mhurhangee/ep-ind-claims huggingface dataset:
A hybrid vehicle, comprising: a fuel tank disposed in a tank storage section formed between left and right side members on a lower side of a floor of a vehicle body; a driving battery disposed in a battery storage section aligned with the tank storage section in a front-rear direction across a cross member connecting between the left and right side members; a driving motor disposed on an opposite side of the battery storage section in the front-rear direction of the vehicle with respect to the tank storage section; and a power line that supplies power from the driving battery to the driving motor, wherein part of the tank storage section includes the left and right side members and the cross members, characterized in that: the power line is extended along a side wall of either one of the left and right side members from a side wall of the cross member so as to bypass the fuel tank via either one of the left and right sides of the fuel tank from a terminal block of the driving battery and an extra length area with slack being formed in an area of the power line along the side wall of the cross member. a fuel tank disposed in a tank storage section formed between left and right side members on a lower side of a floor of a vehicle body; a driving battery disposed in a battery storage section aligned with the tank storage section in a front-rear direction across a cross member connecting between the left and right side members; a driving motor disposed on an opposite side of the battery storage section in the front-rear direction of the vehicle with respect to the tank storage section; and a power line that supplies power from the driving battery to the driving motor, wherein part of the tank storage section includes the left and right side members and the cross members, characterized in that: the power line is extended along a side wall of either one of the left and right side members from a side wall of the cross member so as to bypass the fuel tank via either one of the left and right sides of the fuel tank from a terminal block of the driving battery and an extra length area with slack being formed in an area of the power line along the side wall of the cross member.
A separator (10, 60, 65) for separating end windings in the stator of an electrical machine, wherein the separator (10, 60, 65) comprises a planar portion (12, 14, 64) and a curved portion (16, 62, 66); characterised in that: the planar portion comprises a plurality of ribs (18, 20, 72) and a plurality of air holes (22, 78) therebetween.
A power-driving motor for a power-driving bike comprising a bike frame including a down tube, the power-driving motor comprising a side plate, a stator, a motor spindle and a rotor, wherein the side plate comprises a mounting portion; the power-driving motor is adapted to be disposed in the down tube, which is provided as a housing of the power-driving motor, wherein the length of the power-driving motor is larger than the width of the power-driving motor; the side plate is directly fitted into the down tube and comprises a mounting holder opposite to the mounting portion, wherein the stator is provided at an outer portion of the mounting holder and the rotor is provided at the outside of the stator; the motor spindle passing through the mounting portion includes a first section connected to the mounting portion, and a second section stretching from the first section, wherein the diameter of the second section of the spindle is smaller than that of the first section, and the first section extends through and is connected to a first bearing corresponding to the mounting portion and the second section extends through and is connected to at least one second bearing provided in the mounting holder; and the rotor includes a rotor support connected to the second section of the motor spindle.
An apparatus comprising an intermediary network function comprising: - means for receiving, by the intermediary network function, a subscription request from a network function consumer requesting data of a network function producer via a messaging framework, wherein the subscription request comprises a client credential assertion of the network function consumer and an access token; - means for authorizing and authenticating, by the intermediary network function, the network function consumer upon successful validation of the access token and the client credential assertion; - means for transmitting, by the intermediary network function, an access token request to an authorization server to get another access token, wherein said another access token is to be used to validate the network function consumer to access services of the network function producer, and the access token request comprises the client credential assertion of the network function consumer requesting data of the network function producer; and - means for receiving, by the intermediary network function, an access token response from the authorization server, wherein the access token response comprises the another access token, wherein the access token response comprises identifiers of two subscribing network entities, said two subscribing network entities further comprising the network function consumer and the messaging framework. - means for receiving, by the intermediary network function, a subscription request from a network function consumer requesting data of a network function producer via a messaging framework, wherein the subscription request comprises a client credential assertion of the network function consumer and an access token; - means for authorizing and authenticating, by the intermediary network function, the network function consumer upon successful validation of the access token and the client credential assertion; - means for transmitting, by the intermediary network function, an access token request to an authorization server to get another access token, wherein said another access token is to be used to validate the network function consumer to access services of the network function producer, and the access token request comprises the client credential assertion of the network function consumer requesting data of the network function producer; and - means for receiving, by the intermediary network function, an access token response from the authorization server, wherein the access token response comprises the another access token, wherein the access token response comprises identifiers of two subscribing network entities, said two subscribing network entities further comprising the network function consumer and the messaging framework.
A dual cylinder (60; 70) lock, the first of said cylinders, referred to as the service cylinder being operable by a first key, the second of said cylinders, referred to as the customer cylinder being operable by means of a second key separate from the first key, characterized in that between two operations of the customer cylinder, the service cylinder is operable at most only once.
A production method for an R-Fe-B based sintered magnet having a plating film on the surface thereof, wherein R comprises a rare earth element including at least Nd, wherein a series of processes of acid cleaning and smut removal of a magnet as pretreatments of a plating treatment and the subsequent plating treatment are conducted consistently with a state in which the magnet is placed in a barrel made of synthetic resin, and characterized in that the smut removal is conducted by ultrasonic cleaning of the magnet with rotating the barrel in water in which the dissolved oxygen amount is set to 0.1 ppm to 6 ppm by degassing.
An air conditioner comprising: a compressor configured to compress a refrigerant; an outdoor heat exchanger; an indoor heat exchanger; a four-way valve configured to selectively supply the refrigerant compressed by the compressor to the outdoor or indoor heat exchanger (113, 114); a water tank configured to generate hot water by exchanging heat with a refrigerant; wherein the water tank is connected to the compressor, the indoor heat exchanger and the outdoor heat exchanger; a first adjustment valve configured to selectively supply the refrigerant compressed by the compressor to the water tank; a second adjustment valve configured to selectively supply the refrigerant compressed by the compressor to the four-way valve; a first sensor configured to detect temperature of a refrigerant discharged from the compressor; a second sensor configured to detect temperature of a refrigerant supplied to the water tank; and a controller configured to determine an abnormality based on temperature values respectively input from the first sensor and the second sensor, characterized in that the abnormality to be determined is an abnormality in the first adjustment valve and the second adjustment valve, and when the temperature value input from the first sensor is greater than a first reference temperature value, the controller configured to stop the compressor. a compressor configured to compress a refrigerant; an outdoor heat exchanger; an indoor heat exchanger; a four-way valve configured to selectively supply the refrigerant compressed by the compressor to the outdoor or indoor heat exchanger (113, 114); a water tank configured to generate hot water by exchanging heat with a refrigerant; wherein the water tank is connected to the compressor, the indoor heat exchanger and the outdoor heat exchanger; a first adjustment valve configured to selectively supply the refrigerant compressed by the compressor to the water tank; a second adjustment valve configured to selectively supply the refrigerant compressed by the compressor to the four-way valve; a first sensor configured to detect temperature of a refrigerant discharged from the compressor; a second sensor configured to detect temperature of a refrigerant supplied to the water tank; and a controller configured to determine an abnormality based on temperature values respectively input from the first sensor and the second sensor, characterized in that the abnormality to be determined is an abnormality in the first adjustment valve and the second adjustment valve, and when the temperature value input from the first sensor is greater than a first reference temperature value, the controller configured to stop the compressor.
A fuel processor comprising: a heater provided with an external cylinder outside an internal cylinder, the heater suitable for heating an interior of the internal cylinder; and a reformer filled with a reforming catalyst between the internal cylinder and the external cylinder, the fuel processor suitable for producing hydrogen-rich reformed gas by passing fuel gas to be reformed through the reformer, by a reaction of the reforming catalyst, wherein the reformer is divided by a plurality of spaced partition plates in a space between the internal cylinder and the external cylinder in a longitudinal direction of the internal cylinder and the external cylinder, characterized in that outer edges of all the partition plates are cantilevered while being connected to the external cylinder, a clearance is formed between the partition plate and the internal cylinder, and the clearance is larger than an approaching distance in thermal expansion of the internal cylinder and the external cylinder, the thermal expansion being caused by temperature variations during startup and shutdown of the fuel processor, and the clearance is smaller than a minimum grain size of the reforming catalyst. a heater provided with an external cylinder outside an internal cylinder, the heater suitable for heating an interior of the internal cylinder; and a reformer filled with a reforming catalyst between the internal cylinder and the external cylinder, the fuel processor suitable for producing hydrogen-rich reformed gas by passing fuel gas to be reformed through the reformer, by a reaction of the reforming catalyst,
A device for implanting an intraocular lens comprising: a piston rod; a pressurized gas device configured to impart pressurized gas pressure to the piston rod to move the piston rod from a retracted position to an extended position; a compression chamber comprising a dampening medium, the dampening medium comprising a substantially incompressible fluid, a channel configured to drain the dampening medium from the compression chamber to a drainage chamber; a slider configured to change the cross sectional area of the channel to control a rate that the dampening medium drains from the compression chamber; and an intraocular lens retaining portion configured to receive an intraocular lens for insertion into an eye of an animal and aligned with the piston rod such that the piston rod pushes the intraocular lens from the intraocular lens retaining portion when the piston rod moves from the retracted position toward the extended position, characterized in that the drainage chamber is separated from the compression chamber by the piston rod and wherein the dampening medium applies dampening pressure to the piston rod that counteracts the pressurized gas pressure, the piston rod comprising a piston part that separates the compression chamber and the drainage chamber. a piston rod; a pressurized gas device configured to impart pressurized gas pressure to the piston rod to move the piston rod from a retracted position to an extended position; a compression chamber comprising a dampening medium, the dampening medium comprising a substantially incompressible fluid, a channel configured to drain the dampening medium from the compression chamber to a drainage chamber; a slider configured to change the cross sectional area of the channel to control a rate that the dampening medium drains from the compression chamber; and an intraocular lens retaining portion configured to receive an intraocular lens for insertion into an eye of an animal and aligned with the piston rod such that the piston rod pushes the intraocular lens from the intraocular lens retaining portion when the piston rod moves from the retracted position toward the extended position,
A method of sensing a rotation of a wheel in a portable terminal, the method comprising: producing at least one interrupt through any one of a plurality of sensors (61, 62) provided in the wheel according to the rotation of the wheel; confirming an interrupt value of the produced interrupt and a status value of a sensor which does not produce the interrupt among the plurality of sensors (61, 62); and determining that the wheel is rotated in a direction corresponding to the interrupt value and the status value. producing at least one interrupt through any one of a plurality of sensors (61, 62) provided in the wheel according to the rotation of the wheel; confirming an interrupt value of the produced interrupt and a status value of a sensor which does not produce the interrupt among the plurality of sensors (61, 62); and determining that the wheel is rotated in a direction corresponding to the interrupt value and the status value.
An electronic rod reader and field notebook in the form of a portable electronic device comprising: an image capture device for capturing an image through an eyepiece of an auto-level; logic implemented by a processor of said electronic rod reader for automatically recognizing a crosshair viewed through said eyepiece of said auto-level, for automatically comparing said crosshair against a scale of a standard grade rod viewed through said eyepiece of said auto-level, and for automatically determining an elevation of said standard grade rod based upon said comparing; a non-transitory computer readable data storage medium coupled with said processor for storing said elevation as a first reading; and a wireless communication device configured for receiving a position of said standard grade rod and wherein said logic causes said position to be automatically stored with said first reading. an image capture device for capturing an image through an eyepiece of an auto-level; logic implemented by a processor of said electronic rod reader for automatically recognizing a crosshair viewed through said eyepiece of said auto-level, for automatically comparing said crosshair against a scale of a standard grade rod viewed through said eyepiece of said auto-level, and for automatically determining an elevation of said standard grade rod based upon said comparing; a non-transitory computer readable data storage medium coupled with said processor for storing said elevation as a first reading; and a wireless communication device configured for receiving a position of said standard grade rod and wherein said logic causes said position to be automatically stored with said first reading.
A privacy screen filter for mounting on screens of computers, including computer screens on portable computers such as laptops and/or tablet pcs, on which a camera and/or a sensor is mounted in the computer screen, such as in the edge frame of the computer screen, and wherein the screen filter includes a filter element in the form of a film sheet with means to prevent others than the user to see the contents on the computer screen, such as a film sheet including micro-lamellae and one or more mounting means for releasable fastening of the screen filter along at least one edge of the computer screen, wherein the privacy screen filter additionally includes one or more reinforcing plate-shaped elements (9, 10) mounted along the front side and/or the back side of the upper and lower edges of the film sheet or of the side edges of the film sheet, and across the entire width and height, respectively, of the film sheet for reinforcing the film sheet, characterised in that the reinforcing plate-shaped elements (9, 10) and the film sheet along at least one edge of the film sheet include a through-going hole, and wherein the privacy screen filter further comprises a movable slide mounted in connection with the through-going hole, wherein the movable slide is configured to close the through-going hole or to allow the through-going hole to be free.
An ultrasound emitting apparatus (400, 500) that is mounted on a moving object and emits an ultrasound wave, the ultrasound emitting apparatus comprising: an ultrasound signal generating section that generates ultrasound signals; an audible signal generating section (102, 502) that generates audible signals; an information acquiring section that acquires information on the speed of the moving object; a frequency controlling section that adjusts a frequency of the ultrasound signals based on the speed of the moving object; and a modulation section that generates the ultrasound wave through modulation of the ultrasound signals with the audible signals, wherein the frequency controlling section comprises: a storage section that stores correspondence of the speed and a frequency deviation that is a finite difference between a Doppler frequency and a reference frequency of the ultrasound signals; and a calculation section that calculates a target frequency of the ultrasound signals through calculation of the frequency deviation associated with the speed of the moving object in the correspondence and addition of the calculated frequency deviation and the reference frequency. an ultrasound signal generating section that generates ultrasound signals; an audible signal generating section (102, 502) that generates audible signals; an information acquiring section that acquires information on the speed of the moving object; a frequency controlling section that adjusts a frequency of the ultrasound signals based on the speed of the moving object; and a modulation section that generates the ultrasound wave through modulation of the ultrasound signals with the audible signals, wherein the frequency controlling section comprises: a storage section that stores correspondence of the speed and a frequency deviation that is a finite difference between a Doppler frequency and a reference frequency of the ultrasound signals; and a calculation section that calculates a target frequency of the ultrasound signals through calculation of the frequency deviation associated with the speed of the moving object in the correspondence and addition of the calculated frequency deviation and the reference frequency. a storage section that stores correspondence of the speed and a frequency deviation that is a finite difference between a Doppler frequency and a reference frequency of the ultrasound signals; and a calculation section that calculates a target frequency of the ultrasound signals through calculation of the frequency deviation associated with the speed of the moving object in the correspondence and addition of the calculated frequency deviation and the reference frequency.
A device for damping of sounds which comprises - a casing intended to be placed round one or more sound-generating equipment items in order to shield them from the surroundings and thereby damp their sounds, which casing has an inlet via which air is allowed to flow into the casing, and - a sound-damping panel which is situated in the casing and via which air is allowed to flow out from the casing, the sound-damping panel comprising a first wall which faces towards the inside of the casing, and a second wall which extends along and at a distance from the first wall, leaving a throughflow space between the first wall and the second wall, wherein the first wall is provided with a plurality of apertures via which air is allowed to flow into said throughflow space between the walls (21, 22), wherein a diffuser means is situated on the second wall directly opposite each aperture, protruding from the second wall towards the respective aperture in the first wall and is arranged to deflect the air which via this aperture flows towards the second wall so that this air flow then proceeds in various different directions in said throughflow space, wherein at least some of the internal surfaces of said throughflow space are covered with sound-absorbing material and the sound-damping panel comprises at least one outlet aperture which is connected to said throughflow space and via which air is allowed to flow from the throughflow space and proceed to the surroundings, characterized in that the side of the second wall which faces in towards said throughflow space is planar with the exception of the regions on that side which are covered by said diffuser means, each of which diffuser means constitutes a protrusion on this otherwise planar side of the second wall. - a casing intended to be placed round one or more sound-generating equipment items in order to shield them from the surroundings and thereby damp their sounds, which casing has an inlet via which air is allowed to flow into the casing, and - a sound-damping panel which is situated in the casing and via which air is allowed to flow out from the casing, the sound-damping panel comprising a first wall which faces towards the inside of the casing, and a second wall which extends along and at a distance from the first wall, leaving a throughflow space between the first wall and the second wall, wherein the first wall is provided with a plurality of apertures via which air is allowed to flow into said throughflow space between the walls (21, 22),
An industrial door comprising: a plurality of lamella a plurality of end pieces connectable to the lamella, a drive system connectable to said plurality of end pieces for raising and lowering the roller door; characterized by further comprising: a plurality of openings formed in the lamellae, arranged on at least one distal end thereof; and a plurality of friction fit security devices formed on the end pieces, for engaging the openings. a plurality of lamella a plurality of end pieces connectable to the lamella, a drive system connectable to said plurality of end pieces for raising and lowering the roller door; characterized by further comprising: a plurality of openings formed in the lamellae, arranged on at least one distal end thereof; and a plurality of friction fit security devices formed on the end pieces, for engaging the openings. a plurality of openings formed in the lamellae, arranged on at least one distal end thereof; and a plurality of friction fit security devices formed on the end pieces, for engaging the openings.