mhurhangee/ep-ind-claims huggingface dataset:
Frame system, particularly a furniture system, with at least three longitudinal frame elements (24, 26, 28), of which at least two are arranged perpendicular to one another, and at least one node element (14, 16) for connecting the frame elements (24, 26, 28), wherein the node element (14, 16) has at least two fixing webs (30, 32, 100), with a first contact surface for a first end face of a first frame element on the external face of the first fixing web as well as a second contact surface for a first end face of a second frame element provided on the external face of the second fixing web, wherein between the fixing webs (30, 32, 100) a seat is formed which is capable of accommodating at least two side faces of the third frame element, and wherein on at least one end face (72, 74) of the first and of the second frame element (24, 26) respectively a recess (76, 78) is provided which is substantially complementary to the respective contact surface (34, 36, 102) and is able to accommodate the respective fixing web (30, 32, 100), so that the fixing web (30, 32, 100) can be accommodated substantially flush with the end face (72, 74).
A method for synchronizing device clocks comprising: discovering, over a network, a plurality of devices within a media system; each device of the plurality of devices selecting a primary clock device of the plurality of devices, by utilizing the same algorithmic rules, the primary clock device having a primary clock; sending a clock synchronization request from the primary clock device to a secondary device of the plurality of devices, regardless of whether media content is being rendered by any of the plurality of devices; and, then initiating (206;216) a clock synchronization sequence wherein the clock synchronization sequence is arranged to synchronize a secondary clock of the secondary device with the primary clock of the primary clock device. discovering, over a network, a plurality of devices within a media system; each device of the plurality of devices selecting a primary clock device of the plurality of devices, by utilizing the same algorithmic rules, the primary clock device having a primary clock; sending a clock synchronization request from the primary clock device to a secondary device of the plurality of devices, regardless of whether media content is being rendered by any of the plurality of devices; and, then initiating (206;216) a clock synchronization sequence wherein the clock synchronization sequence is arranged to synchronize a secondary clock of the secondary device with the primary clock of the primary clock device.
A computer implemented method for processing an input high dynamic range image with a dynamic range higher than 1000:1 to generate an output image to be output by printer, whereby the method is implemented as a part of a printer driver program stored and executed on a computer connected to a printer, the method comprising the steps of: (a) mapping colors of the input HDR image from the first color space to a second color space using a tone-mapping filter without clipping and scaling, the second color space being an extended RGB color space; (b) converting the colors of the image from the second color space to a third color space, the third color space being a device independent color space, the third color space having multiple axes including a brightness axis; (c) scaling the colors of the image in the third color space; (d) generating a gamut mapping which maps a gamut of the image in the third color space after they have been scaled in step (c) to a gamut of the output device; and (e) converting the colors of the image, after they have been scaled in step (c), from the third color space to a fourth color space using the gamut mapping generated in step (d), to generate an output image, wherein step (c) includes the steps of: determining first and second brightness values, for which a respective first and second predetermined percentages of all colors in the HDR image have equal or lower brightness values; and shifting the colors along the brightness axis and expanding or contracting the colors uniformly in all directions in the third color space to place the first brightness value at a first normalized brightness value and to place the second brightness value at a second normalized brightness value. (a) mapping colors of the input HDR image from the first color space to a second color space using a tone-mapping filter without clipping and scaling, the second color space being an extended RGB color space; (b) converting the colors of the image from the second color space to a third color space, the third color space being a device independent color space, the third color space having multiple axes including a brightness axis; (c) scaling the colors of the image in the third color space; (d) generating a gamut mapping which maps a gamut of the image in the third color space after they have been scaled in step (c) to a gamut of the output device; and (e) converting the colors of the image, after they have been scaled in step (c), from the third color space to a fourth color space using the gamut mapping generated in step (d), to generate an output image, determining first and second brightness values, for which a respective first and second predetermined percentages of all colors in the HDR image have equal or lower brightness values; and shifting the colors along the brightness axis and expanding or contracting the colors uniformly in all directions in the third color space to place the first brightness value at a first normalized brightness value and to place the second brightness value at a second normalized brightness value.
A steering control system for a vehicle wherein a first wheel system is driven by a first axle shaft, a second wheel system is driven by a second axle shaft, said first axle shaft and said second axle shaft being driven by a power shaft powered by an engine of the vehicle, a differential gear being interposed between said power shaft and said first and second axle shafts, said steering system comprising a first hydraulic unit associated with said first axle shaft, a second hydraulic unit associated with said second axle shaft, a hydraulic circuit connecting an input of said first hydraulic unit to an output of said second hydraulic unit and an output of said first hydraulic unit to an input of said second hydraulic unit, a control unit being connected to said hydraulic circuit for varying a flow rate (Q'; Q") of an hydraulic fluid in said first hydraulic unit and said second hydraulic unit, and actuator means associated to said control unit for controlling said control unit, said actuator means being responsive to a rotation of a steering wheel of said vehicle; characterized in that said actuator means comprises a hydraulic cylinder (16; 26, 27) fed by a steering pump, said hydraulic cylinder (16; 26, 27) drives a flow rate control device of said control unit.
Method for producing solid material filaments or sheets from a fluid of the material by extruding the fluid through one or more extrusion openings and solidifying the material in a collection bath, the shaped material being guided between the extrusion openings and the collection bath by means of a lateral gas flow, characterised in that the gas flow is divided into a hot partial flow and a cold partial flow, the material being brought into contact first with the hot partial flow and then with the cold partial flow, before being introduced into the collection bath.
A micro-negative pressure foam dressing comprising an exothermic agent layer, an isolation component covering on the exothermic agent layer, an elastic memory piece disposed under the exothermic agent layer, a liquid absorbing negative pressure pad disposed under the elastic memory piece, a contact layer disposed under the liquid absorbing negative pressure pad, a sealing film disposed between the liquid absorbing negative pressure pad and the elastic memory piece, and a bottom release film disposed under the contact layer, wherein the liquid absorbing negative pressure pad is a foam layer.
Use of a sterilization tray in a sterilization method of an endoscope, said sterilization tray comprising, a base component having a first bottom wall, and a first side wall; at least two brackets disposed upon the first bottom wall, wherein the at least two brackets have an internal profile that conforms to an insertion tube and/or an umbilical tube of the endoscope such that the at least two brackets are configured to hold in place the insertion tube and/or the umbilical tube of the endoscope when positioned within the at least two brackets; and a lid component having a second top wall, and a second side wall, wherein the lid component is configured to be disposed atop the base component such that it covers the base component to define an internal volume bound by the first bottom wall, the first side wall, the second top wall and the second side wall, and wherein the base component is shallower than the lid component, such that the lid component has a height that is between approximately 1.5 times and ten times longer than a height of the base component, the use comprising providing the endoscope within the tray and sterilizing the endoscope. a base component having a first bottom wall, and a first side wall; at least two brackets disposed upon the first bottom wall, wherein the at least two brackets have an internal profile that conforms to an insertion tube and/or an umbilical tube of the endoscope such that the at least two brackets are configured to hold in place the insertion tube and/or the umbilical tube of the endoscope when positioned within the at least two brackets; and a lid component having a second top wall, and a second side wall, wherein the lid component is configured to be disposed atop the base component such that it covers the base component to define an internal volume bound by the first bottom wall, the first side wall, the second top wall and the second side wall, and wherein the base component is shallower than the lid component, such that the lid component has a height that is between approximately 1.5 times and ten times longer than a height of the base component, the use comprising providing the endoscope within the tray and sterilizing the endoscope.
Device for controlling the inlet of intake gas to an engine, in particular an internal combustion engine of a vehicle comprising cylinders, said device taking the form of a compartmentalized guide part, each compartment comprising a principal duct and a secondary duct for gas, characterized in that the device for controlling comprises a plurality of modules each defining a principal duct and a secondary duct and in that the modules constitute separate parts designed to be mounted onto one another.
An electronic circuit (10; 20; 30; 40) comprising: a substrate made of a first polymer having a first glass transition temperature lower than 200°C, the substrate having first and second opposite surfaces (14, 16); a first layer or first tracks of a second polymer on the first surface; a second layer or second tracks of the second polymer or of a third polymer on the second surface, the second and third polymers being different from the first polymer and having a second glass transition temperature higher than 200°C; and third electrically-conductive tracks on the first layer or the first tracks. a substrate made of a first polymer having a first glass transition temperature lower than 200°C, the substrate having first and second opposite surfaces (14, 16); a first layer or first tracks of a second polymer on the first surface; a second layer or second tracks of the second polymer or of a third polymer on the second surface, the second and third polymers being different from the first polymer and having a second glass transition temperature higher than 200°C; and third electrically-conductive tracks on the first layer or the first tracks.
A method for providing an efficient multi-client access to a Wireless LAN, the method being carried out by an apparatus coupled to, or integrated in, an access point, AP, and comprising the steps of: creating at least two virtual access points, VAPs; load balancing by distributing workloads across the created at least two virtual access points, VAPs; and dynamically allocating at least one quality of service parameter to each of the created at least two virtual access points, VAPs, the method being characterized in that: the dynamically allocating of the at least one quality of service parameter comprises adjusting an arbitration inter-frame spacing of one of the created at least two VAPs, and the distributing of workloads across the created at least two VAPs is achieved by creating a further VAP, when a threshold value defined for the number of access point clients per VAP is exceeded. creating at least two virtual access points, VAPs; load balancing by distributing workloads across the created at least two virtual access points, VAPs; and dynamically allocating at least one quality of service parameter to each of the created at least two virtual access points, VAPs, the method being characterized in that: the dynamically allocating of the at least one quality of service parameter comprises adjusting an arbitration inter-frame spacing of one of the created at least two VAPs, and the distributing of workloads across the created at least two VAPs is achieved by creating a further VAP, when a threshold value defined for the number of access point clients per VAP is exceeded. the dynamically allocating of the at least one quality of service parameter comprises adjusting an arbitration inter-frame spacing of one of the created at least two VAPs, and the distributing of workloads across the created at least two VAPs is achieved by creating a further VAP, when a threshold value defined for the number of access point clients per VAP is exceeded.
A display device, which includes a support pole defining a longitudinal axis along its length; a first display structure including a first display sheet and a support arrangement supporting the display sheet on the support pole; and a second display structure including a second display sheet and a support arrangement supporting the display sheet on the support pole, the display structures, when used outdoors, being rotatably displaceable by wind acting thereon about the longitudinal axis of the support pole, characterised in that the second display structure supports the display sheet on the support pole in a substantially fixed, angularly spaced configuration forming a perpendicular plane with respect to the first display sheet, the first display sheet intersecting the second display sheet along the second display sheet's vertical midline, and the orientation of the display sheets, at any particular time, being such that the first display sheet extends generally in a downwind orientation with respect to the support pole.
An implantable system for stimulating nerves, the system comprising a pulse generator connected to a lead having an electrode, the pulse generator configured to transmit to the electrode, through the lead, an electrical signal comprising a temporal pattern of stimulation for application to targeted neurological tissue wherein the pulse generator comprises a microprocessor configured to generate and distribute to the electrode on the lead an electrical stimulation waveform pattern comprising non-regular stimulation trains selected according to the following programmed rules: (i) providing an error function for a given temporal pattern of stimulation that quantifies how voltage output of thalamic cells correspond to timing of inputs, (ii) providing a cost function expressed as C = W*E + K*f, wherein C is the cost, E is the error fraction, f is the average frequency of the temporal pattern waveform, W is an appropriate weighting factor assigned for the error function, and K is an appropriate weighting factor assigned for the frequency, the weighting factors W and K being applied to quantitatively minimize efficacy, based upon the error function, and efficiency based upon the average frequency (f), at a given cost, (iii) applying the cost function to evaluate the cost of candidate temporal patterns of 15 stimulation, using a selected computational model, (iv) selecting temporal patterns of stimulation with a low cost based upon the computational model, (v) using a genetic algorithm to create new temporal patterns bred from the selected-temporal patterns, (vi) repeating (iii), (iv), and (v) to bred batches of new temporal patterns of stimulation for a determined number of generations, and (vii) selecting from the batches the best temporal patterns of stimulation in terms of low cost, efficacy, and efficiency. (i) providing an error function for a given temporal pattern of stimulation that quantifies how voltage output of thalamic cells correspond to timing of inputs, (ii) providing a cost function expressed as C = W*E + K*f, wherein C is the cost, E is the error fraction, f is the average frequency of the temporal pattern waveform, W is an appropriate weighting factor assigned for the error function, and K is an appropriate weighting factor assigned for the frequency, the weighting factors W and K being applied to quantitatively minimize efficacy, based upon the error function, and efficiency based upon the average frequency (f), at a given cost, (iii) applying the cost function to evaluate the cost of candidate temporal patterns of 15 stimulation, using a selected computational model, (iv) selecting temporal patterns of stimulation with a low cost based upon the computational model, (v) using a genetic algorithm to create new temporal patterns bred from the selected-temporal patterns, (vi) repeating (iii), (iv), and (v) to bred batches of new temporal patterns of stimulation for a determined number of generations, and (vii) selecting from the batches the best temporal patterns of stimulation in terms of low cost, efficacy, and efficiency.
Method for a Neutral Host, NH, network, a Mobile Network Operator, MNO, network, and a User Entity, UE, the MNO network comprising an access point (MNO_AP), such as an LTE eNodeB, a Mobility Management Entity, MME, (MNO_MME), a Serving Gateway, (MNO_SGW), a MNO Packet Gateway, PGW, (MNO_PGW) providing MNO Internet Protocol, IP, services such as Internet; the Evolved Packet Data Gateway, wherein the ePDG, (MNO_ePDG) may provide Packet Data Connection, PDN, services to user entities of a NH network; the NH network comprising an NH access node, NH-AP, communicating with the ePDG; the method comprising - the UE connecting to the MNO network; - the UE finding a NH cell; and - the UE engaging in setting up a connection in the NH network between the UE and the NH-AP; - the ePDG engaging in setting up a first MNO bearer (MNO_BEARER1) between the MNO ePDG (MNO_ePDG) and the MNO PGW (MNO_PGW); - the ePDG engaging in setting up a first IPsec tunnel between the UE and the MNO ePDG; - the ePDG engaging in setting up a second MNO bearer (MNO_BEARER2) between the MNO ePDG (MNO_ePDG) and the MNO PGW (MNO_PGW), - the ePDG requesting setting up (1, 161) a second IPsec tunnel between the UE and the MNO ePDG, for providing differentiated services for the UE, - the UE and the ePDG engaging in setting up (174, 176) the second IPsec tunnel between the UE and the MNO ePDG, for providing differentiated services, wherein the request (1, 161) to create the second IPsec tunnel between the UE and the MNO network is an Internet Key Ex-change, IKE, CREATE CHILD Service Association, SA, request message, and wherein the request (1, 161) to create the second IPsec tunnel between the UE and the MNO network comprises at least one of Traffic Filter Templates, TFT, and QoS class. - the UE connecting to the MNO network; - the UE finding a NH cell; and - the UE engaging in setting up a connection in the NH network between the UE and the NH-AP; - the ePDG engaging in setting up a first MNO bearer (MNO_BEARER1) between the MNO ePDG (MNO_ePDG) and the MNO PGW (MNO_PGW); - the ePDG engaging in setting up a first IPsec tunnel between the UE and the MNO ePDG; - the ePDG engaging in setting up a second MNO bearer (MNO_BEARER2) between the MNO ePDG (MNO_ePDG) and the MNO PGW (MNO_PGW), - the ePDG requesting setting up (1, 161) a second IPsec tunnel between the UE and the MNO ePDG, for providing differentiated services for the UE, - the UE and the ePDG engaging in setting up (174, 176) the second IPsec tunnel between the UE and the MNO ePDG, for providing differentiated services,
An electromotive dual drive for an adjustment of two different furniture parts of a piece of furniture having two drive units, each of which comprises a drive motor, a transmission and a spindle drive having a respective spindle (24a, 24b) acting on an output member, wherein the two drive units are arranged one behind the other in a common housing in the longitudinal direction, and wherein shaft holders for a respective pivot shaft of the furniture, on which a respective output member acts, are formed on end sections of the housing which are mutually opposite in the longitudinal direction, characterized in that the spindles (24a, 24b) and/or the output members of the two drive units are designed with different lengths and the drive motors are differently spaced apart from the shaft holders assigned thereto for the respective pivot shaft.
Date indication display device for a timepiece, said display device including a support element having a plurality of display areas on which are arranged the indications of the days of the month (6A, 6B), the support element moving behind an aperture arranged in a dial of the timepiece to reveal one of the date indications arranged on the support element, said display device being characterized in that: a) the indications (6A, 6B) of the days of the month are divided into a first and a second group, the date indications of the first group having a first colour, and the date indications of the second group having a second colour, different from that of the date indications of the first group; b) the number of display areas is equal to sixteen, the number of date indications of said first group is equal to fifteen, the number of date indications of the second group is equal to sixteen, each date indication of said first group being superposed on a date indication of the second group on a corresponding display area of the support element; c) it also comprises a first optical filter whose transmittance is chosen to transmit the first colour and to block the second colour, and a second optical filter whose transmittance is chosen to transmit the second colour and to block the first colour, and means arranged to alternately position the first and second optical filters (12A, 12B) behind the aperture. a) the indications (6A, 6B) of the days of the month are divided into a first and a second group, the date indications of the first group having a first colour, and the date indications of the second group having a second colour, different from that of the date indications of the first group; b) the number of display areas is equal to sixteen, the number of date indications of said first group is equal to fifteen, the number of date indications of the second group is equal to sixteen, each date indication of said first group being superposed on a date indication of the second group on a corresponding display area of the support element; c) it also comprises a first optical filter whose transmittance is chosen to transmit the first colour and to block the second colour, and a second optical filter whose transmittance is chosen to transmit the second colour and to block the first colour, and means arranged to alternately position the first and second optical filters (12A, 12B) behind the aperture.