mhurhangee/patent-ind-claim-en huggingface dataset:
Support for a series of hexagonal keys , whose dimensions increase from one key to the next, each key comprising a first arm and a second arm which extend in a key plane, the support being of the type comprising a body which extends in a general plane P and which is provided with a series of openings which have increasing diameters and which are suitable for each receiving one of the first or second of the arms of a key and means for retaining the series of keys relative to the body which are suitable for each receiving the other of the first or second of the arms of a key, the keys being offset vertically relative to each other, whereby the retention means comprise a retention unit which is laterally offset relative to the general plane P of the body and which is arranged sloping relative to the body in order to retain the vertically offset keys in the storage and transport position, in parallel planes Q which deviate angularly from the general plane P of the body, characterised in that a connection portion that connects the retention unit to the body , and wherein said connection portion comprises a progressive longitudinal shape having a cross-section that is both curved and variable (20A to 20D).
A surgical instrumentation assembly for positioning an ankle prosthesis, the ankle prosthesis including a tibia implant and a talus implant , wherein the surgical instrumentation assembly comprises: - a talar alignment instrument comprising a front portion having two lateral ends and adapted to be placed on a talus (T) of a patient, and mechanically attached to the talus (T), - a cutting block adapted to be fastened to the talar alignment instrument and locked with respect to a tibia (B) of the patient, characterized in that the cutting block comprises: - an angled slot for cutting of a posterior chamfer on the top surface of the talus (T), - drilling guides for drilling holes in the tibia (T), said drilling guides being provided on a lower portion of the cutting block, and - a drilling guide for cutting of a cylindrical recess in the distal portion of the tibia (B), and in that the assembly further comprises pins configured to be inserted into said drilling guides and in the holes drilled in the tibia so as to mechanically attach the cutting block to the tibia (T). - a talar alignment instrument comprising a front portion having two lateral ends and adapted to be placed on a talus (T) of a patient, and mechanically attached to the talus (T), - a cutting block adapted to be fastened to the talar alignment instrument and locked with respect to a tibia (B) of the patient, - an angled slot for cutting of a posterior chamfer on the top surface of the talus (T), - drilling guides for drilling holes in the tibia (T), said drilling guides being provided on a lower portion of the cutting block, and - a drilling guide for cutting of a cylindrical recess in the distal portion of the tibia (B),
A method for orienting a tubing string with respect to a casing string in a wellbore , the casing string having a first and second latch couplings and first and second casing string windows associated with first and second lateral bores , the method comprising: providing a tubing string having a first tubing string window and a first latch key located in a first section of said tubing string and a second tubing string window and a second latch key located in a second section of said tubing string ; providing within said tubing string a joint that demarcates said first section from said second section and that enables movement of said second section with respect to the first section ; disposing the tubing string into the casing string to a position at which at least part of the first tubing string window is adjacent to at least part of the first casing string window and at which the first latch coupling is configured to receive the first latch key to prevent at least one of the group consisting of rotation and axial translation of the first section of said tubing string with respect to the casing string ; actuating a first switch by said first latch key when said first latch key is received in said first latch coupling ; and providing a signal to an operator by a circuit when said first switch is actuated. providing a tubing string having a first tubing string window and a first latch key located in a first section of said tubing string and a second tubing string window and a second latch key located in a second section of said tubing string ; providing within said tubing string a joint that demarcates said first section from said second section and that enables movement of said second section with respect to the first section ; disposing the tubing string into the casing string to a position at which at least part of the first tubing string window is adjacent to at least part of the first casing string window and at which the first latch coupling is configured to receive the first latch key to prevent at least one of the group consisting of rotation and axial translation of the first section of said tubing string with respect to the casing string ; actuating a first switch by said first latch key when said first latch key is received in said first latch coupling ; and providing a signal to an operator by a circuit when said first switch is actuated.
An audio amplifier comprising: a power supply stage coupled to a mains power supply and providing power to drive channels corresponding to speaker feeds to a plurality of speakers ; for each channel, a continuous-time Class-D modulator with an embedded programmable logic device; wherein the modulator comprises a digital-to-analog-converter configured to convert an N-bit input digital audio stream for the channel to an analog continuous time signal; wherein the modulator comprises a front-end integrator having a transfer characteristic, configured to integrate the analog continuous time signal; wherein the modulator comprises means for injecting a carrier signal into an output of the integrator, to provide an intermediate signal; wherein the modulator comprises a comparator for comparison of the intermediate signal; wherein the modulator comprises an output stage comprising a filter circuit; wherein the output stage is coupled to an output of the comparator and wherein the output stage is configured to generate a speaker feed signal for driving a speaker for the channel; and for each channel, a feedback control loop configured to impart a first transfer function (H 4 (s)) on the speaker feed signal to provide a first control signal for modulating the transfer characteristic of the integrator, a power supply stage coupled to a mains power supply and providing power to drive channels corresponding to speaker feeds to a plurality of speakers ; for each channel, a continuous-time Class-D modulator with an embedded programmable logic device; wherein the modulator comprises a digital-to-analog-converter configured to convert an N-bit input digital audio stream for the channel to an analog continuous time signal; wherein the modulator comprises a front-end integrator having a transfer characteristic, configured to integrate the analog continuous time signal; wherein the modulator comprises means for injecting a carrier signal into an output of the integrator, to provide an intermediate signal; wherein the modulator comprises a comparator for comparison of the intermediate signal; wherein the modulator comprises an output stage comprising a filter circuit; wherein the output stage is coupled to an output of the comparator and wherein the output stage is configured to generate a speaker feed signal for driving a speaker for the channel; and for each channel, a feedback control loop configured to impart a first transfer function (H 4 (s)) on the speaker feed signal to provide a first control signal for modulating the transfer characteristic of the integrator,
A component mounting apparatus , comprising: a reel holder configured to detachably hold reels having tapes (TP) accommodating components wound thereon; a plurality of component feeding apparatuses configured to feed the components accommodated in the attached tapes (TP), the tapes (TP) pulled out from the reels held by the reel holder being attachable to the component feeding apparatuses ; a head unit configured to mount the components fed by the component feeding apparatuses on a board ; and a behavior part which is provided for each of the plurality of component feeding apparatuses and configured to behave according to a load applied by an operator to the tape (TP) attached to the corresponding component feeding apparatus , wherein the behavior part is a drive motor configured to drive the tape (TP) attached to the component feeding apparatus ; characterized by an attaching recognition part configured to give a still command to the drive motor for keeping the tape (TP) still, wherein the drive motor is configured to increase its output torque against a load received by the tape (TP) from the operator, and the attaching recognition part is configured to detect a predetermined behavior of the drive motor to increase the output torque to be equal to or larger than a predetermined threshold value against the load received by the tape (TP) from the operator, and recognize that the tape (TP) has been attached to the component feeding apparatus corresponding to the drive motor having the predetermined behavior detected. a reel holder configured to detachably hold reels having tapes (TP) accommodating components wound thereon; a plurality of component feeding apparatuses configured to feed the components accommodated in the attached tapes (TP), the tapes (TP) pulled out from the reels held by the reel holder being attachable to the component feeding apparatuses ; a head unit configured to mount the components fed by the component feeding apparatuses on a board ; and a behavior part which is provided for each of the plurality of component feeding apparatuses and configured to behave according to a load applied by an operator to the tape (TP) attached to the corresponding component feeding apparatus , wherein the behavior part is a drive motor configured to drive the tape (TP) attached to the component feeding apparatus ; characterized by an attaching recognition part configured to give a still command to the drive motor for keeping the tape (TP) still, wherein the drive motor is configured to increase its output torque against a load received by the tape (TP) from the operator, and the attaching recognition part is configured to detect a predetermined behavior of the drive motor to increase the output torque to be equal to or larger than a predetermined threshold value against the load received by the tape (TP) from the operator, and recognize that the tape (TP) has been attached to the component feeding apparatus corresponding to the drive motor having the predetermined behavior detected.
A method for laser marking a metal surface with a desired colour, which method comprises: • forming at least one first pattern on the metal surface with a first laser beam having a first pulse fluence and then • forming at least one second pattern on the metal surface with a second laser beam having a second pulse fluence • causing the second pattern to overlay the first pattern , characterized by • arranging the first pulse fluence to be at least five times greater than the second pulse fluence • the colour being given by the first and second pulse fluences and spot spacings in the first and second patterns; and • selecting the first and second pulse fluences and the spot spacings to form the desired colour, the spot spacing being the distance from the centres of adjacent spots. • forming at least one first pattern on the metal surface with a first laser beam having a first pulse fluence and then • forming at least one second pattern on the metal surface with a second laser beam having a second pulse fluence • causing the second pattern to overlay the first pattern , characterized by • arranging the first pulse fluence to be at least five times greater than the second pulse fluence • the colour being given by the first and second pulse fluences and spot spacings in the first and second patterns; and • selecting the first and second pulse fluences and the spot spacings to form the desired colour, the spot spacing being the distance from the centres of adjacent spots.
A system of providing pressurized fluid to the eye, comprising: at least one constant pressure gas source communicatively coupled to at least one height adjustable irrigation fluid source ; at least one vent tube communicatively coupled to the at least one irrigation fluid source and the at least one constant pressure gas source ; and a handpiece for dispensing irrigation fluid from the at least one irrigation fluid source at a pressure partially regulated by the constant pressure gas source via the at least one vent tube . at least one constant pressure gas source communicatively coupled to at least one height adjustable irrigation fluid source ; at least one vent tube communicatively coupled to the at least one irrigation fluid source and the at least one constant pressure gas source ; and a handpiece for dispensing irrigation fluid from the at least one irrigation fluid source at a pressure partially regulated by the constant pressure gas source via the at least one vent tube .
An optical fiber connector comprising: a coupler substrate having a waveguide section integrally formed with a fiber attachment section the waveguide section having a first end proximate the fiber attachment section and a second end distal from the fiber attachment section, at least a first waveguide disposed in the waveguide section to lead light between the first end of the waveguide section and the second end of the waveguide section, the at least a first waveguide having a first core cross-section at the first end of the waveguide section and a second core cross-section at the second end of the waveguide section, the second core cross-section having an area larger than an area of the first core cross-section, the fiber attachment section having a first surface, at least one recess formed on the first surface for aligning an optical fiber with a respective at least a first waveguide of the waveguide section; and at least a first optical fiber attached to the coupler substrate, the at least a first optical fiber having a respective optical fiber core aligned to a respective at least a first waveguide. a coupler substrate having a waveguide section integrally formed with a fiber attachment section the waveguide section having a first end proximate the fiber attachment section and a second end distal from the fiber attachment section, at least a first waveguide disposed in the waveguide section to lead light between the first end of the waveguide section and the second end of the waveguide section, the at least a first waveguide having a first core cross-section at the first end of the waveguide section and a second core cross-section at the second end of the waveguide section, the second core cross-section having an area larger than an area of the first core cross-section, the fiber attachment section having a first surface, at least one recess formed on the first surface for aligning an optical fiber with a respective at least a first waveguide of the waveguide section; and at least a first optical fiber attached to the coupler substrate, the at least a first optical fiber having a respective optical fiber core aligned to a respective at least a first waveguide.
L-pyroglutamyl-L-1-aminoethyltetrazole having the developed formula:
Folding belt for use in a device for folding box blanks lying flat in the initial state, wherein the folding belt has a front and a rear side, wherein the folding belt is provided with a profile on its back, wherein the profile in longitudinal section consists of a comparatively slightly inclined bearing surface for a respective side flap and a strongly inclined rear surface , wherein the profile , relative to the longitudinal extension of the folding belt has at least one apex as well as a minimum , wherein the bearing surface lies between the preceding minimum and the following apex , wherein the profile between the apex and the following minimum forms the back surface , wherein the leading rear surface and the trailing bearing surface merge directly into each other and form the minimum and wherein the leading contact surface and the trailing rear surface merge directly into each other and form the apex characterized in that the profile has at least one curved section when viewed in cross-section, that the tangents at the beginning and the end of the curved section include an angle of 90° or at least of 30°.
A transmission comprising an input shaft ; an output shaft receiving power from the input shaft; and a transmission device changing the torque and speed transmitted from the input shaft to the output shaft, the transmission device comprising: a ring gear ; an input member including an input gear which internally contacts one side of the ring gear and rotates the ring gear while being rotated by the power transmitted from the input shaft, and a guide bar passing through a center point A of the input gear and a center point B of the ring gear; characterized by a gear shifting slider which has one end coupled to the guide bar to be movable to the center point A of the input gear and the center point B of the ring gear, and the other end coupled to the input shaft and which changes the rotation center of the input gear to change a torque and speed of the ring gear; and an output gear internally contacting the other side of the ring gear, and transmitting changed torque and speed to the output shaft while being rotated by the ring gear. a ring gear ; an input member including an input gear which internally contacts one side of the ring gear and rotates the ring gear while being rotated by the power transmitted from the input shaft, and a guide bar passing through a center point A of the input gear and a center point B of the ring gear; characterized by a gear shifting slider which has one end coupled to the guide bar to be movable to the center point A of the input gear and the center point B of the ring gear, and the other end coupled to the input shaft and which changes the rotation center of the input gear to change a torque and speed of the ring gear; and an output gear internally contacting the other side of the ring gear, and transmitting changed torque and speed to the output shaft while being rotated by the ring gear.
A food product analysis device comprising: a memory portion having stored therein a food product database containing a plurality of items of food product information including characteristic information including at least one of first light absorption information which is information relating to absorption of near infrared light and ingredient information which is information relating to an ingredient of a food product, and type information which is information relating to a type of the food product; an analysis portion configured to match measured information, which is the characteristic information obtained on the basis of a result of measurement using the near infrared light, with the food product database, a display portion in the form of a touch panel configured to display image data (P) showing a list of one or more candidates indicating the type of food product or an image of the food product and configured to allow a user to select one or more candidates or food product image parts by selecting a part of a range of the displayed image data (P); wherein the analysis portion has a function of extracting the measured information related to the selected one or more candidates or food product image parts according to said range selected by the user, and is further configured to process the measured information relating to the selected one or more candidates or food product image parts. a memory portion having stored therein a food product database containing a plurality of items of food product information including characteristic information including at least one of first light absorption information which is information relating to absorption of near infrared light and ingredient information which is information relating to an ingredient of a food product, and type information which is information relating to a type of the food product; first light absorption information which is information relating to absorption of near infrared light and ingredient information which is information relating to an ingredient of a food product, and an analysis portion configured to match measured information, which is the characteristic information obtained on the basis of a result of measurement using the near infrared light, with the food product database, a display portion in the form of a touch panel configured to display image data (P) showing a list of one or more candidates indicating the type of food product or an image of the food product and configured to allow a user to select one or more candidates or food product image parts by selecting a part of a range of the displayed image data (P); wherein the analysis portion has a function of extracting the measured information related to the selected one or more candidates or food product image parts according to said range selected by the user, and is further configured to process the measured information relating to the selected one or more candidates or food product image parts.
A composition comprising: a botanical extract of the testa of Anacardium occidentale L, wherein the botanical extract is present in an amount of from 30.00 μg/mL to 500.0 μg/mL, wherein the extract is obtainable by extracting the testa of Anacardium occidentale L with a mixture of 70% ethanol and 30% water, and wherein the composition inhibits γ-H2AX activity. a botanical extract of the testa of Anacardium occidentale L, wherein the botanical extract is present in an amount of from 30.00 μg/mL to 500.0 μg/mL, wherein the extract is obtainable by extracting the testa of Anacardium occidentale L with a mixture of 70% ethanol and 30% water, and wherein the composition inhibits γ-H2AX activity.