mhurhangee/ep-ind-claims huggingface dataset:
A semiconductor device (10, 30, 40), comprising: a semiconductor substrate having a first major surface; a trench extending from the first major surface into the semiconductor substrate and having a base and a side wall extending form the base to the first major surface; a field plate arranged in the trench; an enclosed cavity in the trench, wherein the enclosed cavity is defined by insulating material, is laterally positioned between a side wall of the field plate and the side wall of the trench and the enclosed cavity being bounded by the insulating material completely filling the region between the base of the trench and the field plate, characterised in that the insulating material is arranged on the side wall of the field plate, on the side wall of the trench and on the base of the trench and extends from a side wall of the field plate to the side wall of the trench to cap the enclosed cavity, and the insulating material comprises silicon oxide. a semiconductor substrate having a first major surface; a trench extending from the first major surface into the semiconductor substrate and having a base and a side wall extending form the base to the first major surface; a field plate arranged in the trench; an enclosed cavity in the trench, wherein the enclosed cavity is defined by insulating material, is laterally positioned between a side wall of the field plate and the side wall of the trench and the enclosed cavity being bounded by the insulating material completely filling the region between the base of the trench and the field plate, characterised in that the insulating material is arranged on the side wall of the field plate, on the side wall of the trench and on the base of the trench and extends from a side wall of the field plate to the side wall of the trench to cap the enclosed cavity, and the insulating material comprises silicon oxide.
A label identifying or certifying the authenticity of an article, which label comprises: ▪ a support, configured to be applied to the article and bearing an authentication code of the article; ▪ a removable substrate, which reversibly adheres to said support; ▪ an adhesive layer, interposed between said support and said removable substrate, configured to couple said support to the article and bearing a security element, wherein the authentication code of said support and the security element of said adhesive layer are mutually positioned so as to define an overlapping region, wherein said security element comprises an optical component reactive to an electromagnetic radiation and detectable at an inspection area of said overlapping region and wherein said adhesive layer is configured so that, in case of subsequent detachment of said support from the article, said reactive optical component remains adhered to the article itself. ▪ a support, configured to be applied to the article and bearing an authentication code of the article; ▪ a removable substrate, which reversibly adheres to said support; ▪ an adhesive layer, interposed between said support and said removable substrate, configured to couple said support to the article and bearing a security element, wherein the authentication code of said support and the security element of said adhesive layer are mutually positioned so as to define an overlapping region, wherein said security element comprises an optical component reactive to an electromagnetic radiation and detectable at an inspection area of said overlapping region and wherein said adhesive layer is configured so that, in case of subsequent detachment of said support from the article, said reactive optical component remains adhered to the article itself.
A portable hair dryer comprising a DC motor to drive a blower of said hair dryer, said blower being disposed between said DC motor and a suction section to draw the outside air by the blower to pass the same through a heater to heat it and circulate towards an exit section, said heater comprising a plurality of resistor elements and said portable hair dryer comprising at least one battery to supply power to said DC motor, blower and heater characterized in that; said portable hair dryer comprises a boost converter energizing said DC motor to drive said blower in the manner that the output voltage level of the boost converter is adjustable by varying the duty cycle of a power switch of said boost converter, said heater comprises at least two resistor elements selectively supplied power by a plurality of switches and, wherein the voltage level applied to the fan blower is different from the voltage level applied to the heater's heating resistors in the manner that the output voltage level of the boost converter is increased and the speed of the blower is increased independently from the heating level of the heater.
A foreign substance removal means comprising: an optical member, disposed in an optical path, which is rectangular-shaped and in which an optical effective area for a light flux to pass through is set; and a piezoelectric element including a piezoelectric member, a plurality of driving electrodes and a sensor electrode formed on a surface of the piezoelectric member, wherein the piezoelectric element is provided on a surface of the optical member, outside the optical effective area, and along one side of the optical member, when in use and wherein the sensor electrode is formed between the plurality of driving electrodes on the surface of the piezoelectric member and is positioned between a plurality of nodes of a vibration generated in a side direction of the optical member on which the piezoelectric element is provided. an optical member, disposed in an optical path, which is rectangular-shaped and in which an optical effective area for a light flux to pass through is set; and a piezoelectric element including a piezoelectric member, a plurality of driving electrodes and a sensor electrode formed on a surface of the piezoelectric member, wherein the piezoelectric element is provided on a surface of the optical member, outside the optical effective area, and along one side of the optical member, when in use and wherein the sensor electrode is formed between the plurality of driving electrodes on the surface of the piezoelectric member and is positioned between a plurality of nodes of a vibration generated in a side direction of the optical member on which the piezoelectric element is provided.
An attemperator comprising a spray nozzle installed in the attemperator, said attemperator further comprising a steam transfer pipe through which steam is transferred, and a fixed pipe fixed on an outer surface of the steam transfer pipe, the spray nozzle being configured to spray cooling water into the steam transfer pipe, wherein the spray nozzle is inserted into and fixed in the fixed pipe, and comprises, on an outer circumferential surface thereof, at least one support protruding toward the fixed pipe, and wherein the support is configured to space the outer circumferential surface of the spray nozzle and the fixed pipe apart from each other, wherein the support is formed at a predefined longitudinal section of the spray nozzle, wherein at adjacent longitudinal sections of the spray nozzle, a radial gap is formed between an outer circumferential surface of the spray nozzle and an inner circumferential surface of the fixed pipe, said radial gap corresponding to at least a radial dimension of the support, characterized in that the attemperator further comprises: a damper provided on the support and mounted so as to be slidable in a radial direction of the support; and an elastic unit interposed between the support and the damper. wherein the spray nozzle is inserted into and fixed in the fixed pipe, and comprises, on an outer circumferential surface thereof, at least one support protruding toward the fixed pipe, and wherein the support is configured to space the outer circumferential surface of the spray nozzle and the fixed pipe apart from each other, wherein the support is formed at a predefined longitudinal section of the spray nozzle, wherein at adjacent longitudinal sections of the spray nozzle, a radial gap is formed between an outer circumferential surface of the spray nozzle and an inner circumferential surface of the fixed pipe, said radial gap corresponding to at least a radial dimension of the support, characterized in that the attemperator further comprises: a damper provided on the support and mounted so as to be slidable in a radial direction of the support; and an elastic unit interposed between the support and the damper. a damper provided on the support and mounted so as to be slidable in a radial direction of the support; and an elastic unit interposed between the support and the damper.
A brake operating arrangement for use with a brake mechanism for braking a wheel, the brake mechanism comprising a braking member movable between a braking position and a non-braking position, wherein the brake operating arrangement comprises: a cam member operable on the brake mechanism, wherein the cam member is rotatable to move the braking member to the braking position; a drive member movable in drive and return directions; and a ratchet mechanism to rotate the cam member when the drive member is moved in the drive direction, the ratchet mechanism being connected to the drive member and the cam member; wherein the cam member is rotatable between a force applying condition and a release condition, whereby when the cam member is rotated to the force applying condition, the cam member can apply a force to the braking member to maintain the braking member in the braking position; wherein the cam member has a force applying region, and the cam member is rotatable by moving the drive member in the drive direction to move the force applying region into engagement with the braking member and to move the braking member to the braking position; and the force applying region comprises a force applying surface, characterised in that the force applying surface is a radially outwardly facing force applying surface. a cam member operable on the brake mechanism, wherein the cam member is rotatable to move the braking member to the braking position; a drive member movable in drive and return directions; and a ratchet mechanism to rotate the cam member when the drive member is moved in the drive direction, the ratchet mechanism being connected to the drive member and the cam member; wherein the cam member is rotatable between a force applying condition and a release condition, whereby when the cam member is rotated to the force applying condition, the cam member can apply a force to the braking member to maintain the braking member in the braking position; wherein the cam member has a force applying region, and the cam member is rotatable by moving the drive member in the drive direction to move the force applying region into engagement with the braking member and to move the braking member to the braking position; and the force applying region comprises a force applying surface, characterised in that the force applying surface is a radially outwardly facing force applying surface.
Apparatus for checking a wiper blade, in particular a windscreen wiper blade of a motor vehicle, wherein the apparatus comprises an at least partially transparent body, wherein the body has a light incidence side, a contact side and a light exit side, characterized in that the light incidence side and the contact side are arranged at an acute angle with respect to one another, and the light exit side connects the ends of the light incidence side and contact side, wherein the contact side is embodied for making contact with the wiper blade to be checked, and the light incidence side is embodied for making possible light incidence into the body; wherein the at least partially transparent body is embodied such that light, which enters the body through the light incidence side, is reflected at least partially at the contact side, and reflected light exits the body through the light exit side.
A distractor, particularly to transversally extend a jaw of a patient, wherein the distractor has a case in which expansion elements (10, 11) are arranged that are moveable along a longitudinal axis, and first fixing elements (2, 3) to attach the distractor to the jaw of a patient, wherein the first fixing elements (2, 3) are pivotally connected to the expansion elements (10, 11) via first coupling elements (6, 7), characterized in that the distractor has a second fixing element to attach the distractor to the jaw of a patient, wherein the second fixing element is held by a second coupling element and is pivotally connected to the case.
A server for searching for metadata corresponding to content, the server comprising: a communication interface configured to receive metadata corresponding to content stored in at least one device of a user, from the at least one device, without receiving the content corresponding to the received metadata; and a processor configured to store the received metadata in a remote storage that is separate from the server such that the content corresponding to the received metadata is not stored on the server or the remote storage, the received metadata being searchable, and upon receiving a search request containing a search term for searching for metadata, to search the received metadata stored in the remote storage for metadata related to the search term, wherein the processor is further configured to receive, from the at least one device, a signal indicating that a first content in the at least one device is deleted, obtain a first metadata corresponding to the deleted first content from the remote storage, and add a supplementary data indicating that the first content is deleted to the obtained first metadata. a communication interface configured to receive metadata corresponding to content stored in at least one device of a user, from the at least one device, without receiving the content corresponding to the received metadata; and a processor configured to store the received metadata in a remote storage that is separate from the server such that the content corresponding to the received metadata is not stored on the server or the remote storage, the received metadata being searchable, and upon receiving a search request containing a search term for searching for metadata, to search the received metadata stored in the remote storage for metadata related to the search term, wherein the processor is further configured to receive, from the at least one device, a signal indicating that a first content in the at least one device is deleted, obtain a first metadata corresponding to the deleted first content from the remote storage, and add a supplementary data indicating that the first content is deleted to the obtained first metadata.
A method for bending a glass sheet, comprising a forming step for placing a glass sheet softened by heating between a forming support frame (64, 84) and a forming surface (65, 73, 85, 89) of forming mold (72, 88), and pressing the glass sheet with the forming support frame (64, 84) and the forming surface (85, 89) of forming mold (72, 88) to bend the glass sheet in a predetermined curved shape, wherein the forming step is performed under elevated temperature in a forming furnace; and a transferring step for holding the glass sheet of predetermined curved shape on a forming mold (72, 88) and transferring the glass sheet from the forming mold (72, 88) to a conveyance support frame for supporting an edge portion of the glass sheet to convey to a next step, the method being characterized in that the forming step includes a forming position correcting step for correcting a displacement of press position with respect to the forming support frame (64, 84) and the forming mold (72, 88) by moving the position of forming mold (72, 88) at the time of pressing the glass sheet with the forming support frame (64, 84) and the forming mold (72, 88), that the transferring step includes a transfer position correcting step for correcting a displacement of transfer position of the glass sheet with respect to the forming mold (72, 88) and the conveyance support frame by moving the position of forming mold (72, 88) at the time of transferring the glass sheet of predetermined curved shape onto the conveyance support frame, and that the forming position correcting step includes a step for calling the press position with respect to the forming support frame (64, 84) and the forming mold (72, 88), memorized in a first memory device, to correct the position of the forming mold (72, 88) and detecting newly a displacement of press position to renew the press position memorized in the first memory device, and the transfer position correcting step includes a step for calling the transfer position of the glass sheet with respect to the forming mold (72, 88) and the conveyance support frame, memorized in a second memory device, to correct the position of the forming mold (72, 88) and detecting newly a displacement of transfer position to renew the transfer position memorized in the second memory device.
Process for making a sound-absorbing element comprising a base element having a first visible surface adapted to be exposed to a sound source when the panel is installed, and a second surface opposite to the first one, the process comprising the following steps: - a first step of making blind recesses, having a background wall, on the second surface of the base element by means of mechanical workings; - a second step of stopping the mechanical workings of step performed in order not to drill the first visible surface, and keep the background wall of the blind recesses intact; - a third step of making through-micro-holes adapted to communicate each blind recess with the outside, performed on the background wall of the blind recesses through the first surface through micro-drilling; characterized in that the third step of making micro-holes is performed by drilling the background wall from the part of the second surface of the base element, starting the micro-drilling operation inside the blind recesses, after having lifted the sound-absorbing element from a working surface leaving a space for performing the laser micro-drilling, after having stretched the lifted sound-absorbing element and after having unmovably fastened the stretched sound-absorbing element 0. - a first step of making blind recesses, having a background wall, on the second surface of the base element by means of mechanical workings; - a second step of stopping the mechanical workings of step performed in order not to drill the first visible surface, and keep the background wall of the blind recesses intact; - a third step of making through-micro-holes adapted to communicate each blind recess with the outside, performed on the background wall of the blind recesses through the first surface through micro-drilling; characterized in that the third step of making micro-holes is performed by drilling the background wall from the part of the second surface of the base element, starting the micro-drilling operation inside the blind recesses, after having lifted the sound-absorbing element from a working surface leaving a space for performing the laser micro-drilling, after having stretched the lifted sound-absorbing element and after having unmovably fastened the stretched sound-absorbing element 0.
An analysis and/or sorting method, comprising: conveying a first fluid within a probe from a fluid supply to an open end of the probe, collecting at least one sample, comprising at least one first component and at least one second component, into the open end of a probe, removing a fluid stream comprising the at least one sample and the first fluid through a fluid exhaust from the open end of the probe, conveying the fluid stream to a flow cytometer, and analyzing the fluid stream by flow cytometry, and/or separating the fluid stream into at least a first separated stream comprising the at least one first component and a second separated stream comprising the at least one second component by flow cytometry, characterized in that a sufficient flow rate of the first fluid is maintained so as to replace at least the removed fluid and/or a sufficiently low flow rate through the fluid exhaust with respect to the first fluid flow rate is maintained so as to prevent intake of gas or air along with the sample and the first fluid supplied through the fluid supply to the open end, such that the fluid stream is substantially free of air bubbles when the fluid stream is conveyed to the flow cytometer, and wherein the fluid stream is substantially free of a gas/liquid interface when the fluid stream is conveyed to the flow cytometer. conveying a first fluid within a probe from a fluid supply to an open end of the probe, collecting at least one sample, comprising at least one first component and at least one second component, into the open end of a probe, removing a fluid stream comprising the at least one sample and the first fluid through a fluid exhaust from the open end of the probe, conveying the fluid stream to a flow cytometer, and analyzing the fluid stream by flow cytometry, and/or separating the fluid stream into at least a first separated stream comprising the at least one first component and a second separated stream comprising the at least one second component by flow cytometry, characterized in that a sufficient flow rate of the first fluid is maintained so as to replace at least the removed fluid and/or a sufficiently low flow rate through the fluid exhaust with respect to the first fluid flow rate is maintained so as to prevent intake of gas or air along with the sample and the first fluid supplied through the fluid supply to the open end, such that the fluid stream is substantially free of air bubbles when the fluid stream is conveyed to the flow cytometer, and wherein the fluid stream is substantially free of a gas/liquid interface when the fluid stream is conveyed to the flow cytometer.