mhurhangee/ep-ind-claims huggingface dataset:
A rocker arm for engaging a cam, comprising: an outer arm having a first end, a second end, a first and second outer side arm; an inner arm disposed between the first and second outer side arms, the inner arm having a first end, a second end and a cam contacting surface disposed between the first end and the second end, the first end of the inner arm pivotably secured to the outer arm the second end of the inner arm defining a latch bore; a latch having a body that defines a channel formed therein; a sleeve having a generally cylindrical inner and outer surfaces (215, 211), the outer surface a least partially engaging the inner arm at the latch bore, the inner surface at least partially engaging the body of the latch, the sleeve having an orientation pin opening; and an orientation pin extending through the sleeve opening and extending into the channel of the latch, the orientation pin configured to restrict rotation of the latch about the axial direction. an outer arm having a first end, a second end, a first and second outer side arm; an inner arm disposed between the first and second outer side arms, the inner arm having a first end, a second end and a cam contacting surface disposed between the first end and the second end, the first end of the inner arm pivotably secured to the outer arm the second end of the inner arm defining a latch bore; a latch having a body that defines a channel formed therein; a sleeve having a generally cylindrical inner and outer surfaces (215, 211), the outer surface a least partially engaging the inner arm at the latch bore, the inner surface at least partially engaging the body of the latch, the sleeve having an orientation pin opening; and an orientation pin extending through the sleeve opening and extending into the channel of the latch, the orientation pin configured to restrict rotation of the latch about the axial direction.
A reinforcing bar binder comprising: a binding line feed mechanism that feeds out a binding line in a loop-like shape to be wound around a reinforcing bar; a grasp mechanism having a slidable shaft, the grasp mechanism grasps the binding line wound around the reinforcing bar; a binding line twist mechanism that binds the reinforcing bar by twisting the binding line by driving to rotate the grasp mechanism; a slide drive mechanism for elongating and contracting the grasp mechanism; and a control portion that applies a tension to the binding line wound around the reinforcing bar by controlling the slide drive mechanism in a twisting step wherein the binding line twist mechanism comprises: a slide motor (22, 308) that drives to slide the grasp mechanism in a front and rear direction; and a twist motor (22,307) that drives to rotate the grasp mechanism, wherein the control portion comprises a detecting portion that detects driving loads of the slide motor and the twist motor, wherein the control portion controls a rotating direction of the slide motor (22, 308) in accordance with detected values of the drive loads; and wherein the control portion applies the tension to the binding line by moving rearward the grasp mechanism in starting the twisting step, and moves forward the grasp mechanism by reversing the rotating direction of the slide motor (22, 308) when a twist load or a slide drive load reaches an upper limit value. a binding line feed mechanism that feeds out a binding line in a loop-like shape to be wound around a reinforcing bar; a grasp mechanism having a slidable shaft, the grasp mechanism grasps the binding line wound around the reinforcing bar; a binding line twist mechanism that binds the reinforcing bar by twisting the binding line by driving to rotate the grasp mechanism; a slide drive mechanism for elongating and contracting the grasp mechanism; and a control portion that applies a tension to the binding line wound around the reinforcing bar by controlling the slide drive mechanism in a twisting step wherein the binding line twist mechanism comprises: a slide motor (22, 308) that drives to slide the grasp mechanism in a front and rear direction; and a twist motor (22,307) that drives to rotate the grasp mechanism, wherein the control portion comprises a detecting portion that detects driving loads of the slide motor and the twist motor, wherein the control portion controls a rotating direction of the slide motor (22, 308) in accordance with detected values of the drive loads; and wherein the control portion applies the tension to the binding line by moving rearward the grasp mechanism in starting the twisting step, and moves forward the grasp mechanism by reversing the rotating direction of the slide motor (22, 308) when a twist load or a slide drive load reaches an upper limit value.
A sphere antenna suitable for operating in a very wide frequency band, suitable for transmitting/receiving electromagnetic radiation in a plurality of spatial directions, made up of a plurality of radiating elements, comprising three planar sets of patterns (30, 30 1, 30 2, 30 3, 70) having a same center of symmetry, arranged in three planes of the orthogonal space in pairs, each planar set of patterns (30, 30 1, 30 2, 30 3, 70) comprising at least four radiating elements (10, 10A, 10B, 10C, 10D, 72A, 72B, 72C, 72D), forming elementary patterns, with sector-specific radiation, arranged symmetrically in pairs relative to axes of symmetry intersecting at said center of symmetry, the arrangement of the three planar sets being done such that none of the elementary patterns is intersected by another elementary pattern, characterized in that each elementary pattern (10, 10A, 10B, 10C, 10D, 72A, 72B, 72C, 72D) is a folded-charged dipole, having an access (16, 74A-74D) and a charge (18, 76A-76D), and wherein, in a planar set of patterns, two elementary patterns having a shared conductive part (36-42, 78-84), said antenna being a multi-access antenna.
A power supply system for providing power to an LED traffic signal, the system comprising: an LED load; a power supply module that receives an AC input voltage from an AC input line and transforms the AC input voltage into a DC voltage with a regulated current to power the LED load; and a synchronized power pulse circuit connected to and synchronized with the power supply and that is adapted to generate a synchronized power pulse representing a power consumption substantially equivalent to that of a halogen or incandescent traffic signal, characterized in that the synchronized power pulse circuit comprises: an input line frequency detector circuit that detects the frequency of the AC input line and generates a synchronized square wave signal; a line frequency synchronization circuit that converts the synchronized square wave signal to a voltage signal; a synchronized pulse width generator circuit that generates a switch gate command pulse; a synchronized switching pulse circuit that reduces the power consumption of the power pulse by reducing the duty cycle percentage of the gate command pulse; and a power pulse circuit module that sinks a current pulse. an LED load; a power supply module that receives an AC input voltage from an AC input line and transforms the AC input voltage into a DC voltage with a regulated current to power the LED load; and a synchronized power pulse circuit connected to and synchronized with the power supply and that is adapted to generate a synchronized power pulse representing a power consumption substantially equivalent to that of a halogen or incandescent traffic signal, characterized in that the synchronized power pulse circuit comprises: an input line frequency detector circuit that detects the frequency of the AC input line and generates a synchronized square wave signal; a line frequency synchronization circuit that converts the synchronized square wave signal to a voltage signal; a synchronized pulse width generator circuit that generates a switch gate command pulse; a synchronized switching pulse circuit that reduces the power consumption of the power pulse by reducing the duty cycle percentage of the gate command pulse; and a power pulse circuit module that sinks a current pulse.
Portable aiming device for the acquisition and the designation of objectives targeted by an operator from a ship or an offshore platform, said device comprising a gyroscopic unit provided with a gyrometric trihedron having three axes that are not parallel to one another and with inertial sensors, said unit being coupled - firstly to means for analyzing the signals from the gyroscopic unit, said means being capable of determining the direction of said objectives and transmitting said direction to a remote control station equipped with action means, and - secondly to means for recalibrating the gyroscopic unit, characterized in that said device further comprises means for acquiring images which capture the objectives, and display means, said acquisition means being coupled - firstly to software means for the real-time processing of the images which merge these images together and comprise both detection algorithms which acquire said objectives and tracking algorithms which specify the direction between the device and said objectives, and - secondly to the means for displaying the images processed by said software means, which images contain the detected and routed surface objects and on which images information which is extracted from the signals from the gyroscopic unit and intended to improve the objective designation is embedded. - firstly to means for analyzing the signals from the gyroscopic unit, said means being capable of determining the direction of said objectives and transmitting said direction to a remote control station equipped with action means, and - secondly to means for recalibrating the gyroscopic unit, characterized in that said device further comprises means for acquiring images which capture the objectives, and display means, said acquisition means being coupled - firstly to software means for the real-time processing of the images which merge these images together and comprise both detection algorithms which acquire said objectives and tracking algorithms which specify the direction between the device and said objectives, and - secondly to the means for displaying the images processed by said software means, which images contain the detected and routed surface objects and on which images information which is extracted from the signals from the gyroscopic unit and intended to improve the objective designation is embedded.
Handheld power tool having at least one drive unit which has at least one oscillatory excitation actuator for driving an associated application tool in an oscillating manner and is provided with an electronic unit for supplying energy to the drive unit in a controlled manner, wherein the electronic unit has at least one inverter, a transformer and a measuring circuit, wherein the inverter is designed to generate a primary-side transformer voltage (U T) and a primary-side transformer current (I T) of the transformer, wherein the transformer is designed to transform the primary-side transformer voltage (U T) and the primary-side transformer current (I T) into an application-specific supply voltage (U P) and a supply current (I P) for the drive unit, wherein the measuring circuit is assigned a controller which is designed to generate at least one control signal (Z W1, Z W2, Z W3, Z W4) for the inverter from a predefined desired value (φ ZBsoll) and a measured value (U U, U I) captured by the measuring circuit, characterized in that the measuring circuit is arranged between the inverter and the transformer.
A secondary battery in which an electrode assembly is accommodated in a battery case, wherein the battery case is made of a laminate sheet comprising a resin layer and a metal layer and hermetically sealed through sealing of an outer circumferential surface thereof in a state of accommodating the electrode assembly, wherein at least one of sealing parts at the outer circumferential surface of the battery case is provided with at least two adjacently formed recessed portions, characterized in that the battery case comprises an inert gas injected so as to maintain an inside of the battery case at normal pressure.
Connection device for a medical fluid conduit system, having a connection body which has a hose adapter and a connector piece for releasably fastening a further fluid conduit component or fluid storage component, wherein the connection body is coaxially surrounded by a securing sleeve, and wherein in an operationally ready state a hose conduit is connected to the hose adapter, characterized in that a hose portion of the hose conduit is plug-fitted in an adhesive-free manner onto the hose adapter, and in that the securing sleeve is axially securable on the connection body in two securing positions that are axially mutually spaced apart relative to a central longitudinal axis of the connection body, wherein rotatability of the securing sleeve relative to the hose portion is provided in a first securing position, and jamming of the securing sleeve on the hose portion that is plug-fitted onto the hose adapter is provided in a second securing position, and in that the connection body and the securing sleeve have mutually complementary profiled latching features (15 to 18) which define the first and the second securing position of the securing sleeve on the connection body, wherein at least one profiled latching feature at least in portions is embodied so as to be resilient in a radially elastic manner in order for an audible latching of the profiled latching feature to be enabled in the first and/or the second securing position.
Backflow valve for preventing liquid from rising from a sewage pipe into a drainpipe, comprising an outlet from the drainpipe into a bypass channel, a floatable ball being movably arranged in the bypass channel such that the ball can occupy both an upper position that closes the outlet from the drainpipe and a lower rest position, characterised in that a guide is arranged in the bypass channel at a distance from the wall thereof, which guide guides the ball from the lower position into the upper position, a sealing element being arranged in the upper position in front of the outlet of the drainpipe, which sealing element has a larger diameter than the drainpipe, such that the sealing element is placed over the outlet of the drainpipe into the bypass channel, and the guide consisting of two rigid rods or of three or four rigid rods that are arranged such that the ball does not touch the bypass channel, the ends of the rigid rods being fixed in the bypass channel.
Composite tie comprising: - a first part comprising a main body comprising two limbs (11,12), the main body being foldable on itself, billfold-style, to assume a release configuration and a clamping configuration, wherein, in the clamping position, said limbs (11,12) are facing each other so as to form a clamp; - a second part, made in a distinct piece from the first part and removably couplable to it, comprising a coupling portion adapted and configured to be interposed and clamped between said limbs (11,12) when said first part is folded in the clamping configuration; - a magnetic coupling system (13,23) adapted to maintain the first part in the clamping configuration for coupling first and second part to each other; characterised in that: - the first part comprises a hooking member adapted to fix the first part to a button of a shirt or a T-shirt; and - the main body is foldable around a folding axis (X-X) and the hooking member is disposed between the folding axis (X-X) and an end portion of one of said limbs (11,12). - a first part comprising a main body comprising two limbs (11,12), the main body being foldable on itself, billfold-style, to assume a release configuration and a clamping configuration, wherein, in the clamping position, said limbs (11,12) are facing each other so as to form a clamp; - a second part, made in a distinct piece from the first part and removably couplable to it, comprising a coupling portion adapted and configured to be interposed and clamped between said limbs (11,12) when said first part is folded in the clamping configuration; - a magnetic coupling system (13,23) adapted to maintain the first part in the clamping configuration for coupling first and second part to each other; - the first part comprises a hooking member adapted to fix the first part to a button of a shirt or a T-shirt; and - the main body is foldable around a folding axis (X-X) and the hooking member is disposed between the folding axis (X-X) and an end portion of one of said limbs (11,12).
A computer-implemented method comprising: initiating, by a software application executing on a primary server, a user authentication process prompting a user to enter, via a graphical user interface, login credentials; determining that the user uses old stolen login credentials to access an account that was already secured by his owner; directing the user from the primary server to a fake server mimicking the software application executing on the primary server; obtaining, by the fake server, metadata associated with the user interacting with the fake server that characterizes the user; and providing data comprising the obtained metadata. initiating, by a software application executing on a primary server, a user authentication process prompting a user to enter, via a graphical user interface, login credentials; determining that the user uses old stolen login credentials to access an account that was already secured by his owner; directing the user from the primary server to a fake server mimicking the software application executing on the primary server; obtaining, by the fake server, metadata associated with the user interacting with the fake server that characterizes the user; and providing data comprising the obtained metadata.
Support device for supporting a body or part of a body, in particular a human body comprising at least one deformable element that has a first face and an opposing second face, and that is equipped with at least one means for detecting deformations of the deformable element, in which the deformable element comprises a base sheet and at least one plurality of hollow inflatable cells that project from one side of the base sheet and are individually deformable height-wise with respect to the base sheet, in which the detection means comprises: a substrate sheet associated with said base sheet and extending parallel thereto and provided with a plurality of metal coils formed flat on at least one face of this substrate sheet, and a plurality of metal tabs that are respectively secured to the end portions of said hollow inflatable cells and remote from said base sheet, and in which the metal tabs are respectively located above the central portions of the metal coils. in which the deformable element comprises a base sheet and at least one plurality of hollow inflatable cells that project from one side of the base sheet and are individually deformable height-wise with respect to the base sheet, in which the detection means comprises: a substrate sheet associated with said base sheet and extending parallel thereto and provided with a plurality of metal coils formed flat on at least one face of this substrate sheet, and a plurality of metal tabs that are respectively secured to the end portions of said hollow inflatable cells and remote from said base sheet, and in which the metal tabs are respectively located above the central portions of the metal coils. a substrate sheet associated with said base sheet and extending parallel thereto and provided with a plurality of metal coils formed flat on at least one face of this substrate sheet, and a plurality of metal tabs that are respectively secured to the end portions of said hollow inflatable cells and remote from said base sheet, and in which the metal tabs are respectively located above the central portions of the metal coils.
Coupling having a first receptacle for a shaft of a stirring apparatus, for the force-fit connection of the coupling to the shaft, and a second receptacle for an adapter for a stirring tool, for the releasable, force-fit connection of the coupling to the adapter, wherein the adapter is connectable in a force-fitting manner to a stirring tool, wherein the second receptacle comprises a circular-cylindrical recess with a first longitudinal axis, into which recess a first shaft end of the adapter is insertable in a form-fitting manner in the direction of the first longitudinal axis, wherein the first shaft end has a second longitudinal axis, and wherein the first shaft end comprises a first portion and a second portion along the second longitudinal axis, characterized in that the first portion has a circular-cylindrical shape with a round cross section symmetrical to the second longitudinal axis, and wherein the second portion has a polygonal cross section, and wherein the first shaft end has a circumferential depression in the first portion, and wherein the coupling comprises means for locking the first shaft end inserted into the second receptacle, wherein the locking means comprise a locking device with a convex structure for engagement in the circumferential depression in the first shaft end, in order to prevent the first shaft end of the adapter inserted into the coupling from accidentally falling out of the coupling along the second longitudinal axis, the locking means further comprising at least one locking bolt, wherein the locking bolt, with the first shaft end inserted into the coupling along the second longitudinal axis, is arranged in the second region of the first shaft end and, in a locked state, can produce a non-rotational connection, in the direction of the first and second longitudinal axis, between the coupling and the adapter. wherein the locking means comprise a locking device with a convex structure for engagement in the circumferential depression in the first shaft end, in order to prevent the first shaft end of the adapter inserted into the coupling from accidentally falling out of the coupling along the second longitudinal axis, the locking means further comprising at least one locking bolt, wherein the locking bolt, with the first shaft end inserted into the coupling along the second longitudinal axis, is arranged in the second region of the first shaft end and, in a locked state, can produce a non-rotational connection, in the direction of the first and second longitudinal axis, between the coupling and the adapter.
A method for allocating resources to a mobile terminal for transmitting data on uplink within a mobile communication system utilizing an uplink scheme comprising transmissions on a scheduled shared channel and a contention-based channel, the method comprising the following steps performed by a network entity responsible for resource allocation of the mobile communication system: receiving, via the contention-based channel, a resource request for resource allocation from the mobile terminal; transmitting, in response to the resource request, a resource allocation message granting resources to the mobile terminal for transmitting data via the scheduled shared channel; and transmitting control signaling indicating resources granted to the mobile terminal for repeatedly transmitting a reference signal to the network entity responsible for resource allocation. receiving, via the contention-based channel, a resource request for resource allocation from the mobile terminal; transmitting, in response to the resource request, a resource allocation message granting resources to the mobile terminal for transmitting data via the scheduled shared channel; and transmitting control signaling indicating resources granted to the mobile terminal for repeatedly transmitting a reference signal to the network entity responsible for resource allocation.