mhurhangee/ep-ind-claims huggingface dataset:
Roof-terrace or pitched roof device, thermally insulated and with a compact structure, comprising a surface support formed of panels based on agglomerated wood particles and/or shavings, on which are arranged, successively and in a laminated manner, at least one first layer forming a barrier for regulating the passage of water vapour, at least one second insulating layer formed at least partially by a wood fibre-based material and at least one third layer which is substantially impermeable to liquid water, the second insulating layer being a composite layer formed by the superposition of two distinct homogeneous elementary layers (6 and 6'), namely a lower elementary layer made from a material based on wood fibres, resting on the first layer, and an upper elementary layer on which the third layer rests, the third layer forming the upper and exterior layer of the device and consisting of a sealing membrane, either a bituminous or synthetic membrane, the upper elementary layer being formed by a material which is at least partially biosourced, with hygroscopic, antifungal and thermal insulation properties, having a low resistance to the diffusion of water vapour, the device being characterised in that the material of the upper elementary layer is selected from a group formed by expanded cork, expanded perlite and wood wool, in that the ratio [upper elementary layer / lower elementary layer], in terms of the ratio of their respective thicknesses (E' / E) or their thermal resistances (R' / R), is between 0.25 and 0.6, and in that the first layer consists of a membrane forming a barrier to hygrovariable vapour.
Transfer material for the dye-sublimation transfer process of an inkjet print image, wherein the transfer material comprises a support and an ink-receiving layer containing pigment and binder on the front face of the transfer material, characterized in that the ink-receiving layer is porous and contains thermoplastic particles, whereby the porous ink-receiving layer with the thermoplastic particles thereon has an air permeability greater than 100 ml/min according to the Bendtsen method, and whereby the thermoplastic particles have a diameter of 0.3 μm to 5 μm and a melting point of 60°C to 170°C.
Apparatus for transcutaneous electrical nerve stimulation in a user, said apparatus comprising: a stimulator for electrically stimulating at least one nerve; a stimulator housing; a monitor for monitoring transient motion of said stimulator housing; an analyzer for analyzing transient motion monitored by said monitor for determining whether transient motion of said stimulator housing has occurred; and a controller for automatically transitioning at least one of said stimulator, said monitor, and said analyzer between a standby mode and a power save mode; wherein said power save mode supports a subset of the functionality of said stimulator and said monitor which is available in said standby mode so as to conserve battery power in said power save mode, and wherein said analyzer is limited to determining transient motion of said stimulator housing when said analyzer is in said power save mode. a stimulator for electrically stimulating at least one nerve; a stimulator housing; a monitor for monitoring transient motion of said stimulator housing; an analyzer for analyzing transient motion monitored by said monitor for determining whether transient motion of said stimulator housing has occurred; and a controller for automatically transitioning at least one of said stimulator, said monitor, and said analyzer between a standby mode and a power save mode; wherein said power save mode supports a subset of the functionality of said stimulator and said monitor which is available in said standby mode so as to conserve battery power in said power save mode, and wherein said analyzer is limited to determining transient motion of said stimulator housing when said analyzer is in said power save mode.
A fluorescence image processing apparatus for enhancing a fluorescence image, the fluorescence image processing apparatus comprising: an image segmentation unit adapted to segment the fluorescence image into one or more areas of interest and one or more background areas; a background determination unit adapted to measure a background signal in the fluorescence image; a background reduction unit adapted to reduce the background signal in the one or more background areas, but not in the one or more areas of interest, in response to the measurement of the background signal; and an image enhancement unit adapted to enhance the one or more areas of interest, but not the one or more background areas. an image segmentation unit adapted to segment the fluorescence image into one or more areas of interest and one or more background areas; a background determination unit adapted to measure a background signal in the fluorescence image; a background reduction unit adapted to reduce the background signal in the one or more background areas, but not in the one or more areas of interest, in response to the measurement of the background signal; and an image enhancement unit adapted to enhance the one or more areas of interest, but not the one or more background areas.
A trigger mechanism (10, 110, 210, 310,410) for a electronically triggered torque tool (12, 112, 212, 312, 412) to tighten a screw or a similar fastener, which triggers at a target torque, comprising a) a drive body (16, 118, 218, 318, 418) and a main body (14, 114, 214, 314, 420), which rotate around a common axis to transfer a torque, b) a locking mechanism (30, 150, 219, 320, 414), which couples the drive body (16, 118, 218, 318, 418) and the main body (14, 114, 214, 314, 420) to transfer a torque, c) measuring and evaluating means to measure and evaluate the torque transferred, d) a signaling device, which activates the locking mechanism (30, 150, 219, 320,414) to decouple the drive body (16, 118, 218, 318, 418) from the main body (14, 114, 214, 314, 420) upon reaching a target torque, and e) the locking mechanism (30, 150, 219, 320, 414) having a spring-loaded fever arrangement (28, 134, 232, 328, 422), whereby the lever arrangement (28, 134, 232, 328, 422) couples the drive body (16, 118, 218, 318, 418) to the main body (14, 114, 214, 314, 420) to transfer a torque and which when released unlocks the main body (14, 114, 214, 314, 420) so it can move freely, characterized in that f) the lever arrangement (28, 134, 232, 328, 422) of the locking mechanism (30, 150, 219, 320, 414) acts on a locking element (50, 124, 238, 334, 444), which engages a recess (54, 146, 242, 338,450) in the drive body (16, 118, 218, 318, 418) to lock, and which is withdrawn from the recess (54, 146, 242, 338, 450) by means of the lever arrangement (28, 134, 232, 328,422) to unlock. a) a drive body (16, 118, 218, 318, 418) and a main body (14, 114, 214, 314, 420), which rotate around a common axis to transfer a torque, b) a locking mechanism (30, 150, 219, 320, 414), which couples the drive body (16, 118, 218, 318, 418) and the main body (14, 114, 214, 314, 420) to transfer a torque, c) measuring and evaluating means to measure and evaluate the torque transferred, d) a signaling device, which activates the locking mechanism (30, 150, 219, 320,414) to decouple the drive body (16, 118, 218, 318, 418) from the main body (14, 114, 214, 314, 420) upon reaching a target torque, and e) the locking mechanism (30, 150, 219, 320, 414) having a spring-loaded fever arrangement (28, 134, 232, 328, 422), whereby the lever arrangement (28, 134, 232, 328, 422) couples the drive body (16, 118, 218, 318, 418) to the main body (14, 114, 214, 314, 420) to transfer a torque and which when released unlocks the main body (14, 114, 214, 314, 420) so it can move freely,
A system comprising: a centrally located setback and racking system; and a first set of wellbay accesses positioned along a wellbay access perimeter substantially surrounding the setback and racking system, wherein each of the first set of wellbay accesses is associated with a wellbay substantially therebelow, wherein at least a portion of the setback and racking system is positioned at an elevation lower than the elevation of the wellbay accesses, and wherein the setback and racking system is configured to feed tubulars in the direction of a plurality of the wellbays. a centrally located setback and racking system; and a first set of wellbay accesses positioned along a wellbay access perimeter substantially surrounding the setback and racking system, wherein each of the first set of wellbay accesses is associated with a wellbay substantially therebelow, wherein at least a portion of the setback and racking system is positioned at an elevation lower than the elevation of the wellbay accesses, and wherein the setback and racking system is configured to feed tubulars in the direction of a plurality of the wellbays.
A motorcycle, comprising: a four stroke engine having four pistons of cylinders per crankshaft; a device for controlling combustions of the engine, the device comprising: a first module for causing simultaneous combustions of two cylinders among the four cylinders, when a crank phase angle is at a predetermined crank phase angle, the two cylinders having a same crank pin angle; and a second module for causing a combustion of at least one of the other cylinders, when a crank phase angle is offset from the predetermined crank phase angle by a first crank phase angle, wherein the first module repeats the simultaneous combustions of the first two cylinders in a combustion stroke every time when a crank phase angle is further offset by a second crank phase angle, and causes the simultaneous combustions of the two cylinders every time the crank phase angle reaches the predetermined crank phase angle during operation of the engine. a four stroke engine having four pistons of cylinders per crankshaft; a device for controlling combustions of the engine, the device comprising: a first module for causing simultaneous combustions of two cylinders among the four cylinders, when a crank phase angle is at a predetermined crank phase angle, the two cylinders having a same crank pin angle; and a second module for causing a combustion of at least one of the other cylinders, when a crank phase angle is offset from the predetermined crank phase angle by a first crank phase angle, a first module for causing simultaneous combustions of two cylinders among the four cylinders, when a crank phase angle is at a predetermined crank phase angle, the two cylinders having a same crank pin angle; and a second module for causing a combustion of at least one of the other cylinders, when a crank phase angle is offset from the predetermined crank phase angle by a first crank phase angle, wherein the first module repeats the simultaneous combustions of the first two cylinders in a combustion stroke every time when a crank phase angle is further offset by a second crank phase angle, and causes the simultaneous combustions of the two cylinders every time the crank phase angle reaches the predetermined crank phase angle during operation of the engine.
An agitating mechanism adapted to be disposed in a toner container in which toner is stored, the agitating mechanism comprising: an agitating member configured to agitate the toner; and a rotation shaft member configured to support the agitating member that agitates the toner, the rotation shaft member is adapted to be provided, together with the agitating member, in the toner container so as to be rotatable, the rotation shaft member having through holes that pass through the rotation shaft member in a first direction orthogonal to a rotation axis direction, characterized in that the rotation shaft member includes: paired outer walls (134, 135) that are spaced from each other in a second direction orthogonal to the rotation axis direction and the first direction, and extend along the rotation axis direction; a separation wall that, together with the paired outer walls (134, 135), separates the through holes adjacent to each other along the rotation axis direction; and a projecting member integrally provided on each of the paired outer walls (134, 135) to reinforce the rotation shaft member, the separation wall has an inclined surface that inclines relative to the first direction, the agitating member has a film-like shape and extends along the second direction, and the projecting member respectively projects from the rotation shaft member in the second direction parallel to the agitating member. an agitating member configured to agitate the toner; and a rotation shaft member configured to support the agitating member that agitates the toner, the rotation shaft member is adapted to be provided, together with the agitating member, in the toner container so as to be rotatable, the rotation shaft member having through holes that pass through the rotation shaft member in a first direction orthogonal to a rotation axis direction, characterized in that the rotation shaft member includes: paired outer walls (134, 135) that are spaced from each other in a second direction orthogonal to the rotation axis direction and the first direction, and extend along the rotation axis direction; a separation wall that, together with the paired outer walls (134, 135), separates the through holes adjacent to each other along the rotation axis direction; and a projecting member integrally provided on each of the paired outer walls (134, 135) to reinforce the rotation shaft member, paired outer walls (134, 135) that are spaced from each other in a second direction orthogonal to the rotation axis direction and the first direction, and extend along the rotation axis direction; a separation wall that, together with the paired outer walls (134, 135), separates the through holes adjacent to each other along the rotation axis direction; and a projecting member integrally provided on each of the paired outer walls (134, 135) to reinforce the rotation shaft member, the separation wall has an inclined surface that inclines relative to the first direction, the agitating member has a film-like shape and extends along the second direction, and the projecting member respectively projects from the rotation shaft member in the second direction parallel to the agitating member.
A subcarrier information indicating method, wherein the method comprises: selecting an offset according to a maximum quantity of bits that a subcarrier is capable of carrying, wherein a difference between the maximum quantity of bits that the subcarrier is capable of carrying and the selected offset is greater than o and less than or equal to 15 (step 201); obtaining a difference obtained by subtracting the offset from a quantity of bits that need to be actually carried by the subcarrier, and if the difference is not less than o, sending in a message the difference to a peer device as a value b being represented by four bits (step 203); and sending the offset to the peer device, and instructing the peer device to obtain, according to the value b and the offset, the quantity of bits that need to be actually carried by the subcarrier (step 205). selecting an offset according to a maximum quantity of bits that a subcarrier is capable of carrying, wherein a difference between the maximum quantity of bits that the subcarrier is capable of carrying and the selected offset is greater than o and less than or equal to 15 (step 201); obtaining a difference obtained by subtracting the offset from a quantity of bits that need to be actually carried by the subcarrier, and if the difference is not less than o, sending in a message the difference to a peer device as a value b being represented by four bits (step 203); and sending the offset to the peer device, and instructing the peer device to obtain, according to the value b and the offset, the quantity of bits that need to be actually carried by the subcarrier (step 205).
An apparatus comprising: a receiver that adaptively selects between a joint detection Viterbi demodulator and a second Viterbi demodulator to demodulate a received signal; wherein the joint detection Viterbi demodulator jointly demodulates a desired signal component and an interference signal component of the received signal, and the second Viterbi demodulator demodulates the desired signal component without demodulating the interference signal component, characterized in that the receiver adaptively selects between the joint detection Viterbi demodulator and the second Viterbi demodulator based on at least one of a received signal strength indicator of the received signal and a propagation channel length associated with the received signal. a receiver that adaptively selects between a joint detection Viterbi demodulator and a second Viterbi demodulator to demodulate a received signal; wherein the joint detection Viterbi demodulator jointly demodulates a desired signal component and an interference signal component of the received signal, and the second Viterbi demodulator demodulates the desired signal component without demodulating the interference signal component, characterized in that the receiver adaptively selects between the joint detection Viterbi demodulator and the second Viterbi demodulator based on at least one of a received signal strength indicator of the received signal and a propagation channel length associated with the received signal.
A method for minimising execution latency of a communication process provided for execution at a data processing system, the data processing system being configured to be coupled to a network and comprising a software interface, an application and a network protocol stack being configured to perform the communication process, and the method characterised by the application periodically making a call to a dummy communication function of the software interface so as to cause the network protocol stack to perform the communication process without communicating data over the network.
A method for managing control channel operation for multiple carrier communication between a primary station and at least one secondary station, comprising configuring, by the primary station, a secondary station being in a first state to search at least one of a plurality of search spaces wherein a search space is a set of resource elements of a control channel within which the secondary station performs blind decoding of at least one possible control channel payload for a given aggregation level, the at least one of a plurality of search spaces having a first structure, said first structure consisting of at least a first number of resource sets (210a, 210b, 210c) having a first size on a first component carrier, where at least one resource set of the first number of resource sets might be used to transmit a message to the secondary station, and changing, by the secondary station the search space structure to a second structure different from the first structure when the secondary station enters into a second state, wherein the second structure consists of at least a second number of resource sets having the first size and wherein at least one resource set of the second number of resource sets is provided on at least a second component carrier, wherein the second number of resource sets is different from the first number of resource sets and the second component carrier is different from the first component carrier.
Bus master device for controlling the operation of at least one hazard alarming device comprising: a first interface for connecting a first bus coupled with the least one hazard alarming device,; a second interface for connecting a second bus coupled with a central control device, the second bus being a CAN bus, an Ethernet bus, a wireless local area network bus or an optical bus, the second bus being configured to connect a plurality of bus master devices in parallel; an internal time determining device for determining a local time signal to be used to control an alarm operation of the at least one hazard alarming device; and synchronisation means for receiving a master time signal from the central control device via the second bus and for controlling the local time signal based on the master time signal. a first interface for connecting a first bus coupled with the least one hazard alarming device,; a second interface for connecting a second bus coupled with a central control device, the second bus being a CAN bus, an Ethernet bus, a wireless local area network bus or an optical bus, the second bus being configured to connect a plurality of bus master devices in parallel; an internal time determining device for determining a local time signal to be used to control an alarm operation of the at least one hazard alarming device; and synchronisation means for receiving a master time signal from the central control device via the second bus and for controlling the local time signal based on the master time signal.
A method of controlling touch input on a touch-sensitive display of a portable electronic device, wherein the portable electronic device is a mobile wireless communication station comprising a communication subsystem for performing data communication and voice communication, the method comprising: displaying a user interface screen having at least one button (410, 510) on the touch-sensitive display, the at least one button having a repeatable action; detecting activation input for activating the button (410, 510) in the user interface screen displayed on the touch-sensitive display; activating a variable repeat control mode in response to activation input; and controlling a number of repeats of an action associated with the button (410, 510) dependent on predetermined control input, wherein the action is inputting a character, wherein the predetermined control Input is a touch gesture detected by the touch-sensitive display, wherein the number of repeats is dependent on a travel distance of the detected touch gesture. displaying a user interface screen having at least one button (410, 510) on the touch-sensitive display, the at least one button having a repeatable action; detecting activation input for activating the button (410, 510) in the user interface screen displayed on the touch-sensitive display; activating a variable repeat control mode in response to activation input; and controlling a number of repeats of an action associated with the button (410, 510) dependent on predetermined control input, wherein the action is inputting a character, wherein the predetermined control Input is a touch gesture detected by the touch-sensitive display, wherein the number of repeats is dependent on a travel distance of the detected touch gesture.