mhurhangee/ep-ind-claims huggingface dataset:
A method for controlling a vehicle, the vehicle including a motor configured to provide a driving/braking force to the vehicle and a friction braking mechanism (8a, 8b, 8c, 8d) configured to provide a friction brake force to the vehicle, the method comprising: a target calculation step of calculating a target torque of the motor in accordance with a displacement of an accelerator pedal; a gradient estimation step of estimating a gradient torque to cancel a disturbance due to a gradient of a road surface where the vehicle is travelling; a command calculation step of calculating a torque command value of the motor based on the gradient torque and the target torque; a control step (S206, S207, S208) of controlling a torque of the motor in accordance with the torque command value; and a stop control step of changing a brake torque from the torque of the motor to a friction torque provided by the friction braking mechanism (8a, 8b, 8c, 8d) when the vehicle is being stopped from travelling state, the brake torque being provided to the vehicle and made to a large value larger than the gradient torque, in the stop control step, determining whether the vehicle stops or not, and after a determination that the vehicle stops, increasing a pressure-rising rate of fluid to be supplied to the friction braking mechanism (8a, 8b, 8c, 8d) until the friction torque reaches the large value in accordance with increase in time elapsed after the determination. a target calculation step of calculating a target torque of the motor in accordance with a displacement of an accelerator pedal; a gradient estimation step of estimating a gradient torque to cancel a disturbance due to a gradient of a road surface where the vehicle is travelling; a command calculation step of calculating a torque command value of the motor based on the gradient torque and the target torque; a control step (S206, S207, S208) of controlling a torque of the motor in accordance with the torque command value; and a stop control step of changing a brake torque from the torque of the motor to a friction torque provided by the friction braking mechanism (8a, 8b, 8c, 8d) when the vehicle is being stopped from travelling state, the brake torque being provided to the vehicle and made to a large value larger than the gradient torque, in the stop control step, determining whether the vehicle stops or not, and after a determination that the vehicle stops, increasing a pressure-rising rate of fluid to be supplied to the friction braking mechanism (8a, 8b, 8c, 8d) until the friction torque reaches the large value in accordance with increase in time elapsed after the determination.
A topical composition comprising a tetracycline-class drug, a magnesium salt, a monohydric aliphatic alcohol and a polyol having from 3-8 carbon atoms, wherein (i) the ratio between the monohydric aliphatic alcohol and the polyol is in a range of 1:1 to 99:1 by weight, and (ii) the tetracycline-class drug is dissolved in the topical composition; wherein the composition is non-aqueous having less than 5% by weight water content.
Arrangement for a self-lubricating bearing, the arrangement comprising a fluid bearing comprising a first fluid bearing element located in a bearing housing and a piston located in a pump housing; the bearing housing comprising a bearing housing opening, the pump housing comprising a pump housing opening, the first fluid bearing element being connected to the piston by means of a connection means extending from the first fluid bearing element through the bearing housing opening to the piston through the pump housing opening; the piston being arranged to reciprocate in the pump housing, where the pump housing is connected to a fluid reservoir by means of a first inlet; the bearing housing comprises a first outlet for allowing fluid to exit the bearing housing, the arrangement further comprises a fluid transport means fluidly connecting the pump housing and the bearing housing, characterized in that a longitudinal movement of the bearing housing or the pump housing causes the piston to cause a pumping action, whereby fluid from the fluid reservoir is pumped to the fluid bearing through the fluid transport means, lubricating the fluid bearing, wherein the pump housing is attached to a support structure and the bearing housing is attached to a tether and wherein the longitudinal movement of the bearing housing is caused by a linear force from the tether acting on the bearing housing.
Method for detecting tampering with a document of value and/or security document, in which at least one image is applied to a data carrier by means of a laser device, which image consists of a multiplicity of round laser dots as pixels to which grey, brightness or colour values are assigned, at least one zone being formed in the image to be applied, which zone is free of pixels of the image and additional information with at least one security feature being introduced into the at least one zone, characterized in that the additional information with at least one security feature has one or more graphic or geometric laser structures which deviate from round laser dots as pixels of the image, and that the at least one graphic or geometric laser structure and the alignment of the graphic or geometric laser structures in the zone are optically detected and compared with the at least one security feature in an evaluation device, which was applied to the zone when the image was applied to produce the data carrier.
An aircraft box structure for carrying load, the aircraft box structure comprising: upper and lower composite integrated sandwich panels (62a and 62b); the integrated sandwich panels having facesheets sandwiching one or more core portions and adjacent dense packs oriented in an axial direction; and, a plurality of spars, each spar comprising a web and web attachments and having a spar length in the axial direction, the plurality of spars being connected to the integrated sandwich panels with the web attachments located at the dense packs; wherein the facesheets are configured to carry primarily torsion and pressure loads in shear and no significant axial loads, the facesheets each have a facesheet composite ply layup substantially comprised of bias oriented plies, the facesheet composite ply layup designed to enable the facesheets to provide primarily continuous torsion, shear, and pressure load paths, and wherein the dense packs are configured to carry all significant box bending in axial tension and compression loads, the dense packs each have a dense pack composite ply layup comprising a substantially orthogonal, unidirectional composite tape laminate comprised of unidirectional plies oriented at zero degrees (0°) or about zero degrees (0°), the dense pack composite ply layup designed to enable the dense packs to provide all significant continuous bending and axial load paths. upper and lower composite integrated sandwich panels (62a and 62b); the integrated sandwich panels having facesheets sandwiching one or more core portions and adjacent dense packs oriented in an axial direction; and, a plurality of spars, each spar comprising a web and web attachments and having a spar length in the axial direction, the plurality of spars being connected to the integrated sandwich panels with the web attachments located at the dense packs; wherein the facesheets are configured to carry primarily torsion and pressure loads in shear and no significant axial loads, the facesheets each have a facesheet composite ply layup substantially comprised of bias oriented plies, the facesheet composite ply layup designed to enable the facesheets to provide primarily continuous torsion, shear, and pressure load paths, and wherein the dense packs are configured to carry all significant box bending in axial tension and compression loads, the dense packs each have a dense pack composite ply layup comprising a substantially orthogonal, unidirectional composite tape laminate comprised of unidirectional plies oriented at zero degrees (0°) or about zero degrees (0°), the dense pack composite ply layup designed to enable the dense packs to provide all significant continuous bending and axial load paths.
A data acquisition module for a system for measuring a nasal valve collapse of a patient, the data acquisition module being configured to: receive a plurality of images of a nasal valve from a camera of an endoscope positioned through an endoscope port of a facial mask and a plurality of air flow measurements from an air flow sensor configured to measure an air flow across an opening in the facial mask, determine (i) a first image of the plurality of images of the nasal valve taken during inhalation and (ii) a second image of the plurality of images of the nasal valve taken during a period between exhalation and inhalation, wherein the second image is synchronized with a zero flow measurement of the plurality of air flow measurements, wherein the first image is synchronized with a non-zero flow measurement of the plurality of air flow measurements, and determine, based on the first image and the second image, a size difference of the nasal valve during inhalation and during the period between exhalation and inhalation. receive a plurality of images of a nasal valve from a camera of an endoscope positioned through an endoscope port of a facial mask and a plurality of air flow measurements from an air flow sensor configured to measure an air flow across an opening in the facial mask, determine (i) a first image of the plurality of images of the nasal valve taken during inhalation and (ii) a second image of the plurality of images of the nasal valve taken during a period between exhalation and inhalation, wherein the second image is synchronized with a zero flow measurement of the plurality of air flow measurements, wherein the first image is synchronized with a non-zero flow measurement of the plurality of air flow measurements, and determine, based on the first image and the second image, a size difference of the nasal valve during inhalation and during the period between exhalation and inhalation.
A retainer attached mold case of a plug connector comprising an insulating member having aligned containing holes containing contacts, a shield case surrounding around the insulating member excluding a front face thereof, a mold case substantially constituting a cylindrical case incorporating the insulating member and the shield case at an inner space portion in which two side walls thereof are formed with slits (12, 12) for grounding opened to communicate with a front end opening and an upper face thereof includes an elastic claw having a lock portion extended to a rear side by being turned back from a front end portion and a lock release portion, and a retainer for closing a rear end opening of the mold case excluding a cable inserting portion; characterized in that: a locking projection is projected to a rear side from a rear end portion of the elastic claw, and a float preventing piece for preventing the elastic claw from being floated up by being engaged with the locking projection is projected from a front end portion of the retainer, wherein inner wall faces of upper portions of two side walls of the elastic claw at the mold case are formed with engaging grooves (16a, 16a) extended in a front and rear direction, and engaging portions (42, 42) fitted to the engaging grooves (16a, 16a) are formed to project horizontally at two side walls of the float preventing piece.
A vacuum heat insulator comprising: an outer packaging material including a resin sheet; and a core material and a gas adsorption device each contained in the outer packaging material, wherein the gas adsorption device includes a gas adsorbing substance that adsorbs a gas, a vacuum sealed container that contains the gas adsorbing substance, an opening pin that opens the vacuum sealed container by a physical load from an outside of the vacuum sealed container, characterized by a load-bearing spacer that suppresses displacement of the opening pin to less than or equal to a predetermined amount. an outer packaging material including a resin sheet; and a core material and a gas adsorption device each contained in the outer packaging material, wherein the gas adsorption device includes a gas adsorbing substance that adsorbs a gas, a vacuum sealed container that contains the gas adsorbing substance, an opening pin that opens the vacuum sealed container by a physical load from an outside of the vacuum sealed container, characterized by a load-bearing spacer that suppresses displacement of the opening pin to less than or equal to a predetermined amount.
Inspection method for optical transmitted-light inspection of unlabelled containers, in particular empty and/or filled bottles, the containers being transported by a transport device to at least one inspection position between a luminescent screen and at least one camera, being transilluminated by the at least one luminescent screen and captured from different viewing directions in segment images by the at least one camera and being evaluated by image processing, characterised in that, the captured segment images, prior to evaluation, are combined to form a single panoramic image data set in such a way that overlapping regions of the segment images are congruently merged together in the panoramic image data set.
A nasal mask system, comprising: a cushion assembly including a sealing region having a nose ridge region, sides of nose region, corners of nose region, and a top lip region adapted to seal around both nares of a patient's nose, the sealing region including a membrane seal that extends around an entire perimeter of the sealing region, the sides of nose region including a portion adapted to be positioned and seal along a region adjacent the junction between the nasal greater alar cartilage and the lateral nasal cartilage of the patient's nose, the portion including a wing or sealing flap that protrudes from an edge of the membrane seal along its inner perimeter, wherein the wing or sealing flap is at least partially angled or pre-biased outwardly away from a breathing chamber provided by the cushion assembly; and wherein the nasal mask system is constructed and arranged to seal at its upper extent at locations that are generally below or inferior to the nasal bones. a cushion assembly including a sealing region having a nose ridge region, sides of nose region, corners of nose region, and a top lip region adapted to seal around both nares of a patient's nose, the sealing region including a membrane seal that extends around an entire perimeter of the sealing region, the sides of nose region including a portion adapted to be positioned and seal along a region adjacent the junction between the nasal greater alar cartilage and the lateral nasal cartilage of the patient's nose, the portion including a wing or sealing flap that protrudes from an edge of the membrane seal along its inner perimeter, wherein the wing or sealing flap is at least partially angled or pre-biased outwardly away from a breathing chamber provided by the cushion assembly; and wherein the nasal mask system is constructed and arranged to seal at its upper extent at locations that are generally below or inferior to the nasal bones.
A dual coating and lift-off method for depositing and protecting patterned dielectric and metal filter layers using a two-layer lithography process wherein the two-layer lithography process comprises: first patterning a wafer having a bottom layer lift-off resist and a top layer resist by exposing and developing said bottom layer lift-off resist and said top layer resist to form said patterned wafer and to create an undercut in said bottom layer lift-off resist for providing an enlarged bottom layer lift-off resist pattern; next depositing dielectric and metal filter layers onto said patterned wafer using an evaporation or sputtering process; then lifting off said top layer resist and any excess deposited dielectric and metal filter material leaving said enlarged bottom layer lift-off resist pattern intact on said wafer and exposing any metal layer edges of said deposited dielectric and metal filter layers in said enlarged bottom layer lift-off resist pattern; then depositing one or more final blanket coatings within said enlarged bottom layer lift-off resist pattern to protect said metal layer edges and complete a coating stack (4, 5); and, then lifting off said enlarged bottom layer lift-off resist pattern and any excess final blanket coating leaving patterned features on said wafer. first patterning a wafer having a bottom layer lift-off resist and a top layer resist by exposing and developing said bottom layer lift-off resist and said top layer resist to form said patterned wafer and to create an undercut in said bottom layer lift-off resist for providing an enlarged bottom layer lift-off resist pattern; next depositing dielectric and metal filter layers onto said patterned wafer using an evaporation or sputtering process; then lifting off said top layer resist and any excess deposited dielectric and metal filter material leaving said enlarged bottom layer lift-off resist pattern intact on said wafer and exposing any metal layer edges of said deposited dielectric and metal filter layers in said enlarged bottom layer lift-off resist pattern; then depositing one or more final blanket coatings within said enlarged bottom layer lift-off resist pattern to protect said metal layer edges and complete a coating stack (4, 5); and, then lifting off said enlarged bottom layer lift-off resist pattern and any excess final blanket coating leaving patterned features on said wafer.
An in-vitro method for diagnosing the risk of cancer recurrence in a mammalian patient, comprising detecting the expression of macroH2A1.1 and/or macroH2A2 in a biological sample obtained from said patient, wherein a low or reduced expression of said macroH2A1.1 and/or macroH2A2 is indicative for an increased risk of cancer recurrence in said patient.
A steel sheet for a tool consisting of 0.4 to 0.6 wt% of C, 0.05 to 0.5 wt% of Si, 0.1 to 1.5 wt% of Mn, 0.05 to 0.5 wt% of V, 0.05 to 1.0 wt% of Ni, 0.5 to 2.0 wt% of Cr, 0.5 to 2.0 wt% of Mo, and the balance of Fe and inevitable impurities, with respect to 100 wt% of the total steel sheet, wherein the Rockwell hardness of the steel sheet is 36 to 41HRC, wherein the deviation of Rockwell hardness by the position in the width direction of the steel sheet for a tool is within 5 HRC, wherein the ratio of those having a wave height in the longitudinal direction within 20 cm is 90 % or more with respect to the wave height per 1 m of the steel sheet comprising the central portion in the longitudinal direction of the steel sheet for a tool, wherein the central portion means a portion comprising ±25% of a total length of the steel sheet on the basis of the center point.
Drilling device for creating a hole in the soil, starting from a starting point to a target point along a drilling line, having at least one first soil loosening means arranged on the front side of the drilling device for loosening the soil from a working face of the hole in the propulsion direction during propulsion, having at least one first receptacle for the loosened soil (cuttings hereinafter), having at least one conveying means for transporting the cuttings from the first receptacle away out of the borehole, characterized in that the drilling device is provided: with at least one second soil loosening means arranged on the rear side of the drilling device for loosening soil from the wall of the borehole already created in the withdrawal direction during withdrawal out of the borehole, with at least one second receptacle for receiving cuttings as the drilling device is withdrawn, and with at least one transport means for transporting the cuttings from the at least one second receptacle away to the conveying means or out of the borehole. with at least one second soil loosening means arranged on the rear side of the drilling device for loosening soil from the wall of the borehole already created in the withdrawal direction during withdrawal out of the borehole, with at least one second receptacle for receiving cuttings as the drilling device is withdrawn, and with at least one transport means for transporting the cuttings from the at least one second receptacle away to the conveying means or out of the borehole.
A method of testing a compound for its effect on differentiation of specific cells or tissue types, comprising the steps of: (a) providing an in vitro set of cell lines comprising at least a first and second pluripotent stem cell line, wherein said first and second lines respectively comprise an integrated exogenous expression cassette, wherein the exogenous expression cassettes from the first and second lines comprise a selectable or screenable marker under the control of a differentiation-responsive regulatory element, wherein the differentiation-responsive regulatory element of said exogenous expression cassette of the first cell line is different from the differentiation-responsive regulatory element of the exogenous expression cassette of the second cell line, such that the marker of the cassette in the first cell line is expressed only if the cell is in a first differentiation state and the marker of the cassette in the second cell line is expressed only if the cell is in a second differentiation state and wherein the expression of the selectable or screenable markers from the exogenous expression cassettes of the first and second cell lines can be screened or selected using the same method, (b) culturing the pluripotent stem cell lines under a differentiation condition in the presence of a test compound; (c) determining the expression of the selectable or screenable marker for the effect of the testing compound on the differentiation of the pluripotent stem cell to the selected cell lineages or tissue types; wherein the pluripotent stem cells comprise one or more human induced pluripotent stem (iPS) cells. (a) providing an in vitro set of cell lines comprising at least a first and second pluripotent stem cell line, wherein said first and second lines respectively comprise an integrated exogenous expression cassette, wherein the exogenous expression cassettes from the first and second lines comprise a selectable or screenable marker under the control of a differentiation-responsive regulatory element, wherein the differentiation-responsive regulatory element of said exogenous expression cassette of the first cell line is different from the differentiation-responsive regulatory element of the exogenous expression cassette of the second cell line, such that the marker of the cassette in the first cell line is expressed only if the cell is in a first differentiation state and the marker of the cassette in the second cell line is expressed only if the cell is in a second differentiation state and wherein the expression of the selectable or screenable markers from the exogenous expression cassettes of the first and second cell lines can be screened or selected using the same method, (b) culturing the pluripotent stem cell lines under a differentiation condition in the presence of a test compound; (c) determining the expression of the selectable or screenable marker for the effect of the testing compound on the differentiation of the pluripotent stem cell to the selected cell lineages or tissue types;