mhurhangee/ep-ind-claims huggingface dataset:
Method for guiding a person to a physiological cumulative state in a physical exercise, in which the exercise has a physiological target in the form of a physiological state at the end of the exercise, a duration, and a performance parameter defining performance ability level of the person, in which method at the start of the exercise there is a step - setting with a keypad and an input unit the physiological target and a value of the performance parameter defining performance ability level of the person and during the exercise at regular intervals there are steps: - measuring with a sensor at least one quantity proportional to momentary intensity, and - calculating with a central unit the present physiological state and an estimate of the physiological state at the end of the exercise with the aid of the momentary intensity and the exercise performed, and - defining with the central unit an intensity guidance range for the momentary intensity, in order to reach the physiological target and the performance parameter, and - guiding with an output unit the user by means of feedback to remain within the said intensity guidance range, characterized in that in the beginning part of the exercise there are steps: - expanding with the central unit the intensity guidance range according to a pre-selected function, in order to reduce the variation of the guidance, which pre-selected function reduces the expansion to zero towards the end of the exercise, and - defining with the central unit a lower limit of the expanded intensity guidance range in such a way that, at the defined performance ability level of the person, at each moment the exercise can still be performed for the duration of the exercise, and that the values of the performance parameter and the physiological state will be reached. - setting with a keypad and an input unit the physiological target and a value of the performance parameter defining performance ability level of the person - measuring with a sensor at least one quantity proportional to momentary intensity, and - calculating with a central unit the present physiological state and an estimate of the physiological state at the end of the exercise with the aid of the momentary intensity and the exercise performed, and - defining with the central unit an intensity guidance range for the momentary intensity, in order to reach the physiological target and the performance parameter, and - guiding with an output unit the user by means of feedback to remain within the said intensity guidance range, - expanding with the central unit the intensity guidance range according to a pre-selected function, in order to reduce the variation of the guidance, which pre-selected function reduces the expansion to zero towards the end of the exercise, and - defining with the central unit a lower limit of the expanded intensity guidance range in such a way that, at the defined performance ability level of the person, at each moment the exercise can still be performed for the duration of the exercise, and that the values of the performance parameter and the physiological state will be reached.
An edgebanding assembly for edgebanding panels of wood or the like, each having two main faces, which are parallel and opposite to one another, and a lateral profile extending between the main faces, the edgebanding assembly comprising a feeding device to guide a finishing edge to a connection station, where the finishing edge is connected along at least part of the lateral profile of a panel; a pressing device to stabilize the finishing edge on the panel; and a supplying device to supply a hot gas onto the finishing edge and/or onto the lateral profile; the supplying device comprising a dispensing nozzle comprising, in turn, an outer liner, which is provided with a plurality of supplying holes, and an inner shutter, which is movable in the outer liner so as to open and close the supplying holes and has a supplying channel, which is obtained through the inner shutter so as to supply the hot gas to the supplying holes; wherein the edgebanding assembly is characterized in that the dispensing nozzle is movable between an operating position, in which the dispensing nozzle is arranged between the finishing edge and the panel, and a rest position; the operating position and the rest position of the dispensing nozzle being arranged on opposite sides of a feeding path of the finishing edge.
A system for use in covering a portion of a fastener protruding from a surface, the system comprising: a cap that comprises: an interior; a base that at least partially delimits the interior; and pawls on the interior, wherein each of the pawls includes a first end proximal to the base and a second end distal from the base, and the second end has a greater width than the first end; and wherein the system further comprises: a nut, configured to be coupled to the fastener protruding from a surface, wherein the nut includes a tooth, configured to positively engage the pawls. an interior; a base that at least partially delimits the interior; and pawls on the interior,
A computer-implemented method, comprising: compiling a directed acyclic render graph (300-2, 607) that defines a data flow from one or more inputs to one or more outputs for images, wherein the data flow includes one or more filters (320, 420) to be applied to the images and each node of the graph represents an operation for execution by a graphics library and is associated with a filter, and wherein compiling the graph comprises forming an assemblage of kernel invocations (470-3, 470-4, 470-5) for the data flow, wherein the assemblage includes all of the possible execution paths for the one or more filters, and forming a mapping (450, 520) between kernel invocations in code for the one or more filters and execution paths in the assemblage of kernel invocations; and for multiple frames of a plurality of frames of images, using the compiled graph by executing code in the one or more filters, passing data into the assemblage to indicate which execution path in the assemblage should be chosen from among a plurality of possible execution paths for one of the filters, wherein the data is determined using at least the mapping and the executing code, and executing kernel invocations in the indicated execution path. compiling a directed acyclic render graph (300-2, 607) that defines a data flow from one or more inputs to one or more outputs for images, wherein the data flow includes one or more filters (320, 420) to be applied to the images and each node of the graph represents an operation for execution by a graphics library and is associated with a filter, and wherein compiling the graph comprises forming an assemblage of kernel invocations (470-3, 470-4, 470-5) for the data flow, wherein the assemblage includes all of the possible execution paths for the one or more filters, and forming a mapping (450, 520) between kernel invocations in code for the one or more filters and execution paths in the assemblage of kernel invocations; and for multiple frames of a plurality of frames of images, using the compiled graph by executing code in the one or more filters, passing data into the assemblage to indicate which execution path in the assemblage should be chosen from among a plurality of possible execution paths for one of the filters, wherein the data is determined using at least the mapping and the executing code, and executing kernel invocations in the indicated execution path.
A cover for a work vehicle that defines a housing space for housing a device, comprising: a plurality of panels (50, 60), each of which has a panel body (51, 61) having an obverse surface facing an outside of the housing space and a reverse surface facing an inside of the housing space, the plurality of panels (50, 60) being arranged so that the obverse surfaces of the panel bodies (51, 61) are positioned on the same plane; a connecting member including a pair of abutting plates respectively abutting the reverse surfaces of a pair of the panel bodies (51, 61) adjacent to each other, and a connecting portion connecting the pair of abutting plates; and a fixing member provided at an abutting portion of each of the panel bodies (51, 61) and the connecting member, and detachably fixing each of the panel bodies (51, 61) to the connecting member from the obverse surface side. a plurality of panels (50, 60), each of which has a panel body (51, 61) having an obverse surface facing an outside of the housing space and a reverse surface facing an inside of the housing space, the plurality of panels (50, 60) being arranged so that the obverse surfaces of the panel bodies (51, 61) are positioned on the same plane; a connecting member including a pair of abutting plates respectively abutting the reverse surfaces of a pair of the panel bodies (51, 61) adjacent to each other, and a connecting portion connecting the pair of abutting plates; and a fixing member provided at an abutting portion of each of the panel bodies (51, 61) and the connecting member, and detachably fixing each of the panel bodies (51, 61) to the connecting member from the obverse surface side.
A filamentous fungal cell which comprises a complete or partial inactivation of the atg11 activity of said filamentous fungal cell, wherein the cell comprises an expression vector which comprises a sequence of nucleotides that encodes a heterologous enzyme of interest, and genetic elements suitable for producing the heterologous enzyme in the filamentous fungal cell.
Cosmetic method for reducing the subcutaneous adipose tissue in a localized area of an adult human body, the method consists of the following steps: a) heating a localized area of the human body with heating means that are at a temperature of not more than 45° C, b) subsequently, cooling this area with cooling means that are at a temperature comprised between 2°C and 6°C, characterized by, c) subsequently, heating this area with heating means that are at a temperature of not more than 45° C. a) heating a localized area of the human body with heating means that are at a temperature of not more than 45° C, b) subsequently, cooling this area with cooling means that are at a temperature comprised between 2°C and 6°C, characterized by, c) subsequently, heating this area with heating means that are at a temperature of not more than 45° C.
A glass having a composition which is characterized by the following glass-constituting phases: constituting phase min (mole %) max (mole %) reedmergnerite 10 80 albite 1 40 potassium reedmergnerite 0 60 danburite 0 30 cordierite 0 20 willemite 0 20 silicon dioxide 0 65 diboron trioxide 0 20 pekovite 0 20 maleevite 0 25 wherein the total content of boron in the surface glass is at least 60 % of the content of boron in the bulk glass, wherein the content of boron in the surface glass relative to the bulk glass is reduced in an amount of at least 1 mole % and wherein the surface glass is present in a depth of about 6 nm.
In combination, a turbofan engine (E; E') and an engine mounting apparatus suited for supporting the turbofan engine (E;E'); the mounting apparatus comprising: a module adaptor mounted to a carrier (18;18') for rotation about a substantially horizontal axis, the module adaptor extending horizontally from a base mounted to the carrier to an axially-opposed distal end, the distal end having a first mounting interface configured for attachment to a fan drive assembly of the engine (E;E'), the engine (E;E') being rotatably horizontally supported in a cantilever fashion from said module adaptor.
Pacifier for children or infants suitable to interact with an electronic device, preferably a smartphone, comprising: - a nipple portion suitable to be received in the oral cavity of the child or infant; - a shield portion suitable to abut the lips of the child or infant; wherein the pacifier is characterized by the fact that it also comprises a humidity measurement group comprising: i) at least an ambient humidity sensor measuring the degree of humidity of the ambient air and creating a corresponding ambient humidity signal; ii) at least a child humidity sensor measuring the degree of humidity of the ambient air from the nostrils of the child and creating a corresponding child humidity signal; iii) a processing and assessment unit operatively connected to said sensors for receiving and comparing the value of the respective signals creating a comparison signal; iv) transmission means suitable for transmitting the comparison signal to the electronic device. - a nipple portion suitable to be received in the oral cavity of the child or infant; - a shield portion suitable to abut the lips of the child or infant; i) at least an ambient humidity sensor measuring the degree of humidity of the ambient air and creating a corresponding ambient humidity signal; ii) at least a child humidity sensor measuring the degree of humidity of the ambient air from the nostrils of the child and creating a corresponding child humidity signal; iii) a processing and assessment unit operatively connected to said sensors for receiving and comparing the value of the respective signals creating a comparison signal; iv) transmission means suitable for transmitting the comparison signal to the electronic device.
An audio-haptic signal generator (100; 200; 300; 400) for a haptic system, the haptic system comprising the audio-haptic signal generator (100; 200; 300; 400) and an amplifier (130; 340) coupled to a haptic actuator (140; 350), wherein the audio-haptic signal generator comprises: an audio input interface (102; 202; 302; 402) configured to receive an audio signal; a haptic input interface (104; 204; 304; 404) configured to receive a haptic signal; a controller (110; 210; 310; 410) configured to receive the haptic signal, a haptic actuator state and an amplifier state; a mixer (120; 230; 330; 430) coupled to the audio input interface (102; 202; 302; 402) and to the haptic input interface (104; 204; 304; 404), the mixer (120; 230; 330; 430) having a mixer output interface (108; 212; 312; 412) configured to be coupled to the amplifier (130; 340); wherein the controller (110; 210; 310; 410) is further configured to control the mixer (120; 230; 330; 430) to process the audio signal depending on the haptic signal, the haptic actuator state and the amplifier state so that the system limitations of the amplifier (130; 340) and of the haptic actuator (140; 350) are not exceeded; and wherein the mixer (120; 230; 330; 430) is configured to mix the haptic signal and the processed audio signal and to output the mixed audio-haptic signal, whereby the haptic actuator (140; 350) generates an output based on the mixed audio-haptic signal. an audio input interface (102; 202; 302; 402) configured to receive an audio signal; a haptic input interface (104; 204; 304; 404) configured to receive a haptic signal; a controller (110; 210; 310; 410) configured to receive the haptic signal, a haptic actuator state and an amplifier state; a mixer (120; 230; 330; 430) coupled to the audio input interface (102; 202; 302; 402) and to the haptic input interface (104; 204; 304; 404), the mixer (120; 230; 330; 430) having a mixer output interface (108; 212; 312; 412) configured to be coupled to the amplifier (130; 340); wherein the controller (110; 210; 310; 410) is further configured to control the mixer (120; 230; 330; 430) to process the audio signal depending on the haptic signal, the haptic actuator state and the amplifier state so that the system limitations of the amplifier (130; 340) and of the haptic actuator (140; 350) are not exceeded; and wherein the mixer (120; 230; 330; 430) is configured to mix the haptic signal and the processed audio signal and to output the mixed audio-haptic signal, whereby the haptic actuator (140; 350) generates an output based on the mixed audio-haptic signal.
A process for preparing a polyisocyanate-based polymer, comprising forming a reaction mixture containing at least one polyisocyanate, at least one isocyanate-reactive compound having at least two isocyanate-reactive groups and at least one catalyst, and then curing the reaction mixture to form a polymer, wherein the catalyst includes a bismuth salt of a thiophosphoric acid diester.
A method for wireless communication, the method comprising: selecting a sidelink control information, SCI, format for indicating a minimum communication range parameter, wherein the SCI format is a common format defined for requesting both location-based feedback and signal strength-based feedback; generating, based on the SCI format, SCI indicating a value for the minimum communication range parameter, the minimum communication range parameter corresponding to one or more of: a location-based value, and a signal strength-based value; and transmitting, to one or more devices, the SCI indicating the value for the minimum communication range parameter. selecting a sidelink control information, SCI, format for indicating a minimum communication range parameter, wherein the SCI format is a common format defined for requesting both location-based feedback and signal strength-based feedback; generating, based on the SCI format, SCI indicating a value for the minimum communication range parameter, the minimum communication range parameter corresponding to one or more of: a location-based value, and a signal strength-based value; and transmitting, to one or more devices, the SCI indicating the value for the minimum communication range parameter.
An antibody or antigen-binding fragment thereof comprising: a V H CDR1, comprising the sequence of amino acid residues set forth in SEQ ID NO:2; a V H CDR2, comprising the sequence of amino acid residues set forth in SEQ ID NO:3; a V H CDR3, comprising the sequence of amino acid residues set forth in SEQ ID NO:4; a V L CDR1, comprising the sequence of amino acid residues set forth in SEQ ID NO:6; a V L CDR2, comprising the sequence of amino acid residues set forth in SEQ ID NO:7; and a V L CDR3, comprising the sequence of amino acid residues set forth in SEQ ID NO:8, wherein the antibody or antigen-binding fragment immunospecifically binds to Respiratory Syncytial Virus fusion protein and neutralizes RSV. a V H CDR1, comprising the sequence of amino acid residues set forth in SEQ ID NO:2; a V H CDR2, comprising the sequence of amino acid residues set forth in SEQ ID NO:3; a V H CDR3, comprising the sequence of amino acid residues set forth in SEQ ID NO:4; a V L CDR1, comprising the sequence of amino acid residues set forth in SEQ ID NO:6; a V L CDR2, comprising the sequence of amino acid residues set forth in SEQ ID NO:7; and a V L CDR3, comprising the sequence of amino acid residues set forth in SEQ ID NO:8, wherein the antibody or antigen-binding fragment immunospecifically binds to Respiratory Syncytial Virus fusion protein and neutralizes RSV.
A position indicator comprising: a tubular casing having an opening portion on one end side; a plurality of core bodies (102, 103) housed within the casing; a core body selecting mechanism including a plurality of operating portions (120, 130) coupled to the respective core bodies(102, 103), the core body selecting mechanism making at least a tip (102a, 103a) of one core body coupled to an operated operating portion (120, 130) among the plurality of core bodies selectively project from the opening portion; and a pen pressure detecting portion (150, 150B, 150D) common to the plurality of core bodies (102, 103), the pen pressure detecting portion (150, 150B, 150D) being disposed within the casing, and when the operating portion (120, 130) is operated to make at least the tip (102a, 103a) of the one core body project from the opening portion, the pen pressure detecting portion (150, 150B, 150D) engaging with an opposite side of the operated operating portion (120, 130) from the tip of the core body (102a, 103a), and the pen pressure detecting portion (150, 150B, 150D) detecting a pen pressure applied to the tip (102a, 103a) projected from the opening portion, wherein the core body selecting mechanism includes a locking member configured to lock the operated operating portion (120, 130) so as to retain at least the tip (102a, 103a) of the one core body (102, 103) in a state of projecting from the opening portion, and the pen pressure detecting portion (150, 150B, 150D) is disposed in the locking member. a tubular casing having an opening portion on one end side; a plurality of core bodies (102, 103) housed within the casing; a core body selecting mechanism including a plurality of operating portions (120, 130) coupled to the respective core bodies(102, 103), the core body selecting mechanism making at least a tip (102a, 103a) of one core body coupled to an operated operating portion (120, 130) among the plurality of core bodies selectively project from the opening portion; and a pen pressure detecting portion (150, 150B, 150D) common to the plurality of core bodies (102, 103), the pen pressure detecting portion (150, 150B, 150D) being disposed within the casing, and when the operating portion (120, 130) is operated to make at least the tip (102a, 103a) of the one core body project from the opening portion, the pen pressure detecting portion (150, 150B, 150D) engaging with an opposite side of the operated operating portion (120, 130) from the tip of the core body (102a, 103a), and the pen pressure detecting portion (150, 150B, 150D) detecting a pen pressure applied to the tip (102a, 103a) projected from the opening portion, wherein the core body selecting mechanism includes a locking member configured to lock the operated operating portion (120, 130) so as to retain at least the tip (102a, 103a) of the one core body (102, 103) in a state of projecting from the opening portion, and the pen pressure detecting portion (150, 150B, 150D) is disposed in the locking member.
An adhesive composition comprising: A. i) a photo- and/or heat-curable polyolefin-based oligomer, said oligomer not possessing moisture curable groups; and, ii) a moisture-curable polyolefin-based oligomer; B. a curative package to trigger and/or accelerate cure of the oligomer(s) under appropriate cure conditions; and C. at least one polyolefin-based polyurethane that is not reactive under the cure conditions with the photo- and/or heat-curable polyolefin-based oligomer or the moisture-curable polyolefin-based oligomer. A. i) a photo- and/or heat-curable polyolefin-based oligomer, said oligomer not possessing moisture curable groups; and, ii) a moisture-curable polyolefin-based oligomer; i) a photo- and/or heat-curable polyolefin-based oligomer, said oligomer not possessing moisture curable groups; and, ii) a moisture-curable polyolefin-based oligomer; B. a curative package to trigger and/or accelerate cure of the oligomer(s) under appropriate cure conditions; and C. at least one polyolefin-based polyurethane that is not reactive under the cure conditions with the photo- and/or heat-curable polyolefin-based oligomer or the moisture-curable polyolefin-based oligomer.
A combination comprising diaminopyrimidine oxide, oleanolic acid, biotinoyl tripeptide-1, apigenin, biotin, adenosine or an adenosine derivative, and Gingko biloba.