mhurhangee/ep-ind-claims huggingface dataset:
A seal device for a wheel bearing, the wheel bearing comprising an outer member formed on its inner circumference with double row outer raceway surfaces (2a, 2a); an inner member including a wheel hub and at least one inner ring fitted onto a cylindrical portion of the wheel hub or an outer joint member of a constant velocity universal joint, the wheel hub being integrally formed on its one end with a wheel mounting flange and having a cylindrical portion axially extending from the wheel mounting flange, the inner member being formed on its outer circumference with double row inner raceway surfaces (3a, 3a) opposing to the double row outer raceway surfaces (2a, 2a); and double row rolling elements (5, 5) rollably contained between the inner and outer raceway surfaces (3a, 3a and 2a, 2a); the seal device being mountable on the wheel bearing, to seal an opening of an annular space formed between the outer member and inner member, the seal device being formed as a pack seal comprising an annular sealing plate and an annular slinger each having a substantially "L" shaped cross-section and arranged oppositely toward each other; the sealing plate comprising a core metal and a sealing member integrally adhered to the core metal via vulcanized adhesion, the core metal being press-formed of steel sheet and including a cylindrical fitting portion adapted to be press-fitted into an inner circumference of the end of the outer member via a predetermined interference and a radially inner portion extending radially inward from one end of the fitting portion; the slinger comprising a cylindrical portion adapted to be press-fitted on to an outer circumference of the inner member and a standing portion extending radially outward from the cylindrical portion; and the sealing member comprising a base portion covering an inner circumferential surface of the core metal, a side lip inclined radially outward from the base portion and slide-contacting with the standing portion of the slinger via a predetermined axial interference, and a radial lip (15c, 15d) inclined radially inward from the side lip and slide-contacting with the cylindrical portion of the slinger via a predetermined radial interference wherein a garter spring is mounted on the radial lip (15c, 15d), that the tightening force of the garter spring is set to 50 % or more of total tightening force of the radial lip (15c, 15d), and that the tightening force of the radial lip (15c, 15d) without the garter spring is set to 3N or more.
A method for wireless communication, comprising: receiving configuration information identifying a subset of a set of wireless resources that contain frame format information for one or more subframes, the frame format information comprising one or more parameters for wireless communications using a shared radio frequency spectrum band, wherein the subset of the set of wireless resources comprises a physical hybrid automatic repeat request, HARQ, indicator channel, PHICH; and one of a physical control format indicator channel, PCFICH, and a physical downlink control channel, PDCCH; wherein a first portion of the frame format information is received on the PHICH and a second portion of the frame format information is received on the PCFICH or the PDCCH; monitoring the identified subset of the set of wireless resources; and receiving the frame format information on the identified subset of the set of wireless resources. receiving configuration information identifying a subset of a set of wireless resources that contain frame format information for one or more subframes, the frame format information comprising one or more parameters for wireless communications using a shared radio frequency spectrum band, wherein the subset of the set of wireless resources comprises a physical hybrid automatic repeat request, HARQ, indicator channel, PHICH; and one of a physical control format indicator channel, PCFICH, and a physical downlink control channel, PDCCH; wherein a first portion of the frame format information is received on the PHICH and a second portion of the frame format information is received on the PCFICH or the PDCCH; monitoring the identified subset of the set of wireless resources; and receiving the frame format information on the identified subset of the set of wireless resources.
Assembly comprising: a. a wall element, defining a circumferential bonding strip running over the wall element, and b. a flexible flat film connected to the bonding strip with a continuous circumferential bonding, which wall element and film define two opposite walls (2a, 5a) of a chamber, characterized in that the wall element further comprises: - a base plane B defined by the wall element, - at least two corner elements (6a, 6b, 6c, 6d) positioned on a distance to one another, which extend substantially perpendicular with a height H (Ha, Hb, Hc, Hd) in the same direction from the base plane of the wall element, each corner element defining an angle A (Aa, Ab, Ac, Ad) of the chamber with an angle line which is substantially perpendicular to the base plane, - strip sections (7a, 7b, 7c, 7d), each connecting two corner elements that define adjacent corners of the chamber to one another, the distance between the strip sections and the base plane being less than H, wherein the continuous circumferential bonding strip runs over the strip sections and over the corner elements and at least in the area of the corner elements at a distance from the base surface corresponding to height H (Ha, Hb, Hc, Hd), and wherein the outer contour of the film is shaped in such a way that the outer contour of the film corresponds to that of the circumferential bonding strip. a. a wall element, defining a circumferential bonding strip running over the wall element, and b. a flexible flat film connected to the bonding strip with a continuous circumferential bonding, - a base plane B defined by the wall element, - at least two corner elements (6a, 6b, 6c, 6d) positioned on a distance to one another, which extend substantially perpendicular with a height H (Ha, Hb, Hc, Hd) in the same direction from the base plane of the wall element, each corner element defining an angle A (Aa, Ab, Ac, Ad) of the chamber with an angle line which is substantially perpendicular to the base plane, - strip sections (7a, 7b, 7c, 7d), each connecting two corner elements that define adjacent corners of the chamber to one another, the distance between the strip sections and the base plane being less than H,
A method for dynamic printer performance tuning, comprising the steps of: processing a page to be printed by a printer description language interpreter to generate a Display List of the page; selecting attributes of page contents that affect printer performance from the Display List data; analyzing PDL interpreter tuning parameters for the selected page content attributes to obtain performance data for each tuning parameter; and based on the performance data of each tuning parameter, adjusting rendering settings of the tuning parameters for printing the page, characterized in that the step of analyzing the tuning parameters uses a Bayesian analyzer for performing Bayesian analysis on the tuning parameters; and a step of training the Bayesian analyzer is further comprised, wherein said training step further comprising the step of: creating a set of training pages to be analyzed by the Bayesian analyzer; rendering each page to determine best performance settings for each tuning parameter; grouping the pages based on tuning parameter settings; generating Display List data of each training page; rendering the training pages in each group to compile training data for the tuning parameter settings; and saving the training data. processing a page to be printed by a printer description language interpreter to generate a Display List of the page; selecting attributes of page contents that affect printer performance from the Display List data; analyzing PDL interpreter tuning parameters for the selected page content attributes to obtain performance data for each tuning parameter; and based on the performance data of each tuning parameter, adjusting rendering settings of the tuning parameters for printing the page, characterized in that the step of analyzing the tuning parameters uses a Bayesian analyzer for performing Bayesian analysis on the tuning parameters; and a step of training the Bayesian analyzer is further comprised, creating a set of training pages to be analyzed by the Bayesian analyzer; rendering each page to determine best performance settings for each tuning parameter; grouping the pages based on tuning parameter settings; generating Display List data of each training page; rendering the training pages in each group to compile training data for the tuning parameter settings; and saving the training data.
A method, comprising: generating an audio signal; generating a control signal that is configured to control a haptic feedback device that is incorporated into a device for delivering audio based on the audio signal to a user; and embedding the control signal (206, 208) in the audio signal by using a pseudorandom signal to form an encoded audio signal, wherein the embedding the control signal in the audio signal by using the pseudorandom signal to form the encoded audio signal comprises: generating the encoded audio signal to be equal to a signal that is at least partly based on the audio signal plus a product of the control signal and an inverse of the pseudorandom signal. generating an audio signal; generating a control signal that is configured to control a haptic feedback device that is incorporated into a device for delivering audio based on the audio signal to a user; and embedding the control signal (206, 208) in the audio signal by using a pseudorandom signal to form an encoded audio signal, wherein the embedding the control signal in the audio signal by using the pseudorandom signal to form the encoded audio signal comprises: generating the encoded audio signal to be equal to a signal that is at least partly based on the audio signal plus a product of the control signal and an inverse of the pseudorandom signal. generating the encoded audio signal to be equal to a signal that is at least partly based on the audio signal plus a product of the control signal and an inverse of the pseudorandom signal.
A vane comprising: a ceramic vane piece defining first and second vane platforms and a hollow airfoil section joining the first and second vane platforms, the first vane platform having a radially outer face defining a bearing surface; a structural platform adjacent the radially outer face, the structural platform defining a radial seal slot; an expansion gap along an interface between the first vane platform and the structural platform, the expansion gap varying with relative movement between the ceramic vane piece and the structural platform such that there is a range of radial and axial motion; a seal (80/180) having a radial leg (80a/180a) and an axial leg, the radial leg (80a/180a) extending in the radial seal slot and the axial leg extending in the interface along the bearing surface; and characterised by a pressure tap opening to the seal (80/180), the pressure tap configured to provide a pressurized fluid biasing the seal (80/180) toward a seated sealing position against the radial seal slot and the bearing surface over the range of radial and axial motion; wherein the seal (80/180) includes a filet that joins the radial leg (80a/180a) and the axial leg such that the seal (80/180) has an L-shaped crosssection, wherein the radial leg (80a/180a) extends from the filet to a tip edge, and the tip edge has a concavity; and wherein the structural platform defines a purge hole that opens at the radial seal slot and exits over the concavity to allow the pressurized fluid to exit from the radial seal slot. a ceramic vane piece defining first and second vane platforms and a hollow airfoil section joining the first and second vane platforms, the first vane platform having a radially outer face defining a bearing surface; a structural platform adjacent the radially outer face, the structural platform defining a radial seal slot; an expansion gap along an interface between the first vane platform and the structural platform, the expansion gap varying with relative movement between the ceramic vane piece and the structural platform such that there is a range of radial and axial motion; a seal (80/180) having a radial leg (80a/180a) and an axial leg, the radial leg (80a/180a) extending in the radial seal slot and the axial leg extending in the interface along the bearing surface; and characterised by a pressure tap opening to the seal (80/180), the pressure tap configured to provide a pressurized fluid biasing the seal (80/180) toward a seated sealing position against the radial seal slot and the bearing surface over the range of radial and axial motion; wherein the seal (80/180) includes a filet that joins the radial leg (80a/180a) and the axial leg such that the seal (80/180) has an L-shaped crosssection, wherein the radial leg (80a/180a) extends from the filet to a tip edge, and the tip edge has a concavity; and wherein the structural platform defines a purge hole that opens at the radial seal slot and exits over the concavity to allow the pressurized fluid to exit from the radial seal slot.
A method of altering the sensitivity of a Family 11 xylanase polypeptide to an inhibitor, which method comprises: (a) modifying one or more amino acid residues of said polypeptide; wherein said modifications are at any one of position 11, 12, 13, 15, 17, 29, 31, 32, 34, 113, 114, 119, 120, 121, 122, 123, 124 or 175 of the B. subtilis amino acid sequence shown as SEQ. ID. No. 1, or at equivalent position(s) in other homologous xylanases, wherein at least one of said amino acid modifications is at least at position 11 of the B. subtilis amino acid sequence shown as SEQ. ID. No. 1 or at equivalent position(s) in other homologous xylanases; (b) measuring the sensitivity of said xylanase polypeptide to a xylanase inhibitor; and (c) measuring the effect of said xylanase polypeptide on viscosity of flour slurry; wherein said polypeptide or fragment thereof has reduced sensitivity to a xylanase inhibitor as compared with the parent xylanase enzyme; further wherein said polypeptide or fragment thereof decreases viscosity of flour slurry more than the parent xylanase enzyme. (a) modifying one or more amino acid residues of said polypeptide; wherein said modifications are at any one of position 11, 12, 13, 15, 17, 29, 31, 32, 34, 113, 114, 119, 120, 121, 122, 123, 124 or 175 of the B. subtilis amino acid sequence shown as SEQ. ID. No. 1, or at equivalent position(s) in other homologous xylanases, wherein at least one of said amino acid modifications is at least at position 11 of the B. subtilis amino acid sequence shown as SEQ. ID. No. 1 or at equivalent position(s) in other homologous xylanases; wherein said modifications are at any one of position 11, 12, 13, 15, 17, 29, 31, 32, 34, 113, 114, 119, 120, 121, 122, 123, 124 or 175 of the B. subtilis amino acid sequence shown as SEQ. ID. No. 1, or at equivalent position(s) in other homologous xylanases, wherein at least one of said amino acid modifications is at least at position 11 of the B. subtilis amino acid sequence shown as SEQ. ID. No. 1 or at equivalent position(s) in other homologous xylanases; (b) measuring the sensitivity of said xylanase polypeptide to a xylanase inhibitor; and (c) measuring the effect of said xylanase polypeptide on viscosity of flour slurry; wherein said polypeptide or fragment thereof has reduced sensitivity to a xylanase inhibitor as compared with the parent xylanase enzyme; further wherein said polypeptide or fragment thereof decreases viscosity of flour slurry more than the parent xylanase enzyme. wherein said polypeptide or fragment thereof has reduced sensitivity to a xylanase inhibitor as compared with the parent xylanase enzyme; further wherein said polypeptide or fragment thereof decreases viscosity of flour slurry more than the parent xylanase enzyme.
A pharmaceutical composition containing a selenite-containing compound and a pharmaceutically acceptable acid, selected from citric acid, acetic acid, malic acid, carbonic acid, sulfuric acid, nitric acid, hydrochloric acid, fruit acids and mixtures thereof, for use in the prevention or treatment of an infection of an internal reproductive organ of a female patient with at least one human papillomavirus selected from HPV16, HPV18, HPV31, HPV33 and HPV58, wherein the composition is applied intravaginally.
An electric power tool comprising: a driving shaft that is driven into rotation by a motor; an output shaft on which a front-end tool is attachable; a torque transmission mechanism that includes a magnet coupling including a driving magnet member coupled to the driving shaft side and a driven magnet member coupled to the output shaft side, a moment of inertia on the side of the driven magnet member being larger than a moment of inertia on the side of the driving magnet member; and a clutch mechanism provided between the motor and the torque transmission mechanism, and wherein an angle by which the driven magnet member is rotated in a reverse direction when the synchronization is lost is configured to be smaller than an angle by which the driving magnet member is rotated in a normal direction. a driving shaft that is driven into rotation by a motor; an output shaft on which a front-end tool is attachable; a torque transmission mechanism that includes a magnet coupling including a driving magnet member coupled to the driving shaft side and a driven magnet member coupled to the output shaft side, a moment of inertia on the side of the driven magnet member being larger than a moment of inertia on the side of the driving magnet member; and a clutch mechanism provided between the motor and the torque transmission mechanism, and wherein an angle by which the driven magnet member is rotated in a reverse direction when the synchronization is lost is configured to be smaller than an angle by which the driving magnet member is rotated in a normal direction.
An air-conditioning system comprising a general-purpose device controller configured to control a general-purpose device connected via one of a general-purpose transmission line and an input/output signal line and an air-conditioning facility connected via a dedicated transmission line, wherein the general-purpose device controller includes a processing configuration unit configured to receive a first signal corresponding to the air-conditioning facility and a second signal corresponding to the general-purpose device, and transmit a control signal which controls the air-conditioning facility and the general-purpose device based on the first signal and the second signal, the processing configuration unit is configured to designate the air-conditioning facility which is a first control target, with a management address which is included in the first signal and designates the air-conditioning facility; is configured to designate the general-purpose device which is a second control target, with an input/output port number which is included in the second signal and designates the general-purpose device; and is configured to transmit the control signal which performs ganged control of the first control target and the second control target, the general-purpose device controller further includes an interface configuration unit configured to relay various signals transmitted and received between the air-conditioning facility and the processing configuration unit, the interface configuration unit collects the first signal determined to be collected based on the management address, of the first signals flowing on the dedicated transmission line, in the interface configuration unit, a first predetermined cycle is set as a timing of collecting the first signal, when the first signal is requested to the air-conditioning facility and is returned, the interface configuration unit collects the first signal determined to be collected based on the management address every first predetermined cycle, in the interface configuration unit, a second predetermined cycle longer than the first predetermined cycle is set as a timing of supplying the collected first signal to the processing configuration unit, and the interface configuration unit supplies the collected first signal to the processing configuration unit every second predetermined cycle. is configured to designate the air-conditioning facility which is a first control target, with a management address which is included in the first signal and designates the air-conditioning facility; is configured to designate the general-purpose device which is a second control target, with an input/output port number which is included in the second signal and designates the general-purpose device; and is configured to transmit the control signal which performs ganged control of the first control target and the second control target, the general-purpose device controller further includes an interface configuration unit configured to relay various signals transmitted and received between the air-conditioning facility and the processing configuration unit,
A process for producing a copper plate with a roughened surface, in which protrusions of a fine bump shape are formed on a surface of a copper plate to roughen the surface of the copper plate, wherein the protrusions of a fine bump shape are formed by: arranging one pair of electrodes (3, 3a, 3c) of the same polarity in opposition to each other in an electroplating solution for plating copper; arranging the copper plate between the electrodes; performing at least one cycle of an anodic treatment and a cathodic treatment, one cycle being made up of an anodic treatment in which fine particles of copper are generated on both surfaces of the copper plate, by performing an electrolytic process with the copper plate as a positive electrode and the electrodes as negative electrodes, and a cathodic treatment carried out after the anodic treatment, in which the fine particles of copper are fixed onto the surfaces of the copper plate by performing an electroplating of copper with the copper plate as a negative electrode and the electrodes as positive electrodes, without moving the copper plate with respect to the electrodes. arranging one pair of electrodes (3, 3a, 3c) of the same polarity in opposition to each other in an electroplating solution for plating copper; arranging the copper plate between the electrodes; performing at least one cycle of an anodic treatment and a cathodic treatment, one cycle being made up of an anodic treatment in which fine particles of copper are generated on both surfaces of the copper plate, by performing an electrolytic process with the copper plate as a positive electrode and the electrodes as negative electrodes, and a cathodic treatment carried out after the anodic treatment, in which the fine particles of copper are fixed onto the surfaces of the copper plate by performing an electroplating of copper with the copper plate as a negative electrode and the electrodes as positive electrodes, without moving the copper plate with respect to the electrodes.