mhurhangee/ep-ind-claims huggingface dataset:
Device for coating brake discs, in particular by laser cladding, comprising: - a base with a housing forming a working space, - a workpiece carrier in the working space, wherein the workpiece carrier is configured to hold a base body of a brake disc, - a coating head configured to produce a coating on the base body, in particular by thermally induced deposition of a powder material, - a handling device that generates relative movements between the workpiece carrier and the coating head, and - a suction device for sucking off excess material from the working space, characterized in that the suction is multi-stage and comprises at least two suction stages, a first suction unit is provided for a first of the suction stages, which generates a vertically oriented flow in the working space during operation, a second suction unit is provided for a second of the suction stages, and the second suction unit comprises a collar (136, 178) that is associated to a circumferential section of the base body during operation, connected to a suction line and that sucks off excess material from the circumferential section during operation. - a base with a housing forming a working space, - a workpiece carrier in the working space, wherein the workpiece carrier is configured to hold a base body of a brake disc, - a coating head configured to produce a coating on the base body, in particular by thermally induced deposition of a powder material, - a handling device that generates relative movements between the workpiece carrier and the coating head, and - a suction device for sucking off excess material from the working space, the suction is multi-stage and comprises at least two suction stages, a first suction unit is provided for a first of the suction stages, which generates a vertically oriented flow in the working space during operation, a second suction unit is provided for a second of the suction stages, and the second suction unit comprises a collar (136, 178) that is associated to a circumferential section of the base body during operation, connected to a suction line and that sucks off excess material from the circumferential section during operation.
Footwear, comprising: an outsole comprising multiple interlocking outsole portions (30, 40; 210a-210j; 210, 220, 230, 240), wherein the outsole has a length that extends in a longitudinal dimension, a width that extends in a transverse dimension, and a depth that extends in a vertical dimension, wherein the length is greater than the width and the width is greater than the depth, wherein the multiple interlocking outsole portions include interlocking teeth, wherein the interlocking teeth are arranged to enable expansion of the outsole in the longitudinal and transverse dimensions, but not the vertical dimension; wherein the teeth interlocking a first outsole portion of the multiple outsole portions and a second outsole portion of the multiple outsole portions are such that they enable relative longitudinal and transverse movement of those outsole portions; and means for urging the first outsole portion away from the second outsole portion, thereby expanding the outsole. an outsole comprising multiple interlocking outsole portions (30, 40; 210a-210j; 210, 220, 230, 240), wherein the outsole has a length that extends in a longitudinal dimension, a width that extends in a transverse dimension, and a depth that extends in a vertical dimension, wherein the length is greater than the width and the width is greater than the depth, wherein the multiple interlocking outsole portions include interlocking teeth, wherein the interlocking teeth are arranged to enable expansion of the outsole in the longitudinal and transverse dimensions, but not the vertical dimension; wherein the teeth interlocking a first outsole portion of the multiple outsole portions and a second outsole portion of the multiple outsole portions are such that they enable relative longitudinal and transverse movement of those outsole portions; and means for urging the first outsole portion away from the second outsole portion, thereby expanding the outsole.
Vertical flow-wrapper comprising: - a frame, - a web feed, which, preferably continuously, feeds a web to a form-shoulder and a form-fill tube, which form the web into a web-tube, - longitudinal sealing-means to seal the longitudinal edges of the web tube together and - cross sealing means to provide a cross-seal to the web tube to produce individual packages, wherein the cross sealing means comprises seal jaws (10, 11), a closing motor and a jaw closing mechanism provided between the closing motor and the seal jaws (10, 11) and wherein the seal jaws (10, 11) and the jaw closing mechanism reciprocate between an upper and a lower vertical position driven by a reciprocation-motor, wherein the closing motor is provided at the frame and a torque transfer means is provided between the closing motor and the closing mechanism, wherein the closing motor and the reciprocation motor are operated independently from each other, characterized in, that the closing motor is connected to the frame by a slide bearing or that the closing motor is pivotably connected to the frame. - a frame, - a web feed, which, preferably continuously, feeds a web to a form-shoulder and a form-fill tube, which form the web into a web-tube, - longitudinal sealing-means to seal the longitudinal edges of the web tube together and - cross sealing means to provide a cross-seal to the web tube to produce individual packages, wherein the cross sealing means comprises seal jaws (10, 11), a closing motor and a jaw closing mechanism provided between the closing motor and the seal jaws (10, 11) and wherein the seal jaws (10, 11) and the jaw closing mechanism reciprocate between an upper and a lower vertical position driven by a reciprocation-motor, wherein the closing motor is provided at the frame and a torque transfer means is provided between the closing motor and the closing mechanism, wherein the closing motor and the reciprocation motor are operated independently from each other, characterized in, that the closing motor is connected to the frame by a slide bearing or that the closing motor is pivotably connected to the frame.
Expansion device for expanding brake shoes (2, 3) of a drum brake for a vehicle along an expansion axis, comprising a housing having a readjustment unit arranged therein for compensating an expansion travel increased due to brake lining wear, wherein the readjustment unit comprises a readjusting screw, which is arranged coaxially with the expansion axis and has a thread which brings about an axial movement of at least one expansion piston (10, 11) in the expansion direction (S, S') by rotation in a first circumferential direction and the rotation of which in an opposite circumferential direction can be blocked by means of a spring-loaded latching unit, characterized in that the expansion device is actuated by an electric-motor drive unit, and the latching unit allows a defined idle rotation of the readjusting screw, which is defined structurally by a first stop acting in a first direction of revolution and a second stop acting in the opposite direction of revolution.
A computer-implemented method comprising: receiving user input associated with migrating content of a first web browser to a second web browser, the content being associated with a web application that is launched within the first web browser, said web application launched from an icon on a taskbar or desktop; and responsive to said receiving, generating, by the web application, one or more crash recovery files that are written to a disk of an underlying computing system using the first web browser's crash recovery system, initiating the second web browser, loading crash recovery information from the crash recovery files, and configuring the state of the second web browser based on said crash recovery information. receiving user input associated with migrating content of a first web browser to a second web browser, the content being associated with a web application that is launched within the first web browser, said web application launched from an icon on a taskbar or desktop; and responsive to said receiving, generating, by the web application, one or more crash recovery files that are written to a disk of an underlying computing system using the first web browser's crash recovery system, initiating the second web browser, loading crash recovery information from the crash recovery files, and configuring the state of the second web browser based on said crash recovery information.
A method for producing a rebaudioside D-containing aqueous composition comprising rebaudioside D at a concentration of 500 ppm by weight or more, the method comprising: a step of stirring for dispersing a steviol glycoside component comprising rebaudioside D and water in a temperature range of 40°C to 100°C under high shear at a peripheral speed of a rotor of 15 m/s or more, wherein the steviol glycoside component comprises more than 50% by weight of rebaudioside D based on a total weight of the steviol glycoside component.
A process for preparing a liquid pharmaceutical composition, comprising adding buffer to methotrexate free acid to adjust the pH to 6.6 to 7 and adding one or more preservatives, flavouring compounds, sweetening agents and/or co-solvents, wherein the buffer strength of the composition is in the range of 0.05 M to 0.1 M.
Method for controlling an autoclave manufacturing process for producing a fibre composite component in an autoclave comprising a) introduction of a component in an autoclave and starting of the autoclave manufacturing process using prescribed control values of autoclave control parameters, b1) acquisition of data relating to a plurality of process and/or component parameters of the manufacturing process and of the component, which is introduced in the autoclave, by way of a sensor system, b2) ascertaining of data relating to at least one non-acquired process and/or component parameter of the component, which is introduced in the autoclave, by way of a numerical autoclave simulation, which obtains, as numerical input variables, data of at least some of the process and/or component parameters, which data are acquired by way of the sensor system, by means of a simulation unit, c) ascertaining of a component state of the component, which is located in the autoclave, depending on a correlation of the data by way of a control unit, which is connected communicatively to the in the sensor system, and d) control of the autoclave manufacturing process depending on the ascertained component state by way of the control unit. a) introduction of a component in an autoclave and starting of the autoclave manufacturing process using prescribed control values of autoclave control parameters, b1) acquisition of data relating to a plurality of process and/or component parameters of the manufacturing process and of the component, which is introduced in the autoclave, by way of a sensor system, b2) ascertaining of data relating to at least one non-acquired process and/or component parameter of the component, which is introduced in the autoclave, by way of a numerical autoclave simulation, which obtains, as numerical input variables, data of at least some of the process and/or component parameters, which data are acquired by way of the sensor system, by means of a simulation unit, c) ascertaining of a component state of the component, which is located in the autoclave, depending on a correlation of the data by way of a control unit, which is connected communicatively to the in the sensor system, and d) control of the autoclave manufacturing process depending on the ascertained component state by way of the control unit.
A method of analyzing hazards for at least one proposed well trajectory extending through a subsurface region, the method comprising: performing a comparison of the at least one proposed well trajectory against a plurality of feasibility planes extending substantially parallel to one another in the subsurface region, wherein each feasibility plane includes: an infeasible region associated with a hazard in the subsurface region that intersects such feasibility plane, and a feasible region distinct from the infeasible region; and determining feasibility of the at least one proposed well trajectory based upon the comparison and the feasible regions of the feasibility planes. performing a comparison of the at least one proposed well trajectory against a plurality of feasibility planes extending substantially parallel to one another in the subsurface region, wherein each feasibility plane includes: an infeasible region associated with a hazard in the subsurface region that intersects such feasibility plane, and a feasible region distinct from the infeasible region; and determining feasibility of the at least one proposed well trajectory based upon the comparison and the feasible regions of the feasibility planes. an infeasible region associated with a hazard in the subsurface region that intersects such feasibility plane, and a feasible region distinct from the infeasible region; and determining feasibility of the at least one proposed well trajectory based upon the comparison and the feasible regions of the feasibility planes.
A MEMS device (20; 120; 220; 420) comprising: a die (24; 124; 224) defining a cavity; an anchorage portion (24'; 124'; 224'; 424') formed by the die; a tiltable structure (22; 122; 222; 422) elastically suspended over the cavity (23; 123; 223) and having a main extension in a horizontal plane defined by a first and a second horizontal axis (X, Y) perpendicular to each other; a first and a second supporting arm (25A, 25B; 425A, 425B) extending between the anchorage portion and opposite sides of the tiltable structure; and a first and a second resonant piezoelectric actuation structure (30A1, 30A2; 430A1, 430A2) configured to be biased and cause rotation of the tiltable structure (22; 122; 222; 422) about a rotation axis parallel to the first horizontal axis, wherein the first supporting arm comprises a first and a second torsion spring (27A, 28A; 127A, 128A; 227A, 228A; 427A, 428A) rigid to movements out of the horizontal plane and compliant to torsion about the rotation axis, the first torsion spring (27A; 127A; 227A; 427A) being coupled to the tiltable structure, the second torsion spring (28A; 128A; 228A; 428A) being coupled to the anchorage portion, the first and the second torsion springs being coupled together at a first constraint region (29A; 129A; 429A); and characterized in that the first and the second resonant piezoelectric actuation structures (30A1, 30A2; 430A1, 430A2) extend between the anchorage portion and the first constraint region, on a first and a second side, respectively, of the first supporting arm. a die (24; 124; 224) defining a cavity; an anchorage portion (24'; 124'; 224'; 424') formed by the die; a tiltable structure (22; 122; 222; 422) elastically suspended over the cavity (23; 123; 223) and having a main extension in a horizontal plane defined by a first and a second horizontal axis (X, Y) perpendicular to each other; a first and a second supporting arm (25A, 25B; 425A, 425B) extending between the anchorage portion and opposite sides of the tiltable structure; and a first and a second resonant piezoelectric actuation structure (30A1, 30A2; 430A1, 430A2) configured to be biased and cause rotation of the tiltable structure (22; 122; 222; 422) about a rotation axis parallel to the first horizontal axis, wherein the first supporting arm comprises a first and a second torsion spring (27A, 28A; 127A, 128A; 227A, 228A; 427A, 428A) rigid to movements out of the horizontal plane and compliant to torsion about the rotation axis, the first torsion spring (27A; 127A; 227A; 427A) being coupled to the tiltable structure, the second torsion spring (28A; 128A; 228A; 428A) being coupled to the anchorage portion, the first and the second torsion springs being coupled together at a first constraint region (29A; 129A; 429A); and characterized in that the first and the second resonant piezoelectric actuation structures (30A1, 30A2; 430A1, 430A2) extend between the anchorage portion and the first constraint region, on a first and a second side, respectively, of the first supporting arm.
A method for charging a battery in an implantable medical device using an external charger, comprising: (a) generating a first magnetic field from a first coil at the external charger to automatically determine that the implantable medical device is possibly proximate the external charger by comparing a parameter of the first coil to a threshold value; (b) upon determining that the external charger is possibly proximate the implantable medical device, automatically generating a second magnetic field from the first coil in the external charger; (c) receiving at the external charger and during the second magnetic field at least one indication from the implantable medical device; and (d) upon receiving the at least one indication, automatically generating a third magnetic field from the first coil in the external charger to wirelessly charge the battery in the implantable medical device. (a) generating a first magnetic field from a first coil at the external charger to automatically determine that the implantable medical device is possibly proximate the external charger by comparing a parameter of the first coil to a threshold value; (b) upon determining that the external charger is possibly proximate the implantable medical device, automatically generating a second magnetic field from the first coil in the external charger; (c) receiving at the external charger and during the second magnetic field at least one indication from the implantable medical device; and (d) upon receiving the at least one indication, automatically generating a third magnetic field from the first coil in the external charger to wirelessly charge the battery in the implantable medical device.
A light emitting device comprising: a light emitting structure including a first conductive semiconductor layer, an active layer on the first conductive semiconductor layer, and a second conductive semiconductor layer on the active layer; and an electrode disposed on at least one of the first and second conductive semiconductor layers, wherein the electrode comprises: an adhesive layer disposed on the light emitting structure; a barrier layer disposed on the adhesive layer; and a bonding layer disposed on the barrier layer, and wherein the barrier layer comprises a plurality of grain boundaries, and each of the grain boundaries comprises interstitial elements and is vertically formed through the barrier layer, and characterized in that the interstitial elements are distributed in the respective grain boundaries and occupy at least 30% with respect to an entire area of the respective grain boundaries. a light emitting structure including a first conductive semiconductor layer, an active layer on the first conductive semiconductor layer, and a second conductive semiconductor layer on the active layer; and an electrode disposed on at least one of the first and second conductive semiconductor layers, wherein the electrode comprises: an adhesive layer disposed on the light emitting structure; a barrier layer disposed on the adhesive layer; and a bonding layer disposed on the barrier layer, and an adhesive layer disposed on the light emitting structure; a barrier layer disposed on the adhesive layer; and a bonding layer disposed on the barrier layer, and wherein the barrier layer comprises a plurality of grain boundaries, and each of the grain boundaries comprises interstitial elements and is vertically formed through the barrier layer, and characterized in that the interstitial elements are distributed in the respective grain boundaries and occupy at least 30% with respect to an entire area of the respective grain boundaries.
A system for densification of recycled pre-preg fibers, the system comprising: a recycler configured to remove resin from pre-preg material via sonication to extract recycled pre-preg fibers from the pre-preg material a cutting device configured to receive the recycled pre-preg fibers having various lengths and a first bulk density, and cut the recycled pre-preg fibers to produce cut fibers having a desired length; and characterized in a mixer configured to mix wetted, cut fibers to generate bound fibers having a second bulk density that is increased relative to the first bulk density of the cut fibers. a recycler configured to remove resin from pre-preg material via sonication to extract recycled pre-preg fibers from the pre-preg material a cutting device configured to receive the recycled pre-preg fibers having various lengths and a first bulk density, and cut the recycled pre-preg fibers to produce cut fibers having a desired length; and characterized in a mixer configured to mix wetted, cut fibers to generate bound fibers having a second bulk density that is increased relative to the first bulk density of the cut fibers. a cutting device configured to receive the recycled pre-preg fibers having various lengths and a first bulk density, and cut the recycled pre-preg fibers to produce cut fibers having a desired length; and characterized in a mixer configured to mix wetted, cut fibers to generate bound fibers having a second bulk density that is increased relative to the first bulk density of the cut fibers.