mhurhangee/ep-ind-claims huggingface dataset:
A computer implemented method for displaying input suggestions stored on a remote computing system for entry into a specific type of input field, the method comprising: sending, through an output device and to a user device, at least one input suggestion for entry into a specific type of input field, the at least one input suggestion being stored on the remote computing system; upon the user device requesting or accessing a web page, determining using at least one processor that an input field in the web page is of the specific type; and characterized by: based on the step of determining that the input field in the web page is of the specific type, generating using at least one processor a combo box for presenting the at least one input suggestion and causing the combo box to be included in a display with the web page in such a way that the combo box visually replaces the input field in the display; wherein user input in the combo box is enabled to be submitted through the web page. sending, through an output device and to a user device, at least one input suggestion for entry into a specific type of input field, the at least one input suggestion being stored on the remote computing system; upon the user device requesting or accessing a web page, determining using at least one processor that an input field in the web page is of the specific type; and characterized by: based on the step of determining that the input field in the web page is of the specific type, generating using at least one processor a combo box for presenting the at least one input suggestion and causing the combo box to be included in a display with the web page in such a way that the combo box visually replaces the input field in the display; wherein user input in the combo box is enabled to be submitted through the web page. based on the step of determining that the input field in the web page is of the specific type, generating using at least one processor a combo box for presenting the at least one input suggestion and causing the combo box to be included in a display with the web page in such a way that the combo box visually replaces the input field in the display; wherein user input in the combo box is enabled to be submitted through the web page.
A method for calibrating a system comprising an external eye-tracking device and a computing device (12a; 12b) and for capturing the gaze of a user on the screen of the computing device in real-time, wherein the calibration of the system comprises: capturing with one or more cameras (17, 18) of the eye-tracking device at least of one image of landmarks (f1, f2, f3...fn) of the face of the user to identify the 3D position of each landmark in the coordinate system of said eye tracking device, ECS; capturing with a camera of the computing device (12a; 12b) the same landmarks (f1, f2, f3...fn) of the face of the user in the image coordinate system, ICS of the computing device camera to identify the 2D position of each landmark in the ICS; computing the 3D pose of the camera of the computing device (12a, 12b), defined as the camera coordinate system, CCS as a function of the 3D position and 2D position of each landmark (f1, f2, f3...fn) respectively in the ECS and in the ICS, and computing the 3D pose of the screen of the computing device, defined as the screen coordinate system, SCS, as a function of the CCS and mechanical parameters describing how the screen is positioned with respect to the camera of the computing device, and wherein capturing the gaze of a user on the screen of the computing device in real-time comprises retrieving a gaze ray (d) of the user with the eye-tracking device, and intersecting the gaze ray (d) of the user with the plane of the screen of the computing device, as a function of the ECS and SCS parameters, to capture the gaze-on-screen in real-time. capturing with one or more cameras (17, 18) of the eye-tracking device at least of one image of landmarks (f1, f2, f3...fn) of the face of the user to identify the 3D position of each landmark in the coordinate system of said eye tracking device, ECS; capturing with a camera of the computing device (12a; 12b) the same landmarks (f1, f2, f3...fn) of the face of the user in the image coordinate system, ICS of the computing device camera to identify the 2D position of each landmark in the ICS; computing the 3D pose of the camera of the computing device (12a, 12b), defined as the camera coordinate system, CCS as a function of the 3D position and 2D position of each landmark (f1, f2, f3...fn) respectively in the ECS and in the ICS, and computing the 3D pose of the screen of the computing device, defined as the screen coordinate system, SCS, as a function of the CCS and mechanical parameters describing how the screen is positioned with respect to the camera of the computing device, and wherein capturing the gaze of a user on the screen of the computing device in real-time comprises retrieving a gaze ray (d) of the user with the eye-tracking device, and intersecting the gaze ray (d) of the user with the plane of the screen of the computing device, as a function of the ECS and SCS parameters, to capture the gaze-on-screen in real-time.
A method for the assignment of operating addresses for light sources or lamps, which are a component of a light- or media system, wherein the method has the following steps: a) a control unit contacts a light source or lamp using a source address assigned to the light source or lamp and causes the latter identify itself by emission of an optical signal; b) with the aid of means for the detection of optical signals and means for the evaluation of the detected optical signals, the position of the light source or lamp identifying itself is detected; c) the control unit assigns an operating address to the light source or lamp on the basis of the detected position; d) the steps a) to c) are repeated, until corresponding operating addresses have been assigned to all light sources or lamps, wherein the means for the detection of optical signals have a camera and the means for the evaluation of the detected optical signal are means for picture processing. a) a control unit contacts a light source or lamp using a source address assigned to the light source or lamp and causes the latter identify itself by emission of an optical signal; b) with the aid of means for the detection of optical signals and means for the evaluation of the detected optical signals, the position of the light source or lamp identifying itself is detected; c) the control unit assigns an operating address to the light source or lamp on the basis of the detected position; d) the steps a) to c) are repeated, until corresponding operating addresses have been assigned to all light sources or lamps,
Fixing element for anchoring in an undercut drilled hole, - having a shank portion and an expansion element, - there being arranged on the shank portion an expander body for expanding the expansion element and a load-application means, - the expansion element being sleeve-like and having a ring-shaped main body at the introduction end of which there is arranged an expansion lobe having an opening, characterised in that the expansion lobe consists of a ring-like wall comprising two ribs and an engagement region which is of substantially arcuate form. - having a shank portion and an expansion element, - there being arranged on the shank portion an expander body for expanding the expansion element and a load-application means, - the expansion element being sleeve-like and having a ring-shaped main body at the introduction end of which there is arranged an expansion lobe having an opening,
A method of displaying a webpage on a display device, the webpage partitioned into a plurality of tiles, the method comprising: rasterising a low quality, LQ, version of each tile of the plurality of tiles into a low quality bitmap: rasterising a high quality, HQ, version of each tile of the plurality of tiles into a high quality bitmap, wherein each pixel of the low quality version of a tile maps to a pixel region in the high quality version of the tile; and for at least one of the plurality of tiles: computing a texture by computing, for each pixel in the LQ version of the tile, a difference between an intensity of the pixel and an average intensity of all pixels in the pixel region of the high quality version of the tile; storing the computed texture into an alpha channel of the tile, wherein each computed difference is stored in an alpha channel of a LQ pixel in the LQ version of the tile; and during the composition stage of a webpage rendering process: using colour values from texels in the LQ version of the tile for display on the display device when the stored texture satisfies a threshold; and using colour values from texels in the HQ version of the tile for display on the display device when the stored texture does not satisfy the threshold. rasterising a low quality, LQ, version of each tile of the plurality of tiles into a low quality bitmap: rasterising a high quality, HQ, version of each tile of the plurality of tiles into a high quality bitmap, computing a texture by computing, for each pixel in the LQ version of the tile, a difference between an intensity of the pixel and an average intensity of all pixels in the pixel region of the high quality version of the tile; storing the computed texture into an alpha channel of the tile, wherein each computed difference is stored in an alpha channel of a LQ pixel in the LQ version of the tile; and during the composition stage of a webpage rendering process: using colour values from texels in the LQ version of the tile for display on the display device when the stored texture satisfies a threshold; and using colour values from texels in the HQ version of the tile for display on the display device when the stored texture does not satisfy the threshold. using colour values from texels in the LQ version of the tile for display on the display device when the stored texture satisfies a threshold; and using colour values from texels in the HQ version of the tile for display on the display device when the stored texture does not satisfy the threshold.
An electric heater comprising: a substrate; and a plane heating element formed on one surface of the substrate, wherein the plane heating element includes a pattern portion having a start point thereof and an end point thereof continuously connected to the start point, wherein the pattern portion includes a plurality of arc-shaped tracks spaced apart from each other, each track having a length increasing as the each track is located further away from a center of the pattern portion, and characterised in that at least two tracks have different centers of curvature (C 1 and C 2). a substrate; and a plane heating element formed on one surface of the substrate, wherein the plane heating element includes a pattern portion having a start point thereof and an end point thereof continuously connected to the start point, wherein the pattern portion includes a plurality of arc-shaped tracks spaced apart from each other, each track having a length increasing as the each track is located further away from a center of the pattern portion, and characterised in that at least two tracks have different centers of curvature (C 1 and C 2).
Knitting head for a knitting machine adapted for manufacturing flexible hoses having a knitted reinforcement layer overlapping a tubular bearing layer, comprising: - a guide body with a central tubular conduit for the passage of the bearing layer, said conduit defining a longitudinal axis and having an outlet end portion with a first external peripheral surface with a predetermined first radius; - a plurality of knitting needles peripherally distributed around said end portion of said conduit and having first longitudinal end lengths circularly placed on said external peripheral surface and second longitudinal end lengths (18") placed on a second cylindrical surface having a second radius greater than said first radius; - at least one discoidal cam element rotatable about said longitudinal axis with a first rotation speed and having a predetermined third radius, said cam disk-element being operatively connected with said second longitudinal lengths (18") of said needles to promote their longitudinal oscillation; characterized in that said third radius is greater than said second radius and in that it comprises fastening means of said discoidal cam element with said second end lengths (18") of said needles, said fastening means having at least one longitudinal portion with a radial dimension decreasing from said third radius to said second radius. - a guide body with a central tubular conduit for the passage of the bearing layer, said conduit defining a longitudinal axis and having an outlet end portion with a first external peripheral surface with a predetermined first radius; - a plurality of knitting needles peripherally distributed around said end portion of said conduit and having first longitudinal end lengths circularly placed on said external peripheral surface and second longitudinal end lengths (18") placed on a second cylindrical surface having a second radius greater than said first radius; - at least one discoidal cam element rotatable about said longitudinal axis with a first rotation speed and having a predetermined third radius, said cam disk-element being operatively connected with said second longitudinal lengths (18") of said needles to promote their longitudinal oscillation;
A motor vehicle comprising a windshield, at least one window post on which a window trim is mounted, the vehicle further comprising a finishing seal arranged to be interposed between the window post and the trim, said finishing seal showing a lip configured to bear on the windshield, the lip and the trim being arranged at least partly spaced apart so as to form an extending conduit depending on the length of said trim, said vehicle further comprising at least one sealing system arranged in said duct, characterized in that the at least one sealing system comprises at least one wall arranged in said duct so as to close it in its cross section.
A peptide-polymer conjugate of the following formula: wherein each of R 1, R 2, R 3, R 4, and R 5, independently, is H, C 1-10 alkyl, C 2-10 alkenyl, C 2-10 alkynyl, aryl, heteraryl, C 3-8 cycloalkyl, or C 3-8 heterocycloalkyl; each of A 1 and A 2, independently, is a polymer moiety; each of G 1 and G 2 is in which the O is bonded to A 1 or A 2, and the N atom is bonded to a carbon atom; and G 3 is a bond; P is rINF-β Ser 17 or a modified interferon-β moiety containing 1-4 additional amino acid residues at the N-terminus, the nitrogen atom of the N-terminus of P being bonded to G 3; m is 0 or an integer of 1-10; and n is an integer of 1-10. each of R 1, R 2, R 3, R 4, and R 5, independently, is H, C 1-10 alkyl, C 2-10 alkenyl, C 2-10 alkynyl, aryl, heteraryl, C 3-8 cycloalkyl, or C 3-8 heterocycloalkyl; each of A 1 and A 2, independently, is a polymer moiety; each of G 1 and G 2 is in which the O is bonded to A 1 or A 2, and the N atom is bonded to a carbon atom; and G 3 is a bond; P is rINF-β Ser 17 or a modified interferon-β moiety containing 1-4 additional amino acid residues at the N-terminus, the nitrogen atom of the N-terminus of P being bonded to G 3; m is 0 or an integer of 1-10; and n is an integer of 1-10.
Fastening device for fastening a measurement sensor, such as a tyre pressure sensor, within a tyre cavity on a vehicle rim, in particular a commercial vehicle rim, comprising 1.1 a band-shaped tensioning strap which carries a holding device for the measurement sensor; characterized in that 1.2 the tensioning strap is made of a material that shrinks when heat is applied, such that the tensioning strap permanently shortens in length when heat is applied. 1.1 a band-shaped tensioning strap which carries a holding device for the measurement sensor; characterized in that 1.2 the tensioning strap is made of a material that shrinks when heat is applied, such that the tensioning strap permanently shortens in length when heat is applied.
A coupling device for a prosthesis including an inner stent and an outer stent arranged concentrically one within the other, and a substantially non-porous membrane covering at least the outer stent, wherein the outer stent is self-expandable, characterised in that the substantially non-porous membrane is associated with both the inner and outer stents, in that the stents (60, 62) are not provided along the entire length of the device, and in that the inner and outer stents (60, 62) are able to expand to different diameters and to be spaced from one another when expanded, such that in use the outer stent expands to abut a vessel wall, while the inner stent extends inwardly thereof to couple to one or more prosthetic modules.
A support member of an anchor assembly, the support member for receiving and securing a threaded shaft thereto, the anchor assembly further including a base member that is connectable with the support member, the support member comprising: an outer housing, the outer housing being defined by a longitudinal axis (A-A), the outer housing including a wall, the outer housing also including a connector opening at a first end thereof for receiving the threaded shaft, the outer housing further including an assembly opening at a second end opposite the first end thereof, the housing wall including an inner surface defining a bore space, a bore assembly disposed in the bore space, the bore assembly including at least one female threaded bore portion the threads of which selectively engage threads of the shaft, the bore assembly further including a bias member for biasing the at least one female thread bore portion toward the longitudinal axis (A-A), a holding member for preventing the bias member from moving the at least one female threaded bore portion toward the longitudinal axis (A-A), wherein, in a first bore assembly configuration, the holding member prevents the at least one female threaded bore portion from moving toward the central longitudinal axis (A-A); and wherein, in the first configuration the threaded shaft is inserted into the connector opening, to contact the holding member to release the at least one female threaded bore portion to move toward the central longitudinal axis (A-A) and into biased contact with the threaded shaft to define a second bore assembly configuration. an outer housing, the outer housing being defined by a longitudinal axis (A-A), the outer housing including a wall, the outer housing also including a connector opening at a first end thereof for receiving the threaded shaft, the outer housing further including an assembly opening at a second end opposite the first end thereof, the housing wall including an inner surface defining a bore space, a bore assembly disposed in the bore space, the bore assembly including at least one female threaded bore portion the threads of which selectively engage threads of the shaft, the bore assembly further including a bias member for biasing the at least one female thread bore portion toward the longitudinal axis (A-A), a holding member for preventing the bias member from moving the at least one female threaded bore portion toward the longitudinal axis (A-A), wherein, in a first bore assembly configuration, the holding member prevents the at least one female threaded bore portion from moving toward the central longitudinal axis (A-A); and wherein, in the first configuration the threaded shaft is inserted into the connector opening, to contact the holding member to release the at least one female threaded bore portion to move toward the central longitudinal axis (A-A) and into biased contact with the threaded shaft to define a second bore assembly configuration.
A method of synthesizing mixed chain length surfactants from a mixture of primary alcohols comprising, determining a molecular weight distribution of surfactants for use in a specific reservoir; determining the ratios of primary alcohols needed to produce Guerbet alcohols with the molecular weight distribution; receiving a mixture of primary alcohols comprising at least two different chain length primary alcohols, wherein the received mixture of primary alcohols is of the determined primary alcohol ratio; reacting the mixture of primary alcohols to produce a mixture of Guerbet alcohols; and producing a surfactant composition from the mixture of Guerbet alcohols.
A fixture (10, 1010) for insertion into a bore hole arranged in bone tissue, comprising a threaded leading portion (32, 132, 232, 332) and a threaded trailing portion (36, 136, 236) located coronally of the leading portion, wherein the threading (138, 1038, 1138, 1238) of the leading portion (32, 132, 232, 332) has at least one first thread spiral, wherein the threading (146, 1046, 1146, 1246) of the trailing portion (36, 136, 236) has at least one more thread spiral (146a, 146b, 646a, 646b, 746a, 746b, 846a, 746b) than the threading in the leading portion, wherein the threading of the trailing portion and the threading of the leading portion have the same lead, wherein the profile of at least one of the thread spirals (146a, 646a, 746a, 746a) in the trailing portion is, at least along a portion of its extension, the same as the profile of the outermost part of said first thread spiral in the leading portion, wherein the at least one thread spiral in the trailing portion having the same profile as the outermost part of said first thread spiral in the leading portion is arranged to follow the spiral path of said first thread spiral, wherein said same profile is such that the thread spiral in the trailing portion that follows the path of said first thread spiral in the leading portion has the same radius of curvature ( a) at the top of the peaks as said first thread spiral and has the same flank angles (γ), respectively, as said first thread spiral.
An integrated catheter placement system for placing a catheter in a vasculature of a patient, comprising: a console including a display; a hand-held ultrasound probe operably connected to the console for ultrasonically imaging a portion of the vasculature for depiction on the display; a magnetic assembly associated with the catheter; and a tip location sensor operably connected to the console for depiction on the display of information relating to detection by the tip location sensor of a magnetic field of the magnetic assembly so as to determine a position of the catheter with respect to the tip location sensor during advancement of the catheter in the vasculature; characterised in the ultrasound probe including user input controls for controlling use of the ultrasound probe in an ultrasound mode and use of the tip location sensor in a tip location mode. a console including a display; a hand-held ultrasound probe operably connected to the console for ultrasonically imaging a portion of the vasculature for depiction on the display; a magnetic assembly associated with the catheter; and a tip location sensor operably connected to the console for depiction on the display of information relating to detection by the tip location sensor of a magnetic field of the magnetic assembly so as to determine a position of the catheter with respect to the tip location sensor during advancement of the catheter in the vasculature; characterised in the ultrasound probe including user input controls for controlling use of the ultrasound probe in an ultrasound mode and use of the tip location sensor in a tip location mode.