mhurhangee/patent-ind-claim-en huggingface dataset:
Method for the gravity bending of glass sheets, wherein one or more glass sheets are disposed on a frame, the profile of which at the end of the process corresponds to the profile that the sheet(s) are intended to have at their periphery, the frame being of the type with movable lateral parts , which pass from a position known as the "open" position at the start of the process to a position known as the "closed" position at the end of this same process, the frame bearing the glass sheet (s) is introduced into a furnace in which the temperature is raised progressively up to the softening temperature of the glass, which deforms under its own weight so as to peripherally match the shape of the frame, and wherein, when the final shape has been achieved, the temperature is reduced rapidly in order to solidify the glass, said method being characterized in that the movement of the lateral parts of the frame is, at least in part, controlled independently of the state of softening of the glass, and wherein the movement of the lateral parts of the frame is slowed down compared with the movement that would follow the softening of the glass alone.
A retro-inverso peptide of the Forkhead box protein 04, wherein the amino acid sequence of said Forkhead box protein 04 is indicated SEQ ID N0:3 or SEQ ID N0:4, or a homologue or a fragment thereof, wherein said homologue has an amino acid sequence identity of at least 70% to the retro-inverso amino acid sequence of the Forkhead box protein 04, wherein said homologue exhibits apoptosis-inducing activity in senescent cells or cells having an increased FOXO4 expression as compared to a control cell and expressing pSer15-p53, and wherein said fragment has apoptosis-inducing activity in senescent cells or cells having an increased FOXO4 expression as compared to a control cell and expressing pSer15-p53.
An energy storage device comprising: a) two or more electrodes, wherein at least one electrode comprises a carbonaceous material and a faradaic material comprising magnetite nanoparticles, wherein at least one of the two or more electrodes comprises a magnetite content of from 20% to 80%; and b) a redox-active electrolyte. a) two or more electrodes, wherein at least one electrode comprises a carbonaceous material and a faradaic material comprising magnetite nanoparticles, wherein at least one of the two or more electrodes comprises a magnetite content of from 20% to 80%; and b) a redox-active electrolyte.
An apparatus for flexographic printing of a web of packaging material with printing ink, the apparatus comprising: an ink chamber ; an anilox roll rotary at least partly inside the ink chamber for picking up and transferring printing ink from the ink chamber to an impression cylinder which is rotary in transfer contact with the anilox roll, wherein the ink chamber is elongated and extends axially along the anilox roll , and the ink chamber has a first axial end and a second axial end opposite the first axial end, characterized in that the apparatus further comprises a first printing ink inlet arranged at the first axial end of the ink chamber and a second printing ink inlet arranged at the second axial end of the ink chamber; and the first printing ink inlet is arranged to direct printing ink at least partly towards the second printing ink inlet , and the second printing ink inlet is arranged to direct printing ink at least partly towards the first printing ink inlet . an ink chamber ; an anilox roll rotary at least partly inside the ink chamber for picking up and transferring printing ink from the ink chamber to an impression cylinder which is rotary in transfer contact with the anilox roll, wherein the ink chamber is elongated and extends axially along the anilox roll , and the ink chamber has a first axial end and a second axial end opposite the first axial end, characterized in that the apparatus further comprises a first printing ink inlet arranged at the first axial end of the ink chamber and a second printing ink inlet arranged at the second axial end of the ink chamber; and the first printing ink inlet is arranged to direct printing ink at least partly towards the second printing ink inlet , and the second printing ink inlet is arranged to direct printing ink at least partly towards the first printing ink inlet .
A method, the method comprising: obtaining information associated to a model of an electric vehicle charging station in response to an established connection with the electric vehicle charging station; sending a message to the electric vehicle charging station to obtain an individual set of one or more configuration keys of the electric vehicle charging station model, wherein the one or more configuration keys are configured to be accessible through a request so that the one or more configuration keys are not public knowledge; generating a first identifier of the electric vehicle charging station based on the information associated with the model and the one or more configuration keys ; comparing the first identifier to a stored first reference identifier, wherein the first reference identifier is based on information associated to the same model as the electric vehicle charging station; determining the authentication is successful if the first identifier and the first reference identifier match; and authenticating the electric vehicle charging station based on the match. obtaining information associated to a model of an electric vehicle charging station in response to an established connection with the electric vehicle charging station; sending a message to the electric vehicle charging station to obtain an individual set of one or more configuration keys of the electric vehicle charging station model, wherein the one or more configuration keys are configured to be accessible through a request so that the one or more configuration keys are not public knowledge; generating a first identifier of the electric vehicle charging station based on the information associated with the model and the one or more configuration keys ; comparing the first identifier to a stored first reference identifier, wherein the first reference identifier is based on information associated to the same model as the electric vehicle charging station; determining the authentication is successful if the first identifier and the first reference identifier match; and authenticating the electric vehicle charging station based on the match.
A pair of tires for a dual wheel of a vehicle , said pair of tires comprising a first tire and a second tire to be arranged side-by-side when mounted on the dual wheel such that a first sidewall (SW1) of the first tire faces a second sidewall (SW2) of the second tire , with an intermediate space formed between the first sidewall (SW1) and the second sidewall (SW2), the first sidewall (SW1) being provided with first ridge means protruding from the first sidewall (SW1) into the intermediate space , the second sidewall (SW2) being provided with a second ridge means protruding from the second sidewall (SW2) into the intermediate space , and the first ridge means and the second ridge means being configured such that, when the pair of tires is mounted on the dual wheel , the first ridge means and the second ridge means overlap along a rotational axis of the dual wheel , at least in a first load condition of the dual wheel , said overlap occurring along at least an angular portion (A) of the circumference of the dual wheel , wherein the first ridge means and the second ridge means are configured such that they, at least under said first load condition, do not touch when the pair of tires is mounted on the dual wheel , and wherein the first ridge means comprises one or more first ridge portions being radially offset from one or more corresponding second ridge portions of said second ridge means , with respect to the rotational axis . the first sidewall (SW1) being provided with first ridge means protruding from the first sidewall (SW1) into the intermediate space , the second sidewall (SW2) being provided with a second ridge means protruding from the second sidewall (SW2) into the intermediate space , and the first ridge means and the second ridge means being configured such that, when the pair of tires is mounted on the dual wheel , the first ridge means and the second ridge means overlap along a rotational axis of the dual wheel , at least in a first load condition of the dual wheel , said overlap occurring along at least an angular portion (A) of the circumference of the dual wheel , wherein the first ridge means and the second ridge means are configured such that they, at least under said first load condition, do not touch when the pair of tires is mounted on the dual wheel , and wherein the first ridge means comprises one or more first ridge portions being radially offset from one or more corresponding second ridge portions of said second ridge means , with respect to the rotational axis .
Use of biomarker follistatin in combination with at least one further biomarker selected from baseline HbA 1c , proinsulin, or C-peptide in an in vitro/ex vivo method of diagnosing and/or predicting of short-term, high-risk development of type 2 diabetes in a human, wherein short term is within less than 10 years, preferably in less than 5 years, more preferably in less than 4 years.
Method for sharpening a worn removable machining insert having a first cutting edge damaged after a first use, said insert having, in the state prior to its use, specific dimensional and geometric parameters within a defined tolerance range and said first undamaged cutting edge of defined sharpness, characterized in that the sharpening is carried out on the rake face by removing material from said rake face on said first damaged edge , the rake face (A1) after machining (U1) being inclined by a nonzero angle with respect to said rake face , in order to make said insert correspond to said specific dimensional and geometric parameters within said defined tolerance range, while having a second cutting edge of said defined sharpness.
A method for determining a tooth color of a filling or another restoration, which is produced especially by using composite materials, wherein at least a tooth is electronically detected, especially scanned, with respect to its color value, characterized in that natural teeth are spectrally measured in a first step, that the color values measured are divided into three to six, especially four categories in a color space using a structure-recognizing algorithm, each category forming a three-dimensional color cloud in the color space, and in that the tooth color of the filling is determined by assessing which category has the smallest color distance from the tooth or which color cloud the tooth belongs to.
An apparatus for processing an audio signal, comprising: (a) an input line that inputs an original audio signal ; (b) a bass extraction filter that extracts a bass portion of said original audio signal ; (c) an estimator that estimates a fundamental frequency of a bass sound; (d) a frequency translator that shifts said bass portion , in its entirety, by a positive frequency increment that is an integer multiple of the fundamental frequency estimated by said estimator , thereby providing a virtual bass signal ; (e) an adder having (i) inputs coupled to said original audio signal and to said virtual bass signal and (ii) an output ; and (f) an audio output device coupled to the output of said adder ; characterized in that said bass portion is at least 1 octave wide and said estimator estimates the fundamental frequency of a bass sound within said bass portion . (a) an input line that inputs an original audio signal ; (b) a bass extraction filter that extracts a bass portion of said original audio signal ; (c) an estimator that estimates a fundamental frequency of a bass sound; (d) a frequency translator that shifts said bass portion , in its entirety, by a positive frequency increment that is an integer multiple of the fundamental frequency estimated by said estimator , thereby providing a virtual bass signal ; (e) an adder having (i) inputs coupled to said original audio signal and to said virtual bass signal and (ii) an output ; and (f) an audio output device coupled to the output of said adder ; characterized in that said bass portion is at least 1 octave wide and said estimator estimates the fundamental frequency of a bass sound within said bass portion .
A filter assembly , comprising; a filter having a rod extending along an axis (I) with a plate disposed at one end thereof, the plate comprising an opening for facilitating the passage of fluid; a wing disposed on the filter ; wherein the difference of the distance between a nearest and a furthest point of the opening and that of the wing from the axis (I) is a first length (x) and a second length (y) respectively; wherein the second length (y) is greater than the first length (x) and wherein the projection of the wing along the axis (I) is configured to surround that of the opening ; characterized in that the wing and the opening comprise a pair of end lines perpendicularly extending away from the axis (I) and that the angles subtended by an arc from the end lines of the wing and that arc from the end lines of the opening are α and β respectively, the vertex being the axis (I), and that the relation between the angles is; α > β + 5 degrees. a filter having a rod extending along an axis (I) with a plate disposed at one end thereof, the plate comprising an opening for facilitating the passage of fluid; a wing disposed on the filter ; wherein the difference of the distance between a nearest and a furthest point of the opening and that of the wing from the axis (I) is a first length (x) and a second length (y) respectively; wherein the second length (y) is greater than the first length (x) and wherein the projection of the wing along the axis (I) is configured to surround that of the opening ; characterized in that the wing and the opening comprise a pair of end lines perpendicularly extending away from the axis (I) and that the angles subtended by an arc from the end lines of the wing and that arc from the end lines of the opening are α and β respectively, the vertex being the axis (I), and that the relation between the angles is; α > β + 5 degrees.
A system for mapping innervated areas in a renal artery based on the position(s) of electrodes on a catheter, comprising: (i) a catheter for mapping renal nerves distributed on a renal blood vessel, comprising: a catheter tip comprising a plurality of electrodes ; said plurality of electrodes being disposed along said catheter tip to form at least one loop; (ii) one or more measuring devices for measuring one or more physiological parameters associated with innervation of said renal artery; (iii) a computing device coupled to said one or more measuring devices and configured for computing any increase or decrease in the physiological parameters against a baseline; characterized in that the catheter is configured to deliver an electrical stimulation between any pair of electrodes among said plurality of electrodes, and in that the system comprises: (iv) a display device configured for displaying the location of a parasympathetic or sympathetic nerve innervating said renal artery, said location being based on the position(s) of electrodes on said catheter; wherein said display device comprises a display screen configured for showing results of electrical stimulation applied between any pair of electrodes among said plurality of electrodes. (i) a catheter for mapping renal nerves distributed on a renal blood vessel, comprising: a catheter tip comprising a plurality of electrodes ; said plurality of electrodes being disposed along said catheter tip to form at least one loop; a catheter tip comprising a plurality of electrodes ; said plurality of electrodes being disposed along said catheter tip to form at least one loop; (ii) one or more measuring devices for measuring one or more physiological parameters associated with innervation of said renal artery; (iii) a computing device coupled to said one or more measuring devices and configured for computing any increase or decrease in the physiological parameters against a baseline; characterized in that the catheter is configured to deliver an electrical stimulation between any pair of electrodes among said plurality of electrodes, and in that the system comprises: (iv) a display device configured for displaying the location of a parasympathetic or sympathetic nerve innervating said renal artery, said location being based on the position(s) of electrodes on said catheter; wherein said display device comprises a display screen configured for showing results of electrical stimulation applied between any pair of electrodes among said plurality of electrodes.
A method comprising: authoring a first section of a first media format, wherein the first section comprises - type and length fields of the first section, wherein the type value of the first section of the first media format is such that it allows parsers of the first media format ignore the first section; - at least one entire section complying with a second media format; and - a bridge section with a section header complying with the second media format, wherein the section header comprises type and length fields; authoring a second section of the first media format, comprising type and length fields of the second section; and data complying with the second media format, wherein said first and second sections are file structure units arranged contiguously in a file; setting a value of the type field of the section header of the bridge section such that parsers of the second media format ignore the bridge section; and setting a value of the length field of the section header of the bridge section so as to enclose the type and length fields of the second section of the first media format in the bridge section. authoring a first section of a first media format, wherein the first section comprises - type and length fields of the first section, wherein the type value of the first section of the first media format is such that it allows parsers of the first media format ignore the first section; - at least one entire section complying with a second media format; and - a bridge section with a section header complying with the second media format, wherein the section header comprises type and length fields; - type and length fields of the first section, wherein the type value of the first section of the first media format is such that it allows parsers of the first media format ignore the first section; - at least one entire section complying with a second media format; and - a bridge section with a section header complying with the second media format, wherein the section header comprises type and length fields; authoring a second section of the first media format, comprising type and length fields of the second section; and data complying with the second media format, wherein said first and second sections are file structure units arranged contiguously in a file; setting a value of the type field of the section header of the bridge section such that parsers of the second media format ignore the bridge section; and setting a value of the length field of the section header of the bridge section so as to enclose the type and length fields of the second section of the first media format in the bridge section.
Lubricant applicator at a metal press in the form of an extrusion press, tube press or punching press, comprising at least one arm, which is pivotable into a press axis of the metal press , with at least one lubricating head , which is rotatably and/or pivotably arranged at a free end of the arm and by which a lubricant can be applied to the tools of the metal press , wherein the arm is constructed as a multi-axis articulated arm , characterised in that the articulated arm has at least four degrees of freedom and that the lubricating head has a mandrel passage for a mandrel which is to be lubricated and which is provided with a lining constructed as a lubricant cushion.
An electronic device comprising: a display , a memory and a processor , wherein the processor is configured to: display, on the display, a folder icon that includes execution icons of a plurality of applications; in response to a first user input selecting the folder icon, display a user interface including the execution icons of the plurality of applications, and when an application is added to a folder corresponding to the folder icon, collectively set a notification pattern of the added application as a notification pattern for the plurality of applications included in the folder wherein the user interface includes at least one object for collectively controlling notifications for the plurality of applications. a display , a memory and a processor , wherein the processor is configured to: display, on the display, a folder icon that includes execution icons of a plurality of applications; in response to a first user input selecting the folder icon, display a user interface including the execution icons of the plurality of applications, and when an application is added to a folder corresponding to the folder icon, collectively set a notification pattern of the added application as a notification pattern for the plurality of applications included in the folder wherein the user interface includes at least one object for collectively controlling notifications for the plurality of applications. display, on the display, a folder icon that includes execution icons of a plurality of applications; in response to a first user input selecting the folder icon, display a user interface including the execution icons of the plurality of applications, and when an application is added to a folder corresponding to the folder icon, collectively set a notification pattern of the added application as a notification pattern for the plurality of applications included in the folder wherein the user interface includes at least one object for collectively controlling notifications for the plurality of applications.