mhurhangee/patent-ind-claim-en huggingface dataset:
A threaded plastic plug comprising a single-piece structure having a longitudinal axis of symmetry, and comprising a head , a body with an outer thread , and a tightening flange interposed between the head and the body , wherein the body comprises a smooth cylindrical collar preceding the start of the outer thread of the body and designed to allow automatic engagement of the thread irrespective of the relative position with which the plug is presented to the receiving thread; a structure in which the head has the shape of a tubular solid projecting from the flange in a direction parallel with the axis of the plug , and comprising an inner cavity , accessible from the outside through one end of the solid , the cavity being laterally surrounded by a non-circular surface of an annular wall and being inferiorly delimited by a closed bottom surface formed by the flange ; the plug being characterised in that the wall of the tubular solid which surrounds the cavity has a variable thickness, the greater thickness being located close to the flange and completely inside the cavity .
A radio frequency switch device (300; 500; 700; 800A; 800B; 900A; 900B; 1000A; 1000B; 1100; 1200; 1300) comprising: a first transistor (M 1 ; P 1 ) and a second transistor (M 2 ; P 2 ), wherein one of a drain terminal or source terminal of the first transistor (M 1 ; P 1 ) is coupled to one of a source terminal or drain terminal, respectively, of the second transistor (M 2 ; P 2 ) such that the first and second transistors are coupled in series to establish a switchable radio frequency path; and characterized by a first compensation network (C 1; 602-616) coupled between a body terminal of the first transistor (M 1 ; P 1 ) and the other one of the drain terminal or source terminal of the second transistor (M 2 ; P 2 ), wherein the first compensation network (C 1; 602-616) is configured to establish a path for current flowing between the body terminal of the first transistor (M 1 ; P 1 ) and the other one of the drain terminal or source terminal of the second transistor (M 2 ; P 2 ) in a first direction from the body terminal of the first transistor (M 1 ; P 1 ) to the other one of the drain terminal or source terminal of the second transistor (M 2 ; P 2 ) and to block current flowing in the first compensation network in a second direction opposite to the first direction . a first transistor (M 1 ; P 1 ) and a second transistor (M 2 ; P 2 ), wherein one of a drain terminal or source terminal of the first transistor (M 1 ; P 1 ) is coupled to one of a source terminal or drain terminal, respectively, of the second transistor (M 2 ; P 2 ) such that the first and second transistors are coupled in series to establish a switchable radio frequency path; and characterized by a first compensation network (C 1; 602-616) coupled between a body terminal of the first transistor (M 1 ; P 1 ) and the other one of the drain terminal or source terminal of the second transistor (M 2 ; P 2 ), wherein the first compensation network (C 1; 602-616) is configured to establish a path for current flowing between the body terminal of the first transistor (M 1 ; P 1 ) and the other one of the drain terminal or source terminal of the second transistor (M 2 ; P 2 ) in a first direction from the body terminal of the first transistor (M 1 ; P 1 ) to the other one of the drain terminal or source terminal of the second transistor (M 2 ; P 2 ) and to block current flowing in the first compensation network in a second direction opposite to the first direction .
An apparatus for playing or picking up sound, comprising: a housing defining a mounting chamber therein and having a sound guide hole that is configured to communicate with the mounting chamber in structure; an audio module arranged in the mounting chamber; an outer dust-proof member having an outer filter hole ; and an inner dust-proof member having an inner filter hole , wherein the audio module includes a sound guide channel configured to communicate with the sound guide hole in structure, the outer dust-proof member is arranged between the sound guide hole and the sound guide channel , and the outer filter hole is configured to communicate the sound guide hole with the sound guide channel in structure; and the inner dust-proof member is arranged between the outer dust-proof member and the sound guide channel , and the inner filter hole is configured to communicate the outer filter hole with the sound guide channel in structure, the outer filter hole has an aperture size that is larger than an aperture size of the inner filter hole , characterized in that : the inner dust-proof member further comprises a dust-proof body and a plurality of dust-proof threads , the dust-proof body is provided with a plurality of through holes and the plurality of dust-proof threads are covered on the through holes in an interwoven manner to form the inner filter hole . a housing defining a mounting chamber therein and having a sound guide hole that is configured to communicate with the mounting chamber in structure; an audio module arranged in the mounting chamber; an outer dust-proof member having an outer filter hole ; and an inner dust-proof member having an inner filter hole , wherein the audio module includes a sound guide channel configured to communicate with the sound guide hole in structure, the outer dust-proof member is arranged between the sound guide hole and the sound guide channel , and the outer filter hole is configured to communicate the sound guide hole with the sound guide channel in structure; and the inner dust-proof member is arranged between the outer dust-proof member and the sound guide channel , and the inner filter hole is configured to communicate the outer filter hole with the sound guide channel in structure, the outer filter hole has an aperture size that is larger than an aperture size of the inner filter hole , characterized in that : the inner dust-proof member further comprises a dust-proof body and a plurality of dust-proof threads , the dust-proof body is provided with a plurality of through holes and the plurality of dust-proof threads are covered on the through holes in an interwoven manner to form the inner filter hole .
Reflective composite material (V) having a substrate consisting of aluminium, having an intermediate layer of anodically oxidized substrate material which is located on one side (A) of the substrate and comprises a thickness (D 2 ) in the range of 10 nm to 10.0 μm, and having an optically active multilayer system applied over the intermediate layer , which consists of at least three layers, the upper layers being dielectric and/or oxidic layers, and the lowest layer being a metallic layer consisting of silver, which forms a reflective layer with a high overall reflectance in the region of visible light, wherein a diffusion-inhibiting barrier layer is arranged above the intermediate layer and below the reflective layer , which prevents migration of silver particles from the layer consisting of silver through the intermediate layer into the carrier consisting of aluminium, wherein the diffusion-inhibiting barrier layer contains palladium or a substance of the chemical composition Cr w Ni x N y O z , wherein the indices w, x, y and z denote a stoichiometric or non-stoichiometric ratio and the following applies to the indices w, x, y, z: 0 ≤ w ≤ 1 and 0 ≤ x ≤ 1, 0 ≤ y ≤ 1, 0 ≤ z ≤ 5, wherein at least one of the indices w or x is larger than zero, and wherein the reflective layer is bonded to the barrier layer via an adhesion promoter layer which is adjacent to the reflective layer on one side and to the barrier layer on the other side, which increases an adhesion of the reflective layer consisting of silver to the barrier layer , wherein a total light reflectance on the side (A) of the optical multilayer system determined according to DIN 5036, part 3 is larger than 97 %, wherein in a test according to DIN ISO 9211-4:2006 or ASTM D4585 after at least 168 h exposure at elevated temperature (≥ 50 °C) no optical change of the surface or a decrease of the total light reflectance of less than 1 % - for LED applications according to DIN 5036-3 - or a decrease of the solar weighted total reflectance of less than 1 % - for solar applications with the solar spectrum AM1.5 from ASTM G173-03 - and in a test with a solar simulator according to ASTM E-927-85 "Type Class A" at a measured UV-A and UV-B total intensity on the sample surface comprising a temperature of at least 150 °C, the decrease in the total light reflectance Y (D65) or the solar-weighted total reflectance R solar is less than 1 %, whereby the exposure time required to achieve this change in reflectance is at least 500 h in the case of a total UV intensity of 150 mW/cm 2 and at least 1000 h in the case of a total UV intensity of 70 mW/cm 2 .
An agricultural working machine with a machine body , with a discharge spout attached to the machine body for overloading crop from the agricultural working machine to a transport vehicle and with a camera arrangement comprising a camera attached to the discharge spout for generating image data of a section of environment of the discharge spout captured by the camera , wherein the camera arrangement is configured to detect an obstacle and/or a person appearing on the ground behind the agricultural working machine , characterized in that the discharge spout can be moved between a lowered position and a lifted position, wherein in both positions the camera is directed in a direction parallel to the driving direction (X), wherein in the lowered position the camera captures a first section of the ground behind the agricultural working machine and in the lifted position the camera captures a second section of the ground behind the agricultural working machine .
Converter arrangement comprising a multiplicity of electrically connected switching modules each having semiconductor switches, and comprising a fire alarm system for monitoring the converter arrangement for fire, characterized in that the fire alarm system comprises at least one optical waveguide having an aperture element (12-15) in each case at a plurality of predetermined locations spaced apart from one another, wherein each aperture element (12-15), in the event of a temperature rise at the aperture element (12-15), reduces a light intensity of a light signal passing through the aperture element (12-15), wherein the aperture element (12-15) comprises a bimetallic element, and the bimetallic element is connected to the aperture of the aperture element, such that a temperature increase at one of the switching modules effects a reduction of the aperture opening of the corresponding aperture element.
A water turbine in which a rotor provided in a water conduit pipe (A) is rotated by a water flow in the water conduit pipe (A) and the rotation of the rotor is utilized as a motive power, comprising a water turbine unit (B) in which an end plate having a bearing and a water passing part is fixed to each of both ends of a unit pipe constituting a part of the water conduit pipe (A), and both end portions of a rotating shaft integrated with the rotor provided in the unit pipe are rotatably supported by respective both bearings , wherein the water turbine unit (B) is possible to be connected to a part of the water conduit pipe (A) in series, characterized in that pluralities of the unit pipes constituting a part of the water conduit pipe (A) are connected in series by interposing the end plate having the bearing and the water passing part between respective them, in that pluralities of the rotating shafts respectively integrated with the rotor are connected in series by providing a connecting means between respective them, in that each of the rotating shafts is rotatably supported by respective pair of bearings arranged to neighbor each other such that at least one of the rotors is arranged between the respective pair of bearings , and in that the water turbine unit (B) is formed such that a continuous connection of its unit pipe and another continuous connection of its rotating shaft provided with the rotor are respectively possible.
Reversible elastic locking element of a metal or plastic wire (W) orthogonally on a plant stake (R), consisting of a section of shaped metal wire having a longitudinal axis (X-X) and which includes a first end opposite a second end through the interposition of a generally rectilinear central portion , said first end being folded to form a ring comprising a continuous first portion and an interrupted second portion , characterized in that said first and second portions are connected to each other by means of a first and a second folds so that said portions lie on a first plane (P1) and on a second different plane (P2), respectively, and in such a way that said portions each comprises a respective first section opposite each other and adapted to create two diametrically opposite locking points (D1, D2) of the element itself on the stake (R), the recess of said first and second folds being adapted to simultaneously embrace said wire (W) and keep it pushed against said stake (R), and said second end being adapted to abut with a first section against said stake (R).
A method, comprising: receiving , from a mobile device, data associated with a plurality of different locations of the mobile device interacting with an access point at different times; determining , based on the data associated with each of the plurality of locations, distances between the plurality of different locations at the different times at which the mobile device interacted with the access point; comparing each of the determined distances with a predefined distance threshold; identifying , in response to the comparing, the access point as a mobile access point based on one of the identified distances exceeding the predefined distance threshold; and transmitting, to other mobile devices, location data identifying a location of the access point that has been identified as a mobile access point. receiving , from a mobile device, data associated with a plurality of different locations of the mobile device interacting with an access point at different times; determining , based on the data associated with each of the plurality of locations, distances between the plurality of different locations at the different times at which the mobile device interacted with the access point; comparing each of the determined distances with a predefined distance threshold; identifying , in response to the comparing, the access point as a mobile access point based on one of the identified distances exceeding the predefined distance threshold; and transmitting, to other mobile devices, location data identifying a location of the access point that has been identified as a mobile access point.
A gas turbine engine comprising: a fan drive gear system including a first fan shaft coupled to a second fan shaft , a first shaft support bearing assembly disposed about the first fan shaft , a second shaft support bearing assembly disposed about the second fan shaft and a planetary gear system coupled to the second fan shaft ; and a lubrication system including a transfer bearing configured to receive lubricant from a lubricant input, the transfer bearing engaged to the second fan shaft between the first shaft support bearing assembly and the second shaft support bearing assembly , a second bearing configured to rotate with the second fan shaft and receive lubricant from the transfer bearing and communicate lubricant to at least one lubricant passage , the transfer bearing engaging the second bearing , and a conduit fluidly connecting the at least one lubricant passage to the planetary gear system . a fan drive gear system including a first fan shaft coupled to a second fan shaft , a first shaft support bearing assembly disposed about the first fan shaft , a second shaft support bearing assembly disposed about the second fan shaft and a planetary gear system coupled to the second fan shaft ; and a lubrication system including a transfer bearing configured to receive lubricant from a lubricant input, the transfer bearing engaged to the second fan shaft between the first shaft support bearing assembly and the second shaft support bearing assembly , a second bearing configured to rotate with the second fan shaft and receive lubricant from the transfer bearing and communicate lubricant to at least one lubricant passage , the transfer bearing engaging the second bearing , and a conduit fluidly connecting the at least one lubricant passage to the planetary gear system .
A method for transmitting a transmit signal comprising a first signal portion (112-1) and a subsequent second signal portion (112-2) of a transmit data packet, the method comprising: amplifying the transmit signal with a power amplifier (120; 320) and feeding back the transmit signal from an output of the power amplifier (120; 320) to generate a fed back transmit signal comprising a fed back first signal portion (132-1) and a fed back second signal portion (132-2); determining a first gain relation between the fed back first signal portion (132-1) and the first signal portion (112-1); determining at least one second gain relation between the fed back second signal portion (132-2) and the second signal portion (112-2); and adjusting a transmit power of the transmit signal according to a deviation between the second gain relation from the first gain relation. amplifying the transmit signal with a power amplifier (120; 320) and feeding back the transmit signal from an output of the power amplifier (120; 320) to generate a fed back transmit signal comprising a fed back first signal portion (132-1) and a fed back second signal portion (132-2); determining a first gain relation between the fed back first signal portion (132-1) and the first signal portion (112-1); determining at least one second gain relation between the fed back second signal portion (132-2) and the second signal portion (112-2); and adjusting a transmit power of the transmit signal according to a deviation between the second gain relation from the first gain relation.
A production well comprising: a casing ; encapsulated tubing positioned within said casing and configured to channel an injection fluid through said casing, said encapsulated tubing including a conductive sidewall defining a channel for the injection fluid; an insulative layer surrounding said conductive sidewall ; a controller configured to regulate flow of an electrical current through said conductive sidewall ; production tubing positioned within said casing and configured to channel a production fluid through said casing, wherein said insulative layer is configured to inhibit transmission of the electrical current between said conductive sidewall and said production tubing ; and at least one sensor positioned within said casing to detect downhole conditions of said production well, wherein said conductive sidewall is configured to conduct the electrical current toward said at least one sensor ; wherein said production tubing is configured to channel the production fluid towards a wellhead of said production well and has a first diameter and wherein said encapsulated tubing is configured to channel the injection fluid away from the wellhead, wherein said encapsulated tubing has a second diameter less than the first diameter; characterized in that said encapsulated tubing is located within said production tubing . a casing ; encapsulated tubing positioned within said casing and configured to channel an injection fluid through said casing, said encapsulated tubing including a conductive sidewall defining a channel for the injection fluid; an insulative layer surrounding said conductive sidewall ; a controller configured to regulate flow of an electrical current through said conductive sidewall ; production tubing positioned within said casing and configured to channel a production fluid through said casing, wherein said insulative layer is configured to inhibit transmission of the electrical current between said conductive sidewall and said production tubing ; and at least one sensor positioned within said casing to detect downhole conditions of said production well, wherein said conductive sidewall is configured to conduct the electrical current toward said at least one sensor ; wherein said production tubing is configured to channel the production fluid towards a wellhead of said production well and has a first diameter and wherein said encapsulated tubing is configured to channel the injection fluid away from the wellhead, wherein said encapsulated tubing has a second diameter less than the first diameter; characterized in that said encapsulated tubing is located within said production tubing .
A user interface device (100; 400), comprising: a lens with a top surface and a bottom surface , wherein the bottom surface has at least one graphic applied thereto that is visible through the top surface of the lens ; a transparent circuit film with a top surface and a bottom surface; at least one light emitting diode, LED, ; at least one silver conductor , wherein the at least one silver conductor is screen printed on the top surface of the transparent circuit film to provide at least one capacitive touch sensor; and a layer of transparent pressure-sensitive adhesive interposed between the bottom surface of the lens and the top surface of the transparent circuit film to secure the bottom surface of the lens to the top surface of the transparent circuit film , wherein the transparent circuit film is in a fold-over configuration such that the transparent circuit film has a top layer and a bottom layer that are connected by a connecting end portion of the transparent circuit film , wherein the top layer and the bottom layer are separated by a desired distance to allow for the at least one LED and at least one spacer to be positioned therebetween, wherein the at least one LED is bonded to the bottom layer in a top-fire position, such that the at least one LED emits light toward and through the top layer of the transparent circuit film . a lens with a top surface and a bottom surface , wherein the bottom surface has at least one graphic applied thereto that is visible through the top surface of the lens ; a transparent circuit film with a top surface and a bottom surface; at least one light emitting diode, LED, ; at least one silver conductor , wherein the at least one silver conductor is screen printed on the top surface of the transparent circuit film to provide at least one capacitive touch sensor; and a layer of transparent pressure-sensitive adhesive interposed between the bottom surface of the lens and the top surface of the transparent circuit film to secure the bottom surface of the lens to the top surface of the transparent circuit film , wherein the transparent circuit film is in a fold-over configuration such that the transparent circuit film has a top layer and a bottom layer that are connected by a connecting end portion of the transparent circuit film , wherein the top layer and the bottom layer are separated by a desired distance to allow for the at least one LED and at least one spacer to be positioned therebetween, wherein the at least one LED is bonded to the bottom layer in a top-fire position, such that the at least one LED emits light toward and through the top layer of the transparent circuit film .
Household appliance with a microwave generator for generating microwaves to be introduced into a cooking chamber of the household appliance , characterized in that the household appliance comprises food dispensing means with an outlet portion , wherein the outlet portion is arranged within the cooking chamber .