mhurhangee/ep-ind-claims huggingface dataset:
Method for adjusting the sensitivity of ultrasonic sensors for detecting the distance between objects and a vehicle, comprising the following steps of: (a) setting a sensor sensitivity which is selected in such a manner that the ultrasonic sensor emits a sound lobe which has a point of intersection with the ground, (b) carrying out a measurement using the ultrasonic sensor, objects in the environment of the vehicle being at a greater distance from the vehicle than the distance between the ultrasonic sensor and the point of intersection of the sound lobe with the ground, with the result that the distance between the ultrasonic sensor and the point of intersection of the sound lobe with the ground is detected as the shortest distance to an object, (c) setting the sensitivity of the ultrasonic sensor on the basis of the distance detected in step (b) between the ultrasonic sensor and the point of intersection of the sound lobe with the ground, with the result that, after the sensitivity has been set, the sound lobe does not undershoot a predefined distance to the ground at its point closest to the ground, characterized in that before the sensitivity of the ultrasonic sensor is set, the installation height of the ultrasonic sensor is determined from the distance between the ultrasonic sensor and the point of intersection of the sound lobe with the ground, and in that, in order to verify the installation height which has been determined, at least two different sensitivities of the ultrasonic sensor are set, the distance between the ultrasonic sensor and the point of intersection (7, 25) of the respective sound lobe (5, 23) with the ground is determined with each of the sensitivities, the installation height is respectively calculated from the distances (11, 27) and the calculated installation heights are compared with one another. (a) setting a sensor sensitivity which is selected in such a manner that the ultrasonic sensor emits a sound lobe which has a point of intersection with the ground, (b) carrying out a measurement using the ultrasonic sensor, objects in the environment of the vehicle being at a greater distance from the vehicle than the distance between the ultrasonic sensor and the point of intersection of the sound lobe with the ground, with the result that the distance between the ultrasonic sensor and the point of intersection of the sound lobe with the ground is detected as the shortest distance to an object, (c) setting the sensitivity of the ultrasonic sensor on the basis of the distance detected in step (b) between the ultrasonic sensor and the point of intersection of the sound lobe with the ground, with the result that, after the sensitivity has been set, the sound lobe does not undershoot a predefined distance to the ground at its point closest to the ground,
A monitoring and/or controlling device for processing and transmitting measured signals which correspond to implant parameters for monitoring and/or controlling of bone healing in osteosynthesis comprising: A) a biocompatible sterilizable covering; B) an electronic signal processing device arranged in said covering and electrically connectable to at least one sensor allowing to process measured signals received from said at least one sensor; C) a data memory arranged in said covering and electrically connected to said signal processing device allowing to store data received from said signal processing device; and D) a data transmission device arranged in said covering and electrically connected to said data memory for transmitting data received from said data memory to a remote data receiving device which is connectable to an external data processing device, and E) the monitoring and/or controlling device comprising an electronic data processing unit comprising a counter unit allowing to supply the amount of processed signal samples to the data memory, wherein F) the electronic data processing unit comprises an integrator; wherein G) said signal processing device is programmed to calculate statistically relevant data obtained from the said measured signals to reduce the stored data; wherein H) the monitoring and/or controlling device further comprises at least one sensor, wherein I) the monitoring and/or controlling device further comprises a bone plate or an intramedullary nail; and J) the at least one sensor is a strain gauge suitable to measure the strain in the bone plate or intramedullary nail. A) a biocompatible sterilizable covering; B) an electronic signal processing device arranged in said covering and electrically connectable to at least one sensor allowing to process measured signals received from said at least one sensor; C) a data memory arranged in said covering and electrically connected to said signal processing device allowing to store data received from said signal processing device; and D) a data transmission device arranged in said covering and electrically connected to said data memory for transmitting data received from said data memory to a remote data receiving device which is connectable to an external data processing device, and E) the monitoring and/or controlling device comprising an electronic data processing unit comprising a counter unit allowing to supply the amount of processed signal samples to the data memory, wherein F) the electronic data processing unit comprises an integrator; wherein G) said signal processing device is programmed to calculate statistically relevant data obtained from the said measured signals to reduce the stored data; wherein H) the monitoring and/or controlling device further comprises at least one sensor, wherein I) the monitoring and/or controlling device further comprises a bone plate or an intramedullary nail; and J) the at least one sensor is a strain gauge suitable to measure the strain in the bone plate or intramedullary nail.
A method for programming one or more foot pedal settings, comprising: selecting a switch or a directional movement of a treadle located on a foot pedal; displaying one or more programming settings for the selected switch or directional movement of the treadle on a display; toggling through the one or more programming settings, and selecting one of the programming settings available for the selected switch or directional movement of the treadle, characterized in that the toggling is performed by moving the treadle. selecting a switch or a directional movement of a treadle located on a foot pedal; displaying one or more programming settings for the selected switch or directional movement of the treadle on a display; toggling through the one or more programming settings, and selecting one of the programming settings available for the selected switch or directional movement of the treadle,
A method of making a punched sheet lid for packages in the form of cups of polypropylene from a sheet, wherein said sheet has complete transparency and is comprising a completely transparent polyester sheet, which is a PET sheet, wherein the method of making a punched sheet lid is characterized in that, - the said sheet is made by coating the completely transparent PET sheet with a coextruded additional layer by coextruding a polyethylene layer and a polypropylene layer onto the said PET sheet, and wherein the coextrusion of the polyethylene layer and the polypropylene layer onto the said PET sheet takes place such that the polyethylene layer is disposed between the PET sheet and the polypropylene layer, - the said method comprising the step of punching the sheet lid to the final shape of the sheet lid so that the said polypropylene layer can be welded to the said polypropylene cup, said polypropylene layer adhering to the said polypropylene cup. - the said sheet is made by coating the completely transparent PET sheet with a coextruded additional layer by coextruding a polyethylene layer and a polypropylene layer onto the said PET sheet, and wherein the coextrusion of the polyethylene layer and the polypropylene layer onto the said PET sheet takes place such that the polyethylene layer is disposed between the PET sheet and the polypropylene layer, - the said method comprising the step of punching the sheet lid to the final shape of the sheet lid so that the said polypropylene layer can be welded to the said polypropylene cup, said polypropylene layer adhering to the said polypropylene cup.
Ceiling module for the construction of a clean room cell, comprising: - a module support for arrangement on and connection to a support structure; - a technical device comprising at least one filter unit; - a ceiling support which is spaced apart from the module support such that a technical space is formed between the ceiling support and the module support, wherein the module support, the ceiling support and the technical device are connected to form a unit, and wherein the technical device is arranged inside the technical space, wherein the module support is rectangular and has two longitudinal supports and a plurality of transverse supports. - a module support for arrangement on and connection to a support structure; - a technical device comprising at least one filter unit; - a ceiling support which is spaced apart from the module support such that a technical space is formed between the ceiling support and the module support, wherein the module support, the ceiling support and the technical device are connected to form a unit, and wherein the technical device is arranged inside the technical space, wherein the module support is rectangular and has two longitudinal supports and a plurality of transverse supports.
Light-emitting diode comprising illuminating mirror panel (100, 200, 300, 400, 500, 600), which comprises: - a first transparent glass sheet with two main faces (11, 12), called the front face and the back face respectively, and an edge face; - a reflective layer providing the mirror function via the front face, in a first zone called the mirror zone; - light-emitting diodes, providing the illumination function; and - means for scattering the light exiting via the front face, called scattering means, thus forming a second zone, called the illuminating zone, adjacent the mirror zone, characterized in that the diodes are optically coupled to the edge face of the first glass sheet in order for the light emitted by the diodes to be guided in the thickness of the first glass sheet before the light from the diodes is extracted by the scattering means, the reflective layer being a layer that is placed on the same side as the front face and that is absent from the illuminating zone, the reflective layer comprising a thin metal layer, characterized in that this thin metal layer is chosen from a layer of chromium, niobium, niobium nitride or steel, and in that, in the mirror zone, the first glass sheet with the reflective layer has a luminous transmission of 25% or less and a luminous reflection, measured on the same side as the front face, of at least 20%, and in that a mineral, dielectric overlayer, which is an oxide and/or a nitride, is placed on the thin metal layer. - a first transparent glass sheet with two main faces (11, 12), called the front face and the back face respectively, and an edge face; - a reflective layer providing the mirror function via the front face, in a first zone called the mirror zone; - light-emitting diodes, providing the illumination function; and - means for scattering the light exiting via the front face, called scattering means, thus forming a second zone, called the illuminating zone, adjacent the mirror zone,
A fixture (10, 150, 170, 200, 300) for insertion into a bore hole arranged in bone tissue, comprising a leading portion (12, 158, 174, 202, 232, 302, 308) and a trailing portion (16, 162, 178, 206, 236, 306, 312), both of said portions comprising a respective outer surface being threaded for engagement with bone tissue, wherein thread tops (20, 250) and thread bottoms are provided alternatingly in the axial direction of the fixture, wherein the threading of the leading portion is provided with at least one cutting edge (26, 156, 172, 248, 303, 309) for making a female thread in the bone tissue, wherein in the leading portion the largest radial distance from the fixture axis to a thread top of said cutting edge is r t and the largest radial distance from the fixture axis to a thread bottom of said cutting edge is r b, wherein in the trailing portion the smallest radial distance from the fixture axis to a thread top is Rt and the smallest radial distance from the fixture axis to a thread bottom is R b, the fixture comprising an intermediate transition portion (14, 160, 176, 204, 234, 304, 310) having an apical end which borders to the leading portion and a coronal end which borders to the trailing portion, wherein the transition portion has an axial length L between its apical and coronal ends, wherein at least one of the ratios R t − r t r t and R b − r b r b is in the range of 0.01-0.3, and wherein any coronal widening of the trailing portion, with respect to the radial distance from the fixture axis to the thread tops and/or thread bottoms, is per axial unit length smaller than at least one of the ratios R t − r t L and R b − r b L, wherein the threads in the trailing portion (16, 162, 178, 206, 236, 306, 312) have the same thread profile as the threads in the leading portion (12, 158, 174, 202, 232, 302, 308), wherein a thread profile comprises two flanks, a top interconnecting said two flanks, a bottom formed between two adjacent threads, said flanks forming an angle with a plane which is perpendicular to the fixture axis and which angle lies in a plane containing the extension of the fixture axis, said profile further having a height, and wherein any axial section of the fixture having larger radial distances from a fixture axis to thread top/bottom than r t /r b is part of the transition portion (14, 160, 176, 204, 234, 304, 310) or the trailing portion (16, 162, 178, 206, 236, 306, 312).
A method for manufacturing a nitride semiconductor laser diode, the method comprising: forming a nitride semiconductor layer by orderly evaporating on a substrate, an undoped GaN layer, an n-type layer, a multi-quantum well, an electron blocking layer and a p-type layer; evaporating a p-ohmic metal layer on the nitride semiconductor layer; bonding a fixing substrate on the p-ohmic metal layer by a bonding metal; eliminating the substrate and the undoped GaN layer in the nitride semiconductor layer by lapping the substrate and the undoped GaN layer; forming a ridge structure by eliminating predetermined portions of right and left sides of the n-type layer, that is revealed by eliminating the substrate and the undoped GaN layer, by etching the right and the left sides of the n-type layer leaving a center portion of the n-type layer; evaporating an insulating layer on the eliminated sides of the n-type layer; and forming an n-pad metal layer on the ridge structure. forming a nitride semiconductor layer by orderly evaporating on a substrate, an undoped GaN layer, an n-type layer, a multi-quantum well, an electron blocking layer and a p-type layer; evaporating a p-ohmic metal layer on the nitride semiconductor layer; bonding a fixing substrate on the p-ohmic metal layer by a bonding metal; eliminating the substrate and the undoped GaN layer in the nitride semiconductor layer by lapping the substrate and the undoped GaN layer; forming a ridge structure by eliminating predetermined portions of right and left sides of the n-type layer, that is revealed by eliminating the substrate and the undoped GaN layer, by etching the right and the left sides of the n-type layer leaving a center portion of the n-type layer; evaporating an insulating layer on the eliminated sides of the n-type layer; and forming an n-pad metal layer on the ridge structure.
Assembly of a shock absorption module for an automobile vehicle and a lower structural part of the automobile vehicle, the module comprising: - an upper transverse member intended to rest against a bumper of the vehicle, - a lower transverse member and two jambs (16a, 16b) connecting the upper and lower transverse members so as to substantially form a frame, called absorber frame, characterised in that the module comprises a wall forming an air guide extending from the upper transverse member to a radiator of the vehicle, in that the lower transverse member or one of the two jambs (16a, 16b) is configured to rest against the lower structural part, in that each of the upper and lower transverse members and each jamb (16a, 16b) comprises absorption means of shock of insurance type, and in that the module defines a caisson for guiding air towards the radiator, delimited by the inner wall (24a, 24b) of each jamb (16a, 16b), the upper wall of the lower transverse member and said wall forming air guide extending from the upper transverse member, each of these walls extending until the radiator. - an upper transverse member intended to rest against a bumper of the vehicle, - a lower transverse member and two jambs (16a, 16b) connecting the upper and lower transverse members so as to substantially form a frame, called absorber frame,
The use of amino benzoates and/or amino benzamides as curing agents for epoxy resins to reduce the enthalpy of the curing reaction taking the enthalpy of reaction when using the same count of diamino diphenyl sulfone as curing agent as standard, wherein the amino benzoates and/or amino benzamides are selected from: and and/or counterparts thereof in which the amino group is in the ortho or meta position.
A steam cooker accessory for heating and/or steaming food contained in a container, the steam cooker accessory comprising a steam generator which comprises a steam-generating chamber connected to a steam distribution outlet provided in a lower part of the steam generator, the steam cooker accessory comprising a support device which supports the steam generator and which is intended to rest on the container, the support device comprising a bearing wall supporting the steam generator, the bearing wall comprising a lower face having a bearing zone intended to rest on the container, the steam cooker accessory having at least one vent which is formed between the bearing wall and the steam generator and designed to bring a cooking chamber delimited by the bearing wall and the container into communication with the outside of the steam cooker accessory, the bearing wall comprising an upper face opposite the lower face, characterised in that the support device has an inner rib extending from the lower face of the bearing wall, the inner rib being surrounded by the bearing zone, the bearing zone extending to the inner rib, and in that the support device comprises an upper rib extending from the upper face and surrounding the vent.
An imaging apparatus, comprising: an optical unit capable of changing a focusing position and converting an image of a subject into an electric signal; an image processing device configured to convert the electric signal from the optical unit into imaging data and acquire reference image data before a focus-bracket shooting is taken, wherein the image processing device comprises a focusing-position setting part configured to set a plurality of reference focusing positions for the optical unit for the focus-bracket shooting and a focus-bracket shooting part configured to execute the focus-bracket shooting depending on the set plurality of reference focusing positions; a display device configured to display the imaging data; a control device configured to control the image processing device; and a movement-detecting device connected to the image processing device and the control device and configured to detect, for the imaging data corresponding to each image shot in the focus-bracket shooting, movement information representing a variation between the imaging data and the reference image data, the image processing device including a correcting part configured to correct a focusing-area frame representing a focusing position of the imaging data, based on the detected movement information, the control device being configured to control the image processing device to display the corrected focusing-area frame and the imaging data together on the display device when the imaging data are reproduced. an optical unit capable of changing a focusing position and converting an image of a subject into an electric signal; an image processing device configured to convert the electric signal from the optical unit into imaging data and acquire reference image data before a focus-bracket shooting is taken, wherein the image processing device comprises a focusing-position setting part configured to set a plurality of reference focusing positions for the optical unit for the focus-bracket shooting and a focus-bracket shooting part configured to execute the focus-bracket shooting depending on the set plurality of reference focusing positions; a display device configured to display the imaging data; a control device configured to control the image processing device; and a movement-detecting device connected to the image processing device and the control device and configured to detect, for the imaging data corresponding to each image shot in the focus-bracket shooting, movement information representing a variation between the imaging data and the reference image data, the image processing device including a correcting part configured to correct a focusing-area frame representing a focusing position of the imaging data, based on the detected movement information, the control device being configured to control the image processing device to display the corrected focusing-area frame and the imaging data together on the display device when the imaging data are reproduced.
A radiation curable phase change solution comprising: a hydrophobic phase change material; a radiation curable polybutadiene urethane acrylate oligomer soluble in the hydrophobic phase change material and present as 7% wt/wt to 25% wt/wt of the solution; a photoinitiator soluble in the hydrophobic phase change material and present as 0.01% wt/wt to 0.5% wt/wt of the solution; and a mono-functional or di-functional crosslinker soluble in the hydrophobic phase change material and present as 0% wt/wt to 10% wt/wt of the solution; wherein upon exposure to radiation the composition cures to form a thermoset gel. a hydrophobic phase change material; a radiation curable polybutadiene urethane acrylate oligomer soluble in the hydrophobic phase change material and present as 7% wt/wt to 25% wt/wt of the solution; a photoinitiator soluble in the hydrophobic phase change material and present as 0.01% wt/wt to 0.5% wt/wt of the solution; and a mono-functional or di-functional crosslinker soluble in the hydrophobic phase change material and present as 0% wt/wt to 10% wt/wt of the solution; wherein upon exposure to radiation the composition cures to form a thermoset gel.