mhurhangee/patent-ind-claim-en huggingface dataset:
A method of making a fishing rod , the method comprising providing an elongated rod body extending along a central axis; mounting a fitting having a mounting part on the rod body such that the mounting part is in contact with an outer peripheral surface of the rod body ; providing a first prepreg sheet containing a first matrix resin and first reinforcement fibers impregnated with the first matrix resin; providing a second prepreg sheet containing a second matrix resin and second reinforcement fibers impregnated with the second matrix resin; winding the first prepreg sheet so as to surround the outer peripheral surface of the elongated rod body and covering the mounting part ; winding the second prepreg sheet externally on the first sheet so that a winding is obtained, wherein the second prepreg sheet covers the first prepreg sheet ; characterized by heating the winding so that: iii) the first matrix resin becomes flowable and then cures to form a first fiber-reinforced resin layer surrounding the rod body so as to cover the mounting part ; and iv) the second matrix resin becomes flowable and then cures to form a second fiber-reinforced resin layer provided on an outer side of the first fiber-reinforced resin layer , wherein wettability of the first reinforcement fibers with the flowable second matrix resin is higher than wettability of the second reinforcement fibers with the flowable second matrix resin. providing an elongated rod body extending along a central axis; mounting a fitting having a mounting part on the rod body such that the mounting part is in contact with an outer peripheral surface of the rod body ; providing a first prepreg sheet containing a first matrix resin and first reinforcement fibers impregnated with the first matrix resin; providing a second prepreg sheet containing a second matrix resin and second reinforcement fibers impregnated with the second matrix resin; winding the first prepreg sheet so as to surround the outer peripheral surface of the elongated rod body and covering the mounting part ; winding the second prepreg sheet externally on the first sheet so that a winding is obtained, wherein the second prepreg sheet covers the first prepreg sheet ; heating the winding so that: iii) the first matrix resin becomes flowable and then cures to form a first fiber-reinforced resin layer surrounding the rod body so as to cover the mounting part ; and iv) the second matrix resin becomes flowable and then cures to form a second fiber-reinforced resin layer provided on an outer side of the first fiber-reinforced resin layer , iii) the first matrix resin becomes flowable and then cures to form a first fiber-reinforced resin layer surrounding the rod body so as to cover the mounting part ; and iv) the second matrix resin becomes flowable and then cures to form a second fiber-reinforced resin layer provided on an outer side of the first fiber-reinforced resin layer , wherein wettability of the first reinforcement fibers with the flowable second matrix resin is higher than wettability of the second reinforcement fibers with the flowable second matrix resin.
A fuel cell vehicle control method executed in a fuel cell vehicle having a fuel cell , an air supply device that supplies air to the fuel cell , a drive motor that drives a fuel cell vehicle using power from the fuel cell , and a transmission provided in a power transmission path between the drive motor and drive wheels , the method changing an output current depending on a required generated power of the fuel cell , and adjusting an air supply flow rate of the air supply device depending on the change of the output current, the method being characterized by the following steps: abruptly reducing, at the inertia phase start timing , that is, upon transition to a gearshift operation of the transmission under the inertia phase of an upshift operation, the required generated power of the fuel cell to an inertia phase power target value lower than a basic target value of the generated power normally required immediately prior to the inertia phase; and controlling, during the inertia phase, the air supply flow rate to an inertia phase supply flow rate higher than, and instead of, the air supply flow rate normally determined depending on a decrease of the output current of the fuel cell . abruptly reducing, at the inertia phase start timing , that is, upon transition to a gearshift operation of the transmission under the inertia phase of an upshift operation, the required generated power of the fuel cell to an inertia phase power target value lower than a basic target value of the generated power normally required immediately prior to the inertia phase; and controlling, during the inertia phase, the air supply flow rate to an inertia phase supply flow rate higher than, and instead of, the air supply flow rate normally determined depending on a decrease of the output current of the fuel cell .
A system to acquire image data of a subject, comprising: a detector configured to detect an emitted energy, wherein the detection of the emitted energy is operable to be image data; a gantry having an enclosed interior space to moveably enclose the detector within the gantry, wherein the detector is configured to move within the enclosed gantry; a cart having a support structure and a base, wherein the support structure is configured to support the gantry away from a surface; and a multi-directional drive system mounted to the base and including at least one omni-directional wheel and at least one motor to drive the at least one omni-directional wheel; wherein the multi-directional drive system is operable to receive an input to move the cart within a plane, wherein the base is substantially rectangular having four corners; wherein the multi-directional drive system mounted to the base includes four omni directional wheels; wherein one omni-directional wheel of the four omni-directional wheels is positioned at each corner of the four corners; wherein each omni-directional wheel of the four omni-directional wheels rotates exterior to a boundary of the base, wherein each omni-directional wheel of the four omni-directional wheels rotates around a wheel axis that is about 70 degrees to about 80 degrees relative to a long axis of the base; wherein each omni-directional wheel includes a plurality of rollers that rotate around a roller axis that is about 90 degrees relative to the wheel axis. a detector configured to detect an emitted energy, wherein the detection of the emitted energy is operable to be image data; a gantry having an enclosed interior space to moveably enclose the detector within the gantry, wherein the detector is configured to move within the enclosed gantry; a cart having a support structure and a base, wherein the support structure is configured to support the gantry away from a surface; and a multi-directional drive system mounted to the base and including at least one omni-directional wheel and at least one motor to drive the at least one omni-directional wheel; wherein the multi-directional drive system is operable to receive an input to move the cart within a plane, wherein the base is substantially rectangular having four corners; wherein the multi-directional drive system mounted to the base includes four omni directional wheels; wherein one omni-directional wheel of the four omni-directional wheels is positioned at each corner of the four corners; wherein each omni-directional wheel of the four omni-directional wheels rotates exterior to a boundary of the base, wherein each omni-directional wheel of the four omni-directional wheels rotates around a wheel axis that is about 70 degrees to about 80 degrees relative to a long axis of the base; wherein each omni-directional wheel includes a plurality of rollers that rotate around a roller axis that is about 90 degrees relative to the wheel axis.
An eye moisturizer comprising: a pair of hot water containers configured for storing hot water from which water vapor is generated and fed to eyes and skin around the eyes seen vertically therefrom by a user when the eye moisturizer is in use; a connection panel disposed on one side of the pair of hot water containers and configured to connect the pair of hot water containers and spacing the hot water containers apart from each other; a glabella support disposed between the top end peripheries of the hot water containers configured to support the glabella and nose of a user when the eye moisturizer is in use; wherein the eye moisturizer further comprises water vapor discharge portions (S) formed by recesses at the tops of the hot water containers or at the connection panel configured to discharge the water vapor from the water containers and to prevent the hot water containers from coming into contact with the eyes of a user when the eye moisturizer is in use. a pair of hot water containers configured for storing hot water from which water vapor is generated and fed to eyes and skin around the eyes seen vertically therefrom by a user when the eye moisturizer is in use; a connection panel disposed on one side of the pair of hot water containers and configured to connect the pair of hot water containers and spacing the hot water containers apart from each other; a glabella support disposed between the top end peripheries of the hot water containers configured to support the glabella and nose of a user when the eye moisturizer is in use; wherein the eye moisturizer further comprises water vapor discharge portions (S) formed by recesses at the tops of the hot water containers or at the connection panel configured to discharge the water vapor from the water containers and to prevent the hot water containers from coming into contact with the eyes of a user when the eye moisturizer is in use.
A dilator delivered nerve shield assembly for spinal surgery comprising: an elongate dilator shaft having a distal end , a proximal end , an exterior surface , and at least one engagement surface ; and an elongate nerve shield having an interior surface configured to engage at least a portion of the at least one engagement surface and an exterior surface , wherein the exterior surface of the elongate nerve shield and the exterior surface of the elongate dilator shaft define a peripheral surface and form a cross-sectional tubular shape of the dilator delivered nerve shield assembly , characterized in that portions of the engagement surface of the elongate dilator shaft are complimentarily longitudinally keyed to portions of the interior surface of the elongate nerve shield, wherein when the elongate nerve shield is engaged with the elongate dilator shaft, the elongate nerve shield can slide longitudinally with respect to the elongate dilator shaft while being retained from substantially moving radially, the elongated dilator shaft being removable, leaving the elongate nerve shield in position, by sliding the dilator shaft longitudinally in a proximal direction with respect to the elongate shaft.
A layered tube for a hose assembly , said layered tube comprising: A. an inner layer defining a chamber for directing a hydraulic fluid, said inner layer comprising; a first fluoropolymer in an amount of from about 80 to about 99 parts by weight based on 100 parts by weight of said inner layer, and an anti-static additive in an amount of from about 1 to about 20 parts by weight based on 100 parts by weight of said inner layer; and B. an outer layer surrounding said inner layer and comprising a second fluoropolymer in an amount greater than 50 parts by weight based on 100 parts by weight of said outer layer, wherein said second fluoropolymer is the same as or different than said first fluoropolymer, and comprises a poly(propylene-co-tetrafluoroethylene); the second fluoropolymer comprises poly(ethylene-tetrafluoroethylene) (ETFE) in an amount of from about 55 to about 95 parts by weight, and poly(propylene- co-tetrafluoroethylene) (TFE/P) in an amount of from about 5 to about 45 parts by weight, each based on 100 parts by weight of the outer layer ; wherein the outer layer further comprises a crosslinker in an amount of from about 1 to about 10 parts by weight based on 100 parts by weight of said outer layer . A. an inner layer defining a chamber for directing a hydraulic fluid, said inner layer comprising; a first fluoropolymer in an amount of from about 80 to about 99 parts by weight based on 100 parts by weight of said inner layer, and an anti-static additive in an amount of from about 1 to about 20 parts by weight based on 100 parts by weight of said inner layer; and a first fluoropolymer in an amount of from about 80 to about 99 parts by weight based on 100 parts by weight of said inner layer, and an anti-static additive in an amount of from about 1 to about 20 parts by weight based on 100 parts by weight of said inner layer; and B. an outer layer surrounding said inner layer and comprising a second fluoropolymer in an amount greater than 50 parts by weight based on 100 parts by weight of said outer layer, wherein said second fluoropolymer is the same as or different than said first fluoropolymer, and comprises a poly(propylene-co-tetrafluoroethylene);
Harvesting device for an agricultural harvesting machine, having a mower for mowing harvested crops, having a conditioning apparatus which has conditioning rollers for conditioning the mown harvested crops and is arranged downstream of the mower , having a transverse conveying apparatus arranged downstream of the conditioning apparatus for conveying the conditioned harvested crops, having a guide element in order to transfer the conditioned harvested crops from the conditioning apparatus onto the transverse conveying apparatus , characterized in that the guide element is configured to be deflectable and comprises a flexible cloth or a flexible mat which has a predefined stiffness extending from the clamping point to the free end and has a deflection in the vertical direction (y) of at most 100 millimetres given a horizontal protruding length (L) of 200 millimetres under its own weight at an ambient temperature of approximately 20 degrees Celsius, such that the guide element adopts a position depending on a harvested crop mass flow to be transferred from the conditioning apparatus onto the transverse conveying apparatus , wherein the guide element adopts a first position when a harvested crop mass flow is less than a first threshold value, whereas the guide element adopts a deflected position relative to the first position when a harvested crop mass flow is greater than a second threshold value, wherein the guide element can continuously adopt multiple different positions between the two end positions depending on the harvested crop mass flow. having a mower for mowing harvested crops, having a conditioning apparatus which has conditioning rollers for conditioning the mown harvested crops and is arranged downstream of the mower , having a transverse conveying apparatus arranged downstream of the conditioning apparatus for conveying the conditioned harvested crops, having a guide element in order to transfer the conditioned harvested crops from the conditioning apparatus onto the transverse conveying apparatus , characterized in that the guide element is configured to be deflectable and comprises a flexible cloth or a flexible mat which has a predefined stiffness extending from the clamping point to the free end and has a deflection in the vertical direction (y) of at most 100 millimetres given a horizontal protruding length (L) of 200 millimetres under its own weight at an ambient temperature of approximately 20 degrees Celsius, such that the guide element adopts a position depending on a harvested crop mass flow to be transferred from the conditioning apparatus onto the transverse conveying apparatus , wherein the guide element adopts a first position when a harvested crop mass flow is less than a first threshold value, whereas the guide element adopts a deflected position relative to the first position when a harvested crop mass flow is greater than a second threshold value, wherein the guide element can continuously adopt multiple different positions between the two end positions depending on the harvested crop mass flow.
A singing voice edit assistant method, performed by a computer , comprising: reading out singing style data that prescribes individuality of a singing voice and acoustic effects to be added to the singing voice at desired reproduction time points, wherein the singing voice is represented by singing voice data to be synthesized by the computer based on score data representing a time series of notes and lyrics data representing words corresponding to the respective notes; and synthesizing singing voice data while adjusting the individuality before synthesis to waveform data and adding acoustic effects after synthesis to the waveform data based on the score data, the lyrics data, and the singing style data read out by the reading out process characterized in that the singing style data includes: first data indicating a signal processing to be executed on the singing voice data before synthesis to waveform data for adjustment of the individuality of a singing voice based on the score data and the lyrics data; and second data indicating a modification on values of parameters for addition of acoustic effects to a singing voice after synthesis of the waveform data, wherein the singing style data are prescribed for singing synthesis together with the desired reproduction time points in singing synthesis reproduction sequence data. reading out singing style data that prescribes individuality of a singing voice and acoustic effects to be added to the singing voice at desired reproduction time points, wherein the singing voice is represented by singing voice data to be synthesized by the computer based on score data representing a time series of notes and lyrics data representing words corresponding to the respective notes; and synthesizing singing voice data while adjusting the individuality before synthesis to waveform data and adding acoustic effects after synthesis to the waveform data based on the score data, the lyrics data, and the singing style data read out by the reading out process characterized in that the singing style data includes: first data indicating a signal processing to be executed on the singing voice data before synthesis to waveform data for adjustment of the individuality of a singing voice based on the score data and the lyrics data; and second data indicating a modification on values of parameters for addition of acoustic effects to a singing voice after synthesis of the waveform data, wherein the singing style data are prescribed for singing synthesis together with the desired reproduction time points in singing synthesis reproduction sequence data. first data indicating a signal processing to be executed on the singing voice data before synthesis to waveform data for adjustment of the individuality of a singing voice based on the score data and the lyrics data; and second data indicating a modification on values of parameters for addition of acoustic effects to a singing voice after synthesis of the waveform data, wherein the singing style data are prescribed for singing synthesis together with the desired reproduction time points in singing synthesis reproduction sequence data.
A method for processing, by means of a wearable health monitoring device, PPG signals including red and infrared, IR, average frame signals comprising: selecting a possible gain value between red and infrared, IR, frame signals, multiplying the red average frame signal by the possible gain value, and determining the residual error with respect to the infrared, IR, average frame signal, whereby the possible gain value is found by: averaging the two frames together first to provide an average frame signal with reduced noise; performing linear regression of the red versus combined and IR versus combined and then finding the ratio of these two results. selecting a possible gain value between red and infrared, IR, frame signals, multiplying the red average frame signal by the possible gain value, and determining the residual error with respect to the infrared, IR, average frame signal, averaging the two frames together first to provide an average frame signal with reduced noise; performing linear regression of the red versus combined and IR versus combined and then finding the ratio of these two results.
A tool system comprising a machine tool suitable for machining by the removal of material an object defining a machining surface , said machine tool comprising a tool , driving means suitable to be placed directly in contact with said machining surface and to move said machine tool and, thus, said removal tool , with respect to said object while said removal tool removes material from said object , a control unit for controlling said driving means , and characterised in that it comprises: - at least one localization apparatus comprising a support portion and a localization portion , - said support portion being suitable to be placed at a fixed point of said machining surface , - said localization portion being connected to said machine tool by means of at least one cable suitable to allow the localization of said machine tool on said machining surface and to evaluate at least the distance between machine tool and said localization portion and an angle (φ), - said distance corresponding to the measured length of said cable released by said localization apparatus , - said machine tool comprising a detection apparatus suitable to receive or release said cable , and - said angle (φ) being measured by said detection apparatus between a predetermined direction of the machine toll and the direction defined by said cable . - at least one localization apparatus comprising a support portion and a localization portion , - said support portion being suitable to be placed at a fixed point of said machining surface , - said localization portion being connected to said machine tool by means of at least one cable suitable to allow the localization of said machine tool on said machining surface and to evaluate at least the distance between machine tool and said localization portion and an angle (φ), - said distance corresponding to the measured length of said cable released by said localization apparatus , - said machine tool comprising a detection apparatus suitable to receive or release said cable , and - said angle (φ) being measured by said detection apparatus between a predetermined direction of the machine toll and the direction defined by said cable .