mhurhangee/ep-ind-claims huggingface dataset:
A memory structure having at least substantially aligned floating and control gates, comprising: a control gate material disposed between and in direct contact with each of a first insulator layer and a second insulator layer; a floating gate material disposed between and in direct contact with each of the first insulator layer and the second insulator layer and aligned with the control gate material, wherein the floating gate material and the control gate material are aligned along planes formed by boundaries of the first insulator layer and the second insulator layer, the boundaries being in direct contact with the control gate material and the floating gate material; a metal region in direct contact with the floating gate material; and an interpoly dielectric, IPD, layer disposed between the control gate material and the floating gate material such that the IPD layer electrically isolates the control gate material from the floating gate material, wherein the metal region is positioned between the floating gate material and the IPD layer and wherein the control gate material is in direct contact with the IPD layer and the IPD layer is in direct contact with the metal region characterized in that the metal region is separated from each of the first insulator layer and the second insulator layer by respective first and second portions of the IPD layer and the floating gate material is in direct contact with said first and second portions of the IPD layer. a control gate material disposed between and in direct contact with each of a first insulator layer and a second insulator layer; a floating gate material disposed between and in direct contact with each of the first insulator layer and the second insulator layer and aligned with the control gate material, wherein the floating gate material and the control gate material are aligned along planes formed by boundaries of the first insulator layer and the second insulator layer, the boundaries being in direct contact with the control gate material and the floating gate material; a metal region in direct contact with the floating gate material; and an interpoly dielectric, IPD, layer disposed between the control gate material and the floating gate material such that the IPD layer electrically isolates the control gate material from the floating gate material, wherein the metal region is positioned between the floating gate material and the IPD layer and wherein the control gate material is in direct contact with the IPD layer and the IPD layer is in direct contact with the metal region characterized in that the metal region is separated from each of the first insulator layer and the second insulator layer by respective first and second portions of the IPD layer and the floating gate material is in direct contact with said first and second portions of the IPD layer.
A device for providing treatment to a surface of a structure, the device comprising: a housing having a first membrane sealed to a second membrane, the first membrane and the second membrane forming an airtight cavity therebetween; a porous material disposed within the cavity, the porous material being composed of random oriented fibers adapted to interlock under pressure, the porous material being adapted to conform to the surface of the structure, the porous material being adapted to retain the conformed shape after the air is evacuated from the airtight cavity; a working layer disposed within the cavity, the working layer being adapted to apply treatment to the structure; and a valve attached to the housing and extending through the first membrane, the valve being configured to provide channeling access to the air disposed within the airtight cavity; wherein during use, the housing conforms to the contoured shape of the structure as air is evacuated, the porous material disposed therein retains the contoured shape, and the working layer applies treatment to the structure. a housing having a first membrane sealed to a second membrane, the first membrane and the second membrane forming an airtight cavity therebetween; a porous material disposed within the cavity, the porous material being composed of random oriented fibers adapted to interlock under pressure, the porous material being adapted to conform to the surface of the structure, the porous material being adapted to retain the conformed shape after the air is evacuated from the airtight cavity; a working layer disposed within the cavity, the working layer being adapted to apply treatment to the structure; and a valve attached to the housing and extending through the first membrane, the valve being configured to provide channeling access to the air disposed within the airtight cavity; wherein during use, the housing conforms to the contoured shape of the structure as air is evacuated, the porous material disposed therein retains the contoured shape, and the working layer applies treatment to the structure.
A compound of formula I in the form of a pharmaceutically acceptable salt for use in psychedelic-assisted psychotherapy, wherein x H is protium or deuterium, n is selected from 1, 2, 3 or 4, R 1 is independently selected from -R 3, -OR 3, -O R 3, -F, -Cl, -Br or -I, and R 2 and R 3 are independently selected from C 1 -C 4 alkyl. n is selected from 1, 2, 3 or 4, R 1 is independently selected from -R 3, -OR 3, -O R 3, -F, -Cl, -Br or -I, and R 2 and R 3 are independently selected from C 1 -C 4 alkyl.
An apparatus comprising an acoustic device comprising a waveguide, the waveguide comprising a trunk section and branch sections (240a,240b), said trunk section having a first open end forming a sound opening of the waveguide and a second end connecting the branch sections (240a,240b), each branch section extending from said second end of the trunk section to a respective terminal end having a respective acoustic driver (235a, 235b), the acoustic drivers (235a, 235b) being configured to face a listening area; the acoustic drivers (235a, 235b) and said sound opening of the waveguide facing in substantially different directions, and an audio source connected to the acoustic drivers, and a housing supporting the acoustic device, the audio source, and the acoustic drivers (235a, 235b), as an integrated audio system, the housing having an aperture characterised in that said aperture comprises two or more openings, the sound opening of the acoustic device being separated by a space from the aperture of the housing and oriented with respect to the aperture so that sound radiated from the sound opening passes through the aperture, and in which the space is at least large enough to substantially reduce distortion caused by the aperture of the housing in sound radiated from the acoustic device. an acoustic device comprising a waveguide, the waveguide comprising a trunk section and branch sections (240a,240b), said trunk section having a first open end forming a sound opening of the waveguide and a second end connecting the branch sections (240a,240b), each branch section extending from said second end of the trunk section to a respective terminal end having a respective acoustic driver (235a, 235b), the acoustic drivers (235a, 235b) being configured to face a listening area; the acoustic drivers (235a, 235b) and said sound opening of the waveguide facing in substantially different directions, and an audio source connected to the acoustic drivers, and a housing supporting the acoustic device, the audio source, and the acoustic drivers (235a, 235b), as an integrated audio system, the housing having an aperture characterised in that said aperture comprises two or more openings, the sound opening of the acoustic device being separated by a space from the aperture of the housing and oriented with respect to the aperture so that sound radiated from the sound opening passes through the aperture, and in which the space is at least large enough to substantially reduce distortion caused by the aperture of the housing in sound radiated from the acoustic device.
A rotary electric shaver, comprising: an outer cutter, an upper surface of which has annular shaving faces (16, 18) with a plurality of hair-entry apertures (65A, 65B) formed therein; and an inner cutter having a small blade (22, 24) which rotates in sliding contact with a lower surface of the outer cutter from below the shaving faces (16, 18), wherein the outer cutter has a plurality of concentric annular shaving faces (16, 18) integrally formed, characterized in that the densities of hair-entry apertures (65A, 65B) vary in a circumferential direction in each of the plurality of annular shaving faces (16,18). an outer cutter, an upper surface of which has annular shaving faces (16, 18) with a plurality of hair-entry apertures (65A, 65B) formed therein; and an inner cutter having a small blade (22, 24) which rotates in sliding contact with a lower surface of the outer cutter from below the shaving faces (16, 18), wherein the outer cutter has a plurality of concentric annular shaving faces (16, 18) integrally formed, characterized in that the densities of hair-entry apertures (65A, 65B) vary in a circumferential direction in each of the plurality of annular shaving faces (16,18).
A plant for filling and capping containers, in particular bottles, the plant comprising a filling drum, which is designed to rotate around a first rotation axis and to feed a product into each container; a capping drum, which is designed to rotate around a second rotation axis and to close each container with a relative cap; and a transfer unit to transfer the containers, in sequence, from the filling drum to the capping drum; the transfer unit being connected to the filling drum in correspondence to an outlet station, and to the capping drum in correspondence to an inlet station; the transfer unit comprising a plurality of pick and place devices, which are mobile along a feeding path; each pick and place device being configured to hold the relative container in correspondence to an upper neck of the container; the path comprising, in correspondence to the outlet station, an outlet segment, which is straight and tangent to the filling drum, and, in correspondence to the inlet station, an inlet segment, which is straight and tangent to the capping drum for cancelling centrifugal forces acting upon the containers along the inlet and outlet segments (22,23) so as to stabilize the free surface of the product contained in the container; the plant being characterized in that the pick and place devices are mobile along the feeding path independently of one another; each pick and place device comprising a clamp member and a linear motor to move the clamp member along the feed path, wherein the feed path comprises a straight connection segment and three curved joining segments to connect the inlet, outlet and connection segments (22, 23, 25) to one another in a closed ring-like manner and extending through the outlet and inlet stations (18, 19).
A tread block arrangement suitable for a tire or for a tread band for a tire, the tread block arrangement comprising a tread block, which comprises at least: - a sipe delimited by a first sipe wall, a second sipe wall, and a bottom of the sipe, wherein the first sipe wall and the second sipe wall are arranged parallel to each other in a longitudinal direction of the sipe and define a width (w) of the sipe, wherein at least the first sipe wall has at least one inclined section in which a width of a surface of the first sipe wall in the longitudinal direction of the sipe and the width of the sipe increases towards the bottom of the sipe, characterized in that the first sipe wall has alternately concave sections and convex sections and the second sipe wall has convex sections opposite to the concave sections of the first sipe wall and concave sections opposite to the convex sections of the first sipe wall, wherein the at least one inclined section is at the convex section of the first sipe wall. - a sipe delimited by a first sipe wall, a second sipe wall, and a bottom of the sipe, wherein the first sipe wall and the second sipe wall are arranged parallel to each other in a longitudinal direction of the sipe and define a width (w) of the sipe, wherein at least the first sipe wall has at least one inclined section in which a width of a surface of the first sipe wall in the longitudinal direction of the sipe and the width of the sipe increases towards the bottom of the sipe, characterized in that the first sipe wall has alternately concave sections and convex sections and the second sipe wall has convex sections opposite to the concave sections of the first sipe wall and concave sections opposite to the convex sections of the first sipe wall, wherein the at least one inclined section is at the convex section of the first sipe wall.
A method comprising: generating a first binary program for a first operating system kernel version; generating a second binary program for a second OS kernel version, wherein each of the first binary program and the second binary program: is associated with a software upgrade, and includes a code section and a data section; determining (410, 412) that first code in the code section of the first binary program matches second code in the code section of the second binary program; determining (414, 416) that at least a portion of first data in the data section of the first binary program matches at least a portion of second data in the data section of the second binary program; in response to determining (i) that the first code matches the second code and (ii) that at least the portion of the first data matches at least the portion of the second data, sending the first binary program, and not the second binary program, to: a first host computing device that runs the first OS kernel version, and a second host computing device that runs the second OS kernel version. generating a first binary program for a first operating system kernel version; generating a second binary program for a second OS kernel version, wherein each of the first binary program and the second binary program: is associated with a software upgrade, and includes a code section and a data section; is associated with a software upgrade, and includes a code section and a data section; determining (410, 412) that first code in the code section of the first binary program matches second code in the code section of the second binary program; determining (414, 416) that at least a portion of first data in the data section of the first binary program matches at least a portion of second data in the data section of the second binary program; in response to determining (i) that the first code matches the second code and (ii) that at least the portion of the first data matches at least the portion of the second data, sending the first binary program, and not the second binary program, to: a first host computing device that runs the first OS kernel version, and a second host computing device that runs the second OS kernel version. a first host computing device that runs the first OS kernel version, and a second host computing device that runs the second OS kernel version.
Vehicle with a driver assistance device, with which an autonomous driving operation can be carried out without a driver intervention in an autopilot mode, and with at least one storage element for storing objects, for example a cup holder and/or a storage table which can be adjusted between an out-of-use position and at least one positon of use, characterized in that the driver assistance device is assigned a control unit, which, when the autopilot mode is activated, releases adjustment of the storage element into a position of use, and when the autopilot mode is deactivated blocks adjustment of the storage element into the position of use.
A method for forming a polyolefin material; said method comprising: (i) preparing a polyolefin resin composition comprising polyolefin resin and bis-3,4-dimethylbenzylidene sorbitol and bis-p-ethylbenzylidene sorbitol, wherein; the combined amount of bis-3,4-dimethylbenzylidene sorbitol and bis-p-ethylbenzylidene sorbitol in the polyolefin resin composition is from 1500 ppm to 5000 ppm, by weight of the polyolefin resin composition, wherein: a) the weight ratio of bis-3,4-dimethylbenzylidene sorbitol to bis-p-ethylbenzylidene sorbitol in the polyolefin resin composition is 45:55 to 25:75, or: b) the weight ratio of bis-3,4-dimethylbenzylidene sorbitol to bis-p-ethylbenzylidene sorbitol in the polyolefin resin composition is 45:55 to 15:85; (ii) processing said polyolefin resin composition to form said polyolefin material; with the proviso that processing of the polyolefin resin composition b) to form said polyolefin material is conducted at a temperature of no more than 200 °C, and wherein processing of the polyolefin resin composition b) comprises injection and/or extrusion moulding the polyolefin resin composition to form said polyolefin material. (i) preparing a polyolefin resin composition comprising polyolefin resin and bis-3,4-dimethylbenzylidene sorbitol and bis-p-ethylbenzylidene sorbitol, wherein; the combined amount of bis-3,4-dimethylbenzylidene sorbitol and bis-p-ethylbenzylidene sorbitol in the polyolefin resin composition is from 1500 ppm to 5000 ppm, by weight of the polyolefin resin composition, wherein: a) the weight ratio of bis-3,4-dimethylbenzylidene sorbitol to bis-p-ethylbenzylidene sorbitol in the polyolefin resin composition is 45:55 to 25:75, or: b) the weight ratio of bis-3,4-dimethylbenzylidene sorbitol to bis-p-ethylbenzylidene sorbitol in the polyolefin resin composition is 45:55 to 15:85; a) the weight ratio of bis-3,4-dimethylbenzylidene sorbitol to bis-p-ethylbenzylidene sorbitol in the polyolefin resin composition is 45:55 to 25:75, or: b) the weight ratio of bis-3,4-dimethylbenzylidene sorbitol to bis-p-ethylbenzylidene sorbitol in the polyolefin resin composition is 45:55 to 15:85; (ii) processing said polyolefin resin composition to form said polyolefin material; with the proviso that processing of the polyolefin resin composition b) to form said polyolefin material is conducted at a temperature of no more than 200 °C, and wherein processing of the polyolefin resin composition b) comprises injection and/or extrusion moulding the polyolefin resin composition to form said polyolefin material.
A mounting for a baling machine gearbox having connected thereto an input rotary shaft and an output crank shaft, the input rotary shaft in an operational position of the gearbox being releasably connected to the gearbox and being rotatable about a first axis and the output crank shaft being rotatable about a second axis that is non-parallel to the first axis and rotatably driving a crank that defines or forms part of a releasable pivot connection to a reciprocable baling machine plunger, the mounting including a rigid frame, a first, cylindrical support member secured to and extending from at least a first part of the rigid frame, a second support member secured to and extending from at least a further part of the rigid frame that in use is spaced vertically from the first part of the rigid frame and at least one selectively tightenable and loosenable gearbox clamp (23, 24) for securing a said gearbox and that clamps about the first support member, characterized in that the mounting including at least one releasable connection securing the gearbox to the second support member, and the shape of the first support member being such that on disconnecting of the input rotary shaft and the crank, disconnecting of the releasable connection and loosening of the clamp (23, 24) the gearbox is rotatable from the operational position to an access position permitting access to the plunger while supported on the first support member.
Method for joining two substantially planar fiber-composite structural components (1, 2) with each other, in particular two skin sections of an aircraft, the method comprising: arranging a lower structural component of the two structural components (1, 2) beneath an upper structural component of the two structural components (1, 2) on top of a support jig such that the two structural components (1, 2) overlap with each other along a joining region, wherein an end section of the lower structural component within the joining region borders a defined gap between the upper structural component and the support jig, in which the upper structural component is unsupported by the support jig, wherein the defined gap is bordered on an opposite side of the end section of the lower structural component by a filling portion of the upper structural component or a planar filler element being supported by the support jig; and joining the lower structural component to the upper structural component within the joining region by applying temperature and pressure to the structural components (1, 2), wherein a width of the defined gap is chosen such that the upper structural component elastically deforms along the defined gap under the pressure and bends down into the defined gap such that it abuts the support jig along the defined gap and thereby compensates thickness tolerances between the structural components (1, 2) during the application of the pressure.
Insertion element for an injection device with a piston rod and an injection button connected and/or cooperating with the piston rod, whereby the piston rod comprises a support element, with which the piston rod can be held against an axial displacement in a proximal direction of the injection device, whereby the piston rod is connected with the injection button via an elastic or spring element characterised in that the piston rod, the elastic or spring element and the injection button are one piece.
A method for applying insulation to a combined cylindrical tank of bi-lobe, tri-lobe or multi-lobe type for storage of liquefied gas, the method comprising: - providing a combined cylindrical tank of bi-lobe, tri-lobe or multi-lobe type comprising a tank shell; - spraying one or more layers of a polymer foam onto the exterior surface of the tank shell; and - mounting one or more crack barriers on top of one or more layers of polymer foam, wherein the one or more crack barriers are anchored to the exterior surface of the tank shell in connection area(s) of cylindrical sections of the combined cylindrical tank of bi-lobe, tri-lobe or multi-lobe type. - providing a combined cylindrical tank of bi-lobe, tri-lobe or multi-lobe type comprising a tank shell; - spraying one or more layers of a polymer foam onto the exterior surface of the tank shell; and - mounting one or more crack barriers on top of one or more layers of polymer foam, wherein the one or more crack barriers are anchored to the exterior surface of the tank shell in connection area(s) of cylindrical sections of the combined cylindrical tank of bi-lobe, tri-lobe or multi-lobe type.
An aircraft engine assembly, comprising: a gas turbine engine (138, 900) including a rotor shaft (122, 200, 902); the aircraft engine assembly being characterized in that it further comprises a piezoelectric motor (400, 500, 600) attached to at least one shaft selected from the rotor shaft (122, 200, 902) and a drive shaft (130, 904), wherein the piezoelectric motor (400, 500, 600) rotates the rotor shaft (122, 200, 902) in response to one or more electric fields. a gas turbine engine (138, 900) including a rotor shaft (122, 200, 902); the aircraft engine assembly being characterized in that it further comprises a piezoelectric motor (400, 500, 600) attached to at least one shaft selected from the rotor shaft (122, 200, 902) and a drive shaft (130, 904), wherein the piezoelectric motor (400, 500, 600) rotates the rotor shaft (122, 200, 902) in response to one or more electric fields.