mhurhangee/ep-ind-claims huggingface dataset:
An electronic device, comprising: a housing, having a mounting hole provided on a back side of the housing, wherein the back side is opposite to a front side of the housing onto which a display is provided; a first functional device, located inside the housing; a second functional device, located inside the housing and arranged side by side with the first functional device in a first direction; and a light transmissive portion, comprising a light transmissive plate, a first shading member, and a second shading member, mounted in the mounting hole, and connected to the housing, wherein the first shading member is located on an inner surface of the light transmissive plate, is arranged opposite to the second functional device in a second direction, and is configured to block visible light and transmit preset light having a same wavelength as light emitted by the second functional device; and the second shading member is located on the inner surface of the light transmissive plate, surrounds the first shading member, and is configured to block visible light, and the first direction is perpendicular to the second direction, wherein - the light transmissive plate is located in the mounting hole, and a peripheral side surface of the light transmissive plate is connected to the housing; or - the second shading member is located in the mounting hole, and a peripheral side surface of the second shading member is connected to the housing. a housing, having a mounting hole provided on a back side of the housing, wherein the back side is opposite to a front side of the housing onto which a display is provided; a first functional device, located inside the housing; a second functional device, located inside the housing and arranged side by side with the first functional device in a first direction; and a light transmissive portion, comprising a light transmissive plate, a first shading member, and a second shading member, mounted in the mounting hole, and connected to the housing, wherein the first shading member is located on an inner surface of the light transmissive plate, is arranged opposite to the second functional device in a second direction, and is configured to block visible light and transmit preset light having a same wavelength as light emitted by the second functional device; and the second shading member is located on the inner surface of the light transmissive plate, surrounds the first shading member, and is configured to block visible light, and the first direction is perpendicular to the second direction, wherein - the light transmissive plate is located in the mounting hole, and a peripheral side surface of the light transmissive plate is connected to the housing; or - the second shading member is located in the mounting hole, and a peripheral side surface of the second shading member is connected to the housing. - the light transmissive plate is located in the mounting hole, and a peripheral side surface of the light transmissive plate is connected to the housing; or - the second shading member is located in the mounting hole, and a peripheral side surface of the second shading member is connected to the housing.
A valve for regulating the flow of a liquid therethrough comprising: a first housing (12, 202) having an inlet and an outlet, the first housing (12, 202) having a first magnet housing (42, 242) disposed therein, the first magnet housing (42, 242) having a base (44, 244), the base (44, 244) having a first side and a second side and at least two extensions (52, 252) extending from the first side; a first magnet (50, 250) retained by the at least two extensions (52, 252) between the first magnet housing (42, 242) and the first housing (12, 202); a second magnet (70, 280), the second magnet (70, 280) movable relative to the first magnet (50, 250); and a second housing (14, 204), the second housing (14, 204) having an opening extending therethrough; whereby the second magnet (70, 280) is disposed in the first housing (12, 202); the second housing (14, 204) is removably attachable to the first housing (12, 202); a sealing member (90, 302) disposed in the first housing (12, 202) adjacent the outlet, the sealing member (90, 302) sealing the outlet in the first housing (12, 202) when the second housing (14, 204) is disengaged from the first housing (12, 202), wherein the sealing member (90, 302) includes an elastic member (84, 300) that engages a portion of the first housing (12, 202), and wherein the second housing (70, 280) has a projection (130, 350) that engages the sealing member (90, 302) and compresses the elastic member (84, 300) when the second housing (70, 280) engages the first housing (12, 202) to move the sealing member (90, 302) toward the inlet in the first housing (12, 202) and opens the outlet. a first housing (12, 202) having an inlet and an outlet, the first housing (12, 202) having a first magnet housing (42, 242) disposed therein, the first magnet housing (42, 242) having a base (44, 244), the base (44, 244) having a first side and a second side and at least two extensions (52, 252) extending from the first side; a first magnet (50, 250) retained by the at least two extensions (52, 252) between the first magnet housing (42, 242) and the first housing (12, 202); a second magnet (70, 280), the second magnet (70, 280) movable relative to the first magnet (50, 250); and a second housing (14, 204), the second housing (14, 204) having an opening extending therethrough; whereby the second magnet (70, 280) is disposed in the first housing (12, 202); the second housing (14, 204) is removably attachable to the first housing (12, 202); a sealing member (90, 302) disposed in the first housing (12, 202) adjacent the outlet, the sealing member (90, 302) sealing the outlet in the first housing (12, 202) when the second housing (14, 204) is disengaged from the first housing (12, 202), wherein the sealing member (90, 302) includes an elastic member (84, 300) that engages a portion of the first housing (12, 202), and wherein the second housing (70, 280) has a projection (130, 350) that engages the sealing member (90, 302) and compresses the elastic member (84, 300) when the second housing (70, 280) engages the first housing (12, 202) to move the sealing member (90, 302) toward the inlet in the first housing (12, 202) and opens the outlet.
A forming apparatus for forming a base of a container filled with a pourable product and closed with a closure element, said apparatus comprising: - first conveying means supporting said container at its base and advancing said container along a first path; - upper retaining means arranged above the first path and cooperating in use with a top part of said container advanced by the first conveying means; and - at least one deformation device, which is arranged below the first path, is advanced in use to follow said container moving along the first path and is configured to interact with said container to deform its base from a first configuration, in which said base is swollen and defines a maximum internal volume of said container, to a second configuration, in which said base is at least in part retracted inwardly of the container with respect to the first configuration so as to define an internal volume of the container itself smaller than that in the first configuration; characterized in that said first conveying means comprise two substantially parallel first linear conveyors arranged side by side, defining a gap therebetween and having respective horizontal linear transport branches lying in a common horizontal plane and configured to support respective opposite side portions of the base of said container; said apparatus further comprising second conveying means distinct from said first conveying means, arranged below said first path and configured to advance said deformation device along a second path, distinct from the first path and having a linear operative portion, which is parallel to said first path and along which said deformation device extends within said gap. - first conveying means supporting said container at its base and advancing said container along a first path; - upper retaining means arranged above the first path and cooperating in use with a top part of said container advanced by the first conveying means; and - at least one deformation device, which is arranged below the first path, is advanced in use to follow said container moving along the first path and is configured to interact with said container to deform its base from a first configuration, in which said base is swollen and defines a maximum internal volume of said container, to a second configuration, in which said base is at least in part retracted inwardly of the container with respect to the first configuration so as to define an internal volume of the container itself smaller than that in the first configuration;
A method (5600, 5700) of performing power management in vector-by-matrix multiplication system comprising an array of non-volatile memory cells arranged into rows and columns, the method comprising: receiving a plurality of inputs for the array; dividing the array into sets of rows; organizing the plurality of inputs into a plurality of sets of inputs, each set in the plurality of sets of inputs corresponding to a different set of rows in the array; sequentially providing each set of the plurality of sets of inputs to its corresponding set of rows in the array; sequentially receiving a plurality of sets of outputs from the array, each set of outputs generated in response to a set of the plurality of sets of inputs (5701, 5702); converting the plurality of sets of outputs into a plurality of sets of digital bits; and combining, by a timing control circuit, the plurality of sets of digital bits into a digital output. receiving a plurality of inputs for the array; dividing the array into sets of rows; organizing the plurality of inputs into a plurality of sets of inputs, each set in the plurality of sets of inputs corresponding to a different set of rows in the array; sequentially providing each set of the plurality of sets of inputs to its corresponding set of rows in the array; sequentially receiving a plurality of sets of outputs from the array, each set of outputs generated in response to a set of the plurality of sets of inputs (5701, 5702); converting the plurality of sets of outputs into a plurality of sets of digital bits; and combining, by a timing control circuit, the plurality of sets of digital bits into a digital output.
A vehicle, comprising: a power source system; a drive device configured to be driven with electric power supplied from the power source system, the drive device including a rotary electric machine as a load coupled to an engine; and a control device configured to control the power source system and the drive device, wherein the power source system includes a first power storage device, a voltage conversion device, a second power storage device, a first switch and a second switch, the voltage conversion device is configured to convert a voltage from the first power storage device, the second power storage device is configured to be electrically connected to a path supplying electric power subjected to the conversion in the voltage conversion device to the drive device and supply electric power to the drive device, the first switch is configured to switch between supply and shutoff of electric power between the first power storage device and the voltage conversion device, the second switch is configured to switch between supply and shutoff of electric power from the second power storage device to the drive device, the control device is configured to close the first switch with activation of the power source system and close the second switch in response to a voltage applied to the drive device being increased to a predetermined voltage, characterised in that the control device is configured to prevent a start of the engine until the second switch is closed and temporarily relaxing an output limit of the first power storage device. a power source system; a drive device configured to be driven with electric power supplied from the power source system, the drive device including a rotary electric machine as a load coupled to an engine; and a control device configured to control the power source system and the drive device, wherein the power source system includes a first power storage device, a voltage conversion device, a second power storage device, a first switch and a second switch, the voltage conversion device is configured to convert a voltage from the first power storage device, the second power storage device is configured to be electrically connected to a path supplying electric power subjected to the conversion in the voltage conversion device to the drive device and supply electric power to the drive device, the first switch is configured to switch between supply and shutoff of electric power between the first power storage device and the voltage conversion device, the second switch is configured to switch between supply and shutoff of electric power from the second power storage device to the drive device, the control device is configured to close the first switch with activation of the power source system and close the second switch in response to a voltage applied to the drive device being increased to a predetermined voltage, characterised in that the control device is configured to prevent a start of the engine until the second switch is closed and temporarily relaxing an output limit of the first power storage device.
A data processing method, implemented in an energy manager (10, 50) responsible for regulating the electricity consumption of a set of electrical equipment (12.1, 12.2) using regulating setpoints, said method comprising the following steps: - receiving at least one message coming from at least one sensor (11.1, 11.2), said message comprising a piece of information detected by said sensor and said message identifying a type of said sensor; - updating a regulating setpoint as a function of the detected information and the identified sensor type; - transmitting said updated regulating setpoint to at least one piece of electrical equipment of the set of electrical equipment; characterized in that, upon receiving a first message and a second message respectively coming from a first sensor (11.1) and a second sensor (11.2), comprising contradictory detected information, the method further comprises selecting one of the messages based on the type of the first sensor and the type of the second sensor, the regulating setpoint being updated as a function of the information detected by the selected sensor. - receiving at least one message coming from at least one sensor (11.1, 11.2), said message comprising a piece of information detected by said sensor and said message identifying a type of said sensor; - updating a regulating setpoint as a function of the detected information and the identified sensor type; - transmitting said updated regulating setpoint to at least one piece of electrical equipment of the set of electrical equipment;
An implant, comprising: a support member configured to be placed within a body of a patient and provide support to a portion of the body of the patient; a tether coupled to an end portion of the support member; and an anchor configured to be disposed within a tissue of the body of the patient to help retain the implant in place within the body of the patient, the tether (280, 480) being coupled to the anchor such that the tether may move with respect to the anchor in a first direction but is restrained from moving in a second direction, wherein the anchor includes a lock member (242, 442), said implant being characterized in that the lock member (242, 442) includes a first lumen, a second lumen, a third lumen, and a fourth lumen, wherein the tether includes a first portion and a second portion, the first portion is being disposed between the second portion and a portion of the anchor, the second portion is being configured to apply pressure on the first portion in response to a force being applied to the tether in the second direction. a support member configured to be placed within a body of a patient and provide support to a portion of the body of the patient; a tether coupled to an end portion of the support member; and an anchor configured to be disposed within a tissue of the body of the patient to help retain the implant in place within the body of the patient, the tether (280, 480) being coupled to the anchor such that the tether may move with respect to the anchor in a first direction but is restrained from moving in a second direction, wherein the anchor includes a lock member (242, 442), said implant being characterized in that the lock member (242, 442) includes a first lumen, a second lumen, a third lumen, and a fourth lumen, wherein the tether includes a first portion and a second portion, the first portion is being disposed between the second portion and a portion of the anchor, the second portion is being configured to apply pressure on the first portion in response to a force being applied to the tether in the second direction.
A mobile terminal, comprising: a body having a front surface and a rear surface; a display unit disposed on the front surface; a cover formed to allow at least a part thereof to cover at least a part of the front or rear surface of the body; a window portion provided in the cover to expose at least part of the display unit in a state that the cover covers at least a part of the front surface, and expose at least part of the rear surface in a state that the cover covers at least a part of the rear surface; and characterized by comprising: a sensor unit provided with at least one sensor disposed at an edge portion of the window portion, wherein the sensor unit is configured to sense motion of an object within the perimeter of the window portion when the cover is in a state such that it covers at least a part of the rear surface. a body having a front surface and a rear surface; a display unit disposed on the front surface; a cover formed to allow at least a part thereof to cover at least a part of the front or rear surface of the body; a window portion provided in the cover to expose at least part of the display unit in a state that the cover covers at least a part of the front surface, and expose at least part of the rear surface in a state that the cover covers at least a part of the rear surface; and characterized by comprising: a sensor unit provided with at least one sensor disposed at an edge portion of the window portion, wherein the sensor unit is configured to sense motion of an object within the perimeter of the window portion when the cover is in a state such that it covers at least a part of the rear surface. a sensor unit provided with at least one sensor disposed at an edge portion of the window portion, wherein the sensor unit is configured to sense motion of an object within the perimeter of the window portion when the cover is in a state such that it covers at least a part of the rear surface.
An apparel item comprising: at least a first sleeve opening, a second sleeve opening, and a first back panel adapted to cover a back torso area of a wearer when the apparel item is in the as-worn configuration; a first set of intake ducts positioned inferior to the first sleeve opening and the second sleeve opening; and a second back panel overlaying an outer-facing surface of the first back panel and affixed in part to the first back panel, wherein the second back panel is configured to transition from a first slack state to a second inflated state subsequent to air entering into the first set of intake ducts, wherein the second inflated state increases air resistance to ground locomotion of the wearer, characterized in that the first set of intake ducts comprises a medial set of intake ducts and a lateral set of intake ducts, wherein the lateral set of intake ducts is positioned external to the medial set of intake ducts. at least a first sleeve opening, a second sleeve opening, and a first back panel adapted to cover a back torso area of a wearer when the apparel item is in the as-worn configuration; a first set of intake ducts positioned inferior to the first sleeve opening and the second sleeve opening; and a second back panel overlaying an outer-facing surface of the first back panel and affixed in part to the first back panel, wherein the second back panel is configured to transition from a first slack state to a second inflated state subsequent to air entering into the first set of intake ducts, wherein the second inflated state increases air resistance to ground locomotion of the wearer, characterized in that the first set of intake ducts comprises a medial set of intake ducts and a lateral set of intake ducts, wherein the lateral set of intake ducts is positioned external to the medial set of intake ducts.
A self-locking eyeglass system, comprising at least one eyeglass lens at least one frame element, wherein the at least one frame element comprises a front side, a back side, an outer side with an external circumference and an inner side with an internal circumference, wherein the at least one frame element additionally comprises a connection element, which is intended for connection to a eyeglass lens, wherein the at least one frame element is unbroken in its external circumference, and where the connection element is provided on the inner side, wherein the self-locking eyeglass system additionally comprises two hinge elements and two temple bars, wherein the at least one frame element is connected via the hinge elements to the temple bars, wherein each hinge element has a connection element, which coincides with the frame element's connection element, when the hinge elements are mounted in the at least one frame element, and wherein each hinge element is secured to the at least one frame element by the eyeglass lens, characterized in that each hinge element comprises an adapter element, which is complementary to at least one first hinge recess in the at least one frame element, that the at least one first hinge recess, is provided from the inner side in the direction towards the outer side, and that the hinge elements are mounted in the at least one frame element's first hinge recess and that the at least one frame element additionally comprises at least one second recess extending on at least one of the frame element's front side and back side, wherein the second recess extends between the frame element's at least one first hinge recess and the frame element's outer side, wherein the second recess is intended to accommodate the hinge element.
A method for producing a chlorinated vinyl chloride resin, comprising chlorinating a vinyl chloride resin by irradiating an inside of a reactor, into which the vinyl chloride resin and chlorine have been introduced, with ultraviolet light, thereby producing a chlorinated vinyl chloride resin, wherein the irradiation of ultraviolet light is carried out through use of at least one kind of light source selected from the group consisting of an ultraviolet LED, an organic EL, and an inorganic EL, and the ultraviolet light emitted from the light source has a wavelength range of 300 nm or more and 430 nm or less and a peak wavelength in a range of 350 nm or more and 400 nm or less.
A current transformer for current measurement without circuit interruption, comprising a primary coil formed by a current conducting power line of a current circuit, a magnetic circuit consisting of at least two coaxial ring cores (1, 2), wherein at least one of the ring cores is movable with respect to the other around their common geometric axis, wherein the ring cores (1, 2) of the magnetic circuit are provided with radial gaps which enable the conducting power line of the current circuit to be passed through, and a secondary coil enclosing the magnetic circuit, characterized in that one of the ring cores is hollow and that the at least one other ring core is arranged therein, wherein the hollow ring core is formed so that the at least one other ring core is rotatable about their common geometric axis and that the secondary coil is arranged on the hollow ring core.