mhurhangee/ep-ind-claims huggingface dataset:
An insert for hydraulic nozzles, in particular for hydraulic nozzles adapted to form a substantially conical spray or jet of a fluid, said insert comprising a rigid body which extends in a longitudinal extension direction between a first outer end surface and a second outer end surface opposite to said first outer end surface, said first and second outer end surfaces being joined by a radial outer surface, said insert comprising at least one channel or duct for the passage of a fluid which extends between said first and second outer end surfaces, wherein said at least one channel or duct comprises a first portion which extends from said first outer end surface in a direction substantially parallel to said longitudinal extension direction of said rigid body, and wherein said at least one channel or duct comprises a second portion which extends from said first portion to said second outer end surface in an oblique direction (g-g) with respect to said longitudinal extension direction of said rigid body, characterized in that said second portion of said at least one channel or duct extends inside said rigid body and is thus bounded by a radial closed surface.
A wavelength tunable short pulse fiber laser system comprising: a pulse generator for providing a pulse having an input wavelength; a mode converter; a first designed higher order mode fiber for shifting the pulse from the input wavelength to a transfer wavelength; and a second designed higher order mode fiber for shifting the pulse from the transfer wavelength to an output wavelength; wherein the first designed fiber uses a higher order mode having D ·A eff greater than 3 fs at the input wavelength, wherein D is the dispersion coefficient of the fiber and A eff is the effective area of the fiber; wherein an effective index of a higher order mode of the first designed fiber does not overlap the effective index of any other guided mode of the first designed fiber at a wavelength range between the input wavelength and the transfer wavelength; wherein an effective index of a higher order mode of the second designed fiber does not overlap the effective index of any other guided mode of the second designed fiber at a wavelength range between the transfer wavelength and the output wavelength; and wherein a ratio of the D ·A eff of the first designed fiber and a D ·A eff of the second designed fiber is less than a factor of 100. a pulse generator for providing a pulse having an input wavelength; a mode converter; a first designed higher order mode fiber for shifting the pulse from the input wavelength to a transfer wavelength; and a second designed higher order mode fiber for shifting the pulse from the transfer wavelength to an output wavelength; wherein the first designed fiber uses a higher order mode having D ·A eff greater than 3 fs at the input wavelength, wherein D is the dispersion coefficient of the fiber and A eff is the effective area of the fiber; wherein an effective index of a higher order mode of the first designed fiber does not overlap the effective index of any other guided mode of the first designed fiber at a wavelength range between the input wavelength and the transfer wavelength; wherein an effective index of a higher order mode of the second designed fiber does not overlap the effective index of any other guided mode of the second designed fiber at a wavelength range between the transfer wavelength and the output wavelength; and wherein a ratio of the D ·A eff of the first designed fiber and a D ·A eff of the second designed fiber is less than a factor of 100.
A short-circuit detection device in a switching arm, the switching arm being positioned between a first terminal and a second voltage supply terminal, the potential of the first terminal being suitable for being greater than the potential of the second terminal, the switching arm comprising two higher and lower switching half-arms in series, the higher switching half-arm being electrically connected to the first terminal and the lower switching half-arm being electrically connected to the second terminal, the switching half-arms (12, 14) each including at least one semiconductor switch, each switch comprising a control electrode and two conduction electrodes, the short-circuit detection device comprising: - for each switching half-arm, a pair of measuring terminals (44, 45), comprising a third terminal and a fourth terminal, configured to be connected to the terminals of a stray inductance (28, 30) in series with one of the conduction electrodes of the at least one switch of said switching half-arm (12, 14), the fourth terminal being suitable for being positioned between the third terminal and the first terminal, and - an information processing unit connected as input to the pairs of measuring terminals (44, 45) and having a logic output able to supply a signal indicating the detection of a short-circuit in the switching arm, characterized in that the processing unit includes: - for each pair of measuring terminals (44, 45), a detection module configured to send, as output, an output signal representative of the sign of the difference between the potential of the fourth terminal and the potential of the third terminal, and - a comparison module capable of supplying, via the logic output, the signal indicating the detection of a short-circuit, only when the output signals sent by the two detection modules are each representative of a positive sign. - for each switching half-arm, a pair of measuring terminals (44, 45), comprising a third terminal and a fourth terminal, configured to be connected to the terminals of a stray inductance (28, 30) in series with one of the conduction electrodes of the at least one switch of said switching half-arm (12, 14), the fourth terminal being suitable for being positioned between the third terminal and the first terminal, and - an information processing unit connected as input to the pairs of measuring terminals (44, 45) and having a logic output able to supply a signal indicating the detection of a short-circuit in the switching arm, - for each pair of measuring terminals (44, 45), a detection module configured to send, as output, an output signal representative of the sign of the difference between the potential of the fourth terminal and the potential of the third terminal, and - a comparison module capable of supplying, via the logic output, the signal indicating the detection of a short-circuit, only when the output signals sent by the two detection modules are each representative of a positive sign.
A method for in-substrate tinting of a spectacle lens substrate, the method comprising the following steps: - S1: providing a spectacle lens substrate comprising a polymeric lens material, - S2: providing a composition comprising a polymeric carrier material, - S3: applying a pattern of the composition on a surface of the spectacle lens substrate, and - S4: heating the spectacle lens substrate to allow for diffusion of a dye substance between the carrier material and the lens material wherein the lens material comprises a dye substance and the dye substance is transferred from the lens material into the carrier material by diffusion. - S1: providing a spectacle lens substrate comprising a polymeric lens material, - S2: providing a composition comprising a polymeric carrier material, - S3: applying a pattern of the composition on a surface of the spectacle lens substrate, and - S4: heating the spectacle lens substrate to allow for diffusion of a dye substance between the carrier material and the lens material
A system for identifying soil layers within a field, the system comprising: a non-contact-based sensor configured to capture data, during soil cultivation in the field, indicative of a subsurface soil layer within the field, and a computing system communicatively coupled to the non-contact-based sensor, the system being characterized by the computing system being configured to: determine a thickness of the subsurface soil layer in a vertical direction based on the data captured by the non-contact-based sensor; and identify the subsurface soil layer as one of a compaction layer or a B-horizon based on the determined thickness. a non-contact-based sensor configured to capture data, during soil cultivation in the field, indicative of a subsurface soil layer within the field, and a computing system communicatively coupled to the non-contact-based sensor, the system being characterized by the computing system being configured to: determine a thickness of the subsurface soil layer in a vertical direction based on the data captured by the non-contact-based sensor; and identify the subsurface soil layer as one of a compaction layer or a B-horizon based on the determined thickness. determine a thickness of the subsurface soil layer in a vertical direction based on the data captured by the non-contact-based sensor; and identify the subsurface soil layer as one of a compaction layer or a B-horizon based on the determined thickness.
A method comprising: an alarm system transmitting a first piece of information responsive to an event, the first piece of information including data displayed on a first user interface of the alarm system or an alternative representation of the data displayed on the first user interface of the alarm system; a smart device receiving the first piece of information; identifying and retrieving a second piece of information associated with the first piece of information; and displaying the second piece of information on a second user interface of the smart device, wherein the second piece of information comprises installation instructions related to the data that is displayed on the first user interface of the alarm system, and wherein identifying the second piece of information associated with the first piece of information includes locating the second piece of information stored in a database or on a server and updating the second piece of information stored in the database or on the server. an alarm system transmitting a first piece of information responsive to an event, the first piece of information including data displayed on a first user interface of the alarm system or an alternative representation of the data displayed on the first user interface of the alarm system; a smart device receiving the first piece of information; identifying and retrieving a second piece of information associated with the first piece of information; and displaying the second piece of information on a second user interface of the smart device, wherein the second piece of information comprises installation instructions related to the data that is displayed on the first user interface of the alarm system, and wherein identifying the second piece of information associated with the first piece of information includes locating the second piece of information stored in a database or on a server and updating the second piece of information stored in the database or on the server.
A semiconductor device, comprising: a substrate having a top surface and a bottom surface; a through-silicon via, TSV, extending from the top surface of the substrate to the bottom surface of the substrate, the TSV having a height and a side profile extending along a longitudinal axis; and a keep-out zone in which a FET cannot be placed being provided in the substrate around the TSV; wherein the side profile has an upper segment (401, 501) extending from the top surface of the substrate, and a lower segment (402, 502) extending from the upper segment towards the bottom surface of the substrate; wherein the lower segment has a height that is less than 20% of the height of the TSV; and wherein the upper segment of the TSV tapers forming a first angle relative to the longitudinal axis such that a cross section of the TSV is reduced towards the bottom surface; wherein the lower segment of the TSV tapers forming a second angle relative to the longitudinal axis such that the cross section of the lower segment is reduced towards the bottom surface, wherein the second angle is greater than the first angle. a substrate having a top surface and a bottom surface; a through-silicon via, TSV, extending from the top surface of the substrate to the bottom surface of the substrate, the TSV having a height and a side profile extending along a longitudinal axis; and a keep-out zone in which a FET cannot be placed being provided in the substrate around the TSV; wherein the side profile has an upper segment (401, 501) extending from the top surface of the substrate, and a lower segment (402, 502) extending from the upper segment towards the bottom surface of the substrate; wherein the lower segment has a height that is less than 20% of the height of the TSV; and wherein the upper segment of the TSV tapers forming a first angle relative to the longitudinal axis such that a cross section of the TSV is reduced towards the bottom surface; wherein the lower segment of the TSV tapers forming a second angle relative to the longitudinal axis such that the cross section of the lower segment is reduced towards the bottom surface, wherein the second angle is greater than the first angle.
Method of manufacturing a hollow fiber-reinforced structural member as part of a landing gear of an air vehicle, comprising the steps of - providing a mandrel, - providing a first circumferential braiding layer, formed by braiding fiber, around the mandrel, characterized in - positioning a flat strengthening body comprising at least one fabric layer having warp fibers and woof fibers at a location on the mandrel against only a part of the surface of the first braiding layer, wherein the strengthening body comprises a stack of fabric layers, - providing a second braiding layer around the first braiding layer and the strengthening body, - positioning the entirety including the mandrel and the combination of the first braiding layer, the strengthening body and the second braiding layer in a mould which surrounds the entirety completely, - impregnating the combination with resin, by injecting the flat strengthening body and the first braiding layer and the second braiding layer in the mould at elevated pressure and elevated temperature with a resin, - removing the combination as impregnated with a resin from the mould. - providing a mandrel, - providing a first circumferential braiding layer, formed by braiding fiber, around the mandrel, characterized in - positioning a flat strengthening body comprising at least one fabric layer having warp fibers and woof fibers at a location on the mandrel against only a part of the surface of the first braiding layer, wherein the strengthening body comprises a stack of fabric layers, - positioning a flat strengthening body comprising at least one fabric layer having warp fibers and woof fibers at a location on the mandrel against only a part of the surface of the first braiding layer, wherein the strengthening body comprises a stack of fabric layers, - providing a second braiding layer around the first braiding layer and the strengthening body, - positioning the entirety including the mandrel and the combination of the first braiding layer, the strengthening body and the second braiding layer in a mould which surrounds the entirety completely, - impregnating the combination with resin, by injecting the flat strengthening body and the first braiding layer and the second braiding layer in the mould at elevated pressure and elevated temperature with a resin, - removing the combination as impregnated with a resin from the mould.
A lift jet floatation system for shaping a glass structure comprising: (a) a roll conveyor comprising a plurality of rollers for conveying the glass structure along a plane, the plurality of rollers having a centerline parallel to the plane; (b) a lift jet array comprising a plurality of nozzles, one or more of the plurality of nozzles comprising a tip having a plurality of orifices; and (c) a shaping mold; wherein the roll conveyer is positioned between the lift jet array and the shaping mold; characterized in that the lift jet array is positioned such that each nozzle tip is located above the centerline of the plurality of rollers. (a) a roll conveyor comprising a plurality of rollers for conveying the glass structure along a plane, the plurality of rollers having a centerline parallel to the plane; (b) a lift jet array comprising a plurality of nozzles, one or more of the plurality of nozzles comprising a tip having a plurality of orifices; and (c) a shaping mold;
A dental implant system, comprising: a dental implant having an internal bore, the internal bore including a first anti-rotation cavity, and an enlarged groove, the enlarged groove being separated from the first anti-rotation cavity by a second anti-rotation cavity and a feedback feature, the enlarged groove having a maximum diameter that is larger than a diameter of the second anti-rotation cavity and the feedback feature; an abutment having a stem and a through-bore, the stem fitting within the internal bore of the dental implant, the stem including a resilient section that has a diameter that is greater than the diameter of the second anti-rotation cavity and the feedback feature of the dental implant, the resilient section of the abutment, upon insertion into the internal bore of the dental implant, initially contracts when moving past the second anti-rotation cavity and the feedback feature and then expands outwardly into the enlarged groove in response to the abutment being properly mated to the dental implant, the resilient section and the enlarged groove combine to provide a feedback concerning the abutment, the stem further including a non-round cross-section portion for anti-rotational engagement with the first anti-rotation cavity of the dental implant; and a screw passing through the through-bore of the abutment, the internal bore of the dental implant includes a threaded section and the screw threadably engages the threaded section of the internal bore of the dental implant, the screw axially retaining the abutment on the dental implant. a dental implant having an internal bore, the internal bore including a first anti-rotation cavity, and an enlarged groove, the enlarged groove being separated from the first anti-rotation cavity by a second anti-rotation cavity and a feedback feature, the enlarged groove having a maximum diameter that is larger than a diameter of the second anti-rotation cavity and the feedback feature; an abutment having a stem and a through-bore, the stem fitting within the internal bore of the dental implant, the stem including a resilient section that has a diameter that is greater than the diameter of the second anti-rotation cavity and the feedback feature of the dental implant, the resilient section of the abutment, upon insertion into the internal bore of the dental implant, initially contracts when moving past the second anti-rotation cavity and the feedback feature and then expands outwardly into the enlarged groove in response to the abutment being properly mated to the dental implant, the resilient section and the enlarged groove combine to provide a feedback concerning the abutment, the stem further including a non-round cross-section portion for anti-rotational engagement with the first anti-rotation cavity of the dental implant; and a screw passing through the through-bore of the abutment, the internal bore of the dental implant includes a threaded section and the screw threadably engages the threaded section of the internal bore of the dental implant, the screw axially retaining the abutment on the dental implant.
Device for physical exercises, - with a spherical housing, - with sensor means for determining sensor data indicative of a user's effect on the device, - with output means for outputting output information to the user and - with a control device, - wherein the control device is configured to control the output means as a function of the sensor data, characterized in that - the sensor means comprise at least one proximity sensor which is configured to provide sensor data indicative of a distance of the user's effect to the device, wherein a distance of the user's effect to the device of up to 10 cm is detected via the at least one proximity sensor, wherein quantitative distance information is provided within this distance, - in that the at least one proximity sensor is designed as a capacitive proximity sensor, - in that the at least one proximity sensor is arranged as a spherical section on the inner surface of the outer wall of the housing, and permits a determination of a directional dependency of the user's effect, and - the capacitive proximity sensor has several capacitor regions (28a, 28b), each with at least two capacitor electrodes (14a, 14c; 14b, 14d). - with a spherical housing, - with sensor means for determining sensor data indicative of a user's effect on the device, - with output means for outputting output information to the user and - with a control device, - wherein the control device is configured to control the output means as a function of the sensor data, - the sensor means comprise at least one proximity sensor which is configured to provide sensor data indicative of a distance of the user's effect to the device, wherein a distance of the user's effect to the device of up to 10 cm is detected via the at least one proximity sensor, wherein quantitative distance information is provided within this distance, - in that the at least one proximity sensor is designed as a capacitive proximity sensor, - in that the at least one proximity sensor is arranged as a spherical section on the inner surface of the outer wall of the housing, and permits a determination of a directional dependency of the user's effect, and - the capacitive proximity sensor has several capacitor regions (28a, 28b), each with at least two capacitor electrodes (14a, 14c; 14b, 14d).
Ophthalmological operation set comprising at least one contact lens and at least one cross-linking agent for the cornea, wherein a deformation side, facing the cornea, of the contact lens is in the form of a negative of an least substantially emmetropic cornea form and wherein the contact lens has means for providing reduced pressure between the contact lens and the eye which wears the contact lens so that the cornea can be drawn in at the deformation side and can consequently be brought into the at least substantially emmetropic cornea form, characterised in that the cross-linking agent is present as part of a pharmaceutical composition which is suitable for administration in or on the eye, comprising: (i) an aqueous carrier; and (ii) the non-toxic, water-soluble cross-linking agent comprising two or more carboxyl groups and/or one or more anhydride groups and/or one or more ester groups or a pharmaceutically acceptable salt thereof in a state dissolved in the aqueous carrier; wherein the composition has a pH in the range from 6 to 9, wherein the non-toxic, water-soluble cross-linking agent is not glutaric acid anhydride. the cross-linking agent is present as part of a pharmaceutical composition which is suitable for administration in or on the eye, comprising: (i) an aqueous carrier; and (ii) the non-toxic, water-soluble cross-linking agent comprising two or more carboxyl groups and/or one or more anhydride groups and/or one or more ester groups or a pharmaceutically acceptable salt thereof in a state dissolved in the aqueous carrier; (i) an aqueous carrier; and (ii) the non-toxic, water-soluble cross-linking agent comprising two or more carboxyl groups and/or one or more anhydride groups and/or one or more ester groups or a pharmaceutically acceptable salt thereof in a state dissolved in the aqueous carrier; wherein the composition has a pH in the range from 6 to 9, wherein the non-toxic, water-soluble cross-linking agent is not glutaric acid anhydride.