mhurhangee/ep-ind-claims huggingface dataset:
A production method of a dip-formed article comprising a laminate in which a rubber layer is laminated on a fiber base material, the method comprising: a step of immersing a dip forming mold covered with the fiber base material in a coagulating agent solution to let a coagulating agent attach to a surface of the dip forming mold; followed by a step of immersing the dip forming mold to which the coagulating agent has been attached in a latex composition for dip forming having a viscosity of 500 to 8,000 mPa•s, the latex composition comprising a viscosity adjusting agent and a rubber that constitutes the rubber layer, wherein a thickness of the rubber layer is 0.2 to 0.8 mm, the rubber constituting the rubber layer penetrates into the fiber base material, a maximum depth of the rubber penetrated into the fiber base material is 0.1 to 0.3 mm, and a maximum stress at 50% elongation of a dumbbell-shaped test piece of the laminate is 20 N or smaller, the dumbbell-shaped test piece being prepared by using Die-C manufactured by Dumbbell Co., Ltd. in accordance with ASTM D-412. a step of immersing a dip forming mold covered with the fiber base material in a coagulating agent solution to let a coagulating agent attach to a surface of the dip forming mold; followed by a step of immersing the dip forming mold to which the coagulating agent has been attached in a latex composition for dip forming having a viscosity of 500 to 8,000 mPa•s, the latex composition comprising a viscosity adjusting agent and a rubber that constitutes the rubber layer, wherein a thickness of the rubber layer is 0.2 to 0.8 mm, the rubber constituting the rubber layer penetrates into the fiber base material, a maximum depth of the rubber penetrated into the fiber base material is 0.1 to 0.3 mm, and a maximum stress at 50% elongation of a dumbbell-shaped test piece of the laminate is 20 N or smaller, the dumbbell-shaped test piece being prepared by using Die-C manufactured by Dumbbell Co., Ltd. in accordance with ASTM D-412.
A synthetic resin bottle comprising a mouth from which a content medium is dispensed, a shoulder, a trunk, and a bottom, all of which are integrally formed in the stated order, the bottom being configured to be displaced toward an inside direction of the synthetic resin bottle under a reduced pressure generated in the inside, thereby exhibiting a reduced pressure absorption function, wherein the bottom includes: an annular-shaped peripheral portion; a protruding ridge disposed radially inward from the peripheral portion and configured to serve as a ground contacting portion of the synthetic resin bottle by protruding downward from the peripheral portion and also configured, when being deformed under the reduced pressure, to make the peripheral portion serve as the ground contacting portion by being displaced toward an inside of the synthetic resin bottle; and a depressed recess located radially inward from the protruding ridge and depressed toward the inside of the synthetic resin bottle, the peripheral portion includes a heel wall portion that is connected to a lower end edge of the trunk and an annular-shaped outer circumferential bottom wall portion that is located radially inward from the heel wall portion, the heel wall portion includes an outer circumferential cylindrical portion that is connected to the lower end edge of the trunk and also includes a heel-shaped portion that is connected to a lower end edge of the outer circumferential cylindrical portion, characterised in that the outer circumferential cylindrical portion has an outer diameter dimension that is less than an outer diameter dimension of a lower end portion of the trunk.
A mirror support, comprising: - a mirror body comprising a diamond particle reinforced aluminum composite material, and - a polishing layer, which is arranged on the mirror body wherein the content of diamond particles in the aluminum composite material is between 5 % by mass and 50 % by mass and is selected such that the thermal coefficient of linear expansion of the mirror body is adapted to the thermal coefficient of linear expansion of the polishing layer, characterized in that the entire mirror body is produced by additive manufacturing from a plurality of locally remelted powder layers and a cooling structure is integrated into the mirror body. - a mirror body comprising a diamond particle reinforced aluminum composite material, and - a polishing layer, which is arranged on the mirror body wherein the content of diamond particles in the aluminum composite material is between 5 % by mass and 50 % by mass and is selected such that the thermal coefficient of linear expansion of the mirror body is adapted to the thermal coefficient of linear expansion of the polishing layer, characterized in that the entire mirror body is produced by additive manufacturing from a plurality of locally remelted powder layers and a cooling structure is integrated into the mirror body.
Steering column for a vehicle comprising a lower column, an upper column connected to the lower column by a pivot connection allowing to adjust a tilt angle of the upper column with respect to the lower column, a locking mechanism including a tooth segment fixed with respect to one of the lower and upper columns, and a tooth hook pivotably mounted with respect to the other one of the lower and upper columns and biased to an engaged position meshing with the tooth segment to lock the upper and lower columns in an adjusted tilt position, and an actuator for pivoting the tooth hook out of engagement with the tooth segment to a disengaged position, a memory hook connected to the same of the lower and upper columns as the tooth hook and adapted to cooperate with the tooth hook, characterised in that the tooth hook gets engaged by the memory hook when the tooth hook is moved to the disengaged position to thereby keep the tooth hook in the disengaged position, a striker fixed to the other of lower and upper column than the memory hook and arranged such that it acts on the memory hook when the upper column reaches a tilted step-in/step-out position whereby the memory hook is moved out of engagement with the tooth hook so that the tooth hook is biased back to the engaged position in engagement with the tooth segment, and an adjustable memory striker pivotably mounted on the other of lower and upper column than the memory hook and lockable in a desired pivot position such that it acts on the memory hook when the upper column reaches an adjusted tilt position whereby the memory hook is moved out of engagement with the tooth hook so that the tooth hook is biased back to the engaged position in engagement with the tooth segment.
An actuation system to actuate one or more buttons on a remote control based on a command signal generated by a mobile device, the actuation system comprising: a remote control support configured to securely receive the remote control and securely retain the remote control in a known location; a controller configured to receive the command signal from the mobile device and convert the command signal into position commands; a button actuator having an actuation tip, the button actuator being configured to receive the position commands from the controller and move the actuation tip to a position associated with the button and to move the actuation tip to engage the button of the remote control, wherein the remote control generates a radio frequency signal when said button of the remote control is engaged; and an isolation enclosure configured to prevent RF signals from reaching the remote control from outside of the isolation enclosure, wherein the remote control and controller are contained within the isolation enclosure. a remote control support configured to securely receive the remote control and securely retain the remote control in a known location; a controller configured to receive the command signal from the mobile device and convert the command signal into position commands; a button actuator having an actuation tip, the button actuator being configured to receive the position commands from the controller and move the actuation tip to a position associated with the button and to move the actuation tip to engage the button of the remote control, wherein the remote control generates a radio frequency signal when said button of the remote control is engaged; and an isolation enclosure configured to prevent RF signals from reaching the remote control from outside of the isolation enclosure, wherein the remote control and controller are contained within the isolation enclosure.
A system that facilitates matching of digital information to a human perception system, characterized by comprising: a triage component that determines characteristics of digital documents and processes the characteristics in accordance with human perception data; a viewing component that presents the digital documents according to the characteristic thereof in a focused mode on a first viewing plane and a peripheral mode on a second viewing plane in accordance with human perception data; a classifier that employs a probabilistic and/or statistical-based analysis to prognose or infer an action that a user desires to be automatically performed, the classifier determines what documents to display in the focused mode versus the peripheral mode, based at least in part on the document content, document type, number of peripheral displays, historical information of the user, version and timestamp of the document, and audio input signals; and wherein the focused mode of the first viewing plane corresponds to foveal/parafoveal vision attributes of the human perception system and the peripheral mode of the second viewing plane corresponds to periphery attributes of the human perception system. a triage component that determines characteristics of digital documents and processes the characteristics in accordance with human perception data; a viewing component that presents the digital documents according to the characteristic thereof in a focused mode on a first viewing plane and a peripheral mode on a second viewing plane in accordance with human perception data; a classifier that employs a probabilistic and/or statistical-based analysis to prognose or infer an action that a user desires to be automatically performed, the classifier determines what documents to display in the focused mode versus the peripheral mode, based at least in part on the document content, document type, number of peripheral displays, historical information of the user, version and timestamp of the document, and audio input signals; and wherein the focused mode of the first viewing plane corresponds to foveal/parafoveal vision attributes of the human perception system and the peripheral mode of the second viewing plane corresponds to periphery attributes of the human perception system.
A rubber composition for a tire, comprising: carbon nanotubes and a rubber matrix, characterized in that said carbon nanotubes have structural defects on at least a part of their surfaces, and in that said carbon nanotubes have a pyrolysis temperature of 600 °C or less.
A lighting power monitoring system for detecting the availability of a normal or abnormal mains supply at a mains input to enable activation of an emergency lighting mode in dependence thereon, the system including a low-pass filter coupled to the mains input for producing a low-pass filtered output, and emergency lighting mode detection means arranged to generate a status signal ("Out") indicative of the normal or abnormal status of the mains input, characterized in that the low-pass filter is configured to remove AC components from the mains input such that the emergency lighting mode detection means is able to detect DC components from the mains input.
A system comprising: an electromagnetic interference EMI filter; an alternating current AC rectifier bridge operatively coupled to the electromagnetic interference filter, the AC rectifier bridge providing a first voltage; a first power stage including a step-down transformer (414,500,550), the first power stage configured to receive the first voltage and output a second voltage; a second power stage comprising a buck converter and a buck controller operatively coupled to the buck converter and wherein the buck converter is configured to receive the second voltage and configured to convert the second voltage to a third voltage; a power delivery adapter controller configured to receive at least one input indicative of a requested voltage value and configured to provide at least one output; and a feedback control circuit configured to provide a feedback control input to the buck controller, the feedback control input being based on the at least one output provided by the a power delivery adapter controller, the buck controller configured to control a duty cycle of an output control signal based on the feedback control input, wherein the at least one output provided by the power delivery adapter controller controls a switch that switches a resistor in and out of the feedback control circuit, and wherein the buck converter is configured to determine a value for the third voltage based on the duty cycle of the output control signal received from the buck controller. an electromagnetic interference EMI filter; an alternating current AC rectifier bridge operatively coupled to the electromagnetic interference filter, the AC rectifier bridge providing a first voltage; a first power stage including a step-down transformer (414,500,550), the first power stage configured to receive the first voltage and output a second voltage; a second power stage comprising a buck converter and a buck controller operatively coupled to the buck converter and wherein the buck converter is configured to receive the second voltage and configured to convert the second voltage to a third voltage; a power delivery adapter controller configured to receive at least one input indicative of a requested voltage value and configured to provide at least one output; and a feedback control circuit configured to provide a feedback control input to the buck controller, the feedback control input being based on the at least one output provided by the a power delivery adapter controller, the buck controller configured to control a duty cycle of an output control signal based on the feedback control input, wherein the at least one output provided by the power delivery adapter controller controls a switch that switches a resistor in and out of the feedback control circuit, and wherein the buck converter is configured to determine a value for the third voltage based on the duty cycle of the output control signal received from the buck controller.
A sensor apparatus, comprising: an element substrate; a detecting section disposed on an upper surface of the element substrate, the detecting section comprising a reaction section having an immobilization film to detect an analyte, a first IDT electrode configured to generate an acoustic wave which propagates toward the reaction section, and a second IDT electrode configured to receive the acoustic wave which has passed through the reaction section; wherein the upper surface of the element substrate comprises a first region where the first IDT electrode and the second IDT electrode are located, a second region where the reaction section is located, and a third region which is located between the first region and the second region, characterized in that the sensor apparatus further comprises a protective film which covers the first IDT electrode and the second IDT electrode, and at least part of the third region being lower in level than the first region and the second region. an element substrate; a detecting section disposed on an upper surface of the element substrate, the detecting section comprising a reaction section having an immobilization film to detect an analyte, a first IDT electrode configured to generate an acoustic wave which propagates toward the reaction section, and a second IDT electrode configured to receive the acoustic wave which has passed through the reaction section; wherein the upper surface of the element substrate comprises a first region where the first IDT electrode and the second IDT electrode are located, a second region where the reaction section is located, and a third region which is located between the first region and the second region, characterized in that the sensor apparatus further comprises a protective film which covers the first IDT electrode and the second IDT electrode, and at least part of the third region being lower in level than the first region and the second region.
A disposable diaper for enabling a male sex organ to be easily drawn out comprising: a chassis having at least a front body and a rear body when worn; a liquid permeable top sheet arranged at least in part of the chassis; a liquid impermeable back sheet arranged on one side of the top sheet in a thickness direction; and a liquid retentive absorber disposed between the top sheet and the back sheet, wherein the front body of the chassis has an opening and an auxiliary sheet disposed so as to cover the opening, the opening has an ellipse composed substantially of a curve and connecting points separated from each other across a substantially center line extending in a longitudinal direction of the disposable diaper and dividing a width direction into two parts, the auxiliary sheet is formed by sandwiching a plurality of thread-shaped elastic members between a pair of strip-shaped base sheets; and the auxiliary sheet is connected through a connecting part to the chassis throughout the entirety of the front body located in an inside leg direction or in a raised direction of the opening and in the front body on both ends located in the longitudinal direction of the auxiliary sheet. a chassis having at least a front body and a rear body when worn; a liquid permeable top sheet arranged at least in part of the chassis; a liquid impermeable back sheet arranged on one side of the top sheet in a thickness direction; and a liquid retentive absorber disposed between the top sheet and the back sheet, wherein
A valve prosthesis for implantation within a vascular vessel, comprising: a valve structure having a first end and a second end, a plurality of leaflets that include an outer edge and an inner edge, the plurality of inner edges defining an orifice therebetween at said first end for allowing the passage of fluid in a first direction, the plurality of leaflets configured to co-apt with one another to restrict the passage of fluid in a second, opposite direction, the valve structure comprising a support frame, the support frame being serpentine-shaped and generally co-extending along the outer edges of the plurality of leaflets; wherein the valve prosthesis further comprises a centering support structure comprising one or more centering elements extending from the valve structure that engage the walls of the vascular vessel in a manner to facilitate centering of the orifice within the lumen of the vascular vessel during deployment of the valve prosthesis; characterized in that the one or more centering elements comprise a second frame, which is expandable and is either: attached to the first end of the valve structure and extending longitudinally therefrom such that the second frame is deployed prior to the valve structure; or attached to the second end of the valve structure and extending longitudinally therefrom such that the second frame is deployed after the valve structure. attached to the first end of the valve structure and extending longitudinally therefrom such that the second frame is deployed prior to the valve structure; or attached to the second end of the valve structure and extending longitudinally therefrom such that the second frame is deployed after the valve structure.
A method for mitigating electrical surface discharges from insulating coatings which prevent galvanic corrosion, comprising: applying an insulating primer to a metallic component; and applying an insulating primer to a carbon fiber reinforced plastic (CFRP) component to which the metallic component is to be attached; characterised in that: the insulating primer is applied discontinuously to form a plurality of primed portions and at least one unprimed portion, wherein the at least one unprimed portion enables the dissipation of electrons from the surface of the insulating primer into the carbon fiber reinforced plastic (CFRP) component. applying an insulating primer to a metallic component; and applying an insulating primer to a carbon fiber reinforced plastic (CFRP) component to which the metallic component is to be attached; characterised in that: the insulating primer is applied discontinuously to form a plurality of primed portions and at least one unprimed portion, wherein the at least one unprimed portion enables the dissipation of electrons from the surface of the insulating primer into the carbon fiber reinforced plastic (CFRP) component. the insulating primer is applied discontinuously to form a plurality of primed portions and at least one unprimed portion, wherein the at least one unprimed portion enables the dissipation of electrons from the surface of the insulating primer into the carbon fiber reinforced plastic (CFRP) component.
Polymer mixture, particularly for decorative surfaces in an automobile interior, characterized by the following composition: - 0% to 50% by weight of at least one aqueous polyurethane dispersion and/or polyester dispersion and/or polyether dispersion and/or polyester-polyacrylate dispersion and/or polyacrylate-polyurethane dispersion and/or polyacrylate -dispersion and/or of a dispersion based on at least one of these and/or two or more other polymers; - 1% to 60% by weight of at least one aqueous polyurethane dispersion and/or polyesterpolyol dispersion and/or polyetherpolyol dispersion and/or polyacrylatepolyol dispersion and/or of a dispersion based on at least one of these and/or two or more other polymers, the polymer or at least one polymer being functionalized with OH groups and/or NH groups and possessing an OH content or NH content of between 0.3% and 6.0% by weight, based on the nonvolatile fraction of the total amount of the polymers; - 0.1% to 40% by weight of at least one nonfunctionalized slip additive; - 1% to 40% by weight of at least one functionalized slip additive; - 0.2% to 50% by weight of at least one crosslinker or crosslinker system; - 0.1% to 75% by weight of at least one matting agent; - 0% to 50% by weight of diluent(s); - 0% to 50% by weight of other adjuvants, based on the nonvolatile fraction of the total amount of polymers. - 0% to 50% by weight of at least one aqueous polyurethane dispersion and/or polyester dispersion and/or polyether dispersion and/or polyester-polyacrylate dispersion and/or polyacrylate-polyurethane dispersion and/or polyacrylate -dispersion and/or of a dispersion based on at least one of these and/or two or more other polymers; - 1% to 60% by weight of at least one aqueous polyurethane dispersion and/or polyesterpolyol dispersion and/or polyetherpolyol dispersion and/or polyacrylatepolyol dispersion and/or of a dispersion based on at least one of these and/or two or more other polymers, the polymer or at least one polymer being functionalized with OH groups and/or NH groups and possessing an OH content or NH content of between 0.3% and 6.0% by weight, based on the nonvolatile fraction of the total amount of the polymers; - 0.1% to 40% by weight of at least one nonfunctionalized slip additive; - 1% to 40% by weight of at least one functionalized slip additive; - 0.2% to 50% by weight of at least one crosslinker or crosslinker system; - 0.1% to 75% by weight of at least one matting agent; - 0% to 50% by weight of diluent(s); - 0% to 50% by weight of other adjuvants, based on the nonvolatile fraction of the total amount of polymers.