mhurhangee/patent-ind-claim-en huggingface dataset:
A processor, comprising: circuitry for executing program instructions, each program instruction stored in a location having a respective program address; circuitry for storing an indication of a program address of a program instruction to be executed; a memory stack , comprising a plurality of stack storage spaces, each stack storage space operable to receive a program address as a return address; a plurality of write protection indicators (WP) corresponding to respective stack storage spaces; a cache memory into which values from the plurality of write protection indicators are fetched; and circuitry adapted to receive a write request to a selected stack storage space, wherein if the corresponding write protection indicator is available in the cache memory a cache hit occurs and the write request can be immediately performed if the write protection indicator indicates that the selected stack storage space is not write protected, or adapted to generate a fault in response to detecting the selected stack storage space is write protected. circuitry for executing program instructions, each program instruction stored in a location having a respective program address; circuitry for storing an indication of a program address of a program instruction to be executed; a memory stack , comprising a plurality of stack storage spaces, each stack storage space operable to receive a program address as a return address; a plurality of write protection indicators (WP) corresponding to respective stack storage spaces; a cache memory into which values from the plurality of write protection indicators are fetched; and circuitry adapted to receive a write request to a selected stack storage space, wherein if the corresponding write protection indicator is available in the cache memory a cache hit occurs and the write request can be immediately performed if the write protection indicator indicates that the selected stack storage space is not write protected, or adapted to generate a fault in response to detecting the selected stack storage space is write protected.
A wick for being disposed in an evaporator for changing a working fluid from liquid phase to gas phase, the wick comprising: a porous medium comprising carbon, silicon and oxygen, which the working fluid in liquid phase permeates, characterised in that oxygen has a largest proportion among carbon, silicon, and oxygen in an elemental composition at a surface of a void of the porous medium. a porous medium comprising carbon, silicon and oxygen, which the working fluid in liquid phase permeates, characterised in that oxygen has a largest proportion among carbon, silicon, and oxygen in an elemental composition at a surface of a void of the porous medium.
An electric-vehicle testing apparatus (110; 810; 1710; 1810) comprising: means for generating a first signal corresponding to accelerator operation amount by a driver and a second signal corresponding to brake operation amount by the driver in accordance with test conditions that include a target vehicle speed pattern indicating a variation in target vehicle speed along a time series; means for controlling torque of a test motor included in a test object for an electric-vehicle based on a first command value corresponding to the first signal; means for computing running resistance to be assumed when a vehicle runs using an actual vehicle speed obtained from a rotation speed of the test motor ; means for computing braking force using the second signal and the actual vehicle speed obtained from the rotation speed of the test motor ; and means for controlling torque of a load motor coupled to the test motor , based on a second command value corresponding to the running resistance and the braking force, characterized in that the means for computing the braking force determines, as the braking force, a smaller one of a first braking force candidate corresponding to the second signal and a sum of a second braking force candidate corresponding to an actual vehicle speed obtained from the rotation speed of the test motor and a first command value corresponding to creep torque of the vehicle. means for generating a first signal corresponding to accelerator operation amount by a driver and a second signal corresponding to brake operation amount by the driver in accordance with test conditions that include a target vehicle speed pattern indicating a variation in target vehicle speed along a time series; means for controlling torque of a test motor included in a test object for an electric-vehicle based on a first command value corresponding to the first signal; means for computing running resistance to be assumed when a vehicle runs using an actual vehicle speed obtained from a rotation speed of the test motor ; means for computing braking force using the second signal and the actual vehicle speed obtained from the rotation speed of the test motor ; and means for controlling torque of a load motor coupled to the test motor , based on a second command value corresponding to the running resistance and the braking force,
A method for structurally reinforcing a vehicle body stamping comprising: providing a vehicle body stamping including an area on the stamping requiring structural reinforcement; forming a tacky expandable structural adhesive material including at least 1% by weight of components having a low enough molecular weight to be a liquid at about 23° C; locating a mesh material onto the expandable material wherein the mesh adheres to the expandable material due to the tacky nature of the expandable material and wherein the mesh is located in direct planar contact with the expandable material ; cutting the expandable material and mesh material to a size and shape that conforms with the area on the stamping requiring structural reinforcement; contacting the expandable material with the area of the stamping requiring reinforcement, wherein the expandable material lies in between the area on the stamping requiring structural reinforcement and the mesh material and wherein the expandable material is in direct planar contact with the area on the stamping requiring structural reinforcement; wherein the expandable material is adapted to expand upon exposure to a predetermined temperature to expand in an amount that is from 100% of its original volume to 300% of its original volume; wherein the method is free of any separate fastening step for connecting the expandable material to the body stamping. providing a vehicle body stamping including an area on the stamping requiring structural reinforcement; forming a tacky expandable structural adhesive material including at least 1% by weight of components having a low enough molecular weight to be a liquid at about 23° C; locating a mesh material onto the expandable material wherein the mesh adheres to the expandable material due to the tacky nature of the expandable material and wherein the mesh is located in direct planar contact with the expandable material ; cutting the expandable material and mesh material to a size and shape that conforms with the area on the stamping requiring structural reinforcement; contacting the expandable material with the area of the stamping requiring reinforcement, wherein the expandable material lies in between the area on the stamping requiring structural reinforcement and the mesh material and wherein the expandable material is in direct planar contact with the area on the stamping requiring structural reinforcement; wherein the expandable material is adapted to expand upon exposure to a predetermined temperature to expand in an amount that is from 100% of its original volume to 300% of its original volume; wherein the method is free of any separate fastening step for connecting the expandable material to the body stamping.
A method for quantifying, or determining an indication of, cardiorespiratory fitness comprising: - recording a signal with an accelerometer placed on the chest of a person, the accelerometer being configured for measuring accelerations and vibrations of the chest wall of the person caused by myocardial movement, - forming a signal portion from the signal, wherein the signal portion covers one or more complete cardiac cycles of the person, - filtering the signal portion with a band-pass filter having a lower cutoff frequency below 1 Hz and an upper cut-off frequency in the range 60-500 Hz, - determining a maximum value in the signal portion, and - providing output information indicating cardiorespiratory fitness based on the maximum value. - recording a signal with an accelerometer placed on the chest of a person, the accelerometer being configured for measuring accelerations and vibrations of the chest wall of the person caused by myocardial movement, - forming a signal portion from the signal, wherein the signal portion covers one or more complete cardiac cycles of the person, - filtering the signal portion with a band-pass filter having a lower cutoff frequency below 1 Hz and an upper cut-off frequency in the range 60-500 Hz, - determining a maximum value in the signal portion, and - providing output information indicating cardiorespiratory fitness based on the maximum value.
A manual swing clamp comprising: a body having a first end and a second end, the body defining a bore through the first end and a cavity at the second end, the bore communicating with the cavity , a plunger slidably and rotatably held in the bore of the body ; a lever pivotally connected to the second end; a link arm pivotally connected between the plunger and lever ; a housing coupled with the first end of the body , the housing including a first and second cylinder , the first cylinder including a slot for receiving a pin coupled with the plunger , the second cylinder coaxially positioned about the first cylinder to provide a cover; and a clamp finger secured on an end of the plunger , the clamp finger rotating as the plunger is moved in the first cylinder . a body having a first end and a second end, the body defining a bore through the first end and a cavity at the second end, the bore communicating with the cavity , a plunger slidably and rotatably held in the bore of the body ; a lever pivotally connected to the second end; a link arm pivotally connected between the plunger and lever ; a housing coupled with the first end of the body , the housing including a first and second cylinder , the first cylinder including a slot for receiving a pin coupled with the plunger , the second cylinder coaxially positioned about the first cylinder to provide a cover; and a clamp finger secured on an end of the plunger , the clamp finger rotating as the plunger is moved in the first cylinder .
A method performed by a data processing apparatus , the method comprising: identifying , using the data processing apparatus , usage of a battery-operated electronic device that includes: multiple hardware components, including a wireless transceiver, a display screen and the data processing apparatus , and multiple software applications; attributing a power consumption resulting from the usage of each of the multiple hardware components to multiple aspects of the battery-operated electronic device , wherein attributing the power consumption resulting from the usage of a hardware component includes attributing the power consumption to the hardware component and each software application that uses the hardware component; monitoring usage of the hardware component by the software application; converting the usage of the hardware component into a power consumption that is attributed to the software application; recording, using the data processing apparatus , the attributed power consumption; and presenting, using the data processing apparatus , power consumption feedback to a user, the power consumption feedback identifying: each of the multiple hardware components, each software application that uses each of the multiple hardware components, and the attributed power consumption. identifying , using the data processing apparatus , usage of a battery-operated electronic device that includes: multiple hardware components, including a wireless transceiver, a display screen and the data processing apparatus , and multiple software applications; multiple hardware components, including a wireless transceiver, a display screen and the data processing apparatus , and multiple software applications; attributing a power consumption resulting from the usage of each of the multiple hardware components to multiple aspects of the battery-operated electronic device , wherein attributing the power consumption resulting from the usage of a hardware component includes attributing the power consumption to the hardware component and each software application that uses the hardware component; monitoring usage of the hardware component by the software application; converting the usage of the hardware component into a power consumption that is attributed to the software application; recording, using the data processing apparatus , the attributed power consumption; and presenting, using the data processing apparatus , power consumption feedback to a user, the power consumption feedback identifying: each of the multiple hardware components, each software application that uses each of the multiple hardware components, and the attributed power consumption. each of the multiple hardware components, each software application that uses each of the multiple hardware components, and the attributed power consumption.
A sprayable zinc oxide composition comprising a fluoro-olefin propellant, zinc oxide particles, one or more nonionic lipophilic emulsifiers, one or more nonionic hydrophilic emulsifiers and a carrier fluid; wherein the carrier fluid comprises water; wherein the weight ratio of the nonionic lipophilic emulsifiers to nonionic hydrophilic emulsifiers ranges from about 5 to about 30; and wherein the nonionic lipophilic emulsifiers have a hydrophilic to lipophilic balance (HLB) value of from 2 to 8. wherein the carrier fluid comprises water; wherein the weight ratio of the nonionic lipophilic emulsifiers to nonionic hydrophilic emulsifiers ranges from about 5 to about 30; and wherein the nonionic lipophilic emulsifiers have a hydrophilic to lipophilic balance (HLB) value of from 2 to 8.
Unlocking device for a door or gate, with a force transmission part , which is adjustable in the longitudinal direction (LR) of the unlocking device and can thereby act on a lock and unlock it, as well as an actuating element , which can adjust the force transmission part by means of at least one gear , and a drive , which can adjust the force transmission part , wherein the drive comprises a rotary motor and a drive gear with at least one rotary element , and wherein the drive gear translates the rotary movement of the rotary motor into a linear movement of the force transmission part , characterized in that the drive gear has at least one connecting rod which acts on the force transmission part and is rotatably mounted on the rotary element at a coupling point (KP).
A semiconductor device inspection method for inspecting a semiconductor device (D) which is an inspection object, the method comprising: a step of inputting a stimulation signal to the semiconductor device; a step (S1) of acquiring a detection signal based on a reaction of the semiconductor device (D) to which the stimulation signal has been input; a step (S5) of generating a first in-phase image and a first quadrature image including amplitude information and phase information in the detection signal based on the detection signal and a reference signal generated based on the stimulation signal; characterized by further comprising: a step (S9, S10) of performing a filtering process of reducing noise on at least one of the first in-phase image and the first quadrature image and then generating a first amplitude image based on the first in-phase image and the first quadrature image; wherein an in-phase image is an image in which in-phase information, in each pixel is mapped on a predetermined luminance value corresponding to the in-phase information, and a quadrature image is an image in which quadrature information in each pixel is mapped on a predetermined luminance value corresponding to the quadrature information, the in-phase information indicating an in-phase component at a frequency to be measured and the quadrature information indicating a quadrature component at a frequency to be measured. a step of inputting a stimulation signal to the semiconductor device; a step (S1) of acquiring a detection signal based on a reaction of the semiconductor device (D) to which the stimulation signal has been input; a step (S5) of generating a first in-phase image and a first quadrature image including amplitude information and phase information in the detection signal based on the detection signal and a reference signal generated based on the stimulation signal; characterized by further comprising: a step (S9, S10) of performing a filtering process of reducing noise on at least one of the first in-phase image and the first quadrature image and then generating a first amplitude image based on the first in-phase image and the first quadrature image;
A concrete screed apparatus having a frame and a screed head secured thereto for screeding a concrete surface comprising: an electrically actuated leveling system secured to said frame and secured to a plurality of spaced drive wheels , each of said drive wheels rotatably and pivotably secured to said leveling system , characterized in that said leveling system comprises: a plurality of vertically adjustable leveling legs directly connected at a first end to said spaced drive wheels and directly connected at a second end to said frame , each leveling leg having an electrical actuator secured thereto for adjusting an elevation of said frame . an electrically actuated leveling system secured to said frame and secured to a plurality of spaced drive wheels , each of said drive wheels rotatably and pivotably secured to said leveling system , characterized in that said leveling system comprises: a plurality of vertically adjustable leveling legs directly connected at a first end to said spaced drive wheels and directly connected at a second end to said frame , each leveling leg having an electrical actuator secured thereto for adjusting an elevation of said frame .
A valve for dispensing a fire extinguishing agent from a container, the valve comprising: a housing including an ingress aperture and an egress aperture , the housing defines a cavity (C) extending along a longitudinal axis (L) between the ingress aperture and the egress aperture ; a rupturable disk disposed in the cavity (C) to control a flow of the fire extinguishing agent from the ingress aperture to the egress aperture , the rupturable disk having a line of weakness at least partially disposed around the longitudinal axis (L), the rupturable disk having a burst rating greater than a maximum pressure of the fire extinguishing agent in the container, an annular spool defining a flow-through aperture along the longitudinal axis (L), the annular spool having an axial face engaging the rupturable disk in a latched position of the annular spool along the longitudinal axis (L), and an actuator operably coupled to the annular spool , characterized in that the annular spool supports the rupturable disk and conceals the line of weakness from the ingress aperture in the latched position, and the annular spool responds to the actuator to move along the longitudinal axis (L) to a fired position that exposes the line of weakness to allow the flow of fire extinguishing agent through the flow-through aperture of the annular spool along the longitudinal axis (L) and from the egress aperture of the housing . a housing including an ingress aperture and an egress aperture , the housing defines a cavity (C) extending along a longitudinal axis (L) between the ingress aperture and the egress aperture ; a rupturable disk disposed in the cavity (C) to control a flow of the fire extinguishing agent from the ingress aperture to the egress aperture , the rupturable disk having a line of weakness at least partially disposed around the longitudinal axis (L), the rupturable disk having a burst rating greater than a maximum pressure of the fire extinguishing agent in the container, an annular spool defining a flow-through aperture along the longitudinal axis (L), the annular spool having an axial face engaging the rupturable disk in a latched position of the annular spool along the longitudinal axis (L), and an actuator operably coupled to the annular spool , characterized in that the annular spool supports the rupturable disk and conceals the line of weakness from the ingress aperture in the latched position, and the annular spool responds to the actuator to move along the longitudinal axis (L) to a fired position that exposes the line of weakness to allow the flow of fire extinguishing agent through the flow-through aperture of the annular spool along the longitudinal axis (L) and from the egress aperture of the housing .
A coated film comprising: a polyester film and a coating layer which is formed on at least one surface of the polyester film and is prepared from a coating solution comprising a urethane (meth)acrylate compound (a) and at least one compound (b) selected from the group consisting of an oxazoline compound, an isocyanate-based compound and a carbodiimide-based compound, wherein a content of a carbon-carbon double bond moiety in the urethane (meth)acrylate compound is not less than 5% by weight. a polyester film and a coating layer which is formed on at least one surface of the polyester film and is prepared from a coating solution comprising a urethane (meth)acrylate compound (a) and at least one compound (b) selected from the group consisting of an oxazoline compound, an isocyanate-based compound and a carbodiimide-based compound, wherein a content of a carbon-carbon double bond moiety in the urethane (meth)acrylate compound is not less than 5% by weight.