mhurhangee/ep-ind-claims huggingface dataset:
An apparatus for performing laser ablation in a vacuum chamber: comprising; a laser assembly having: a laser light source; and focusing optics for producing a focused laser beam from the light source, the focusing optics including an objective lens for focusing the laser beam onto a sample within a vacuum chamber a replaceable protective screen positioned between the sample and objective lens so that the focused laser beam passes through the replaceable protective screen and so that debris ejected toward the objective lens during laser ablation of the sample strikes the replaceable protective screen; characterized in that: the light source is a source of a nanosecond to femtosecond, pulsed laser beam; the replaceable protective screen (451, 501) is formed from a transparent conductive material, the apparatus includes a charged particle beam column (308, 309) for processing a sample in the vacuum chamber. comprising; a laser assembly having: a laser light source; and focusing optics for producing a focused laser beam from the light source, the focusing optics including an objective lens for focusing the laser beam onto a sample within a vacuum chamber a replaceable protective screen positioned between the sample and objective lens so that the focused laser beam passes through the replaceable protective screen and so that debris ejected toward the objective lens during laser ablation of the sample strikes the replaceable protective screen; characterized in that: the light source is a source of a nanosecond to femtosecond, pulsed laser beam; the replaceable protective screen (451, 501) is formed from a transparent conductive material, the apparatus includes a charged particle beam column (308, 309) for processing a sample in the vacuum chamber. a laser assembly having: a laser light source; and focusing optics for producing a focused laser beam from the light source, a laser light source; and focusing optics for producing a focused laser beam from the light source, the focusing optics including an objective lens for focusing the laser beam onto a sample within a vacuum chamber a replaceable protective screen positioned between the sample and objective lens so that the focused laser beam passes through the replaceable protective screen and so that debris ejected toward the objective lens during laser ablation of the sample strikes the replaceable protective screen; characterized in that: the light source is a source of a nanosecond to femtosecond, pulsed laser beam; the replaceable protective screen (451, 501) is formed from a transparent conductive material, the apparatus includes a charged particle beam column (308, 309) for processing a sample in the vacuum chamber. the light source is a source of a nanosecond to femtosecond, pulsed laser beam; the replaceable protective screen (451, 501) is formed from a transparent conductive material, the apparatus includes a charged particle beam column (308, 309) for processing a sample in the vacuum chamber.
A method for checking communication performance of a station device, the method being carried out by the station device and comprising: communicating with a wireless access point which is movable from one place to another place; determining current communication performance with the wireless access point; storing the determined current communication performance; comparing the current communication performance with pre-stored previous communication performance; and performing an output of whether the current communication performance is improved over the pre-stored previous communication performance based on a result of the comparing, wherein the pre-stored previous communication performance is determined to be communication performance with the wireless access point which is located in another place different from a current place. communicating with a wireless access point which is movable from one place to another place; determining current communication performance with the wireless access point; storing the determined current communication performance; comparing the current communication performance with pre-stored previous communication performance; and performing an output of whether the current communication performance is improved over the pre-stored previous communication performance based on a result of the comparing, wherein the pre-stored previous communication performance is determined to be communication performance with the wireless access point which is located in another place different from a current place.
Image recording system for recording images of a feature of an identification document with illumination angle-dependent representations, the image recording system comprising: a document support for the identification document; an illumination device for illuminating the document support from different illumination angles; and an image recording camera for the illumination angle-dependent image recording of the feature; wherein the illumination device comprises a light element arrangement (109, 111, 113, 115, 117, 119, 121, 123) for generating light in a first wavelength range and a second light element arrangement (109, 111, 113, 115, 117, 119, 121, 123) for generating light in a second wavelength range, wherein each light element arrangement (109, 111, 113, 115, 117, 119, 121, 123) comprises at least one light element, wherein the first light element arrangement (109, 111, 113, 115, 117, 119, 121, 123) is pivotally arranged by an actuator in order to send out light from different illumination angles, in particular from an illumination angle of 10°, 30°, 50° or 70° respectively, in the direction of the document support, wherein the at least one light element comprises groups of LEDs or lamps, which are each arranged in the same plane in a bar, such that the surface normals of the bars point towards the document support at different illumination angles. a document support for the identification document; an illumination device for illuminating the document support from different illumination angles; and an image recording camera for the illumination angle-dependent image recording of the feature; wherein the illumination device comprises a light element arrangement (109, 111, 113, 115, 117, 119, 121, 123) for generating light in a first wavelength range and a second light element arrangement (109, 111, 113, 115, 117, 119, 121, 123) for generating light in a second wavelength range, wherein each light element arrangement (109, 111, 113, 115, 117, 119, 121, 123) comprises at least one light element, wherein the first light element arrangement (109, 111, 113, 115, 117, 119, 121, 123) is pivotally arranged by an actuator in order to send out light from different illumination angles, in particular from an illumination angle of 10°, 30°, 50° or 70° respectively, in the direction of the document support, wherein the at least one light element comprises groups of LEDs or lamps, which are each arranged in the same plane in a bar, such that the surface normals of the bars point towards the document support at different illumination angles.
2- oxo-1-pyrrolidinyl imidazothiadiazole derivatives according to formula, their geometrical isomers, enantiomers, diastereomers, isotopes and mixtures, or a pharmaceutically acceptable salt thereof, wherein R 1 is a C 1-4 alkyl optionally substituted by one or more halogen substituents; R 2 is a C 1-4 alkyl containing at least one hydroxy or alkoxy substituent; and R 3 is a methyl (including -CD 3). R 1 is a C 1-4 alkyl optionally substituted by one or more halogen substituents; R 2 is a C 1-4 alkyl containing at least one hydroxy or alkoxy substituent; and R 3 is a methyl (including -CD 3).
Drive for a rotary drum comprising a. a ring gear, which can be fastened to the outer circumferential surface of the rotary drum for rotation therewith, b. a pinion meshing with the ring gear and arranged on a drive shaft for rotation therewith and for tilting movement, the pinion being held with its drive shaft in such a way that it can pivot relative to the ring gear, and c. a drive motor for driving the drive shaft wherein, in addition to the meshing, the pinion is also in interlocking rolling contact with the ring gear, characterised in that in order to produce interlocking rolling contact, cylindrical rolling paths (1d, 1e) are formed on both sides of the ring gear, concentric to the ring gear, and the pinion comprises two cylindrical contact surfaces (2h, 2i), formed concentric to the drive shaft, each contact surface of the pinion being in rolling contact with a rolling path of the ring gear in order to compensate radial run-outs of the ring gear. a. a ring gear, which can be fastened to the outer circumferential surface of the rotary drum for rotation therewith, b. a pinion meshing with the ring gear and arranged on a drive shaft for rotation therewith and for tilting movement, the pinion being held with its drive shaft in such a way that it can pivot relative to the ring gear, and c. a drive motor for driving the drive shaft
Connection box comprising a data connection element for receiving a data signal and also comprising a voltage/current supply device, wherein the data connection element has at least one preferably standardized data connector, in particular a data socket, with a data insertion direction for connecting a corresponding data connector, wherein the voltage/current supply device has at least one preferably standardized supply connector, in particular a supply socket, with a supply insertion direction for connecting a corresponding supply connector and for outputting a supply voltage, wherein the data insertion direction and the supply insertion direction are oriented approximately parallel in relation to one another, characterized in that the data connection element is designed in order to receive a data signal from a glass fibre line, a polymeric optical fibre line or a coaxial data line, to convert the received data signal and to provide the said data signal in a data format which is required in the data connector.
A transmission device that allocates time slots of an optical channel to a logical path, divides client signals received via the logical path to the time slots allocated to the logical path, and transmits the client signals by a plurality of optical subcarriers using optical wavelengths correlated with the time slots, characterized in that the transmission device comprises: an abnormality information receiving unit configured to, when the optical wavelength is abnormal and is unavailable, receive a list of a time slot affected by the abnormality as a list of an abnormal time slot; a list generating unit configured to determine an abnormal logical path which is the logical path to which the abnormal time slot is allocated, the list generating unit being configured to determine a normal time slot which is a time slot not having abnormality among the time slots included in the abnormal logical path; and a time slot allocating unit configured to calculate an effective band which is a transmission band allocated to the normal time slot in a transmission band of the abnormal logical path, the time slot allocating unit being configured to reconfigure the abnormal logical path by reducing the transmission band of the abnormal logical path to the effective band, and the time slot allocating unit being configured to reallocate the abnormal logical path reconfigured by the time slot allocating unit to the normal time slot included in the abnormal logical path. an abnormality information receiving unit configured to, when the optical wavelength is abnormal and is unavailable, receive a list of a time slot affected by the abnormality as a list of an abnormal time slot; a list generating unit configured to determine an abnormal logical path which is the logical path to which the abnormal time slot is allocated, the list generating unit being configured to determine a normal time slot which is a time slot not having abnormality among the time slots included in the abnormal logical path; and a time slot allocating unit configured to calculate an effective band which is a transmission band allocated to the normal time slot in a transmission band of the abnormal logical path, the time slot allocating unit being configured to reconfigure the abnormal logical path by reducing the transmission band of the abnormal logical path to the effective band, and the time slot allocating unit being configured to reallocate the abnormal logical path reconfigured by the time slot allocating unit to the normal time slot included in the abnormal logical path.
Tapered roller bearing, comprising frustoconical rolling bodies and an inner raceway element for the frustoconical rolling bodies with a rolling face for the rolling bodies and with a rim which has an inner side on one of the end sides of the rolling bodies, in which a region of the inner side is provided for contact with regions of the rolling-body end sides, in one view the raceway element being configured so as to be free from an undercut in a transitional region from the inner side towards the rolling face in relation to a viewing direction which starts from a middle region of the inner side between its outer and inner edge and is directed radially towards the rolling face along a rolling-body end side, the designated contact between the rolling-body end side and the inner side taking place in a range of from 85% to 98% of the radius of the rolling-body end side from the rolling-body main axis.
A method for an operation of a mobile station, MS, in a wireless communication system, the method comprising: storing first system information of a first base station, BS, providing a first cell when performing a handover from the first cell to a second cell provided by a second BS; in response to a change of system information of the first BS from the first system information to second system information after the handover from the first cell to the second cell is completed, receiving, from the first BS via the second BS, the second system information of the first BS; detecting that a radio link failure, RLF, occurs in the second cell; and searching (1311, 1313) for the first base station and performing a re-establishment procedure with the first BS based on the received second system information, wherein the coverage of the second cell is comprised in the coverage of the first cell, and wherein the second system information is different from the first system information. storing first system information of a first base station, BS, providing a first cell when performing a handover from the first cell to a second cell provided by a second BS; in response to a change of system information of the first BS from the first system information to second system information after the handover from the first cell to the second cell is completed, receiving, from the first BS via the second BS, the second system information of the first BS; detecting that a radio link failure, RLF, occurs in the second cell; and searching (1311, 1313) for the first base station and performing a re-establishment procedure with the first BS based on the received second system information, wherein the coverage of the second cell is comprised in the coverage of the first cell, and wherein the second system information is different from the first system information.
A root assembly for a rotor blade of a wind turbine, comprising: a blade root section comprising an inner sidewall surface and an outer sidewall surface separated by a radial gap, the blade root section constructed of a first composite material, the first composite material comprising a thermoplastic material; a plurality of root inserts spaced circumferentially within the radial gap, each of the root inserts comprising at least one bore hole surrounded by a second composite material, each of the bore holes configured to receive a root bolt, the root bolts configured to secure the root assembly to a hub of the wind turbine, the second composite material comprising a thermoset material, the second composite material being different than the first composite material; a plurality of spacers configured between one or more of the root inserts, each of the spacers being constructed of a pre-consolidated composite material; wherein the plurality of root inserts and the plurality of spacers include side edges (45, 53), such that when the plurality of root inserts and the plurality of spacers are arranged in the root assembly, the side edges (45, 53) substantially align and are flush to form a first and a second continuous surfaces (55, 57). a blade root section comprising an inner sidewall surface and an outer sidewall surface separated by a radial gap, the blade root section constructed of a first composite material, the first composite material comprising a thermoplastic material; a plurality of root inserts spaced circumferentially within the radial gap, each of the root inserts comprising at least one bore hole surrounded by a second composite material, each of the bore holes configured to receive a root bolt, the root bolts configured to secure the root assembly to a hub of the wind turbine, the second composite material comprising a thermoset material, the second composite material being different than the first composite material; a plurality of spacers configured between one or more of the root inserts, each of the spacers being constructed of a pre-consolidated composite material; wherein the plurality of root inserts and the plurality of spacers include side edges (45, 53), such that when the plurality of root inserts and the plurality of spacers are arranged in the root assembly, the side edges (45, 53) substantially align and are flush to form a first and a second continuous surfaces (55, 57).
A method of controlling a field device for operation in cold temperature, the field device comprising a liquid crystal display, a sensor and a temperature sensor, the method comprising: providing a first electrical power level to the LCD for operating the LCD; providing an electrical signal to the LCD to update information displayed on the LCD; providing a first temperature setpoint; measuring an ambient temperature proximate the LCD with the temperature sensor; providing additional power for a second electrical power level to the LCD when the measured ambient temperature is lower than the first temperature setpoint; setting an update interval to a first length of time, wherein the step of providing the electrical signal to the LCD to update information displayed on the LCD is performed periodically at the update interval; providing a second temperature setpoint lower than the first temperature setpoint; and setting the update interval to a second length of time together with the step of providing additional power when the measured ambient temperature is lower than the second temperature setpoint, wherein the second length of time is longer than the first length of time, providing a third temperature setpoint lower than the second temperature setpoint; and wherein the step of providing the electrical signal to the LCD provides information to update only a sensor value of the sensor on the LCD, and the step of providing the electrical signal to the LCD is performed only when the sensor value is different from the sensor value sent in a previous update, when the measured ambient temperature is lower than the third temperature setpoint, together with the steps of setting the update interval to a second length of time and providing additional power. providing a first electrical power level to the LCD for operating the LCD; providing an electrical signal to the LCD to update information displayed on the LCD; providing a first temperature setpoint; measuring an ambient temperature proximate the LCD with the temperature sensor; providing additional power for a second electrical power level to the LCD when the measured ambient temperature is lower than the first temperature setpoint; setting an update interval to a first length of time, wherein the step of providing the electrical signal to the LCD to update information displayed on the LCD is performed periodically at the update interval; providing a second temperature setpoint lower than the first temperature setpoint; and setting the update interval to a second length of time together with the step of providing additional power when the measured ambient temperature is lower than the second temperature setpoint, wherein the second length of time is longer than the first length of time,
A cooling fan assembly for operating machines and/or vehicles, in particular agricultural tractors and off-road vehicles, comprising a fan with at least one blade mounted on a hub which can be rotationally driven about its axis (X-X) by associated driving means (3,3a) suitable for connection to a heat engine of the vehicle and mounted on a fixed support by means of a bearing, and an apparatus for actuating and controlling the rotation about its longitudinal axis (Y-Y) of the at least one blade, the apparatus comprising: - a ring provided with a radial seat inside which a radial pin, eccentrically engaged in a base integral with the shank of the blade, is inserted; - an electric motor which is coaxial with the axis (X-X) of the hub and the shaft of which is coaxially connected to a reduction gear, the kinematic output element of which is coaxially connected by means of a screw / female thread coupling to a slider displaceable in both directions along the hub axis (X-X) and kinematically connected to the ring with eccentric pin for driving the base integral with the shank of the blade; wherein the reduction gear (40,140) is a multi-stage epicyclic reduction gear coaxially arranged inside the fixed support, and the electric motor is coaxially inserted inside the fixed support and fixed thereto. - a ring provided with a radial seat inside which a radial pin, eccentrically engaged in a base integral with the shank of the blade, is inserted; - an electric motor which is coaxial with the axis (X-X) of the hub and the shaft of which is coaxially connected to a reduction gear, the kinematic output element of which is coaxially connected by means of a screw / female thread coupling to a slider displaceable in both directions along the hub axis (X-X) and kinematically connected to the ring with eccentric pin for driving the base integral with the shank of the blade;