mhurhangee/ep-ind-claims huggingface dataset:
An insert of a movement assembly of a seatback, wherein said insert is plate-shaped and comprises: - a first face and a second face opposite the first face; - combining means configured to combine the insert with a blade and a frame of the seatback, said combining means defining at least one axis (X, Y) of the insert on which the insert is rotatable in response to a stress imparted thereon; - resilient means (13, 14) provided at the first face and/or at the second face, which are susceptible to reversible compression in a direction parallel to or coincident with the first face and/or in a direction incident to the second face wherein said combining means allow a rotation of the insert with respect to a first axis perpendicular to the first face and a rotation with respect to a second axis parallel to the second face, wherein said combining means comprise a series of through holes (9a, 9b, 9c, 9d), wherein the through holes (9a, 9b, 9c, 9d) are aligned with each other and are arranged along an axis parallel to or coincident with the second axis and are obtained on respective jutting portions (10, 11a, 11b) provided on the second face. - a first face and a second face opposite the first face; - combining means configured to combine the insert with a blade and a frame of the seatback, said combining means defining at least one axis (X, Y) of the insert on which the insert is rotatable in response to a stress imparted thereon; - resilient means (13, 14) provided at the first face and/or at the second face, which are susceptible to reversible compression in a direction parallel to or coincident with the first face and/or in a direction incident to the second face
Inner ring for a guide vane ring of a turbomachine, wherein the inner ring has a radially outer inner ring surface and a plurality of receptacles in each case for a guide vane plate of a guide vane, wherein the receptacles each have an opening in the outer inner ring surface and a bottom surface which is radially opposite the opening, wherein at least two of the receptacles are separated from one another by a partition wall and are interconnected in a region of the bottom surface thereof by a through-hole, characterized in that the through-hole has a substantially triangular, circular-segment-shaped, round-arch or pointed-arch cross section in the circumferential direction of the inner ring. wherein the receptacles each have an opening in the outer inner ring surface and a bottom surface which is radially opposite the opening, wherein at least two of the receptacles are separated from one another by a partition wall and are interconnected in a region of the bottom surface thereof by a through-hole, characterized in that the through-hole has a substantially triangular, circular-segment-shaped, round-arch or pointed-arch cross section in the circumferential direction of the inner ring.
A handle assembly for a surgical instrument, said handle assembly comprising: a primary housing portion configured to be operably coupled to a portion of a surgical tool assembly; at least one drive system operably supported by said handle assembly and configured to selectively apply at least one drive motion to the surgical tool assembly coupled thereto; a grip portion movably coupled to said primary housing portion and being selectively movable to a plurality of grip positions relative to said primary housing portion; and a grip locking member for interfacing with said primary housing portion and said grip portion to selectively restrain said grip portion from moving in any one of said plurality of grip positions wherein said at least one drive system is powered by a motor assembly and said motor assembly comprising an output drive shaft, characterized in that at least a portion of said motor assembly is supported in said grip portion, and in that said motor assembly comprises: a drive bevel gear coupled to said output drive shaft and in operable meshing engagement with a drive gear on said at least one drive system. a primary housing portion configured to be operably coupled to a portion of a surgical tool assembly; at least one drive system operably supported by said handle assembly and configured to selectively apply at least one drive motion to the surgical tool assembly coupled thereto; a grip portion movably coupled to said primary housing portion and being selectively movable to a plurality of grip positions relative to said primary housing portion; and a grip locking member for interfacing with said primary housing portion and said grip portion to selectively restrain said grip portion from moving in any one of said plurality of grip positions wherein said at least one drive system is powered by a motor assembly and said motor assembly comprising an output drive shaft, characterized in that at least a portion of said motor assembly is supported in said grip portion, and in that said motor assembly comprises: a drive bevel gear coupled to said output drive shaft and in operable meshing engagement with a drive gear on said at least one drive system.
A substance weighing system, comprising: a balance; an axle having a rotational axis that extends between a first axial end and a second axial end; a substance dish fixed to the axle adjacent the first axial end; an axle support bracket configured to mount the axle in a manner that permits the axle to rotate about its rotational axis relative to the support bracket, the support bracket is in communication with the balance; and characterised in that it further comprises an axle rotator having a motor and a clutch mechanism, the clutch mechanism is in communication with the motor and is configured to selectively cause the axle to rotate between a first rotational position and a second rotational position, wherein in the first rotational position the substance dish is positioned to hold an amount of substance, and in the first rotational position the axle rotator is in a contactless state, and in the second rotational position, the substance dish is positioned to release the amount of substance. a balance; an axle having a rotational axis that extends between a first axial end and a second axial end; a substance dish fixed to the axle adjacent the first axial end; an axle support bracket configured to mount the axle in a manner that permits the axle to rotate about its rotational axis relative to the support bracket, the support bracket is in communication with the balance; and characterised in that it further comprises an axle rotator having a motor and a clutch mechanism, the clutch mechanism is in communication with the motor and is configured to selectively cause the axle to rotate between a first rotational position and a second rotational position, wherein in the first rotational position the substance dish is positioned to hold an amount of substance, and in the first rotational position the axle rotator is in a contactless state, and in the second rotational position, the substance dish is positioned to release the amount of substance.
An apparatus for determining location of a celestial body, the apparatus comprising: a polarizer comprising an array of polarized light filter cells comprising at least a first polarized filter having a first polarization direction and a second polarized filter having a second polarization direction, said second polarization direction different from said first polarization direction; an optical system configured to direct skylight or earthlight onto said polarizer; a light sensor array configured to receive polarized light from said array of polarized light filters and to produce data indicative of a pattern of at least one of light polarization intensity and direction; a sensor module comprising at least one of orientation sensor configured for providing orientation data of said apparatus, and timekeeping device for providing time data; and a processing unit configured and operable for receiving said data indicative of the pattern of at least one of light polarization intensity and direction and orientation data received from the sensor module for processing said data indicative of the pattern and determining at least one of azimuth and elevation of the celestial body; wherein said polarized light filter cells are arranged in co-centered rings and location of cells in each ring are shifted relative to cells in other rings. a polarizer comprising an array of polarized light filter cells comprising at least a first polarized filter having a first polarization direction and a second polarized filter having a second polarization direction, said second polarization direction different from said first polarization direction; an optical system configured to direct skylight or earthlight onto said polarizer; a light sensor array configured to receive polarized light from said array of polarized light filters and to produce data indicative of a pattern of at least one of light polarization intensity and direction; a sensor module comprising at least one of orientation sensor configured for providing orientation data of said apparatus, and timekeeping device for providing time data; and a processing unit configured and operable for receiving said data indicative of the pattern of at least one of light polarization intensity and direction and orientation data received from the sensor module for processing said data indicative of the pattern and determining at least one of azimuth and elevation of the celestial body;
Combined omnidirectional flow turbine comprising the following elements: - at least one rotor with blades attached to an element transformer of mechanical energy into electric energy; wherein the at least one rotor is disposed in a vertical position; - a motionless structure (1, 9) which comprises an aerodynamic element with the shape of an inverted radial wing; - a mechanical support structure of the rotor; and - an attachment element of the turbine to a base; characterized in that: the aerodynamic element surrounds the at least one rotor located therein; and the motionless structure comprises a brim shaped aerodynamic deflector in an upper portion thereof. - at least one rotor with blades attached to an element transformer of mechanical energy into electric energy; wherein the at least one rotor is disposed in a vertical position; - a motionless structure (1, 9) which comprises an aerodynamic element with the shape of an inverted radial wing; - a mechanical support structure of the rotor; and - an attachment element of the turbine to a base; the aerodynamic element surrounds the at least one rotor located therein; and the motionless structure comprises a brim shaped aerodynamic deflector in an upper portion thereof.
A screen display method, applied to a foldable electronic device, wherein the electronic device comprises a first screen (301, 302) and a second screen, the first screen (301, 302) and the second screen are respectively disposed on two opposite sides of the electronic device, wherein the first screen (301, 302) is an inner screen and the second screen is an outer screen, and the method comprises: receiving a first operation performed by a user, wherein the first operation is an operation of sliding down on the first screen (301, 302) to enable a pull-down taskbar and tapping a control in the pull-down taskbar to open a window as first interface; displaying the first interface on the first screen (301, 302) in response to the first operation, wherein the first interface comprises a first control; receiving a second operation performed by the user on the first control; and displaying, in response to the second operation, a service code corresponding to the first control on the second screen; wherein in an unfolded state, an operation authority of the second screen is in a turn-off state, in which the user cannot tap the outer screen to operate and, in a folded state, the operation authority of the second screen is in a turn-on state. receiving a first operation performed by a user, wherein the first operation is an operation of sliding down on the first screen (301, 302) to enable a pull-down taskbar and tapping a control in the pull-down taskbar to open a window as first interface; displaying the first interface on the first screen (301, 302) in response to the first operation, wherein the first interface comprises a first control; receiving a second operation performed by the user on the first control; and displaying, in response to the second operation, a service code corresponding to the first control on the second screen; wherein in an unfolded state, an operation authority of the second screen is in a turn-off state, in which the user cannot tap the outer screen to operate and, in a folded state, the operation authority of the second screen is in a turn-on state.
A transportation device of a withdrawal circuit breaker, comprising: a girder assembly mounted on a front surface of a truck and configured to draw-in or draw-out the truck; a body plate formed in a box type having an opened rear side and coupled to the girder assembly; a pair of sliding plates (22, 23) slidably disposed within the body plate; and a rotational plate rotatably disposed between the sliding plates (22, 23), characterized in that the transportation device further comprises: a stopper protruded at one side of the rotational plate and configured to restrict one of the sliding plates (22, 23); and a connection link having one end rotatably coupled to one end of the rotational plate and another end rotatably coupled to an end of one of the sliding plates (22, 23). a girder assembly mounted on a front surface of a truck and configured to draw-in or draw-out the truck; a body plate formed in a box type having an opened rear side and coupled to the girder assembly; a pair of sliding plates (22, 23) slidably disposed within the body plate; and a rotational plate rotatably disposed between the sliding plates (22, 23), characterized in that the transportation device further comprises: a stopper protruded at one side of the rotational plate and configured to restrict one of the sliding plates (22, 23); and a connection link having one end rotatably coupled to one end of the rotational plate and another end rotatably coupled to an end of one of the sliding plates (22, 23). a stopper protruded at one side of the rotational plate and configured to restrict one of the sliding plates (22, 23); and a connection link having one end rotatably coupled to one end of the rotational plate and another end rotatably coupled to an end of one of the sliding plates (22, 23).
Charging station for a vehicle, including: a rigid structure carrying at least two pads (51 2, 51 4; 51'), an accessible surface of which is, at least in part, electrically conductive, the accessible surface of each pad constituting at least one first and one second electrical contact, coupled to a circuit for supplying a charging voltage, having each an accessible surface at least in part electrically conductive; at least one first mechanical switch operable by a vehicle via a movable element, at least one second switch and one third switch for powering said first and second contacts, mechanically operable by these first and second contacts which are movable and operable by said vehicle, each pad being carried by a rod the end of which, distal from the pad, actuates one of said second and third switches said pads being movable between at least one first standby position where their conductive parts are shorted to ground, and a second position where as the vehicle actuates the movable element, this causes the first switch or switches to open and removes the shorting to ground. a rigid structure carrying at least two pads (51 2, 51 4; 51'), an accessible surface of which is, at least in part, electrically conductive, the accessible surface of each pad constituting at least one first and one second electrical contact, coupled to a circuit for supplying a charging voltage, having each an accessible surface at least in part electrically conductive; at least one first mechanical switch operable by a vehicle via a movable element, at least one second switch and one third switch for powering said first and second contacts, mechanically operable by these first and second contacts which are movable and operable by said vehicle, each pad being carried by a rod the end of which, distal from the pad, actuates one of said second and third switches said pads being movable between at least one first standby position where their conductive parts are shorted to ground, and a second position where as the vehicle actuates the movable element, this causes the first switch or switches to open and removes the shorting to ground.
Method for constructing a carton flow bed rack, comprising the steps of: - specifying a number of levels of the carton flow bed rack; - specifying whether and where each level comprises a load end, and/or an unload end, and/or a stop end; - specifying a height, a width, and a depth of the carton flow bed rack within a predetermined scaling for each of the three dimensions; characterized by further comprising the steps of: - providing accordingly dimensioned components for assembling the carton flow bed rack according to said specifications from standardised components comprising attaching means spaced apart from each other at the respective predetermined scaling, wherein side beams of the carton flow bed rack comprise a plurality of openings as attaching means that are arranged equidistantly from each other at the predetermined depth scaling; - assembling the carton flow bed rack according to the specifications, wherein end beams (30, 40) of the carton flow bed rack are connected to the side beams of the carton flow bed rack by mounting devices each comprising an eccentric stud inserted into a through-hole of an attachment plate, that is arranged with a first flat side facing the side beam, of the mounting device and inserted into the openings of the side beams. - specifying a number of levels of the carton flow bed rack; - specifying whether and where each level comprises a load end, and/or an unload end, and/or a stop end; - specifying a height, a width, and a depth of the carton flow bed rack within a predetermined scaling for each of the three dimensions; - providing accordingly dimensioned components for assembling the carton flow bed rack according to said specifications from standardised components comprising attaching means spaced apart from each other at the respective predetermined scaling, wherein side beams of the carton flow bed rack comprise a plurality of openings as attaching means that are arranged equidistantly from each other at the predetermined depth scaling; - assembling the carton flow bed rack according to the specifications,
Method for estimating a vector of emitted symbols (x) over a MIMO transmission channel emitted by a first plurality of emitting antennas, comprising: receiving a vector (y) of received symbols on a second plurality of receiving antennas, characterized by estimating said vector of emitted symbols (x) by: determining a subset by defining intervals for each symbols of the vector of emitted symbols, said intervals being provided by a sphere decoding process that replaces the error terms by a predetermined factor, calculating a metric associated with a criterion for each vector of a subset of all possible vectors of emitted symbols and selecting an estimation for said vector of emitted symbol as the vector of emitted symbols (x) among said subset which minimizes said metric. determining a subset by defining intervals for each symbols of the vector of emitted symbols, said intervals being provided by a sphere decoding process that replaces the error terms by a predetermined factor, calculating a metric associated with a criterion for each vector of a subset of all possible vectors of emitted symbols and selecting an estimation for said vector of emitted symbol as the vector of emitted symbols (x) among said subset which minimizes said metric.
A flexible radar support for absorbing vibration deviation for an automobile, comprising a support base and a support top cover, the radar being part of a bumper of the automobile, the support top cover being engaged with the support base in an interlocking manner, a housing space for arranging the radar being formed between the support base and the support top cover, the support base comprising: a centrally arranged base center, and a base edge circumferentially arranged around the base center, characterized in that, the base edge and the base center being connected through four flexible structures that form U-shaped cantilever beams protruding towards the support top cover, wherein the four U-shaped cantilever beams are symmetrically arranged in four directions of up, down, left, and right directions, respectively.
An image synthesis method, comprising: defining a set of sample blocks from an input image; for each of a plurality of combinations of n sample blocks from the set of sample blocks wherein n is greater than 1, determining a matching block from the set of sample blocks which, when positioned in conjunction with a predetermined arrangement of the n sample blocks of the combination, provides a best match according to a match function; and storing a match table which includes, as an entry for each of the combinations of n sample blocks, a respective indication of the determined matching block for that combination; wherein the stored match table is for use in generating a synthesised image, said generating comprising positioning sample blocks in a synthesis arrangement determined from the entries in the match table. defining a set of sample blocks from an input image; for each of a plurality of combinations of n sample blocks from the set of sample blocks wherein n is greater than 1, determining a matching block from the set of sample blocks which, when positioned in conjunction with a predetermined arrangement of the n sample blocks of the combination, provides a best match according to a match function; and storing a match table which includes, as an entry for each of the combinations of n sample blocks, a respective indication of the determined matching block for that combination; wherein the stored match table is for use in generating a synthesised image, said generating comprising positioning sample blocks in a synthesis arrangement determined from the entries in the match table.
A method for hard finishing two different toothings (1, 2) provided on a workpiece, wherein, prior to each machining process, to set the correct tool engagement for the machining process, a first relative rotational angle position of a first rotational position reference (φ1) a first of the toothings is determined relative to a rotation axis position of a workpiece spindle holding the workpiece clamped for the first machining, and a second relative rotational angle position of a second rotational position reference (φ2) of the second of the toothings is determined relative to a rotation axis position of a workpiece spindle holding the workpiece clamped for the second machining, characterised in that the machining processes are carried out on the same workpiece spindle (108; 208) with no intervening clamping change and taking into account the underlying coupling of the first and second rotational position references.