mhurhangee/patent-ind-claim-en huggingface dataset:
Luminous device for a motor vehicle comprising - a printed circuit which supports a driver circuit for the electrical power supply of the light sources; and - a heat dissipation device comprising: • a metal support comprising at least one support portion of generally planar form; and • at least one crimping pin being fixed on a first face of the metal support characterized in that the crimping pin is fixed by brazing to realize a tightly joint between the crimping pin and the metal support ; and in that the printed circuit is fixed on the metal support by means of the crimping pin . - a printed circuit which supports a driver circuit for the electrical power supply of the light sources; and - a heat dissipation device comprising: • a metal support comprising at least one support portion of generally planar form; and • at least one crimping pin being fixed on a first face of the metal support • a metal support comprising at least one support portion of generally planar form; and • at least one crimping pin being fixed on a first face of the metal support characterized in that the crimping pin is fixed by brazing to realize a tightly joint between the crimping pin and the metal support ; and in that the printed circuit is fixed on the metal support by means of the crimping pin .
An assembly comprising a first part made of composite material and a second part , which parts are held one against the other by at least one fastener system having a fastener element with a head from which there extends a shank, the fastener system also having a bushing , said bushing including a collar presenting an inside face and an outside face of conical shape, the head of the fastener element bearing against the inside face of the collar, while the outside face of the collar bears against a countersink formed in the first part , the assembly being characterized in that the fastener system comprises a screw having a flat head from which there extends a shank provided with a threaded portion and a nut having tapping co-operating with the threaded portion of the screw , the collar presenting an inside face of conical shape that receives the flat head of the screw , and in that the outside face of the collar presents a cone angle (β 3611 ) greater than the cone angle (α 3610 ) of the inside face of said collar.
A power machine comprising: a frame ; a lift arm pivotally mounted the frame ; a hydraulic actuator coupled to the frame and to the lift arm and actuable to move the lift arm relative to the frame ; a hydraulic system including a pump in communication with the hydraulic actuator , the pump being powered by an engine and being configured to operate with continuously variable displacement to provide a hydraulic flow to the hydraulic actuator ; and characterized in that the power machine further comprises: a control device configured to: determine an engine speed value; and control a run-time displacement of the pump , based on the determined engine speed value, to maintain a target hydraulic flow rate from the pump to cause the hydraulic actuator to move the lift arm from a fully lowered position to a fully raised position over a target duration of time. a frame ; a lift arm pivotally mounted the frame ; a hydraulic actuator coupled to the frame and to the lift arm and actuable to move the lift arm relative to the frame ; a hydraulic system including a pump in communication with the hydraulic actuator , the pump being powered by an engine and being configured to operate with continuously variable displacement to provide a hydraulic flow to the hydraulic actuator ; and characterized in that the power machine further comprises: a control device configured to: determine an engine speed value; and control a run-time displacement of the pump , based on the determined engine speed value, to maintain a target hydraulic flow rate from the pump to cause the hydraulic actuator to move the lift arm from a fully lowered position to a fully raised position over a target duration of time. determine an engine speed value; and control a run-time displacement of the pump , based on the determined engine speed value, to maintain a target hydraulic flow rate from the pump to cause the hydraulic actuator to move the lift arm from a fully lowered position to a fully raised position over a target duration of time.
Image-providing printing template comprising a base with an elastomer coating, where the elastomer coating bears an engraved pattern, where the elastomer coating consists essentially of hard rubber and has a hardness above 70 Shore D according to DIN ISO 7619-1, characterized in that the hard rubber is a hard rubber based on butadiene-acrylonitrile rubber (NBR), on carboxylated nitrile rubber (XNBR), on hydrogenated acrylonitrile-butadiene rubber (HNBR) or combinations thereof.
Method for using an apparatus for driving a fastening element into a substrate, having a mechanical energy store for storing mechanical energy, an energy transfer device for transferring energy from an energy source to the mechanical energy store, in the method a prescribed amount of energy being stored in the mechanical energy store and transferred from the mechanical energy store to the fastening element, characterized in that , during the transfer of energy from the energy source to the mechanical energy store, a state of the energy transfer device and/or of the mechanical energy store is recorded, the recorded state is used to calculate a disconnecting time, at which a motional energy present in the energy transfer device is sufficient to store the prescribed amount of energy in the mechanical energy store without further energy being supplied by the energy source, and the energy supplied from the energy store to the energy transfer device is interrupted at the disconnecting time.
A drive transmission device comprising: a drive source ; a first driven rotator configured to be driven by a drive force from the drive source ; a drive rotator comprising a first internal gear , configured to rotate about a rotary shaft ; a driven external tooth gear drivingly coupled to the first driven rotator to transmit the drive force to the first driven rotator , wherein the drive rotator is configured to transmit the drive force from the drive source to the driven external tooth gear , and wherein the driven external tooth gear directly meshes with the first internal gear ; wherein the drive source includes a drive external tooth gear , and the drive external tooth gear directly meshes with the first internal gear . a drive source ; a first driven rotator configured to be driven by a drive force from the drive source ; a drive rotator comprising a first internal gear , configured to rotate about a rotary shaft ; a driven external tooth gear drivingly coupled to the first driven rotator to transmit the drive force to the first driven rotator , wherein the drive rotator is configured to transmit the drive force from the drive source to the driven external tooth gear , and wherein the driven external tooth gear directly meshes with the first internal gear ; wherein the drive source includes a drive external tooth gear , and the drive external tooth gear directly meshes with the first internal gear .
A prone leg curl exercise machine, comprising: a main frame ; a thigh support or thigh pad frame or stationary thigh pad connected to the main frame ; a means configured to support the users upper torso connected to the main frame ; an exercise arm assembly pivotally connected to the main frame ; and a moving support frame having a first end connected to the means configured to support the users upper torso and a second end connected to the exercise arm assembly , wherein movement of the exercise arm assembly by a user causes movement of the moving support frame which in turn causes movement of the means configured to support the users upper torso. a main frame ; a thigh support or thigh pad frame or stationary thigh pad connected to the main frame ; a means configured to support the users upper torso connected to the main frame ; an exercise arm assembly pivotally connected to the main frame ; and a moving support frame having a first end connected to the means configured to support the users upper torso and a second end connected to the exercise arm assembly , wherein movement of the exercise arm assembly by a user causes movement of the moving support frame which in turn causes movement of the means configured to support the users upper torso.
A method of preparing a compound of formula (IIIa): or a salt thereof, comprising the steps: (a) reacting a compound of formula (Ia): or a salt thereof, with a compound of formula (a): or a salt thereof, to form a compound of formula (IIa): and (b) reacting the compound of formula (IIa) with a carboxylic acid deprotecting agent to form the compound of formula (IIIa), wherein E is -OH, halide or - C(=O)E is an activated ester; and P 1 is a carboxylic acid protecting group. (a) reacting a compound of formula (Ia): or a salt thereof, with a compound of formula (a): or a salt thereof, to form a compound of formula (IIa): and (b) reacting the compound of formula (IIa) with a carboxylic acid deprotecting agent to form the compound of formula (IIIa), wherein E is -OH, halide or - C(=O)E is an activated ester; and P 1 is a carboxylic acid protecting group.
An electrophotographic photosensitive member comprising a conductive substrate and a photosensitive layer , wherein the photosensitive layer is a single-layer photosensitive layer, the photosensitive layer contains a charge generating material, a hole transport material, an electron transport material, a binder resin, and an additive, the additive contains a carboxylic acid anhydride, a reduction potential of the carboxylic acid anhydride as measured according to the description is at least -1.40 V versus a reference electrode (Ag/Ag + ), the carboxylic acid anhydride is contained in an amount of at least 0.02 parts by mass and no greater than 10.00 parts by mass relative to 100 parts by mass of the binder resin, and the carboxylic acid anhydride is represented by at least one of chemical formulae (ADD-1) to (ADD-6) and (ADD-8) to (ADD-28) shown below
Disposable gas cartridge with safety system comprising a cartridge , a safety plate and a rubber , said cartridge comprises a body with a circumferential wall, a domed top, and a spherical recess on the domed top of the cartridge body, said circumferential wall is provided inside with circumferentially parallel reinforcements having an upper circumferential projection and a lower circumferential recess , both parallel to each other, said safety plate has an upper surface, a lower surface and radial extending edges and the safety plate enters in the reinforcements of the cartridge and is secured therein, and said rubber is mounted on the upper surface of the safety plate , wherein said safety plate is provided on its upper surface with either an integrated upwardly projecting spherical head for mounting said rubber on the upper surface of the safety plate or a hole through which a pin with spherical head enters for mounting said rubber on the upper surface of the safety plate , said rubber has a cylindrical wall , wherein when the safety plate is fitted inside the cartridge , the upper part of said cylindrical wall of the rubber rests against the top of the cartridge and embraces the spherical recess , wherein the reinforcements increase the rigidity of the cartridge and hold the safety plate firmly fitted inside the cartridge , and when the safety plate is fitted inside the cartridge , the spherical head of the safety plate or the spherical head of the pin , that projects upwards from the upper surface of the plate, is in contact with the spherical recess of the cartridge, and a single point of contact is created between the safety plate and the cartridge , so that when a piercing pin of a supply switch pierces the spherical recess of the cartridge at the single point of contact between the safety plate and the cartridge in order to allow the supply of the gas, said piercing pin of the supply switch pushes the spherical head of the safety plate or spherical head of the pin and as a result, the safety plate withdraws from its secured position and allows the proper supply of the gas.
Connecting system by means of a connecting device for connecting preferably structural elements made of wood, wherein the connecting device comprises a first element and a second element which can be coupled to one another and each have a seat for receiving the other element, wherein the first element has a first part and a second part , characterised in that the first part of the first element is fastened to a first component by means of a first series of screws and the second part of the first element is fastened to the first component by means of a second series of screws, and the first part and the second part of the first element are connected to each other by means of a connection and/or by means of a contact surface, wherein the second part of the first element has a seat for receiving the second element and the first part of the first element has an end which is received in the second element, and the number of the second series of seats/holes for the fastening means of the second part is greater than the number of the first series of seats/holes for the fastening means of the first part of the first element .
A method of detecting corrosion in a conduit or container, wherein the method comprises measuring the thickness of a wall of the conduit or container with one or more pulse-echo ultrasound devices, wherein the method comprises the following steps: (i) receiving signals indicative of A-scan data from the one or more pulse-echo ultrasound devices, wherein the A-scan data comprises a plurality of A-scan spectra; (ii) determining which of the A-scan spectra have a distorted waveform such that a reliable wall thickness measurement cannot be determined, and selecting one or more particular A-scan spectra among the determined A-scan spectra; (iii) analysing the one or more particular A-scan spectra selected in step (ii) to determine one or more A-scan spectral characteristics of each spectrum that are causing the distortion; (iv) determining a correction to apply to the data based on the one or more A-scan spectral characteristics determined in step (iii); (v) correcting the one or more distorted waveform by applying an algorithm to the one or more distorted waveform so as to produce modified A-scan spectra; (vi) determining thickness measurements of the wall based on the modified A-scan spectra; and (vii) determining the extent to which the wall has been corroded based on the thickness measurements determined in step (vi) and additional thickness measurements determined from A-scan spectra. (i) receiving signals indicative of A-scan data from the one or more pulse-echo ultrasound devices, wherein the A-scan data comprises a plurality of A-scan spectra; (ii) determining which of the A-scan spectra have a distorted waveform such that a reliable wall thickness measurement cannot be determined, and selecting one or more particular A-scan spectra among the determined A-scan spectra; (iii) analysing the one or more particular A-scan spectra selected in step (ii) to determine one or more A-scan spectral characteristics of each spectrum that are causing the distortion; (iv) determining a correction to apply to the data based on the one or more A-scan spectral characteristics determined in step (iii); (v) correcting the one or more distorted waveform by applying an algorithm to the one or more distorted waveform so as to produce modified A-scan spectra; (vi) determining thickness measurements of the wall based on the modified A-scan spectra; and (vii) determining the extent to which the wall has been corroded based on the thickness measurements determined in step (vi) and additional thickness measurements determined from A-scan spectra.
Method for providing uniform brightness from a light projector on an image area to be exposed in direct imaging lithography applications, the method comprising the following steps; - capturing a first image from the light projector representing the brightness distribution over the image area, - subdividing the first image into a number of columns - calculating an averaged brightness value for each column, - creating a brightness image profile, wherein, if the image to be exposed is divided in sub images for higher resolution, the brightness image profile is subdivided into a number of image sub profiles corresponding to the number of sub images, and - superimposing the brightness image profile on the image to be exposed by the light projector. - capturing a first image from the light projector representing the brightness distribution over the image area, - subdividing the first image into a number of columns - calculating an averaged brightness value for each column, - creating a brightness image profile, wherein, if the image to be exposed is divided in sub images for higher resolution, the brightness image profile is subdivided into a number of image sub profiles corresponding to the number of sub images, and - superimposing the brightness image profile on the image to be exposed by the light projector.
A chocolate-flavored food product obtained from a flour made from roasted green banana flour and cocoa powder, wherein the ratio, by mass, of the green banana flour to the cocoa powder, is in a range from 1:10 to 1:1, and wherein the green banana flour has been roasted in a range from 160 °C to 240 °C for a length of time in a range from 15 minutes to 150 minutes to develop a cocoa-like flavor, aroma and color.
Pipe bracket for mounting a pipe on a support , comprising - two foot stands which are mutually spaced apart and in each case connectable to the support ; - a support element having a web , a pipe receptacle at the upper end of the web and a foot part at the lower end of the web, wherein the pipe receptacle , the web and the foot part are integrally configured or connected to one another in a materially integral manner, and wherein the foot part is disposed in the intermediate space between the foot stands ; - at least one pressure-resistant insulation element which is disposed between the first foot stand and the foot part , and between the second foot stand and the foot part ; wherein the foot stands , the insulation element and the foot part by way of at least one fastening element are connected to one another in a force-fitting manner, and the pipe bracket, according to appendix J of DIN EN 13480-3:2013-11, is conceived to withstand a rupture load of at least 2.8 kN, characterized in that the support face A of the insulation element on the foot part , stated in [mm 2 ], and the cold compression strength K of the insulation element according to DIN EN 826:2013-05, stated in [N/mm 2 ], meet the condition K > 3·10 6 · A (-1.39) . - two foot stands which are mutually spaced apart and in each case connectable to the support ; - a support element having a web , a pipe receptacle at the upper end of the web and a foot part at the lower end of the web, wherein the pipe receptacle , the web and the foot part are integrally configured or connected to one another in a materially integral manner, and wherein the foot part is disposed in the intermediate space between the foot stands ; - at least one pressure-resistant insulation element which is disposed between the first foot stand and the foot part , and between the second foot stand and the foot part ;
A heat exchanger comprising; at least one fluid passage ; a cooling fluid passage adjacent to said at least one fluid passage such that said at least one fluid passage and said cooling fluid passage share a first thermally conductive wall ; and at least one thermally conductive pin projecting into said cooling fluid passage , said at least one thermally conductive pin having an airfoil profile; wherein said airfoil profile has an angle of attack relative to a fluid flow through the cooling fluid passage which is lower than the angle of attack at which the airfoil profile would undergo stall; a plurality of ligaments , wherein the or each of said at least one thermally conductive pin having an airfoil profile comprises; a leading edge on a first tapered end of said airfoil profile; a trailing edge on a second tapered end of said airfoil; said leading edge connecting to an upper sloping region and a lower sloping region of said at least one thermally conductive pin having an airfoil profile, wherein said upper sloping region has an upper acceleration region sloping away from a line defined by connecting said leading edge and said trailing edge and an upper deceleration region sloping towards a line defined by connecting said leading edge and said trailing edge; wherein said lower sloping region has a lower acceleration region sloping away from a line defined by connecting said leading edge and said trailing edge and a lower deceleration region sloping towards a line defined by connecting said leading edge and said trailing edge; and wherein said at least one thermally conductive pin connects to at least a first ligament of said plurality of ligaments in said upper deceleration region , and to at least a second ligament of said plurality of ligaments in said lower deceleration region , characterised in that at least two of said plurality of ligaments are stacked axially along a perpendicular axis of said at least one thermally conductive pin , said axis being perpendicular to said first thermally conductive wall and in that said upper sloping region has a steeper slope than said lower sloping region.
A rectilinear rackmount chassis , comprising a three-dimensional base piece fabricated from sheet metal, and a cover piece fitted over, and mating with, said base piece characterized in that the base piece is fabricated from a single piece of sheet metal which is made of aluminum 6061 T651.
A mount for a pair of mated electrical connectors, the mount comprising: a generally cylindrical body defining an inner surface and an outer surface; and a connector receptacle extending from the outer surface, wherein the connector receptacle is structured to receive a pair of mated electrical connectors , in that a concave protrusion extends from the outer surface, and in that the body further defines a first hole and a second hole through which fasteners secure each electrical connector within the connector receptacle , in that the connector receptacle has generally planar parallel sidewalls extending from the outer surface of the generally cylindrical body, the generally planar parallel sidewalls define exterior channels to receive a fastener , and in that the first hole is aligned with the exterior channels such that a fastener surrounding a first connector of the pair of mated electrical connectors in the connector receptacle passes through the first hole and lies within the channels .. a generally cylindrical body defining an inner surface and an outer surface; and a connector receptacle extending from the outer surface, wherein the connector receptacle is structured to receive a pair of mated electrical connectors , in that a concave protrusion extends from the outer surface, and in that the body further defines a first hole and a second hole through which fasteners secure each electrical connector within the connector receptacle , in that the connector receptacle has generally planar parallel sidewalls extending from the outer surface of the generally cylindrical body, the generally planar parallel sidewalls define exterior channels to receive a fastener , and in that the first hole is aligned with the exterior channels such that a fastener surrounding a first connector of the pair of mated electrical connectors in the connector receptacle passes through the first hole and lies within the channels ..