mhurhangee/ep-ind-claims huggingface dataset:
An augmented neural network system for processing a sequence of system inputs to generate a sequence of system outputs, the sequence of system inputs comprising a sequence of images or features that have been extracted from images and the sequence of system outputs comprising a sequence of scores for each of a set of object categories, with each score representing an estimated likelihood that the image contains an image of an object belonging to the category; the augmented neural network system comprising: a neural network, wherein the neural network is configured to receive neural network inputs and process each of the neural network inputs to generate a respective neural network output for each neural network input; and a sequence processing subsystem, wherein the sequence processing subsystem is configured to perform operations comprising, for each of the system inputs in the sequence of system inputs: receiving the system input; generating an initial neural network input from the system input; causing the neural network to process the initial neural network input to generate an initial neural network output for the system input; and determining, from a first portion of the initial neural network output for the system input, whether or not to cause the neural network to generate one or more additional neural network outputs for the system input; causing the neural network to generate one or more additional neural network outputs based on the determining. a neural network, wherein the neural network is configured to receive neural network inputs and process each of the neural network inputs to generate a respective neural network output for each neural network input; and a sequence processing subsystem, wherein the sequence processing subsystem is configured to perform operations comprising, for each of the system inputs in the sequence of system inputs: receiving the system input; generating an initial neural network input from the system input; causing the neural network to process the initial neural network input to generate an initial neural network output for the system input; and determining, from a first portion of the initial neural network output for the system input, whether or not to cause the neural network to generate one or more additional neural network outputs for the system input; causing the neural network to generate one or more additional neural network outputs based on the determining. receiving the system input; generating an initial neural network input from the system input; causing the neural network to process the initial neural network input to generate an initial neural network output for the system input; and determining, from a first portion of the initial neural network output for the system input, whether or not to cause the neural network to generate one or more additional neural network outputs for the system input;
A heat spreader comprising: a package; and a paste-like thermally conductive medium enclosed in the package, and configured to deform to conform to a three-dimensional shape of a heat-generating article and periphery thereof, wherein the paste-like thermally conductive medium is made from a plurality of kinds of material characterised in that the paste-like thermally conductive medium hardens with time. a package; and a paste-like thermally conductive medium enclosed in the package, and configured to deform to conform to a three-dimensional shape of a heat-generating article and periphery thereof, wherein the paste-like thermally conductive medium is made from a plurality of kinds of material characterised in that the paste-like thermally conductive medium hardens with time.
An anti-reflux valve comprising: a filament; a mesh scaffolding comprising the filament, the mesh scaffolding having a distal scaffolding end; a loop comprising the filament, the loop extending a distance from the distal scaffolding end; and a valve connected to, and extending longitudinally from, the mesh scaffolding, characterised in that the valve comprises the loop and in that the valve is an extension of a covering extending over the mesh scaffolding and the loop. a filament; a mesh scaffolding comprising the filament, the mesh scaffolding having a distal scaffolding end; a loop comprising the filament, the loop extending a distance from the distal scaffolding end; and a valve connected to, and extending longitudinally from, the mesh scaffolding, characterised in that the valve comprises the loop and in that the valve is an extension of a covering extending over the mesh scaffolding and the loop.
A magnetic circuit for a power-supplying device and/or a power-receiving device of a non-contact charging apparatus, comprising a coil (201, 301) for generating or receiving magnetic flux, a coil yoke (212, 312) disposed on the rear surface side of said coil being opposite to a front surface side which is the side of a power-supply and/or power-receiving surface of the power-supplying and/or power-receiving device, respectively, and a magnetic attraction means (211, 311) disposed at a hole of said coil yoke, characterized in that a magnetic gap is provided in plane and/or thickness directions of said coil yoke between said magnetic attraction means (211, 311) and said coil yoke (212, 312), and said coil yoke (212, 312) is made of soft-magnetic alloy.
Compact exhaust gas treatment system for exhaust gases of a combustion engine of a vehicle comprising an inlet of the exhaust gases, an outlet of the exhaust gases, a first catalytic converter (21, 22) and a second catalytic converter, a filter unit, a mixing chamber for evaporating liquid spray and subsequent mixing into the exhaust gases, characterised in that the exhaust gas treatment system comprises a first structure and a second structure being in fluid communication and defining a flow path of the exhaust gases, the second structure being supported by the first structure, the first structure comprising the first catalytic converter (21, 22) downstream the mixing chamber, said first catalytic converter (21, 22) having a fluid connection to the outlet of exhaust gases, the second structure comprising a filter unit housing removably connected to the first structure and to an inlet module by filter unit housing fixing means (1, 2), and the inlet module removably connected to the first structure and the filter unit housing, said second structure defining a longitudinal axis, said filter unit housing comprising the filter unit, and said inlet module comprising the second catalytic converter and having a fluid connection to the inlet of exhaust gases, the filter unit housing and/or the inlet module being configured to allow its removal from the exhaust gas treatment system. an inlet of the exhaust gases, an outlet of the exhaust gases, a first catalytic converter (21, 22) and a second catalytic converter, a filter unit, a mixing chamber for evaporating liquid spray and subsequent mixing into the exhaust gases, characterised in that the exhaust gas treatment system comprises a first structure and a second structure being in fluid communication and defining a flow path of the exhaust gases, the second structure being supported by the first structure, the first structure comprising the first catalytic converter (21, 22) downstream the mixing chamber, said first catalytic converter (21, 22) having a fluid connection to the outlet of exhaust gases, the second structure comprising a filter unit housing removably connected to the first structure and to an inlet module by filter unit housing fixing means (1, 2), and the inlet module removably connected to the first structure and the filter unit housing, said second structure defining a longitudinal axis, said filter unit housing comprising the filter unit, and said inlet module comprising the second catalytic converter and having a fluid connection to the inlet of exhaust gases, the filter unit housing and/or the inlet module being configured to allow its removal from the exhaust gas treatment system. said second structure defining a longitudinal axis, said filter unit housing comprising the filter unit, and said inlet module comprising the second catalytic converter and having a fluid connection to the inlet of exhaust gases, the filter unit housing and/or the inlet module being configured to allow its removal from the exhaust gas treatment system.
A cubicle for an animal, said cubicle having an open side through which the animal enters the cubicle and an opposite end for the animal head, said cubicle comprising a brisket board for positioning the animal longitudinally within the cubicle and a mattress placed on a cubicle floor, wherein a flange extends from the brisket board adjacent the floor along one side of the brisket board, characterised in that a head end of the mattress, and the said one side of the brisket board are secured to the cubicle floor by an elongated profile securing both the mattress and the brisket board to the floor, further characterised in that the elongated profile has a longitudinal side provided with or forming a recess extending along the profile and in that the flange is fitted within the elongated profile recess.
Fluid filter attachable to a connection flange with a central standpipe, wherein the fluid filter comprises an exchangeable filter insert with a hollow-cylindrical filter material body that is enclosed on the end faces by two end discs and can be plugged onto the standpipe, and wherein the fluid filter has a cup-shaped screw-on housing with a screw thread in the centre of its bottom that is attachable by screwing onto a counter-thread on a free end of the standpipe, and with a seal supported on the free edge of the screw-on housing, by means of which the screw-on housing when installed is sealable against a sealing surface of the connection flange, characterised in that for centring the end face area relative to the connection flange, the filter insert has first centring means (33, 34.1, 36) on the area of the end face that faces the connection flange in the installed state, and that for centring the free edge of the screw-on housing relative to the sealing surface of the connection flange, the filter insert has second centring means (34, 34.2) on the outer periphery of its end face area facing the connection flange when in the installed state, wherein the second centring means (34, 34.2) interacts with the free edge of the screw-on housing, thus centring the same.
A method for sharing electronic content or comment to a specific user, performed by a client, comprising: receiving a sharing operation instruction of a first user for electronic content or comment at a client of the first user; forming a sharing initiating data related to the sharing operation at the client of the first user; sending the sharing initiating data to a server at the client of the first user; and receiving a sharing receiving data related to the sharing operation sent by the server at a client of the specific user; wherein the specific user is a receiving user determined in the sharing operation of the first user for the electronic content or the comment, or is a receiving user determined by the first user in advance; characterized in that the method further comprises displaying the electronic content or comment directly and displaying a sharing information of the first user in a prominent manner in a display page or window for the electronic content or comment at the client of the specific user; and the sharing information of the first user displayed in a prominent manner is an additional information and indicates the electronic content or comment is shared by the first user to the specific user. receiving a sharing operation instruction of a first user for electronic content or comment at a client of the first user; forming a sharing initiating data related to the sharing operation at the client of the first user; sending the sharing initiating data to a server at the client of the first user; and receiving a sharing receiving data related to the sharing operation sent by the server at a client of the specific user; wherein the specific user is a receiving user determined in the sharing operation of the first user for the electronic content or the comment, or is a receiving user determined by the first user in advance; characterized in that the method further comprises displaying the electronic content or comment directly and displaying a sharing information of the first user in a prominent manner in a display page or window for the electronic content or comment at the client of the specific user; and the sharing information of the first user displayed in a prominent manner is an additional information and indicates the electronic content or comment is shared by the first user to the specific user.
A method for controlling access for a region which can be accessed by people, particularly for a room closed by a door, having a mobile communication unit, on which at least one access code is stored, and having a receiver unit for receiving the access code, the method comprising the following steps: a) sending an activation signal by means of the communication unit with a predetermined range of approximately one metre; b) activating the receiver unit when the receiver unit is located within the range of the activation signal and receives the activation signal uninterruptedly over a predetermined time period; c) sending the access code from the communication unit to the receiver unit, the access code only being sent when the communication unit is located within the range; d) checking the access code by means of the receiver unit and e) approving access in the case of a successful check. a) sending an activation signal by means of the communication unit with a predetermined range of approximately one metre; b) activating the receiver unit when the receiver unit is located within the range of the activation signal and receives the activation signal uninterruptedly over a predetermined time period; c) sending the access code from the communication unit to the receiver unit, the access code only being sent when the communication unit is located within the range; d) checking the access code by means of the receiver unit and e) approving access in the case of a successful check.
A facing for covering a closure in a garment, said closure closing an opening of the garment, wherein the facing comprises: - a lower flap, which is provided with at least one button on a first side of the lower flap, and - an upper flap, which at least partly covers the first side of the lower flap, characterized in that the lower flap and the upper flap are arranged to be affixed to one side of the opening of the garment, wherein the lower and upper flaps (2, 6) are arranged to continue from a first side of the opening onto the fabric on a second side of the opening opposite the first side of the opening, wherein the facing comprises a free end on the second side of the opening, wherein the lower and upper flaps (2, 6) comprise a free end at the free end of the facing, so that the upper flap is provided to be capable of being folded away from the lower flap along a folding line which is substantially located along the first side of the opening, so that the at least one button located between the lower and upper flaps (2, 6) can become visible by the folding away of the upper flap from the lower flap. - a lower flap, which is provided with at least one button on a first side of the lower flap, and - an upper flap, which at least partly covers the first side of the lower flap,
A method for diagnosing a lubrication state of a rolling device including an outer member, an inner member, and a rolling element, the method for diagnosing the rolling device comprising: applying an AC voltage to an electric circuit including the outer member, the rolling element, and the inner member; measuring an impedance and a phase angle (Θ) of the electric circuit when the AC voltage is applied; characterized by calculating an average oil film thickness (h a) and an oil film rupture ratio (α), by using the following equation h a = 1 − α 2 a 2 2 r / W 1 − α a 2 2 r 2 exp 1 − sin θ ′ 2 πr Z, α = Z 0 cos θ ′ / Z cos θ 0, wherein an oil film taken into account is between the outer member and the rolling element or between the inner member and the rolling elements, and, |Z| is an absolute value of the impedance Z, |Z 0 | is an absolute value of an impedance in a stationary state, θ 0 is a phase angle in a stationary state, ε is a dielectric constant of a lubricant before wearing, ω is an angular frequency of the voltage, r is a radius of the rolling element, a is a Hertzian contact circle radius; and measuring a dielectric constant (ε') of a lubricant after wearing at least one of between the outer member and the rolling element and between the inner member and the rolling element based on the measured impedance and the measured phase angle (θ), by using the following equation ε ′ = sin θ ′ 2 πω Z 1 − α 2 a 2 2 h a + r ln r 1 − α h a − 1; and diagnosing the lubrication state of the rolling device by monitoring the measured dielectric constant (ε') of the lubricant after wearing. applying an AC voltage to an electric circuit including the outer member, the rolling element, and the inner member; measuring an impedance and a phase angle (Θ) of the electric circuit when the AC voltage is applied; characterized by calculating an average oil film thickness (h a) and an oil film rupture ratio (α), by using the following equation h a = 1 − α 2 a 2 2 r / W 1 − α a 2 2 r 2 exp 1 − sin θ ′ 2 πr Z, α = Z 0 cos θ ′ / Z cos θ 0, wherein an oil film taken into account is between the outer member and the rolling element or between the inner member and the rolling elements, and, |Z| is an absolute value of the impedance Z, |Z 0 | is an absolute value of an impedance in a stationary state, θ 0 is a phase angle in a stationary state, ε is a dielectric constant of a lubricant before wearing, ω is an angular frequency of the voltage, r is a radius of the rolling element, a is a Hertzian contact circle radius; and measuring a dielectric constant (ε') of a lubricant after wearing at least one of between the outer member and the rolling element and between the inner member and the rolling element based on the measured impedance and the measured phase angle (θ), by using the following equation ε ′ = sin θ ′ 2 πω Z 1 − α 2 a 2 2 h a + r ln r 1 − α h a − 1; and diagnosing the lubrication state of the rolling device by monitoring the measured dielectric constant (ε') of the lubricant after wearing.
Foot oil consisting of 90.0-99.9 wt% dimethicone, 10.0-0.1 wt% dimethiconol and optionally 1.10 -6 -0.1 wt% additives based on the total amount of foot oil.
A lens assembly for a backlight light source, comprising: a plurality of light emitters; and a lens disposed on the light emitters to cover the light emitters, wherein the lens is substantially symmetric with respect to a center axis thereof and has a bar shape extending in a direction parallel to the center axis, and the light emitters are spaced apart from each other in the direction parallel to the center axis characterized in that each of the light emitters comprises a first light-emitting device and a second light-emitting device, and the first and second light-emitting devices (401a, 401b) emit light having different colors from each other, and the first light-emitting device and the second light-emitting device of each of the light emitters are spaced apart from each other in the direction parallel to the center axis, wherein the lens includes two internal side surfaces corresponding to side surfaces of the light emitters and an internal top surface (t) corresponding to a top surface of the light emitters, the internal top surface (t) of the lens includes a first slanted surface which allows the lens to be thinner as moving away from the internal side surface to the center axis, and the two internal side surfaces and the internal top surface (t) of the lens define a shape substantially symmetrical with respect to the center axis. a plurality of light emitters; and a lens disposed on the light emitters to cover the light emitters, wherein the lens is substantially symmetric with respect to a center axis thereof and has a bar shape extending in a direction parallel to the center axis, and the light emitters are spaced apart from each other in the direction parallel to the center axis characterized in that each of the light emitters comprises a first light-emitting device and a second light-emitting device, and the first and second light-emitting devices (401a, 401b) emit light having different colors from each other, and the first light-emitting device and the second light-emitting device of each of the light emitters are spaced apart from each other in the direction parallel to the center axis, wherein the lens includes two internal side surfaces corresponding to side surfaces of the light emitters and an internal top surface (t) corresponding to a top surface of the light emitters, the internal top surface (t) of the lens includes a first slanted surface which allows the lens to be thinner as moving away from the internal side surface to the center axis, and the two internal side surfaces and the internal top surface (t) of the lens define a shape substantially symmetrical with respect to the center axis.
A non-therapeutical method of processing captured images from a personal care device, wherein the personal care device comprises: an image capture device adapted, in use, to capture images of one or more features of a user; and vibratory means adapted to vibrate the personal care device so that, in use, the personal care device vibrates with a vibration cycle having a vibration frequency based on a master clock signal of the personal care device, and wherein the method comprises: determining a timing of a target part of the vibration cycle in relation to the master clock signal; extracting image data from captured images from the image capture device based on the determined timing of the target part of the vibration cycle; and generating a reconstruction image from the extracted image data. determining a timing of a target part of the vibration cycle in relation to the master clock signal; extracting image data from captured images from the image capture device based on the determined timing of the target part of the vibration cycle; and generating a reconstruction image from the extracted image data.
A method for determining multiple touch events in a multi-touch sensor system having a relaxation oscillator circuit, a pulse drive unit, and a touch sensor having a plurality of nodes and a plurality of electrodes comprising at least two sets of electrodes, the method comprising: connecting a first electrode in a first set of electrodes to the relaxation oscillator circuit; driving, with the pulse drive unit controlled by the relaxation oscillator circuit, a voltage or current pulse onto a second electrode in a second set of electrodes, wherein the pulse drive unit is synchronized with the relaxation oscillator; measuring the frequency of the relaxation oscillator circuit, the mutual capacitance at a node corresponding to the first and second electrodes (1016, 1014); and comparing the determined mutual capacitance at the node with a previously determined mutual capacitance corresponding to the node; reporting that the node has been touched if there has been a deviation from the previously determined mutual capacitance. connecting a first electrode in a first set of electrodes to the relaxation oscillator circuit; driving, with the pulse drive unit controlled by the relaxation oscillator circuit, a voltage or current pulse onto a second electrode in a second set of electrodes, wherein the pulse drive unit is synchronized with the relaxation oscillator; measuring the frequency of the relaxation oscillator circuit, the mutual capacitance at a node corresponding to the first and second electrodes (1016, 1014); and comparing the determined mutual capacitance at the node with a previously determined mutual capacitance corresponding to the node; reporting that the node has been touched if there has been a deviation from the previously determined mutual capacitance.