear beam and a flat-field convergent lens, and a flat-field scanning route is formed when the linear beam passing through the flat-field convergent lens, the method comprising: proving a flat-field optical sensor, a photo detector and a controller, wherein the flat-field optical sensor is positioned on the flat-field scanning route, the photo detector is positioned between the laser light generator and the flat-field convergent lens, and the controller is electrically connected to the flat-field optical sensor, the photo detector and the laser light generator; using the flat-field optical sensor to sense an optical power of the linear beam having passed through the flat-field convergent lens and send a sensed signal based on sensed optical power to the controller; using the photo detector to detect an optical power of the linear beam that does not pass through the flat-field convergent lens and send a detected signal based on detected optical power to the controller; and using the controller to calibrate an optical power of the laser light generator based on the sensed signal from the flat-field optical sensor and the detected signal from the photo detector. proving a flat-field optical sensor, a photo detector and a controller, wherein the flat-field optical sensor is positioned on the flat-field scanning route, the photo detector is positioned between the laser light generator and the flat-field convergent lens, and the controller is electrically connected to the flat-field optical sensor, the photo detector and the laser light generator; using the flat-field optical sensor to sense an optical power of the linear beam having passed through the flat-field convergent lens and send a sensed signal based on sensed optical power to the controller; using the photo detector to detect an optical power of the linear beam that does not pass through the flat-field convergent lens and send a detected signal based on detected optical power to the controller; and using the controller to calibrate an optical power of the laser light generator based on the sensed signal from the flat-field optical sensor and the detected signal from the photo detector.
Refrigeration device with at least a heat exchanger of a cooling side, which is provided with a plurality of heat exchange members, which are collected together as a base body of the heat exchanger, and with a temperature detection means, which allows a detection of temperatures at the heat exchanger, characterised in that as temperature detection means there is provided a heat conduction pipe filled with a refrigerant, which is at least partly inserted in a form-fitting manner in a cutout, bore and/or recess of the base body, wherein the heat conduction pipe is aligned in an inclination of at least one degree in relation to the horizontal of the refrigeration device.
A convertible backpack configured to be converted from a backpack position into a trolley case, and vice versa according to a user preference, said convertible backpack comprising at least: a. a trolley base configured to hold a backpack body and to be connected to a handle and to at least two wheels for rolling the trolley case on the ground; b. a telescopic trolley handle configured to be extracted upward upon usage of the convertible backpack as a trolley case, and to be retracted inward upon usage as a backpack; c. at least two wheels configured to allow rolling of the trolley case on the ground; each wheel is connected to a rotatable cover, configured to rotate outward and inward relative to trolley base; d. a backpack body configured to be assembled with said trolley base and said telescopic trolley handle; and e. a rotatable wheel's cover mechanism for covering the outer side of each one of said wheels upon usage of said convertible backpack as a backpack and for uncovering the outer side of each one of said wheels upon usage of said convertible backpack as a trolley case, and characterized in that said rotatable wheel's cover mechanism is operated by movement of said telescopic trolley handle upward and downward such that upon extraction of said telescopic trolley handle upward, each of said wheel covers rotates inward so as to uncover the outer side of said wheels and upon insertion of said telescopic trolley handle downward, each of said wheel covers rotates outward so as to cover the outer side of said wheels. a. a trolley base configured to hold a backpack body and to be connected to a handle and to at least two wheels for rolling the trolley case on the ground; b. a telescopic trolley handle configured to be extracted upward upon usage of the convertible backpack as a trolley case, and to be retracted inward upon usage as a backpack; c. at least two wheels configured to allow rolling of the trolley case on the ground; each wheel is connected to a rotatable cover, configured to rotate outward and inward relative to trolley base; d. a backpack body configured to be assembled with said trolley base and said telescopic trolley handle; and e. a rotatable wheel's cover mechanism for covering the outer side of each one of said wheels upon usage of said convertible backpack as a backpack and for uncovering the outer side of each one of said wheels upon usage of said convertible backpack as a trolley case, and characterized in that said rotatable wheel's cover mechanism is operated by movement of said telescopic trolley handle upward and downward such that upon extraction of said telescopic trolley handle upward, each of said wheel covers rotates inward so as to uncover the outer side of said wheels and upon insertion of said telescopic trolley handle downward, each of said wheel covers rotates outward so as to cover the outer side of said wheels.
A radio frequency IC device comprising: a radio frequency IC chip arranged to process a transmitted signal and a received signal; a printed circuit board (20, 40) including a ground electrode (21, 50A) used for another electronic component included in an electronic apparatus; wherein the ground electrode (21, 50A) includes a cutout portion (21a, 50a), and wherein the cutout portion defines a loop electrode and connection electrodes (31a, 31b, 52a, 52b) arranged to mount the radio frequency IC chip thereon, wherein the loop electrode provides an impedance matching function; and the radio frequency IC chip is mounted on the connection electrodes. a radio frequency IC chip arranged to process a transmitted signal and a received signal; a printed circuit board (20, 40) including a ground electrode (21, 50A) used for another electronic component included in an electronic apparatus; wherein the ground electrode (21, 50A) includes a cutout portion (21a, 50a), and wherein the cutout portion defines a loop electrode and connection electrodes (31a, 31b, 52a, 52b) arranged to mount the radio frequency IC chip thereon, wherein the loop electrode provides an impedance matching function; and the radio frequency IC chip is mounted on the connection electrodes.
A crimp structure comprising: a shielded cable, an insulated ferrule, a ground contact, and a crimp section in which the insulated ferrule is placed inside an outer conductor included in the shielded cable, and in which the outer conductor and the ground contact placed on an outer periphery of the outer conductor are crimped, characterised in that the insulated ferrule is wound in a coil form. a shielded cable, an insulated ferrule, a ground contact, and a crimp section in which the insulated ferrule is placed inside an outer conductor included in the shielded cable, and in which the outer conductor and the ground contact placed on an outer periphery of the outer conductor are crimped, characterised in that the insulated ferrule is wound in a coil form.
An electric-motor furniture drive having a power supply device and having a manual control for adjusting movable furniture components relative to one another, wherein the electric-motor furniture drive has at least one electric motor, which is reversible in the rotational direction, wherein a speed reduction gear is connected downstream from each electric motor and wherein a further gear is connected downstream from each speed reduction gear, and wherein the power supply device has a network terminal via a network cable, which is implemented as connectable to a power supply network, wherein the power supply device transforms the network-side input voltage into at least one output-side low voltage, and has a disconnection transformer switched at high frequency or a transformer unit for the electrical disconnection between the network-connected input side and the low-voltage-providing output side for operating the electric-motor furniture drive, wherein the power supply device is implemented like a switched power supply and has an intermediate circuit, a control unit for controlling the switched power supply, and a secondary unit, wherein the power supply device has an operating state in regular operation of the electric-motor furniture drive and an idle state when the electric-motor furniture drive is not actuated, wherein the power supply device provides at its output an output-side operating voltage in its operating state and provides at its output an output-side idle voltage, instead of the operating voltage, in its idle state, characterized in that the power supply device is provided with a switchable and/or variable initial load, which is implemented and temporarily connectable to the terminals of the network cable of the power supply device such that an unambiguous recognition of the operating state of the power supply device is formed for a network circuit breaker, wherein the network circuit breaker is installed between the power supply network and the network cable of the power supply device and effectuates a disconnection or a connection of the power supply device from or to the power supply network.
A bistatic radar system comprising: a transmitter; a target at a first position; a receiver at a second known position, wherein the receiver is configured to receive one or more reflected radar signals transmitted from the transmitter and reflected off the target, and wherein the receiver is configured to receive one or more direct radar signals transmitted from the transmitter; and a transmitter position determination unit configured to determine a position of the transmitter based on a determination of a distance between the first position and the second known position and a determination of a first angular difference between the one or more reflected radar signals and the one or more direct radar signals that are received by the receiver; characterized in that: the first position of the target is a first known position; the transmitter position determination unit is configured to determine a second angular difference between a main beam transmitted from the transmitter towards the target and a sidelobe transmitted from the transmitter toward the receiver; and the transmitter position determination unit uses the second angular difference to determine an accuracy of the determined position of the transmitter. a transmitter; a target at a first position; a receiver at a second known position, wherein the receiver is configured to receive one or more reflected radar signals transmitted from the transmitter and reflected off the target, and wherein the receiver is configured to receive one or more direct radar signals transmitted from the transmitter; and a transmitter position determination unit configured to determine a position of the transmitter based on a determination of a distance between the first position and the second known position and a determination of a first angular difference between the one or more reflected radar signals and the one or more direct radar signals that are received by the receiver; characterized in that: the first position of the target is a first known position; the transmitter position determination unit is configured to determine a second angular difference between a main beam transmitted from the transmitter towards the target and a sidelobe transmitted from the transmitter toward the receiver; and the transmitter position determination unit uses the second angular difference to determine an accuracy of the determined position of the transmitter. the first position of the target is a first known position; the transmitter position determination unit is configured to determine a second angular difference between a main beam transmitted from the transmitter towards the target and a sidelobe transmitted from the transmitter toward the receiver; and the transmitter position determination unit uses the second angular difference to determine an accuracy of the determined position of the transmitter.
Fluid-based cooling device for cooling at least two distinct first heat-generating elements (110, 111) of a heat source assembly, the heat source assembly being in thermal contact with the fluid-based cooling device, the fluid-based cooling device comprising: a first plate for thermally contacting the heat source assembly; a heat sink structure, wherein the heat sink structure is arranged on or in the first plate; and a second plate for directing a flow of a cooling fluid to the heat sink structure, wherein the second plate is arranged on the heat sink structure; characterized in that the heat sink structure comprises at least two heat sink structure portions (20, 21) each corresponding to an associated one of the at least two distinct first heat-generating elements (110, 111), and in that the second plate comprises at least two fluid inlet opening regions (26, 27), wherein each of the fluid inlet opening regions (26, 27) is associated with a corresponding heat sink structure portion (20, 21) of the at least two heat sink structure portions (20, 21). a first plate for thermally contacting the heat source assembly; a heat sink structure, wherein the heat sink structure is arranged on or in the first plate; and a second plate for directing a flow of a cooling fluid to the heat sink structure, wherein the second plate is arranged on the heat sink structure; characterized in that the heat sink structure comprises at least two heat sink structure portions (20, 21) each corresponding to an associated one of the at least two distinct first heat-generating elements (110, 111), and in that the second plate comprises at least two fluid inlet opening regions (26, 27), wherein each of the fluid inlet opening regions (26, 27) is associated with a corresponding heat sink structure portion (20, 21) of the at least two heat sink structure portions (20, 21).
Connection arrangement for connection of an electrical conductor, comprising - a current bar, - a clamping spring which has a holding limb and a clamping limb, wherein the clamping limb can be moved to a clamping position and to an open position, - a conductor connection area formed between a portion of the current bar and the clamping limb of the clamping spring, - a displaceably arranged guide element which is operatively connected to the clamping limb of the clamping spring, wherein the clamping limb can be held in the open position by means of the guide element, and - an actuating element, by means of which the guide element can be displaced for moving the clamping limb of the clamping spring from the clamping position to the open position, characterized in that the clamping spring is arranged between the portion of the current bar and the actuating element, wherein the guide element has a sliding surface along which the actuating element can be guided. - a current bar, - a clamping spring which has a holding limb and a clamping limb, wherein the clamping limb can be moved to a clamping position and to an open position, - a conductor connection area formed between a portion of the current bar and the clamping limb of the clamping spring, - a displaceably arranged guide element which is operatively connected to the clamping limb of the clamping spring, wherein the clamping limb can be held in the open position by means of the guide element, and - an actuating element, by means of which the guide element can be displaced for moving the clamping limb of the clamping spring from the clamping position to the open position,
An implantable access port comprising: a body (54, 56) defining a cavity, the body being configured for capturing a septum; and a septum with a surface and symmetric about a central axis for repeatedly inserting a needle therethrough into the cavity, wherein the septum comprises no more and no less than three protrusions in the surface of the septum, the protrusions providing for identification of the septum by palpation of the septum and being located equidistantly from the central axis, to provide by said palpation an indication of the location of the centre of the septum surface; characterised in that imbedded in the septum is a communication device configured for transmitting information in response to a request signal, for identifying the access port. a body (54, 56) defining a cavity, the body being configured for capturing a septum; and a septum with a surface and symmetric about a central axis for repeatedly inserting a needle therethrough into the cavity, wherein the septum comprises no more and no less than three protrusions in the surface of the septum, the protrusions providing for identification of the septum by palpation of the septum and being located equidistantly from the central axis, to provide by said palpation an indication of the location of the centre of the septum surface; characterised in that imbedded in the septum is a communication device configured for transmitting information in response to a request signal, for identifying the access port.
A pharmaceutical composition comprising liposomally formulated reduced glutathione for use in the treatment of a mammalian patient suffering from pneumonia caused by an infection of Klebsiella pneumoniae.
A fluid ejection device comprising: a fluidic channel having a first fluid feedhole, a second fluid feedhole and a nozzle; a first fluid displacement actuator located asymmetrically within the channel between the first fluid feedhole and the nozzle; a second fluid displacement actuator located asymmetrically within the channel between the second fluid feedhole and the nozzle; and a controller to control fluid flow through the channel by generating compressive and expansive fluid displacements of different durations from at least one actuator, comprising generating compressive fluid displacements of a first duration, and generating expansive fluid displacements of a second duration different from the first duration. a fluidic channel having a first fluid feedhole, a second fluid feedhole and a nozzle; a first fluid displacement actuator located asymmetrically within the channel between the first fluid feedhole and the nozzle; a second fluid displacement actuator located asymmetrically within the channel between the second fluid feedhole and the nozzle; and a controller to control fluid flow through the channel by generating compressive and expansive fluid displacements of different durations from at least one actuator, comprising generating compressive fluid displacements of a first duration, and generating expansive fluid displacements of a second duration different from the first duration.