mhurhangee/ep-ind-claims huggingface dataset:
Method for designing a device for multi-plane conversion of first light radiation, the device implementing a plurality of phase masks which intercept the light radiation in order to apply to this light radiation a space-frequency phase shift leading to a predetermined transformation of the first light radiation into second light radiation, the design method comprising the following steps: - defining a first mode family (u) which describes the first light radiation, each mode (u ij) of the first family being designated by a pair of indexes {i, j} l<=i<=n, l<=j<=m, the first family (u ij (x, y)) having separable spatial variables (x, y); - defining a second mode family (v) which describes the second light radiation, and each mode of the second family (v ij) being designated by a pair of indexes {i,j}, l<=i<=n, l<=j<=m, the second family (v ij (x, y)) having separable spatial variables (x, y); - forming a first and a second used mode family, respectively, by selecting N modes of index pairs {i, j} k l<=k<=N, N being less than or equal to n.m and strictly greater than n and than m in the first family and in the second family, respectively, the N modes of the second family not being Hermite-Gaussian modes and, simultaneously, the N modes of the first family not being arranged in a plane in the shape of a triangle; - establishing the space-frequency phase shift of the phase masks that allows each mode of index pairs {i,j} k from the first used mode family to be transformed into the mode of the same index pair {i,j} k from the second used mode family. - defining a first mode family (u) which describes the first light radiation, each mode (u ij) of the first family being designated by a pair of indexes {i, j} l<=i<=n, l<=j<=m, the first family (u ij (x, y)) having separable spatial variables (x, y); - defining a second mode family (v) which describes the second light radiation, and each mode of the second family (v ij) being designated by a pair of indexes {i,j}, l<=i<=n, l<=j<=m, the second family (v ij (x, y)) having separable spatial variables (x, y); - forming a first and a second used mode family, respectively, by selecting N modes of index pairs {i, j} k l<=k<=N, N being less than or equal to n.m and strictly greater than n and than m in the first family and in the second family, respectively, the N modes of the second family not being Hermite-Gaussian modes and, simultaneously, the N modes of the first family not being arranged in a plane in the shape of a triangle; - establishing the space-frequency phase shift of the phase masks that allows each mode of index pairs {i,j} k from the first used mode family to be transformed into the mode of the same index pair {i,j} k from the second used mode family.
movement apparatus, said apparatus comprising a frame having at least four spaced guide means (6,8,10,12), said guide means provided to guide movement of a platform along a vertical axis, said guide means including movement means in the form of a plurality of flexible elongate members which cause the platform to be moved, at least one of the said elongate members being of different length and the elongate members are each connected to a common hydraulic ram, the movement of which causes movement of the said elongate members, and hence platform, along the guide means, said hydraulic ram mounted on the frame and the guide means (6,8,10,12) are provided to act on at least two opposing sides of the platform and characterised in that an end of each of the elongate members is connected to the platform and at least one safety means is provided to act on and support the platform by reacting to failure of the movement means and prevent the platform from moving in an uncontrallcd downward direction.
A method of tensioning a drumhead having a drumhead membrane fixed in an annular frame comprising the steps of: a. inserting a tensioning ring comprising a cylindrical rod formed in a circular, flat configuration and an expansion member for expanding the diameter of the tensioning ring within the membrane fixed in the annular frame of the drumhead, against the drumhead membrane; and b. activating the expansion member to expand the diameter of the tensioning ring against the membrane. a. inserting a tensioning ring comprising a cylindrical rod formed in a circular, flat configuration and an expansion member for expanding the diameter of the tensioning ring within the membrane fixed in the annular frame of the drumhead, against the drumhead membrane; and b. activating the expansion member to expand the diameter of the tensioning ring against the membrane.
An orthodontic appliance comprising a shell shaped to receive a patient's teeth and to urge one or more teeth into a predetermined alignment and/or orientation, characterized in that the shell includes a jaw-biasing region in the form of a peripheral skirt which extends beyond the patient's internal gum line when the shell is worn over the patient's teeth, the jaw-biasing region being configured to apply a bias to the jaw to modify the shaping thereof.
A machine-processed plastic rattan weaving structure, characterized in that the plastic rattan weaving structure is made by a plurality of first plastic rattans extending in a longitudinal direction of the rattan weaving structure and a plurality of second plastic rattans extending in a transverse direction of the plastic rattan weaving structure, the first and the second plastic rattans being woven according to a plain weave pattern, a convex knot is provided at an edge of the plastic rattan weaving structure, both of two ends of each plastic rattan are provided with convex knots which are formed by: - first pressing and fixing edge of plastic rattan with a mold, - then setting heating elements in a round in periphery of the edge without direct contact with the plastic rattan, - heating the edge of the plastic rattan with the heating elements via thermal radiation to cause shrinkage and accumulation on the mold, to finally form the convex knot, the convex knot having a cross section greater than a middle cross section of the rattan. - first pressing and fixing edge of plastic rattan with a mold, - then setting heating elements in a round in periphery of the edge without direct contact with the plastic rattan, - heating the edge of the plastic rattan with the heating elements via thermal radiation to cause shrinkage and accumulation on the mold, to finally form the convex knot, the convex knot having a cross section greater than a middle cross section of the rattan.
A method to allow a communication network to become aware of the status of a mobility binding procedure between a Mobile station and a Home Agent (3000; 3002), wherein said network includes an Access Service Network (102, 208) and a Connectivity Service Network (114, 206), wherein said Connectivity Service Network includes a Home Agent and an Authentication, Authorization and Accounting function and said Access Service Network includes an Access Service Network Gateway authenticator, characterized by: implementing, in an Access Service Network Gateway, a signalling mechanism between said Access Service Network and said Connectivity Service Network in said communication network; and signalling said status via a signalling mechanism between said Access Service Network (102, 208) and said Connectivity Service Network (114, 206), wherein said status includes Binding Update and Binding Acknowledgement status said signalling mechanism including: - said Home Agent informing (2012 to 2018; 2108, 2110) said Authentication, Authorization and Accounting function, - said Authentication, Authorization and Accounting function sending a RADIUS Disconnect message to said Access Service Network Gateway authenticator (204, 208), asking that all the resources needed are released. implementing, in an Access Service Network Gateway, a signalling mechanism between said Access Service Network and said Connectivity Service Network in said communication network; and signalling said status via a signalling mechanism between said Access Service Network (102, 208) and said Connectivity Service Network (114, 206), wherein said status includes Binding Update and Binding Acknowledgement status said signalling mechanism including: - said Home Agent informing (2012 to 2018; 2108, 2110) said Authentication, Authorization and Accounting function, - said Authentication, Authorization and Accounting function sending a RADIUS Disconnect message to said Access Service Network Gateway authenticator (204, 208), asking that all the resources needed are released. - said Home Agent informing (2012 to 2018; 2108, 2110) said Authentication, Authorization and Accounting function, - said Authentication, Authorization and Accounting function sending a RADIUS Disconnect message to said Access Service Network Gateway authenticator (204, 208), asking that all the resources needed are released.
A full-complement anti-friction bearing comprising a plurality of rolling elements, an inner bearing body in the form of a shaft or an axle with a cylindrical outer diameter, and an outer bearing body arranged concentrically with the latter and having an inner bore, wherein all the rolling elements have the same outer diameter and are arranged between the inner bearing body and the outer bearing body in such a way that the rolling elements roll on the outer diameter of the inner bearing body and on the inner bore of the outer bearing body, the outer bearing body being thus rotatably supported relative to the inner bearing body, wherein the anti-friction bearing is configured without a cage, wherein the anti-friction bearing has exactly six rolling elements, characterized in that the outer diameter of the rolling elements is corresponding to the outer diameter of the inner bearing body, and in that a diameter of the inner bore of the outer bearing body is between 0.05% and 1% larger than three times the outer diameter of the inner bearing body.
A process for producing 2,3,3,3-tetrafluoropropene, which comprises the steps of: p) hydrogenating a raw material of hexafluoropropene in the presence of a reducing catalyst to obtain a reaction mixture containing 1,1,1,2,3,3-hexafluoropropane and 1,1,1,2,3-pentafluoropropane; q) subjecting the reaction mixture obtained from the step p) to distilling to separate into a 1B fraction containing 1,1,1,2,3-pentafluoropropane and 2B fraction containing 1,1,1,2,3,3-hexafluoropropane; and r) subjecting the 1B fraction to a dehydrofluorination reaction in the presence of a catalyst to obtain a reaction mixture containing 2,3,3,3-tetrafluoropropene whereby 2,3,3,3-tetrafluoropropene is obtained in the reaction mixture of the step r). p) hydrogenating a raw material of hexafluoropropene in the presence of a reducing catalyst to obtain a reaction mixture containing 1,1,1,2,3,3-hexafluoropropane and 1,1,1,2,3-pentafluoropropane; q) subjecting the reaction mixture obtained from the step p) to distilling to separate into a 1B fraction containing 1,1,1,2,3-pentafluoropropane and 2B fraction containing 1,1,1,2,3,3-hexafluoropropane; and r) subjecting the 1B fraction to a dehydrofluorination reaction in the presence of a catalyst to obtain a reaction mixture containing 2,3,3,3-tetrafluoropropene whereby 2,3,3,3-tetrafluoropropene is obtained in the reaction mixture of the step r).
A circuit breaker comprising: a handle arm that is pivotably supported; a movable contactor having a movable contact (8, 10) on at least one end thereof; a fixed contactor (6, 12) having a fixed contact (7, 11) that makes contact with or parts from the movable contact (8, 10); a rotor that is pivotably supported and holds the movable contactor; a shaft fixed on the rotor; a lever that is pivotably supported and engaged with an latch of an overcurrent tripping device; a first link, one end of which is pivotably coupled with the lever; a second link, one end of which is pivotably coupled with the other end of the first link through a spring pin; a main spring, one end of which is fixed to the handle arm and the other end of which is fixed to the spring pin; characterized in that it comprises a roller pivotably provided on the shaft; and a link rotor, one end of which is pivotably coupled with the other end of the second link, the other end of which is pivotably supported, and that has an engagement portion, between the one end and the other end thereof, that is engaged with the roller, wherein when pivoting on the other end thereof due to a travel of the second link, the link rotor makes the engagement portion depress the roller while pivoting the roller so as to pivot the rotor; and the movable contactor (8, 10) is driven through pivoting of the rotor so that the movable contact (8; 10) makes contact with or parts from the fixed contact (7, 11). a handle arm that is pivotably supported; a movable contactor having a movable contact (8, 10) on at least one end thereof; a fixed contactor (6, 12) having a fixed contact (7, 11) that makes contact with or parts from the movable contact (8, 10); a rotor that is pivotably supported and holds the movable contactor; a shaft fixed on the rotor; a lever that is pivotably supported and engaged with an latch of an overcurrent tripping device; a first link, one end of which is pivotably coupled with the lever; a second link, one end of which is pivotably coupled with the other end of the first link through a spring pin; a main spring, one end of which is fixed to the handle arm and the other end of which is fixed to the spring pin; characterized in that it comprises a roller pivotably provided on the shaft; and a link rotor, one end of which is pivotably coupled with the other end of the second link, the other end of which is pivotably supported, and that has an engagement portion, between the one end and the other end thereof, that is engaged with the roller, wherein when pivoting on the other end thereof due to a travel of the second link, the link rotor makes the engagement portion depress the roller while pivoting the roller so as to pivot the rotor; and the movable contactor (8, 10) is driven through pivoting of the rotor so that the movable contact (8; 10) makes contact with or parts from the fixed contact (7, 11).
A communications apparatus, comprising: a memory that retains instructions for cross-coupling a unicast message to a common search space or cross-coupling a common broadcast message to a UE-specific search space, wherein the cross-coupling is employed by a base station as a control signal to signal an operation in an access terminal without adding additional control bits to the message; and a processor that executes the instructions. a memory that retains instructions for cross-coupling a unicast message to a common search space or cross-coupling a common broadcast message to a UE-specific search space, wherein the cross-coupling is employed by a base station as a control signal to signal an operation in an access terminal without adding additional control bits to the message; and a processor that executes the instructions.
A leveling device of a road paving machine which leveling device is provided with a main screed and a pair of extendable screeds (21, 22) having a width approximately equal to a width of the main screed and extending and retreating in directions opposite to each other, the leveling device of a road paving machine being of either one type of a type where the pair extendable screeds (21, 22) are disposed behind the main screed, a type where the pair of extendable screeds (21, 22) are disposed in front of the main screed, or a type where one and the other of the pair of extendable screeds (21, 22) are disposed in front of and behind the main screed in a divisional fashion, characterized in that the pair of extendable screeds (21,22) comprises screed plates (21b, 22b) on the sides of the respective inner ends (21a, 22a) of the extendable screeds (21,22), and in that the leveling device is provided with a raising mechanism which, when a crown amount is set to minus in a case where the respective inner ends (21a, 22a) of the pair of extendable screeds (21, 22) have been extended in a range where the respective inner ends (21a, 22a) do not exceed a machine center line, raises the screed plates (21b, 22b) in required length ranges according to the minus set amount of the crown amount, and thereby raises lower faces of the pair of extendable screeds (21, 22) in the vicinities of the respective inner ends (21a, 22a) above a lower face of the main screed.
A bite force measuring system comprising: a control unit and a mouthpiece adapted for being interfaced with the control unit, the mouthpiece comprising: memory storing calibration parameters, the calibration parameters consisting of coefficients of a polynomial equation of degree N with N greater than 1; a fluid-filled compressible cavity; a fluid-pressure-sensing device for measuring a pressure of a fluid contained in the fluid-filled compressible cavity; and a communication interface for transmitting the calibration parameters and the measured pressure to the control unit; and the control unit comprising: a communication interface for receiving the calibration parameters and the measured pressure from the mouthpiece; and a processing unit using the calibration parameters and the measured pressure for calculating a bite force corresponding to the measured pressure, the processing unit applying the polynomial equation to the measured pressure for calculating the bite force. memory storing calibration parameters, the calibration parameters consisting of coefficients of a polynomial equation of degree N with N greater than 1; a fluid-filled compressible cavity; a fluid-pressure-sensing device for measuring a pressure of a fluid contained in the fluid-filled compressible cavity; and a communication interface for transmitting the calibration parameters and the measured pressure to the control unit; and the control unit comprising: a communication interface for receiving the calibration parameters and the measured pressure from the mouthpiece; and a processing unit using the calibration parameters and the measured pressure for calculating a bite force corresponding to the measured pressure, the processing unit applying the polynomial equation to the measured pressure for calculating the bite force. a communication interface for receiving the calibration parameters and the measured pressure from the mouthpiece; and a processing unit using the calibration parameters and the measured pressure for calculating a bite force corresponding to the measured pressure, the processing unit applying the polynomial equation to the measured pressure for calculating the bite force.
A switching device for connecting/disconnecting a power line to/from at least an associated electrical load, comprising at least a phase having a housing which houses a movable contact couplable/separable to/from a corresponding fixed contact, said phase comprising an electrically semiconducting assembly (50, 200) having a plurality of semiconductor devices electrically connected in series to each other and an insulating support (56, 201) operatively associated with said plurality of semiconductor devices, said plurality of semiconductor devices being associated and electrically connected to said fixed contact and being associated and electrically connected to said movable contact during a portion of the movement of said movable contact, said assembly comprising first connection means (70, 59) electrically connecting said plurality of semiconductor devices to the fixed contact, and second connection means (74, 75) adapted to electrically connect said plurality of semiconductor devices to the movable contact; wherein said movable contact is able to assume at least: - a first position, wherein said movable contact is coupled to the fixed contact; - a second position, wherein said movable contact is spatially separated from the fixed contact and electrically connected to the second connection means (74, 75); - a third position, wherein said movable contact is spatially separated from the fixed contact and electrically disconnected from the second connection means (74, 75); wherein said movable contact moves into the housing along an axial direction of movement to assume said first, second and third positions; characterised in that said assembly (50, 200) is configured to be installed into said housing so as to surround the fixed contact and allow the passage of the movable contact through said assembly for coupling/separating to/from the fixed contact. - a first position, wherein said movable contact is coupled to the fixed contact; - a second position, wherein said movable contact is spatially separated from the fixed contact and electrically connected to the second connection means (74, 75); - a third position, wherein said movable contact is spatially separated from the fixed contact and electrically disconnected from the second connection means (74, 75);
A mass spectrometer comprising: a collision cell including a plurality of rod pairs configured to generate pseudopotential well through the application of radio frequency potentials to the rod pairs, the collision cell configured to generate a target fragment from a parent ion by colliding the parent ion with one or more gas molecules; a system controller configured to: set a radio frequency amplitude of the radio frequency potentials to a default amplitude; monitor the production of a target fragment ion while adjusting the collision energy; set the collision energy to optimize the production of the target fragment ion; apply a linear full range ramp to the radio frequency amplitude to determine an optimal radio frequency amplitude for obtaining a maximum ion intensity for the target fragment ion; and set the radio frequency amplitude to the optimal radio frequency amplitude for the parent ion, target fragment ion pair. a collision cell including a plurality of rod pairs configured to generate pseudopotential well through the application of radio frequency potentials to the rod pairs, the collision cell configured to generate a target fragment from a parent ion by colliding the parent ion with one or more gas molecules; a system controller configured to: set a radio frequency amplitude of the radio frequency potentials to a default amplitude; monitor the production of a target fragment ion while adjusting the collision energy; set the collision energy to optimize the production of the target fragment ion; apply a linear full range ramp to the radio frequency amplitude to determine an optimal radio frequency amplitude for obtaining a maximum ion intensity for the target fragment ion; and set the radio frequency amplitude to the optimal radio frequency amplitude for the parent ion, target fragment ion pair. set a radio frequency amplitude of the radio frequency potentials to a default amplitude; monitor the production of a target fragment ion while adjusting the collision energy; set the collision energy to optimize the production of the target fragment ion; apply a linear full range ramp to the radio frequency amplitude to determine an optimal radio frequency amplitude for obtaining a maximum ion intensity for the target fragment ion; and set the radio frequency amplitude to the optimal radio frequency amplitude for the parent ion, target fragment ion pair.