mhurhangee/patent-ind-claim-en huggingface dataset:
A boom mountable robotic arm for temporarily supporting elongate conductors comprising: a rigid member adapted for mounting onto an upper end of a boom , at least one electrically insulated support post mounted to said rigid member in a vertically upright position relative to said rigid member , each post of said at least one electrically insulated support post adapted for temporarily supporting a corresponding electrical conductor of said elongate electrical conductors , at least two rotation means for rotation of said rigid member and said at least one electrically insulated support post about at least two corresponding axes of rotation, wherein a first corresponding rotation means has at least one axis of rotation extending along a longitudinal axis of said rigid member and includes at least one device mounted between said at least one electrically insulated support and said rigid member , said at least one device enabling independent rotation of said at least one electrically insulated support relative to and substantially laterally of said rigid member and away from said vertically upright position to facilitate transportation of the robotic arm and facilitate insertion of the robotic arm through small openings, and wherein a second axis of rotation of a second corresponding rotation means of said at least two rotation means extends laterally of and between said rigid member and said upper end of said boom for rotation of said rigid member relative to said boom in a substantially vertical plane so as to level said rigid member . a rigid member adapted for mounting onto an upper end of a boom , at least one electrically insulated support post mounted to said rigid member in a vertically upright position relative to said rigid member , each post of said at least one electrically insulated support post adapted for temporarily supporting a corresponding electrical conductor of said elongate electrical conductors , at least two rotation means for rotation of said rigid member and said at least one electrically insulated support post about at least two corresponding axes of rotation, wherein a first corresponding rotation means has at least one axis of rotation extending along a longitudinal axis of said rigid member and includes at least one device mounted between said at least one electrically insulated support and said rigid member , said at least one device enabling independent rotation of said at least one electrically insulated support relative to and substantially laterally of said rigid member and away from said vertically upright position to facilitate transportation of the robotic arm and facilitate insertion of the robotic arm through small openings, and wherein a second axis of rotation of a second corresponding rotation means of said at least two rotation means extends laterally of and between said rigid member and said upper end of said boom for rotation of said rigid member relative to said boom in a substantially vertical plane so as to level said rigid member .
A high-density micro-chamber array , comprising: a translucent flat substrate ; a hydrophobic layer provided on the substrate and composed of a hydrophobic substance wherein an a principal surface of the hydrophobic layer , openings of a plurality of micro-chambers , each having a capacity of 4,000 x 10 -18 m 3 or smaller, are provided in such a way as to be arrayed regularly at a high density; and a lipid bilayer membrane formed, in such a way as to seal a test liquid, in each of the openings of the plurality of micro-chambers in the state of being filled with the test liquid, wherein an electrode is provided in each of the micro-chambers ; and when a side of the substrate having the hydrophobic layer provided on the side is directed upward, the micro-chamber array is configured such that with the electrode being provided as a transparent electrode an a bottom surface of each of the micro-chambers , light entering the substrate from below the substrate is transmitted through the substrate and penetrates into interiors of the micro-chambers , and light entering the substrate from the interiors of the micro-chambers is transmitted through the substrate and escapes toward below the substrate . a translucent flat substrate ; a hydrophobic layer provided on the substrate and composed of a hydrophobic substance wherein an a principal surface of the hydrophobic layer , openings of a plurality of micro-chambers , each having a capacity of 4,000 x 10 -18 m 3 or smaller, are provided in such a way as to be arrayed regularly at a high density; and a lipid bilayer membrane formed, in such a way as to seal a test liquid, in each of the openings of the plurality of micro-chambers in the state of being filled with the test liquid, wherein an electrode is provided in each of the micro-chambers ; and when a side of the substrate having the hydrophobic layer provided on the side is directed upward, the micro-chamber array is configured such that with the electrode being provided as a transparent electrode an a bottom surface of each of the micro-chambers , light entering the substrate from below the substrate is transmitted through the substrate and penetrates into interiors of the micro-chambers , and light entering the substrate from the interiors of the micro-chambers is transmitted through the substrate and escapes toward below the substrate .
Method for an electrical low-energy operation of motor vehicle functions during the operation of a motor vehicle , wherein the motor vehicle comprises an information display that is configured so as to depict rendered specific information , and wherein the method comprises: deactivating the information display of the motor vehicle , - downgrading a functionality of at least one vehicle component that uses the information display to visually depict specific information of the vehicle component , and - deactivating a graphics processing unit of the motor vehicle as an energy-saving measure, wherein the graphics processing unit is capable of rendering and is configured so as to prepare the specific information of the vehicle component such that this information is able to be depicted visually on the information display , wherein the functionality of the vehicle component is downgraded such that the vehicle component continues to functionally determine its associated specific information and retains it in preparation for a graphic processing operation, and wherein the specific information is retained, in preparation for a graphic processing operation, such that the specific information is able to be rendered immediately for the visual depiction on the information display when needed, and wherein downgrading the functionality of the vehicle component comprises limiting an electric power consumption of the vehicle component as a further energy-saving measure. deactivating the information display of the motor vehicle , - downgrading a functionality of at least one vehicle component that uses the information display to visually depict specific information of the vehicle component , and - deactivating a graphics processing unit of the motor vehicle as an energy-saving measure, wherein the graphics processing unit is capable of rendering and is configured so as to prepare the specific information of the vehicle component such that this information is able to be depicted visually on the information display , wherein - downgrading a functionality of at least one vehicle component that uses the information display to visually depict specific information of the vehicle component , and - deactivating a graphics processing unit of the motor vehicle as an energy-saving measure, wherein the graphics processing unit is capable of rendering and is configured so as to prepare the specific information of the vehicle component such that this information is able to be depicted visually on the information display , wherein the functionality of the vehicle component is downgraded such that the vehicle component continues to functionally determine its associated specific information and retains it in preparation for a graphic processing operation, and wherein the specific information is retained, in preparation for a graphic processing operation, such that the specific information is able to be rendered immediately for the visual depiction on the information display when needed, and wherein downgrading the functionality of the vehicle component comprises limiting an electric power consumption of the vehicle component as a further energy-saving measure.
Mounting system mountable on a bicycle luggage carrier , comprising a clamping system for clamping on the bicycle luggage carrier and a carrier coupling part mountable on the clamping system and configured to cooperate with a corresponding luggage coupling part of a bicycle accessory , wherein the clamping system comprises at least two clamping sets , each clamping set including two clamps , wherein each clamp comprises: a clamping hook (6", 7") having a shoulder and an arm (6a", 7a") forming a receiving space to receive a longitudinal rod of the bicycle luggage carrier ; a clamping block ; and a clamping bolt which is rotatably arranged in the clamping hook (6", 7") and which slidably connects the clamping block with the clamping hook (6", 7"); wherein the clamping block is provided with a bore through which the clamping bolt extends and the bore is of such a size that the clamping block can only translate in a longitudinal direction of the clamping bolt and is prevented from movement in any other direction. a clamping hook (6", 7") having a shoulder and an arm (6a", 7a") forming a receiving space to receive a longitudinal rod of the bicycle luggage carrier ; a clamping block ; and a clamping bolt which is rotatably arranged in the clamping hook (6", 7") and which slidably connects the clamping block with the clamping hook (6", 7"); wherein the clamping block is provided with a bore through which the clamping bolt extends and the bore is of such a size that the clamping block can only translate in a longitudinal direction of the clamping bolt and is prevented from movement in any other direction.
A steel component for structures (A) for the replacement of a predetermined area of a reinforced concrete component provided for load bearing, in particular, reinforced concrete beams, comprising a recess beam comprising two connection surfaces spaced away from each other in the longitudinal direction, each with an upper side , an underside , a front side and rear side , each side being different from the connection surfaces , a steel band comprising an upper and a lower broadside , wherein the lower broadside forms the underside of the recess beam , one or a plurality of beam openings provided for the passage of installation elements, leading from the front side to the rear side , the distance of which to the respective adjacent connection surface is less than its respective height (h), wherein at least one of the beam openings is delimited by the upper broadside of the steel band , and at, at least one of the connecting surfaces , a shear-reinforcement element provided for enveloping in concrete for shear force transmission, the broadsides of which are aligned parallel to the longitudinal direction of the recess beam and the shortest connecting section between the upper side and the underside . a recess beam comprising two connection surfaces spaced away from each other in the longitudinal direction, each with an upper side , an underside , a front side and rear side , each side being different from the connection surfaces , a steel band comprising an upper and a lower broadside , wherein the lower broadside forms the underside of the recess beam , one or a plurality of beam openings provided for the passage of installation elements, leading from the front side to the rear side , the distance of which to the respective adjacent connection surface is less than its respective height (h), wherein at least one of the beam openings is delimited by the upper broadside of the steel band , and at, at least one of the connecting surfaces , a shear-reinforcement element provided for enveloping in concrete for shear force transmission, the broadsides of which are aligned parallel to the longitudinal direction of the recess beam and the shortest connecting section between the upper side and the underside .
A method for drying cell-free adipose tissue extract in a hydrogel comprising nanofibrillar cellulose, the method comprising - providing a hydrogel comprising nanofibrillar cellulose, - providing cell-free adipose tissue extract comprising a mixture of bioactive substances, - providing polyethylene glycol, - providing trehalose, - mixing the hydrogel, the cell-free adipose tissue extract, the polyethylene glycol and the trehalose to obtain a mixture, and - freeze drying the mixture to obtain a dried cell-free adipose tissue extract in a dried hydrogel comprising nanofibrillar cellulose. - providing a hydrogel comprising nanofibrillar cellulose, - providing cell-free adipose tissue extract comprising a mixture of bioactive substances, - providing polyethylene glycol, - providing trehalose, - mixing the hydrogel, the cell-free adipose tissue extract, the polyethylene glycol and the trehalose to obtain a mixture, and - freeze drying the mixture to obtain a dried cell-free adipose tissue extract in a dried hydrogel comprising nanofibrillar cellulose.
An attachment device configured for attaching onto a robotic arm, a sprayer for products for coating workpieces, the attachment device including: - a cover configured to be attached to one amongst the sprayer and the robotic arm, having a substantially cylindrical shape extending along a longitudinal axis (X), - a nut mounted, with a possibility to side and rotate, on the cover , having a first helical portion , and a cover stop configured to axially stop the nut relative to the cover , - a flange configured for being attached to another amongst the sprayer and the robotic arm, including a second helical portion arranged for mating with the first helical portion of the nut , characterized in that the device further includes a deformable ring mounted on the nut , the ring comprising a deformable portion and an annular portion , the annular portion having at least one stop member configured for interacting with a ring stop formed on the nut , so as to provide an axial stop of the ring with respect to the nut , and in that the flange includes a interfacing portion arranged for interacting with the deformable ring in such a way that, when tightening the nut for locking the flange onto the cover , the deformable portion is deformed so as to interact with the interfacing portion of the flange so as to provide a connection between the flange and the ring . - a cover configured to be attached to one amongst the sprayer and the robotic arm, having a substantially cylindrical shape extending along a longitudinal axis (X), - a nut mounted, with a possibility to side and rotate, on the cover , having a first helical portion , and a cover stop configured to axially stop the nut relative to the cover , - a flange configured for being attached to another amongst the sprayer and the robotic arm, including a second helical portion arranged for mating with the first helical portion of the nut , characterized in that the device further includes a deformable ring mounted on the nut , the ring comprising a deformable portion and an annular portion , the annular portion having at least one stop member configured for interacting with a ring stop formed on the nut , so as to provide an axial stop of the ring with respect to the nut , and in that the flange includes a interfacing portion arranged for interacting with the deformable ring in such a way that, when tightening the nut for locking the flange onto the cover , the deformable portion is deformed so as to interact with the interfacing portion of the flange so as to provide a connection between the flange and the ring .
An arrangement for monitoring a Yankee cylinder in a tissue machine for manufacturing a tissue web , the Yankee cylinder comprising a heated outer surface for directing a treatment effect to the moving web to be manufactured, the arrangement comprising a measuring device being permanently arrangeable in the tissue machine and providing a main measuring device for a process control of the tissue machine , the measuring device being configured to measure at least one property of the moving web and arrangeable in the tissue machine immediately next to the Yankee cylinder in the direction of the travel of the web to be manufactured and a first speed measuring unit for measuring a variable describing a speed of the moving web at the measuring device characterized by a second speed measuring unit for measuring a variable describing a speed of the moving web at the Yankee cylinder , and at least one data processing unit configured to process measurement data describing the at least one measured property of the moving web for forming at least one graphical representation describing a treatment effect performance provided by the heated outer surface of the Yankee cylinder to the web to be manufactured, wherein the graphical representation relates at least one measured value of the at least one property of the moving web to at least one portion of the heated outer surface of the Yankee cylinder on the basis of the measured variables describing the speed of the moving web at the measuring device and at the Yankee cylinder .
An off-road vehicle comprising a headlight system for an off-road vehicle , comprising a first headlight assembly configured to be disposed proximate to a first lateral side of the off-road vehicle and a second headlight assembly configured to be disposed proximate to a second lateral side of the off-road vehicle , each of the first and second headlight assemblies comprising: - a frame ; - a first headlight coupled to the frame , wherein the first headlight comprises a first light source , and the first headlight is oriented along a first axis in a plane substantially parallel to the ground; wherein the first and second headlight assemblies are configured to illuminated together more than 180 degree arc about a forward end of the off-road vehicle ; characterized in that each of the first and second headlight assemblies further comprises: - a second headlight coupled to the frame on a first side of the first headlight , wherein the second headlight comprises a second light source , the second headlight is configured to direct light along a second axis oriented at a first angle relative to the plane , and the first angle is greater than approximately 10 degrees; - a third headlight coupled to the frame on a second side of the first headlight , opposite the first side, wherein the third headlight comprises a third light source , the third headlight is configured to direct light along a third axis oriented at a second angle relative to the plane , and the second angle is greater than approximately 10 degrees; and wherein the first angle and the second angle are defined to facilitate illumination of the ground about the forward end of the off-road vehicle while the first and second headlight assemblies are mounted to the off-road vehicle . - a frame ; - a first headlight coupled to the frame , wherein the first headlight comprises a first light source , and the first headlight is oriented along a first axis in a plane substantially parallel to the ground; - a second headlight coupled to the frame on a first side of the first headlight , wherein the second headlight comprises a second light source , the second headlight is configured to direct light along a second axis oriented at a first angle relative to the plane , and the first angle is greater than approximately 10 degrees; - a third headlight coupled to the frame on a second side of the first headlight , opposite the first side, wherein the third headlight comprises a third light source , the third headlight is configured to direct light along a third axis oriented at a second angle relative to the plane , and the second angle is greater than approximately 10 degrees; and
A control apparatus comprising: determination means configured, in a case where a definition condition defining a plurality of conditions including an image quality condition for defining image quality of a captured image captured by an imaging apparatus is specified, to determine whether predetermined processing according to a different image is being performed, the different image being different from the image corresponding to the definition condition and being generated by the imaging apparatus , wherein the determination means is configured to determine whether generation of an image satisfying all of the plurality of conditions defined by the definition condition influences the different image; and control means configured, in a case where the definition condition is specified and the determination means determines that the predetermined processing according to the different image is being performed and the generation of the image satisfying all of the plurality of conditions defined by the definition condition influences the different image, to control the imaging apparatus to generate an image not satisfying at least part of the conditions defined by the definition condition and satisfying the other conditions according to a result of determination by the determination means. determination means configured, in a case where a definition condition defining a plurality of conditions including an image quality condition for defining image quality of a captured image captured by an imaging apparatus is specified, to determine whether predetermined processing according to a different image is being performed, the different image being different from the image corresponding to the definition condition and being generated by the imaging apparatus , wherein the determination means is configured to determine whether generation of an image satisfying all of the plurality of conditions defined by the definition condition influences the different image; and control means configured, in a case where the definition condition is specified and the determination means determines that the predetermined processing according to the different image is being performed and the generation of the image satisfying all of the plurality of conditions defined by the definition condition influences the different image, to control the imaging apparatus to generate an image not satisfying at least part of the conditions defined by the definition condition and satisfying the other conditions according to a result of determination by the determination means.