mhurhangee/patent-ind-claim-en huggingface dataset:
Clamping tool provided of a tightening conditions display device, said tool comprising • a body , containing control circuits and a processing electronic unit having at one end a handle for gripping by an operator making the clamping, and on the other end an arm • said arm comprising at its free end a seat wherein can be alternatively pluggable a plurality of inserts suitable for engaging the tool with a corresponding type and/or dimension of a mechanical member on which the tool is destined to operate to carry out a clamping operation, • sensor means being provided on said arm suitable for detecting tightening conditions exerted on said mechanical member, • said display device is controlled by said electronic processing unit and comprises an annular support connected to the tool, to which a plurality of lighting groups are associated, provided along a circle arch long the ring and each one comprising at least two lighting points , the groups being substantially equidistant each other along the ring, said points being destined to lighten when the clamping is finished, characterized in that the processing electronic unit switches on in each point of the plurality of points a progressive sequence with all the points switched off before starting the clamping operation until having all the points switched on when the clamping is finished so as to simulate an arch of a circle extending from a point up to its maximum dimension with all the points switched on, wherein the lighting groups are four arches, each one having a dimension slightly lower than 90°. • a body , containing control circuits and a processing electronic unit having at one end a handle for gripping by an operator making the clamping, and on the other end an arm • said arm comprising at its free end a seat wherein can be alternatively pluggable a plurality of inserts suitable for engaging the tool with a corresponding type and/or dimension of a mechanical member on which the tool is destined to operate to carry out a clamping operation, • sensor means being provided on said arm suitable for detecting tightening conditions exerted on said mechanical member, • said display device is controlled by said electronic processing unit and comprises an annular support connected to the tool, to which a plurality of lighting groups are associated, provided along a circle arch long the ring and each one comprising at least two lighting points , the groups being substantially equidistant each other along the ring, said points being destined to lighten when the clamping is finished, the processing electronic unit switches on in each point of the plurality of points a progressive sequence with all the points switched off before starting the clamping operation until having all the points switched on when the clamping is finished so as to simulate an arch of a circle extending from a point up to its maximum dimension with all the points switched on, wherein the lighting groups are four arches, each one having a dimension slightly lower than 90°.
An integrated security arrangement comprising: an intrusion sensor adapted to generate an intrusion signal in response to detecting a breach at a perimeter of a facility; at least one battery-operated base unit that integrates: a passive infrared, PIR, sensor to detect infrared energy in a field of view at the zone for which a breach is detected; a data processor to: arm, in response to an intrusion signal from the intrusion sensor, motion sensing to, in connection with the PIR sensor, detect motion from changes in infrared energy detected by the PIR sensor , and generate, in response to detecting motion in connection with the PIR sensor, a movement indication; a camera configured to be armed, in response to the movement indication, to capture images in the field of view; and a wireless communication interface to communicate the captured images; a control panel that includes: a central processing unit, CPU, ; and a wireless transceiver to communicate with the base unit using the wireless communication interface and to receive the captured images. an intrusion sensor adapted to generate an intrusion signal in response to detecting a breach at a perimeter of a facility; at least one battery-operated base unit that integrates: a passive infrared, PIR, sensor to detect infrared energy in a field of view at the zone for which a breach is detected; a data processor to: arm, in response to an intrusion signal from the intrusion sensor, motion sensing to, in connection with the PIR sensor, detect motion from changes in infrared energy detected by the PIR sensor , and generate, in response to detecting motion in connection with the PIR sensor, a movement indication; a camera configured to be armed, in response to the movement indication, to capture images in the field of view; and a wireless communication interface to communicate the captured images; a passive infrared, PIR, sensor to detect infrared energy in a field of view at the zone for which a breach is detected; a data processor to: arm, in response to an intrusion signal from the intrusion sensor, motion sensing to, in connection with the PIR sensor, detect motion from changes in infrared energy detected by the PIR sensor , and generate, in response to detecting motion in connection with the PIR sensor, a movement indication; arm, in response to an intrusion signal from the intrusion sensor, motion sensing to, in connection with the PIR sensor, detect motion from changes in infrared energy detected by the PIR sensor , and generate, in response to detecting motion in connection with the PIR sensor, a movement indication; a camera configured to be armed, in response to the movement indication, to capture images in the field of view; and a wireless communication interface to communicate the captured images; a control panel that includes: a central processing unit, CPU, ; and a wireless transceiver to communicate with the base unit using the wireless communication interface and to receive the captured images. a central processing unit, CPU, ; and a wireless transceiver to communicate with the base unit using the wireless communication interface and to receive the captured images.
Method for testing the rigidity of a disposable intended for volumetric balancing, for a blood treatment device, comprising the steps of: filling the disposable or a part thereof with a liquid, enclosing the filled liquid, so that a certain volume of the liquid is present in the disposable or the part thereof, supply and/or discharge of a certain volume of liquid into or from the disposable and measuring the pressure change caused by the supply and/or discharge of the volume of liquid.
A glass, in particular glass-ceramic, article intended in particular to be used with at least one heating element, said article being formed of at least one substrate, such as a plate, made of glass material, in particular made of glass-ceramic, said substrate being at least partly coated with at least one layer of ink, advantageously deposited by inkjet printing, this ink being formed of nanoscale pigments and of at least one polysiloxane binder, said layer of ink being coated with at least one layer of silicone-based paint, this layer of paint advantageously being deposited in the form of a flat tint, in particular by screen printing.
An apparatus comprising: a first power input associated with a first power source ; a second power input associated with a second power source ; a third power input associated with a third power source ; circuitry configured to perform a first conversion of power from a first format from the first power source to a second format for charging the second power source , to perform a second conversion of power from the second format from the second power source to a third format for supplying a load ; and to perform a fourth conversion of power from a fourth format from the third power source to the third format for supplying the load ; a bypass path configured to bypass the circuitry and provide power from the first power source to the load without performing the first conversion of power and: means configured to detect a failure of the first power source ; characterized by : a memory including at least one time threshold, wherein the circuitry is configured to perform a comparison of time elapsed since a failure of the first power source to the at least one time threshold and select the second conversion of power if the elapsed time is less than the threshold or the fourth conversion of power if the elapsed time is greater than the threshold. a first power input associated with a first power source ; a second power input associated with a second power source ; a third power input associated with a third power source ; circuitry configured to perform a first conversion of power from a first format from the first power source to a second format for charging the second power source , to perform a second conversion of power from the second format from the second power source to a third format for supplying a load ; and to perform a fourth conversion of power from a fourth format from the third power source to the third format for supplying the load ; a bypass path configured to bypass the circuitry and provide power from the first power source to the load without performing the first conversion of power and: means configured to detect a failure of the first power source ; characterized by : a memory including at least one time threshold, wherein the circuitry is configured to perform a comparison of time elapsed since a failure of the first power source to the at least one time threshold and select the second conversion of power if the elapsed time is less than the threshold or the fourth conversion of power if the elapsed time is greater than the threshold. means configured to detect a failure of the first power source ; characterized by : a memory including at least one time threshold, wherein the circuitry is configured to perform a comparison of time elapsed since a failure of the first power source to the at least one time threshold and select the second conversion of power if the elapsed time is less than the threshold or the fourth conversion of power if the elapsed time is greater than the threshold.
A nacelle for a wind turbine , the nacelle comprising: - a nacelle housing ; - a rotor hub ; - a rotor bearing for bearing the rotor hub on the nacelle housing , wherein the rotor bearing has at least one inner ring element and at least one outer ring element , wherein at least one sliding bearing element is formed between the inner ring element and the outer ring element , wherein the sliding bearing element is inseparably connected to the inner ring element or wherein the sliding bearing element is inseparably connected to the outer ring element , characterized in that the sliding bearing element is formed as a coating which is applied directly to the inner ring element or the outer ring element . - a nacelle housing ; - a rotor hub ; - a rotor bearing for bearing the rotor hub on the nacelle housing , wherein the rotor bearing has at least one inner ring element and at least one outer ring element , wherein at least one sliding bearing element is formed between the inner ring element and the outer ring element ,
A pneumatically controllable valve assembly , in particular for use in a tire inflation system , the valve assembly comprising: a first fluid port ; a second fluid port ; a movable member movably disposed within a chamber comprising a first variable volume and a second variable volume , the movable member configured to be moved between an open position and a closed position, wherein when the movable member is in the open position the first fluid port is in fluid communication with the second fluid port , and wherein when the movable member is in the closed position the first fluid port is fluidly isolated from the second fluid port ; wherein the first variable volume forms a first pneumatic actuator in fluid communication with the first fluid port , the first pneumatic actuator configured to bias the movable member toward the open position; wherein the second variable volume forms a second pneumatic actuator in fluid communication with the first fluid port configured to bias the movable member toward the closed position; and a flow restrictor ; wherein the first fluid port is in fluid communication with the second pneumatic actuator by way of the flow restrictor ; and wherein when the movable member is in the open position the first fluid port and the second fluid port are in fluid communication via the first variable volume . a first fluid port ; a second fluid port ; a movable member movably disposed within a chamber comprising a first variable volume and a second variable volume , the movable member configured to be moved between an open position and a closed position, wherein when the movable member is in the open position the first fluid port is in fluid communication with the second fluid port , and wherein when the movable member is in the closed position the first fluid port is fluidly isolated from the second fluid port ; wherein the first variable volume forms a first pneumatic actuator in fluid communication with the first fluid port , the first pneumatic actuator configured to bias the movable member toward the open position; wherein the second variable volume forms a second pneumatic actuator in fluid communication with the first fluid port configured to bias the movable member toward the closed position; and a flow restrictor ; wherein the first fluid port is in fluid communication with the second pneumatic actuator by way of the flow restrictor ; and wherein when the movable member is in the open position the first fluid port and the second fluid port are in fluid communication via the first variable volume .
A semiconductor device including a semiconductor including a p-n junction, and a passivation glass layer fired on the semiconductor and covering a periphery of the p-n junction, wherein prior to firing, the passivation glass layer includes a glass component comprising: 5-56 mole% Bi 2 O 3 , 15-60 mole% ZnO, 0.1-43 mole% B 2 O 3 , 0.1-15 mole% Al 2 O 3 , 4-53 mole% SiO 2 , and 1.5-43 mole% total R 2 O 3 , wherein R represents trivalent ions selected from the group consisting of B 3+ , Al 3+ , La 3+ , Y 3+ , Ga 3+ , In 3+ , Sc 3+ , and lanthanide ions from Ce 3+ to Lu 3+ , and excluding color producing transition metal ions of Mn 3+ , Fe 3+ , Cr 3+ , V 3+ , Co 3+ . 5-56 mole% Bi 2 O 3 , 15-60 mole% ZnO, 0.1-43 mole% B 2 O 3 , 0.1-15 mole% Al 2 O 3 , 4-53 mole% SiO 2 , and 1.5-43 mole% total R 2 O 3 ,
A generator for an ultrasonic surgical instrument, the generator comprising: a control circuit configured to: measure a resonant frequency of an ultrasonic blade prior to activating an ultrasonic transducer , wherein the ultrasonic transducer is coupled to the ultrasonic blade via an ultrasonic waveguide; compare the measured resonant frequency to a baseline resonant frequency; determine an initial temperature of the ultrasonic blade based on a difference between the measured resonant frequency and the baseline resonant frequency; and apply a power level to the ultrasonic blade based on the initial temperature of the ultrasonic blade. measure a resonant frequency of an ultrasonic blade prior to activating an ultrasonic transducer , wherein the ultrasonic transducer is coupled to the ultrasonic blade via an ultrasonic waveguide; compare the measured resonant frequency to a baseline resonant frequency; determine an initial temperature of the ultrasonic blade based on a difference between the measured resonant frequency and the baseline resonant frequency; and apply a power level to the ultrasonic blade based on the initial temperature of the ultrasonic blade.
Isolated or substantially purified heparan sulphate HS8, wherein the HS8 is capable of specifically binding a peptide or polypeptide consisting of the amino acid sequence YCKNGGF (SEQ ID NO:2) or the amino acid sequence GHFKDPKRLYCKNGGF (SEQ ID NO:1).
An integrated circuit comprising a plurality of first semiconductor strips (7; 9) of a first conductivity type and of second semiconductor strips (9; 7) of a second conductivity type arranged in alternated and contiguous fashion on a region (5; 3) of the second conductivity type, comprising: a plurality of bias contacts (11; 13) for each of the first strips; for each bias contact, a switch (52; 92) capable of applying a potential (GND; VDD) on the bias contact; two detection contacts arranged at the ends of each of said first strips; and a detection circuit common to two strips among the first strips, said two strips being separated by further strips among the first and second strips, the activation of the detection circuit causing the turning off of the switches associated to said two strips and the comparison to a threshold of the resistance between the detection contacts of one of said two strips, said threshold corresponding to the resistance between the detection contacts of the other of said two strips. a plurality of bias contacts (11; 13) for each of the first strips; for each bias contact, a switch (52; 92) capable of applying a potential (GND; VDD) on the bias contact; two detection contacts arranged at the ends of each of said first strips; and a detection circuit common to two strips among the first strips, said two strips being separated by further strips among the first and second strips, the activation of the detection circuit causing the turning off of the switches associated to said two strips and the comparison to a threshold of the resistance between the detection contacts of one of said two strips, said threshold corresponding to the resistance between the detection contacts of the other of said two strips.
An arc fault detection circuit interruption (AFCI) device , comprising: a high frequency arc noise sensor disposed across a hot conductor (110 ) and a neutral conductor (110 ), wherein the high frequency arc noise sensor includes a surge protection device across the hot conductor (110 ) and the neutral conductor (110 ) and a surge protection circuit such that the surge protection device protects against a first voltage surge in a first range of thousands to hundreds volts and the surge protection circuit protects against a second voltage surge in a second range of hundreds to few volts; the surge protection circuit is characterized in that it includes a tapped capacitor transformer circuit having a first output and a second output such that the first output having a first coupling capacitor in series and the second output having a second coupling capacitor in series; the arc fault detection circuit interruption device further comprises an arc fault detection circuit coupled in series with the high frequency arc noise sensor , a trip solenoid or electromagnet and a silicone-controlled rectifier , wherein the arc fault detection circuit is coupled to a series combination of the trip solenoid or electromagnet and the silicone-controlled rectifier disposed across the hot conductor (110 ) and the neutral conductor (110 ). a high frequency arc noise sensor disposed across a hot conductor (110 ) and a neutral conductor (110 ), wherein the high frequency arc noise sensor includes a surge protection device across the hot conductor (110 ) and the neutral conductor (110 ) and a surge protection circuit such that the surge protection device protects against a first voltage surge in a first range of thousands to hundreds volts and the surge protection circuit protects against a second voltage surge in a second range of hundreds to few volts; the surge protection circuit is characterized in that it includes a tapped capacitor transformer circuit having a first output and a second output such that the first output having a first coupling capacitor in series and the second output having a second coupling capacitor in series; the arc fault detection circuit interruption device further comprises an arc fault detection circuit coupled in series with the high frequency arc noise sensor , a trip solenoid or electromagnet and a silicone-controlled rectifier , wherein the arc fault detection circuit is coupled to a series combination of the trip solenoid or electromagnet and the silicone-controlled rectifier disposed across the hot conductor (110 ) and the neutral conductor (110 ).
Tractor operable with a work implement configured to be connected to a rear part of a vehicle body, the tractor comprising: a driver's seat mounted rearward of the vehicle body, the driver's seat being opened to an outside of the vehicle body; right and left fenders mounted laterally outward of the driver's seat ; a protection frame mounted rearward of the vehicle body in standing position; the protection frame including right and left posts mounted laterally outward of lateral opposite ends of a backrest of the driver's seat , and a partition dividing the entire region of the vehicle body into a driver's region and a rear region , the partition being disposed at a lateral side or a rear side of the backrest and forward of rear ends of the right and left fenders , and the partition having a lateral width (W2) thereof smaller than a lateral width (W1) between outer ends of the right and left fenders , and greater than a width of the backrest of the driver's seat , and the partition having a vertical dimension (H) substantially corresponding to a vertical dimension of the backrest between an upper part and a lower part thereof, and the partition being configured to block a region between the right post and a right lateral end of the backrest , and a region between the left post and a left lateral end of the backrest . a driver's seat mounted rearward of the vehicle body, the driver's seat being opened to an outside of the vehicle body; right and left fenders mounted laterally outward of the driver's seat ; a protection frame mounted rearward of the vehicle body in standing position; the protection frame including right and left posts mounted laterally outward of lateral opposite ends of a backrest of the driver's seat , and a partition dividing the entire region of the vehicle body into a driver's region and a rear region , the partition being disposed at a lateral side or a rear side of the backrest and forward of rear ends of the right and left fenders , and the partition having a lateral width (W2) thereof smaller than a lateral width (W1) between outer ends of the right and left fenders , and greater than a width of the backrest of the driver's seat , and the partition having a vertical dimension (H) substantially corresponding to a vertical dimension of the backrest between an upper part and a lower part thereof, and the partition being configured to block a region between the right post and a right lateral end of the backrest , and a region between the left post and a left lateral end of the backrest .