mhurhangee/ep-ind-claims huggingface dataset:
A vibrating hammer (100.. 104), comprising: - a cylinder with a cylinder axis, - a striker, movably mounted relative to the cylinder, with a flange which protrudes beyond an inner diameter of the cylinder provided in the region of the striker transversely to the direction of movement of the striker, and with a striking surface arranged on the outside, wherein the striker is damped in both directions along the cylinder axis with regard to an axial movement, - a piston, displacably mounted in the cylinder, which can be driven by a pressurized fluid or electromechanically, whose displacement extends to the striker, wherein the flange of the striker forms a side facing the piston and a side facing the striking surface, and - a striker holder coupled with the cylinder, which has a cavity accommodating the striker and its flange, characterized by - a first damping element, in particular formed in a single piece, which encloses the flange of the striker in the cross section, and which has a first section facing the cylinder and a second section facing the striking surface. - a cylinder with a cylinder axis, - a striker, movably mounted relative to the cylinder, with a flange which protrudes beyond an inner diameter of the cylinder provided in the region of the striker transversely to the direction of movement of the striker, and with a striking surface arranged on the outside, wherein the striker is damped in both directions along the cylinder axis with regard to an axial movement, - a piston, displacably mounted in the cylinder, which can be driven by a pressurized fluid or electromechanically, whose displacement extends to the striker, wherein the flange of the striker forms a side facing the piston and a side facing the striking surface, and - a striker holder coupled with the cylinder, which has a cavity accommodating the striker and its flange, characterized by - a first damping element, in particular formed in a single piece, which encloses the flange of the striker in the cross section, and which has a first section facing the cylinder and a second section facing the striking surface.
A system for performing Diameter overload control, the system comprising: a first Diameter node including: at least one network interface for receiving a first Diameter message comprising a session establishment request originating from a Diameter client (102,104,106); the first Diameter node further including: a Diameter agent configured to assign, before an overload condition is detected, sessions, for which a session establishment request has been received, having a first characteristic to a first overload group and to assign sessions, for which a session establishment request has been received, having a second characteristic to a second overload group; and the Diameter agent including a Diameter overload control unit configured to detect an overload condition from a Diameter server (112,114,116) providing service to the Diameter client, wherein the overload condition is associated with the first Diameter message and, when the session associated to the session establishment request received from the Diameter client has a first characteristic, to communicate, based on the sessions assigned to the first overload group, an indication of the overload condition to a second Diameter node having sessions assigned to the first overload group using a second Diameter message defined for a purpose other than overload control.
A lighting device comprising: a plurality of light sources (11,..., 16) disposed at a circumference of a concentric circle; a light guide disposed adjacent to the light sources (11,..., 16) while surrounding the light sources (11,..., 16); and a cover member configured to surround upper surfaces of the light sources (11,..., 16) and upper and side surfaces of the light guide, wherein the light guide is provided with a plurality of grooves (g1,..., g6) at a central first area thereof such that each of the light sources (11,..., 16) is inserted into a corresponding groove of said grooves (g1,..., g6), respectively, and wherein shapes of the plurality of grooves (g1,..., g6) are identical while being point-symmetric with respect to a center of the concentric circle, characterized in that in each of said grooves (g1,..., g6) the light guide is configured such that a first surface thereof in a direction of the light sources and a second surface thereof in a direction opposite to the light sources have inclination with respect to a direction perpendicular to a horizontal advance direction of light, without being perpendicular to the horizontal advance direction, and in that the cover member has a light-transmissive pattern in a light diffusion area thereof facing the upper surface of the light guide, wherein the cover member further comprises light shields respectively disposed in an inner area inside the light-transmissive pattern and an outer area outside the light-transmissive pattern, wherein the light guide and the cover member are spaced apart from each other, and wherein the inner area and the outer area are protruded toward the light guide. a plurality of light sources (11,..., 16) disposed at a circumference of a concentric circle; a light guide disposed adjacent to the light sources (11,..., 16) while surrounding the light sources (11,..., 16); and a cover member configured to surround upper surfaces of the light sources (11,..., 16) and upper and side surfaces of the light guide, wherein the light guide is provided with a plurality of grooves (g1,..., g6) at a central first area thereof such that each of the light sources (11,..., 16) is inserted into a corresponding groove of said grooves (g1,..., g6), respectively, and wherein shapes of the plurality of grooves (g1,..., g6) are identical while being point-symmetric with respect to a center of the concentric circle, wherein the light guide and the cover member are spaced apart from each other, and wherein the inner area and the outer area are protruded toward the light guide.
A computer-implemented method of identifying a synthetic track, comprising: receiving, by an observation device, a plurality of emissions from a plurality of platforms, wherein the emissions are generated in an emission sequence and are generated to create the synthetic track indicative of an object travel path, and wherein the synthetic track includes one or more bearing angles that create angular deception intending to mislead as to travel paths of the plurality of platforms; determining, by the one or more computing devices, whether one or more short term angle deviations exist in the synthetic track based at least in part on one or more of the emissions, wherein a short term angle deviation in the synthetic track is a deviation in apparent motion created by a track within a particular distance and/or percentage of the track; and rejecting, by the one or more computing devices, the synthetic track as an actual object travel path when it is determined that the one or more short term angle deviations exist in the track. receiving, by an observation device, a plurality of emissions from a plurality of platforms, wherein the emissions are generated in an emission sequence and are generated to create the synthetic track indicative of an object travel path, and wherein the synthetic track includes one or more bearing angles that create angular deception intending to mislead as to travel paths of the plurality of platforms; determining, by the one or more computing devices, whether one or more short term angle deviations exist in the synthetic track based at least in part on one or more of the emissions, wherein a short term angle deviation in the synthetic track is a deviation in apparent motion created by a track within a particular distance and/or percentage of the track; and rejecting, by the one or more computing devices, the synthetic track as an actual object travel path when it is determined that the one or more short term angle deviations exist in the track.
An apparatus for generating a prediction, at a time prior to a laser iris color-change procedure, of what a patient's iris color will be after the procedure is performed and its effects are realized, said apparatus comprising: a measurement device configured to measure anatomical features of the patient's eye relevant to the prediction; a database comprising measurements of the anatomical features of a population of eyes and the iris colors associated with the anatomical features of the population of eyes; a data-processing device, configured to: query the database, using as search criteria the measurements of the anatomical features of the patient's eyes, and generate the prediction; and a display device configured to display at least one of a description or image of the prediction. a measurement device configured to measure anatomical features of the patient's eye relevant to the prediction; a database comprising measurements of the anatomical features of a population of eyes and the iris colors associated with the anatomical features of the population of eyes; a data-processing device, configured to: query the database, using as search criteria the measurements of the anatomical features of the patient's eyes, and generate the prediction; and query the database, using as search criteria the measurements of the anatomical features of the patient's eyes, and generate the prediction; and a display device configured to display at least one of a description or image of the prediction.
A method for using a host-side cache to accelerate input/output 'I/O' of a virtual machine 'VM', the method characterised by: intercepting, by a hypervisor of a host system, an I/O request from a VM running on the host system, the I/O request being directed to a virtual disk residing on a shared storage device; and processing, by the hypervisor, the I/O request by accessing a host-side cache that resides one or more cache devices distinct from the shared storage device, the accessing of the host-side cache being transparent to the VM such that the VM is unaware that the host-side cache is being accessed; wherein the host-side cache is spread across a plurality of cache devices, and wherein the host-side cache is presented as a single logical resource to the hypervisor by pooling the plurality of cache devices using a common file system. intercepting, by a hypervisor of a host system, an I/O request from a VM running on the host system, the I/O request being directed to a virtual disk residing on a shared storage device; and processing, by the hypervisor, the I/O request by accessing a host-side cache that resides one or more cache devices distinct from the shared storage device, the accessing of the host-side cache being transparent to the VM such that the VM is unaware that the host-side cache is being accessed; wherein the host-side cache is spread across a plurality of cache devices, and wherein the host-side cache is presented as a single logical resource to the hypervisor by pooling the plurality of cache devices using a common file system.
Control method for a battery comprising an interface (12, 13) for communicating with a hand-held power tool and for supplying the hand-held power tool, wherein characterising data of the hand-held power tool and/or data about the operating behaviour of the hand-held power tool are received via the interface, characterised in that characterising data about the maximum permissible duration for which the voltage of the battery and/or the voltage of individual cells of the battery may fall below a limit value are received via the interface and if a total discharge protection system of the battery determines that the voltage has fallen below the limit value for longer than the maximum permissible duration, a warning signal is output via the interface and/or the power supply via the interface is interrupted on the part of the battery.
A computer-implemented method for authenticating and authorizing a user to join a conference event via a conference event environment system ("CEES") and a conferencing application executed on a conferencing server, the computer-implemented method comprising performing computer-implemented operations for: receiving, at a CEES computer of the CEES, a request from the user to join the conference event; determining, at the CEES computer, if the user is an invited participant of the conference event; and in response to determining that the user is an invited participant of the conference event, joining the CEES computer into the conference event on behalf of the user, characterised in that: the joining of the CEES computer into the conference event is performed after the user has already joined the conference event from a participant device other than said CEES computer, and said joining of the CEES computer comprises the user joining the CEES computer to the conference event from the participant device; the user has permissions dictating how the participant device is handled by the conferencing application; and when the CEES computer is joined to the conference event from the participant device, the CEES computer inherits the permissions for the user. receiving, at a CEES computer of the CEES, a request from the user to join the conference event; determining, at the CEES computer, if the user is an invited participant of the conference event; and in response to determining that the user is an invited participant of the conference event, joining the CEES computer into the conference event on behalf of the user, characterised in that: the joining of the CEES computer into the conference event is performed after the user has already joined the conference event from a participant device other than said CEES computer, and said joining of the CEES computer comprises the user joining the CEES computer to the conference event from the participant device; the user has permissions dictating how the participant device is handled by the conferencing application; and when the CEES computer is joined to the conference event from the participant device, the CEES computer inherits the permissions for the user. the joining of the CEES computer into the conference event is performed after the user has already joined the conference event from a participant device other than said CEES computer, and said joining of the CEES computer comprises the user joining the CEES computer to the conference event from the participant device; the user has permissions dictating how the participant device is handled by the conferencing application; and when the CEES computer is joined to the conference event from the participant device, the CEES computer inherits the permissions for the user.
A liquid discharge head comprising: a nozzle plate having: a nozzle on a liquid discharge face of the nozzle plate; and a through hole communicating with the nozzle and penetrating the nozzle plate, the nozzle plate including a substrate including: a first silicon layer on a side of the liquid discharge face; a second silicon layer; a first silicon oxide film layer between the first silicon layer and the second silicon layer; and a second silicon oxide film layer on a surface of the second silicon layer different from a surface of the second silicon layer in contact with the first silicon oxide film layer; an individual liquid chamber communicating with the nozzle via the through hole; and an actuator configured to pressurize a liquid in the individual liquid chamber to discharge the liquid from the nozzle, wherein a thickness of the first silicon layer is smaller than a thickness of the second silicon layer, wherein a portion of the through hole penetrating the first silicon layer has a smaller diameter than a portion of the through hole penetrating the second silicon layer, characterized in that a thickness of the first silicon oxide film layer is larger than a thickness of the second silicon oxide film layer. a nozzle plate having: a nozzle on a liquid discharge face of the nozzle plate; and a through hole communicating with the nozzle and penetrating the nozzle plate, a nozzle on a liquid discharge face of the nozzle plate; and a through hole communicating with the nozzle and penetrating the nozzle plate, the nozzle plate including a substrate including: a first silicon layer on a side of the liquid discharge face; a second silicon layer; a first silicon oxide film layer between the first silicon layer and the second silicon layer; and a second silicon oxide film layer on a surface of the second silicon layer different from a surface of the second silicon layer in contact with the first silicon oxide film layer; a first silicon layer on a side of the liquid discharge face; a second silicon layer; a first silicon oxide film layer between the first silicon layer and the second silicon layer; and a second silicon oxide film layer on a surface of the second silicon layer different from a surface of the second silicon layer in contact with the first silicon oxide film layer; an individual liquid chamber communicating with the nozzle via the through hole; and an actuator configured to pressurize a liquid in the individual liquid chamber to discharge the liquid from the nozzle, wherein a thickness of the first silicon layer is smaller than a thickness of the second silicon layer, wherein a portion of the through hole penetrating the first silicon layer has a smaller diameter than a portion of the through hole penetrating the second silicon layer, characterized in that a thickness of the first silicon oxide film layer is larger than a thickness of the second silicon oxide film layer.
An immersion exposure apparatus for exposing a substrate with a light beam via an optical element and immersion liquid, comprising: a first stage for mounting the substrate and that is movable relative to the optical element; and a second stage that is independently movable relative to the first stage and that is positionable away from below the optical element, wherein while the first stage is positioned below the optical element, the second stage is movable relative to the first stage so that the second stage is positioned adjacent to the first stage, and when the second stage is positioned adjacent to the first stage, the adjacent first and second stages are movable to locate the second stage opposed to the optical element in place of the first stage such that immersion liquid is maintained below the optical element during the movement. a first stage for mounting the substrate and that is movable relative to the optical element; and a second stage that is independently movable relative to the first stage and that is positionable away from below the optical element, wherein while the first stage is positioned below the optical element, the second stage is movable relative to the first stage so that the second stage is positioned adjacent to the first stage, and when the second stage is positioned adjacent to the first stage, the adjacent first and second stages are movable to locate the second stage opposed to the optical element in place of the first stage such that immersion liquid is maintained below the optical element during the movement.
A scanning-printing integrated machine, comprising a first passage connected with an external paper inlet, a second passage connected with a paper house, a third passage connected with a paper outlet, and a control device, wherein the paper outlet of the first passage and the paper outlet of the second passage meet together at a paper feed end of the third passage, wherein at least one pair of delivery rollers (91, 92) is arranged in the first passage, a first printing mechanism and a paper cutting mechanism are arranged in the second passage, characterized in that a scanning mechanism and a second printing mechanism for printing mark information on a medium are arranged in sequence along with the forward direction of the medium in the third passage, wherein the control device judges the validity of the medium according to medium images collected by the scanning mechanism, and controls the printing operation of the second printing mechanism according to the judgment result.
A saddle-ride type vehicle, comprising: a frame; an engine being supported by the frame; a starter motor being attached to the engine; a predetermined component being disposed adjacently to the starter motor; and a coupling member coupling the predetermined component to the starter motor, characterized in that the coupling member has a first hole into which the starter motor is inserted. a frame; an engine being supported by the frame; a starter motor being attached to the engine; a predetermined component being disposed adjacently to the starter motor; and a coupling member coupling the predetermined component to the starter motor, characterized in that
Swivel gear for a vertical blind for pivoting slats from a first end position into a second end position deviating from the first end position and/or from the second end position into the first end position, said swivel gear being displaceable for closing and/or opening the vertical blind along a support rail, with a swivel pin for fastening a crank rod, wherein the swivel pin is rotatable about its longitudinal axis and coupled to a slider, which is displaceable from a first end position into a second end position deviating from the first end position and/or from the second end position into the first end position, characterized in that at least one fixing element for providing a displacement limitation for the swivel gear with respect to the support rail in the first end position and/or the second end position is provided, wherein in the first end position, the fixing position of the fixing element in the first end position of the slats can be realized by means of the slider, and/or in the second end position, the fixing position of the fixing element in the second end position of the slats can be realized by means of the slider.