mhurhangee/ep-ind-claims huggingface dataset:
A micro-electrical-mechanical system, MEMS, resonator device for biosensing or biochemical sensing applications, the device comprising: a substrate; a bulk acoustic wave resonator structure arranged over at least a portion of the substrate, the bulk acoustic wave resonator structure including at least one top side electrode; a hermeticity layer arranged over at least a portion of the at least one top side electrode, the hermeticity layer comprising a dielectric material including a water vapor transmission rate of no greater than 0.1 g/m 2 /day; an interface layer arranged over at least a portion of the hermeticity layer; a self-assembled monolayer arranged over at least a portion of the interface layer; at least one specific binding material arranged over at least a portion of the self-assembled monolayer; and a blocking material arranged over a portion of the self-assembled monolayer that is non-coincident with the at least one specific binding material; wherein the bulk acoustic wave resonator structure comprises at least one active region below the at least one top side electrode, and at least a portion of each of the hermeticity layer, the interface layer, the self-assembled monolayer, and the at least one specific binding material is arranged over the at least one active region. a substrate; a bulk acoustic wave resonator structure arranged over at least a portion of the substrate, the bulk acoustic wave resonator structure including at least one top side electrode; a hermeticity layer arranged over at least a portion of the at least one top side electrode, the hermeticity layer comprising a dielectric material including a water vapor transmission rate of no greater than 0.1 g/m 2 /day; an interface layer arranged over at least a portion of the hermeticity layer; a self-assembled monolayer arranged over at least a portion of the interface layer; at least one specific binding material arranged over at least a portion of the self-assembled monolayer; and a blocking material arranged over a portion of the self-assembled monolayer that is non-coincident with the at least one specific binding material; wherein the bulk acoustic wave resonator structure comprises at least one active region below the at least one top side electrode, and at least a portion of each of the hermeticity layer, the interface layer, the self-assembled monolayer, and the at least one specific binding material is arranged over the at least one active region.
LED module for operating based on light sensing, comprising at least one LED (3, 4) and a control unit for driving the at least one LED (3, 4), the at least one LED (3, 4) comprising • at least one emitting LED for emitting light, and • at least one sensing LED for sensing light and transferring a sensed signal to the control unit, wherein the control unit is configured to control the light output of the at least one emitting LED based on the sensed signal obtained by the at least one sensing LED, characterized in that the at least one sensing LED is a blue LED, namely a white LED comprising a blue LED and a layer of one or more color conversion material(s), and the color conversion material is selected from a group of garnets, comprising a Ce 3+ and/or Tb 3+ doped YAG or a LuAG phosphor, wherein the LED module further comprises shading means for shading the at least one sensing LED from the at least one emitting LED, wherein the shading means is combined with the at least one sensing LED such that less than 20%, more preferably less than 10%, most preferably less than 5% of the sensed signal detected by the at least one sensing LED is caused by light emission by the at least one emitting LED. at least one LED (3, 4) and a control unit for driving the at least one LED (3, 4), the at least one LED (3, 4) comprising • at least one emitting LED for emitting light, and • at least one sensing LED for sensing light and transferring a sensed signal to the control unit, • at least one emitting LED for emitting light, and • at least one sensing LED for sensing light and transferring a sensed signal to the control unit, wherein the control unit is configured to control the light output of the at least one emitting LED based on the sensed signal obtained by the at least one sensing LED, characterized in that the at least one sensing LED is a blue LED, namely a white LED comprising a blue LED and a layer of one or more color conversion material(s), and the color conversion material is selected from a group of garnets, comprising a Ce 3+ and/or Tb 3+ doped YAG or a LuAG phosphor, wherein the LED module further comprises shading means for shading the at least one sensing LED from the at least one emitting LED, wherein the shading means is combined with the at least one sensing LED such that less than 20%, more preferably less than 10%, most preferably less than 5% of the sensed signal detected by the at least one sensing LED is caused by light emission by the at least one emitting LED.
Agricultural implement, comprising: at least one support, at least one soil working tool, wherein the tool is releasably fixable to the support using a fastening device, wherein the soil working tool comprises a fastening portion, arranged to be releasably fixed to the support by using the fastening device for fastening the soil working tool to the support, wherein the fastening device comprises: a clamp, comprising a first yoke portion and two shanks (22a, 22b), arranged, when fastening the tool, to engage a fastening portion of said tool so that the clamp surrounds the support; an abutment member, comprising a second yoke portion and two bearing portions (32a, 32b) for bearing on the support, so that the abutment member surrounds the first yoke portion; and a pre-tensioning device arranged, when fastening the tool to the support, to pre-tension said first and second yoke portions (21, 31) toward each other, characterized in that at least one of the shanks (22a, 22b) has a first locking portion which is arranged, when engaging the fastening portion, to interact with at least a second corresponding locking portion of the fastening portion such that relative movement between the tool and the clamp is prevented in a direction along the fastening portion. at least one support, at least one soil working tool, wherein the tool is releasably fixable to the support using a fastening device, wherein the soil working tool comprises a fastening portion, arranged to be releasably fixed to the support by using the fastening device for fastening the soil working tool to the support, wherein the fastening device a clamp, comprising a first yoke portion and two shanks (22a, 22b), arranged, when fastening the tool, to engage a fastening portion of said tool so that the clamp surrounds the support; an abutment member, comprising a second yoke portion and two bearing portions (32a, 32b) for bearing on the support, so that the abutment member surrounds the first yoke portion; and a pre-tensioning device arranged, when fastening the tool to the support, to pre-tension said first and second yoke portions (21, 31) toward each other, characterized in that at least one of the shanks (22a, 22b) has a first locking portion which is arranged, when engaging the fastening portion, to interact with at least a second corresponding locking portion of the fastening portion such that relative movement between the tool and the clamp is prevented in a direction along the fastening portion.
A method to treat a surface of an initial three-dimensional printed article, the method comprising: providing the initial 3D printed article having an anionic surface; first treating the anionic surface with a first aqueous solution for a pre-defined time period based on a concentration of the first aqueous solution, wherein the first aqueous solution comprises at least one polycation to produce a first treated surface, wherein the polycation is one of polyethylenimine, poly(allylamine hydrochloride), poly(diallyldimethyl ammonium chloride), and poly(isocyanate); and second treating the first treated surface with a second aqueous solution for a pre-defined time period based on a concentration of the second aqueous solution, wherein the second aqueous solution comprises at least one anionic microparticle to produce a final 3D printed article having a second treated surface, wherein the anionic microparticle is a silica microparticle or a polymer microparticle; wherein: the polycation binds to the anionic surface; and the anionic microparticle binds to the polycation. providing the initial 3D printed article having an anionic surface; first treating the anionic surface with a first aqueous solution for a pre-defined time period based on a concentration of the first aqueous solution, wherein the first aqueous solution comprises at least one polycation to produce a first treated surface, wherein the polycation is one of polyethylenimine, poly(allylamine hydrochloride), poly(diallyldimethyl ammonium chloride), and poly(isocyanate); and second treating the first treated surface with a second aqueous solution for a pre-defined time period based on a concentration of the second aqueous solution, wherein the second aqueous solution comprises at least one anionic microparticle to produce a final 3D printed article having a second treated surface, wherein the anionic microparticle is a silica microparticle or a polymer microparticle; wherein: the polycation binds to the anionic surface; and the anionic microparticle binds to the polycation. the polycation binds to the anionic surface; and the anionic microparticle binds to the polycation.
A method for reporting to an eNodeB a power headroom for a non-scheduled uplink component carrier, the method comprising the following steps performed by a user equipment: receiving resource assignment information for allocating an uplink resource or a downlink resource to the user equipment, the resource assignment information including a plurality of bits, wherein each of a plurality of component carriers corresponds to one bit of the plurality of bits, the one bit indicating whether a corresponding component carrier is to be activated or deactivated, and wherein when any one bit of the plurality of bits indicates that its corresponding component carrier is to be activated, the plurality of bits further indicate a request for a power headroom report; calculating a power headroom for a scheduled uplink component carrier based on the received resource assignment information; calculating a virtual power headroom for a non-scheduled uplink component carrier based on a pre-configured virtual uplink resource assignment for the non-scheduled uplink component carrier; and transmitting to the eNodeB the calculated power headroom for the scheduled uplink component carrier and the calculated virtual power headroom for the non-scheduled uplink component carrier using an activated component carrier. receiving resource assignment information for allocating an uplink resource or a downlink resource to the user equipment, the resource assignment information including a plurality of bits, wherein each of a plurality of component carriers corresponds to one bit of the plurality of bits, the one bit indicating whether a corresponding component carrier is to be activated or deactivated, and wherein when any one bit of the plurality of bits indicates that its corresponding component carrier is to be activated, the plurality of bits further indicate a request for a power headroom report; calculating a power headroom for a scheduled uplink component carrier based on the received resource assignment information; calculating a virtual power headroom for a non-scheduled uplink component carrier based on a pre-configured virtual uplink resource assignment for the non-scheduled uplink component carrier; and transmitting to the eNodeB the calculated power headroom for the scheduled uplink component carrier and the calculated virtual power headroom for the non-scheduled uplink component carrier using an activated component carrier.
Cooking system with a hob unit, which has a hob plate for positioning cooking dishes, with an extractor hood unit which is provided to draw in vapours produced in at least one operating state of the hob unit and to supply the same to an exhaust air line, with a bearing unit which is provided to pivotably support the hob unit, and with a further bearing unit which is provided to moveably support the extractor hood unit between at least a first position and at least a second position, characterised by a control unit which is provided to automatically activate the extractor hood unit in at least one operating state of the hob unit and to automatically set a position of the extractor hood unit relative to the hob unit as a function of at least one cooking parameter.
A retreat preventing apparatus, comprising: a base, for providing support; a detecting assembly, provided on the base, for detecting the movement direction of a winch traction rope; and a braking assembly, provided on the base and connected to the detecting assembly; wherein the detecting assembly triggers the braking assembly when the movement of the winch traction rope in an opposite direction is detected by the detecting assembly, so as to make the braking assembly clamp the winch traction rope; characterized in that the detecting assembly comprises a pulley mechanism, comprising at least one pulley of which a groove is used to limit the winch traction rope to detect the movement direction of the winch traction rope and a transmission mechanism connected to a rotary shaft of the pulley and the braking assembly, for triggering the braking assembly at the time of the change of the movement direction of the winch traction rope detected by the pulley mechanism, wherein the pulley mechanism comprises a first pulley, a second pulley and a third pulley of which the axes are parallel, the first pulley and the third pulley are provided on both sides of the second pulley, and the height of the second pulley is different from those of the first pulley and the third pulley, so as to closely embed the winch traction rope into the grooves of the first pulley, the second pulley and the third pulley and the rotary shaft of the second pulley is connected to the transmission mechanism. a base, for providing support; a detecting assembly, provided on the base, for detecting the movement direction of a winch traction rope; and a braking assembly, provided on the base and connected to the detecting assembly; wherein the detecting assembly triggers the braking assembly when the movement of the winch traction rope in an opposite direction is detected by the detecting assembly, so as to make the braking assembly clamp the winch traction rope;
A process for forming a leaf-spacer pair for use in a leaf seal which effects a seal between two components, the leaf-spacer pair having a leaf section which maintains wiping contact with one of the components and a root section which is fixed relative to the other component and from which the leaf section extends, the leaf-spacer pair further having a spacer which overlays the root section, wherein the process includes the steps of: (a) providing a region (601; 701; 801) of sheet of uniform thickness, the sheet region (601; 701; 801) having a leaf section portion (602; 702; 802), a root section portion (603; 703; 803) from which the leaf section portion (602; 702; 802) extends, and a spacer portion (604; 704; 804) which is connected to the root section portion (603; 703; 803) along a fold line (605; 705; 805); (b) thinning the root section portion (603; 703; 803) and/or the spacer portion, the leaf section portion (602; 702; 802) retaining said thickness; and (c) folding the spacer portion onto the root section portion (603; 703; 803) along the fold line to form a leaf-spacer pair in which a spacer overlays a root section and a leaf section extends therefrom. (a) providing a region (601; 701; 801) of sheet of uniform thickness, the sheet region (601; 701; 801) having a leaf section portion (602; 702; 802), a root section portion (603; 703; 803) from which the leaf section portion (602; 702; 802) extends, and a spacer portion (604; 704; 804) which is connected to the root section portion (603; 703; 803) along a fold line (605; 705; 805); (b) thinning the root section portion (603; 703; 803) and/or the spacer portion, the leaf section portion (602; 702; 802) retaining said thickness; and (c) folding the spacer portion onto the root section portion (603; 703; 803) along the fold line to form a leaf-spacer pair in which a spacer overlays a root section and a leaf section extends therefrom.
A body shell of a motor vehicle with an adjustable wheelbase L, this body shell including: - a front unit, comprising a front floor extended by a rear floor; - a rear unit, secured to the front unit and comprising a heel board, fixed to a vertical edge of the rear unit, characterized in that it includes two extensions (27, 28), distinct from the heel board, mounted on the rear floor and a horizontal edge of the rear unit, in contact with the heel board and each including a rim (29, 30) able to partially cover the heel board. - a front unit, comprising a front floor extended by a rear floor; - a rear unit, secured to the front unit and comprising a heel board, fixed to a vertical edge of the rear unit, characterized in that it includes two extensions (27, 28), distinct from the heel board, mounted on the rear floor and a horizontal edge of the rear unit, in contact with the heel board and each including a rim (29, 30) able to partially cover the heel board.
Travel plug for producing an electrical connection between plugs and sockets of different national standards comprising: - a housing with - at least one socket for inserting an electrical plug, - at least one plug of a national standard that is extendable and retractable from the housing and electrically connected with the socket, which plug can be linearly displaced by a displacement member projecting out of the housing and mechanically connected with the plug, - a mechanical transmission that connects the displacement member with the displaceable plug and that transfers the path of the displacement member to the linear displacement path of the plug, wherein the plug comprises a holder member retractable out of the housing and at least two pins (21a, 21b) received in the holder member and retractable out of the holder member, characterized in that the mechanical transmission is realized by an articulated chain that comprises at least two crossed levers (27a, 27b) and that the articulated chain comprises a first and a second lever (27a, 27b) articulately jointed in an intersection point that are articulately jointed with their ends to a third and a fourth or a fifth and a sixth lever (31a, 31b, 33a, 33b) and are articulately connected with the holder member at their intersection point, wherein the third and the fourth lever (31a, 31b) are articulately jointed with their free ends with the housing and the fifth and the sixth lever (33a, 33b) are articulately jointed with their free ends with the pins (21a, 21b). - a housing with - at least one socket for inserting an electrical plug, - at least one plug of a national standard that is extendable and retractable from the housing and electrically connected with the socket, which plug can be linearly displaced by a displacement member projecting out of the housing and mechanically connected with the plug, - a mechanical transmission that connects the displacement member with the displaceable plug and that transfers the path of the displacement member to the linear displacement path of the plug, wherein the plug comprises a holder member retractable out of the housing and at least two pins (21a, 21b) received in the holder member and retractable out of the holder member,
A computer implemented method to generate and view images of an object with specular highlights, the method comprising: accessing a first plurality of images, each of the images in the first plurality of images comprising: a fixedly positioned object recorded from a first position, the first position being the same for the first plurality of images, and a specular reflection of light on the object from a light source located at a different location than in each of the other images in the first plurality; and generating a first composite image of the object for display on a display device, the first composite image comprising a superposition of the first plurality of images, and wherein each of the images in the first plurality of images is configured to change in a degree of transparency within the first composite image and in accordance with a first user input based on a degree of tilt of the display device. accessing a first plurality of images, each of the images in the first plurality of images comprising: a fixedly positioned object recorded from a first position, the first position being the same for the first plurality of images, and a specular reflection of light on the object from a light source located at a different location than in each of the other images in the first plurality; and a fixedly positioned object recorded from a first position, the first position being the same for the first plurality of images, and a specular reflection of light on the object from a light source located at a different location than in each of the other images in the first plurality; and generating a first composite image of the object for display on a display device, the first composite image comprising a superposition of the first plurality of images, and wherein each of the images in the first plurality of images is configured to change in a degree of transparency within the first composite image and in accordance with a first user input based on a degree of tilt of the display device.
A temperature distribution determination apparatus for determining a temperature distribution within an object, while an energy application element applies energy to the object, the temperature distribution determination apparatus comprising: - an ultrasound device for sending ultrasound waves into an ultrasound measurement region within the object, receiving ultrasound waves from the ultrasound measurement region and generating a time-dependent first ultrasound signal based on the received ultrasound waves, - a tracking device (18, 41) for tracking the position of the energy application element within the object relative to the ultrasound measurement region over time, wherein the tracking device comprises a) an ultrasound sensor attached to the energy application element and adapted to receive the ultrasound waves from the ultrasound device and to generate a second ultrasound signal based on the received ultrasound waves and b) a position determination unit for determining the position of the energy application element based on the received second ultrasound signal, - a temperature distribution determination unit for determining a temperature distribution within the object based on the generated time-dependent first ultrasound signal and based on the position of the energy application element tracked over time. - an ultrasound device for sending ultrasound waves into an ultrasound measurement region within the object, receiving ultrasound waves from the ultrasound measurement region and generating a time-dependent first ultrasound signal based on the received ultrasound waves, - a tracking device (18, 41) for tracking the position of the energy application element within the object relative to the ultrasound measurement region over time, wherein the tracking device comprises a) an ultrasound sensor attached to the energy application element and adapted to receive the ultrasound waves from the ultrasound device and to generate a second ultrasound signal based on the received ultrasound waves and b) a position determination unit for determining the position of the energy application element based on the received second ultrasound signal, - a temperature distribution determination unit for determining a temperature distribution within the object based on the generated time-dependent first ultrasound signal and based on the position of the energy application element tracked over time.