mhurhangee/patent-ind-claim-en huggingface dataset:
A transfer device for transferring of a viscous functional material , such as a conductive paste, onto a receiving substrate , comprising: - a plate having a cavity surface that includes at least one cavity ; - said cavity provided with a resistive heating device and control circuitry connected to said resistive heating device; said control circuitry arranged to, in use, heat the resistive heating device, so as to heat the functional material, provided in said at least one cavity, having a composition that, when heated, generates a gas at an interface between said cavity surface in the cavity and the functional material, to transfer said functional material from said at least one cavity by said gas generation onto a receiving substrate, wherein the resistive device is provided as a plate parallel resistive layer , characterized in that the cavity is formed in a thermal insulator layer of the plate, wherein the cavity is provided with a thermal conductor that is in thermal contact with the resistive device, and wherein said thermal conductor extends along, and is restricted to, the cavity surface. - a plate having a cavity surface that includes at least one cavity ; - said cavity provided with a resistive heating device and control circuitry connected to said resistive heating device; said control circuitry arranged to, in use, heat the resistive heating device, so as to heat the functional material, provided in said at least one cavity, having a composition that, when heated, generates a gas at an interface between said cavity surface in the cavity and the functional material, to transfer said functional material from said at least one cavity by said gas generation onto a receiving substrate, wherein the resistive device is provided as a plate parallel resistive layer , characterized in that the cavity is formed in a thermal insulator layer of the plate, wherein the cavity is provided with a thermal conductor that is in thermal contact with the resistive device, and wherein said thermal conductor extends along, and is restricted to, the cavity surface.
A scissors-type retractable bridge extendable in an extension direction, the retractable bridge comprising at least one scissors frame including a plurality of frame elements each including two frame members pin-connected to each other at central portions of the frame members , the plurality of frame elements pin-connected to each other at end portions of the frame members , characterized in that each frame element consists of two frame members and in that each frame member includes a frame body having a pin-insertion central hole formed in a central portion of the frame body , and a deck member provided on an upper side of the frame body , wherein, when the scissors frame is in an extended state, part of the frame members forming the frame elements and positioned on a near side in the width direction of the retractable bridge are linearly coupled to each other, and the other part of the frame members forming the frame elements and positioned on a far side in the width direction of the retractable bridge are linearly coupled to each other, thereby causing upper surfaces of the frame members to form a continuous flat surface, the deck members being configured to form part of the flat surface, whereby the frame member functions as a scissors structure and as a deck plate structure as well, so that stabilization is achieved without using separate deck plate members.
A process for producing acetic acid comprising: separating a reaction medium formed in a reactor in a flash vessel to form a liquid recycle and a vapor product stream; distilling the vapor product stream in a first column to obtain a side stream and a low boiling overhead vapor stream; condensing the low boiling overhead vapor stream and biphasically separating the condensed stream to form a heavy liquid phase and a light liquid phase; measuring hydrogen iodide concentration in the side stream; controlling recycle rate of the light liquid phase to the reactor in response to the measured hydrogen iodide to maintain hydrogen iodide concentration in the side stream of less than or equal to 50 wppm; and distilling the side stream in a second column to obtain a purified acetic acid product. separating a reaction medium formed in a reactor in a flash vessel to form a liquid recycle and a vapor product stream; distilling the vapor product stream in a first column to obtain a side stream and a low boiling overhead vapor stream; condensing the low boiling overhead vapor stream and biphasically separating the condensed stream to form a heavy liquid phase and a light liquid phase; measuring hydrogen iodide concentration in the side stream; controlling recycle rate of the light liquid phase to the reactor in response to the measured hydrogen iodide to maintain hydrogen iodide concentration in the side stream of less than or equal to 50 wppm; and distilling the side stream in a second column to obtain a purified acetic acid product.
A light emitting device comprising: a base comprising a conductive wiring ; a light emitting element mounted on the base , and including an active layer adapted to emit a first light; an encapsulant covering the light emitting element and the light reflective film , wherein a ratio of a maximum width (Wmax) of the encapsulant with respect to a maximum width of the light emitting element , in a side view, is 2 or more, wherein an outer shape of a part of the encapsulant located within a range of elevation angles that is in a range of 10° to 50° from a center of a mounting region at an upper surface of the base on which the light emitting element is mounted is formed to have a curved surface, characterised in that the light emitting device comprises a light reflective film located on an upper surface of the light emitting element ; and in that a ratio (r/Wmax) of a radius of curvature (r) of the curved surface with respect to the maximum width (Wmax) of the encapsulant , in a side view, is in a range of 0.25 to 0.50. a base comprising a conductive wiring ; a light emitting element mounted on the base , and including an active layer adapted to emit a first light; an encapsulant covering the light emitting element and the light reflective film , wherein a ratio of a maximum width (Wmax) of the encapsulant with respect to a maximum width of the light emitting element , in a side view, is 2 or more, wherein an outer shape of a part of the encapsulant located within a range of elevation angles that is in a range of 10° to 50° from a center of a mounting region at an upper surface of the base on which the light emitting element is mounted is formed to have a curved surface, characterised in that the light emitting device comprises a light reflective film located on an upper surface of the light emitting element ; and in that a ratio (r/Wmax) of a radius of curvature (r) of the curved surface with respect to the maximum width (Wmax) of the encapsulant , in a side view, is in a range of 0.25 to 0.50.
An image forming apparatus comprising: a plurality of developing units to develop a visible image from an electrostatic latent image through a developer; a transfer member provided to transfer the visible image developed by the plurality of developing units onto a printing medium and rotated in a first direction; a sensing unit including at least one sensor disposed opposite the transfer member , and at least one window disposed between the at least one sensor and the transfer member and corresponding to the at least one sensor , wherein the sensor is arranged to sense the developer transferred onto the transfer member ; and a shutter device having a shutter movably provided with a displacement in the first direction, wherein the shutter is provided to move between a first position at which the window is closed and a second position at which the window is opened; and the shutter is configured to obliquely move in the first direction and in a second direction perpendicular to the first direction between the first position and the second position, wherein the second direction is along a length of the shutter . a plurality of developing units to develop a visible image from an electrostatic latent image through a developer; a transfer member provided to transfer the visible image developed by the plurality of developing units onto a printing medium and rotated in a first direction; a sensing unit including at least one sensor disposed opposite the transfer member , and at least one window disposed between the at least one sensor and the transfer member and corresponding to the at least one sensor , wherein the sensor is arranged to sense the developer transferred onto the transfer member ; and a shutter device having a shutter movably provided with a displacement in the first direction, wherein the shutter is provided to move between a first position at which the window is closed and a second position at which the window is opened; and the shutter is configured to obliquely move in the first direction and in a second direction perpendicular to the first direction between the first position and the second position, wherein the second direction is along a length of the shutter .
An induction heatable article , comprising: a body ; and at least one induction heatable susceptor coil secured to said body and operable, under the influence of an alternating magnetic field, to generate Joule heating within the coil to thereby heat said body, said at least one susceptor coil having a plurality of zones each adjacent a different portion of the body and capable of providing respective, different levels of Joule heating to said different portions of the body under the influence of said alternating magnetic field, said susceptor coil zones each comprising at least one electrically conductive trace operable to generate Joule heating therein under the influence of said alternating magnetic field, characterized in that the traces of one of said susceptor coil zones having a cross-sectional area different than the traces of another of said susceptor coil zones , whereby the traces of said one zone generate a different magnitude of Joule heating-derived energy per unit time than the traces of said other zone, or the traces of one of said susceptor coil zones having an electrical resistivity different than the electrical resistivity of the traces of another of said susceptor coil zones , whereby the traces of said one zone generate a different magnitude of Joule heating-derived energy per unit time than the traces of said other zone. a body ; and at least one induction heatable susceptor coil secured to said body and operable, under the influence of an alternating magnetic field, to generate Joule heating within the coil to thereby heat said body, said at least one susceptor coil having a plurality of zones each adjacent a different portion of the body and capable of providing respective, different levels of Joule heating to said different portions of the body under the influence of said alternating magnetic field, said susceptor coil zones each comprising at least one electrically conductive trace operable to generate Joule heating therein under the influence of said alternating magnetic field, characterized in that the traces of one of said susceptor coil zones having a cross-sectional area different than the traces of another of said susceptor coil zones , whereby the traces of said one zone generate a different magnitude of Joule heating-derived energy per unit time than the traces of said other zone, or the traces of one of said susceptor coil zones having an electrical resistivity different than the electrical resistivity of the traces of another of said susceptor coil zones , whereby the traces of said one zone generate a different magnitude of Joule heating-derived energy per unit time than the traces of said other zone.
A replaceable shaving assembly comprising: a blade unit ; and an interface element configured to removeably connect the blade unit to a handle, on which the blade unit is pivotably mounted, the interface element comprising an elastomeric return element configured to provide a return force between the blade unit and handle, characterised by the return element being configured to buckle upon rotation of the blade unit towards an upper surface of the handle; the return element being generally U-shaped, with a generally straight central portion that is configured to engage the back surface of the blade unit, and side arm portions connecting the generally straight central portion to the rest of the interface element, the side arm portions being configured to buckle upon rotation of the blade unit towards the upper surface of the handle. a blade unit ; and an interface element configured to removeably connect the blade unit to a handle, on which the blade unit is pivotably mounted, the interface element comprising an elastomeric return element configured to provide a return force between the blade unit and handle, characterised by the return element being configured to buckle upon rotation of the blade unit towards an upper surface of the handle; the return element being generally U-shaped, with a generally straight central portion that is configured to engage the back surface of the blade unit, and side arm portions connecting the generally straight central portion to the rest of the interface element, the side arm portions being configured to buckle upon rotation of the blade unit towards the upper surface of the handle.
A barrier gate, comprising: a barrier gate body located on a road surface; a barrier gate rod arranged on the barrier gate body and rotatably connected with the barrier gate body for restricting the entry and exit of road vehicles; a holding-pole fixing device arranged on one side of the barrier gate body , and used to stably place the barrier gate body on the road surface; a connecting member , wherein one end of the connecting member is connected to the barrier gate body , and the other end is detachably connected to the holding-pole fixing device ; wherein, the barrier gate body is used for controlling the up and down state of the barrier gate rod according to a control signal; wherein, the holding-pole fixing device comprises a positioning rod located on the ground and used to facilitate connecting an external equipment, three fixing rods located on the ground arranged in a circumferential direction of the positioning rod , and first connecting rods and second connecting rods arranged between the three fixing rods . a barrier gate body located on a road surface; a barrier gate rod arranged on the barrier gate body and rotatably connected with the barrier gate body for restricting the entry and exit of road vehicles; a holding-pole fixing device arranged on one side of the barrier gate body , and used to stably place the barrier gate body on the road surface; a connecting member , wherein one end of the connecting member is connected to the barrier gate body , and the other end is detachably connected to the holding-pole fixing device ; wherein, the barrier gate body is used for controlling the up and down state of the barrier gate rod according to a control signal; wherein, the holding-pole fixing device comprises a positioning rod located on the ground and used to facilitate connecting an external equipment, three fixing rods located on the ground arranged in a circumferential direction of the positioning rod , and first connecting rods and second connecting rods arranged between the three fixing rods .
An electronic device testing system for testing an electronic device having a substrate on which is printed a metamaterial structure using an ink , the metamaterial structure comprising a pattern of elements providing a terahertz resonance frequency to the metamaterial structure using the ink , the electronic device testing system comprising: a terahertz radiation emitter configured to emit an incident terahertz radiation beam to be incident on the metamaterial structure of the substrate , the incident terahertz radiation beam having power at least the terahertz resonance frequency of the metamaterial structure ; a terahertz radiation receiver configured to receive an outgoing terahertz radiation beam outgoing from the metamaterial structure ; and a controller communicatively coupled to at least the terahertz radiation receiver ; characterized in that : the terahertz radiation receiver is configured to measure an amplitude of an electric field of the outgoing terahertz radiation beam at least at the terahertz resonance frequency; and the controller is configured to determine a conductivity value indicative of a conductivity of the ink based on said amplitude and to generate a signal indicative of an action to be performed when the determined conductivity of the ink is below a given conductivity threshold. a terahertz radiation emitter configured to emit an incident terahertz radiation beam to be incident on the metamaterial structure of the substrate , the incident terahertz radiation beam having power at least the terahertz resonance frequency of the metamaterial structure ; a terahertz radiation receiver configured to receive an outgoing terahertz radiation beam outgoing from the metamaterial structure ; and a controller communicatively coupled to at least the terahertz radiation receiver ; characterized in that : the terahertz radiation receiver is configured to measure an amplitude of an electric field of the outgoing terahertz radiation beam at least at the terahertz resonance frequency; and the controller is configured to determine a conductivity value indicative of a conductivity of the ink based on said amplitude and to generate a signal indicative of an action to be performed when the determined conductivity of the ink is below a given conductivity threshold. the terahertz radiation receiver is configured to measure an amplitude of an electric field of the outgoing terahertz radiation beam at least at the terahertz resonance frequency; and the controller is configured to determine a conductivity value indicative of a conductivity of the ink based on said amplitude and to generate a signal indicative of an action to be performed when the determined conductivity of the ink is below a given conductivity threshold.
A method for use in a portable electronic device having a camera , an inertial sensor , a processor and a display screen , the method comprising: receiving a selection of a facial stabilization mode; obtaining a first orientation of a user feature of a user of the device relative to an axis of the device , wherein the first orientation of the user feature is a reference orientation obtained from a reference image of the user feature captured by the camera ; then detecting by the inertial sensor rotation of the device representing a change in orientation of the device tilt; in response to a determination that the change in orientation of the device tilt exceeds a first threshold amount sufficient to otherwise trigger a switch of the display mode from portrait to landscape or vice versa, capturing by the camera an image and subsequently analyzing , by the processor, the image to determine a second orientation of the user feature of the user of the device relative to the axis of the device ; determining a change in orientation by comparing the first orientation of the user feature to the second orientation of the user feature; and switching the display mode of the display screen from portrait to landscape or vice versa if the determined change in orientation is equal to or more than a second threshold amount; and maintaining the display mode of the display screen prior to the detecting if the determined change is less than the second threshold amount. receiving a selection of a facial stabilization mode; obtaining a first orientation of a user feature of a user of the device relative to an axis of the device , wherein the first orientation of the user feature is a reference orientation obtained from a reference image of the user feature captured by the camera ; then detecting by the inertial sensor rotation of the device representing a change in orientation of the device tilt; in response to a determination that the change in orientation of the device tilt exceeds a first threshold amount sufficient to otherwise trigger a switch of the display mode from portrait to landscape or vice versa, capturing by the camera an image and subsequently analyzing , by the processor, the image to determine a second orientation of the user feature of the user of the device relative to the axis of the device ; determining a change in orientation by comparing the first orientation of the user feature to the second orientation of the user feature; and switching the display mode of the display screen from portrait to landscape or vice versa if the determined change in orientation is equal to or more than a second threshold amount; and maintaining the display mode of the display screen prior to the detecting if the determined change is less than the second threshold amount.
A protective sleeve for a dermatological treatment device comprising a laser head able to fire a laser beam, the sleeve comprising a rigid shell configured so as to be able to be placed on the laser head and comprising a window able to be arranged across from the laser beam, a contact wall , arranged around the window , able to come into contact around a target zone, and an attachement mean to said device, characterized in that the attachment mean is positioned less than 10 mm, preferably less than 5 mm, from the contact wall and the window further comprises a border , arranged over the entire periphery of the window , substantially perpendicular to the contact wall and extending toward the inside of the sleeve .
A cutting insert comprising two opposite end surfaces and a circumferential side surface extending between the two end surfaces, comprising: a first cutting edge formed on an intersecting ridge portion between a first end surface of the two end surfaces and the circumferential side surface; and a single first depressed portion associated with the first cutting edge is formed in the first end surface, the first depressed portion being formed along a part at one end side of the first cutting edge so as to form a rake angle at the first cutting edge larger than a rake angle at a part not having the first depressed portion of the first cutting edge; and a single first groove portion associated with the first cutting edge is formed in the first end surface ; wherein the first groove portion extends along the part not having the first depressed portion of the first cutting edge; a rake angle at the first groove portion is smaller than a rake angle at the first depressed portion to which the first groove portion is connected; and a length of the first groove portion in a direction orthogonal to the first cutting edge is shorter than a length of the first depressed portion in the direction orthogonal to the first cutting edge. a first cutting edge formed on an intersecting ridge portion between a first end surface of the two end surfaces and the circumferential side surface; and a single first depressed portion associated with the first cutting edge is formed in the first end surface, the first depressed portion being formed along a part at one end side of the first cutting edge so as to form a rake angle at the first cutting edge larger than a rake angle at a part not having the first depressed portion of the first cutting edge; and a single first groove portion associated with the first cutting edge is formed in the first end surface ; wherein the first groove portion extends along the part not having the first depressed portion of the first cutting edge; a rake angle at the first groove portion is smaller than a rake angle at the first depressed portion to which the first groove portion is connected; and a length of the first groove portion in a direction orthogonal to the first cutting edge is shorter than a length of the first depressed portion in the direction orthogonal to the first cutting edge.