mhurhangee/ep-ind-claims huggingface dataset:
A viscous clutch (20; 120) comprising: an input member (26; 126); an output member (24; 124); a working chamber (30; 130) defined between the input member (26, 126) and the output member (24, 124); a reservoir (28; 128) to hold a supply of a shear fluid, the reservoir (28, 128) fluidically connected to the working chamber (30, 130) by a fluid circuit; a valve (32; 132), wherein the valve (32, 132) controls a flow of the shear fluid between the reservoir (28, 128) and the working chamber (30, 130) along the fluid circuit; a bearing (48; 148); and an electromagnetic coil (34; 134) supported by the bearing (48, 148), wherein selective energization of the electromagnetic coil (34, 134) actuates the valve (32, 132) the electromagnetic coil (34, 134) including a coil housing and a winding that forms multiple turns within an interior volume of the coil housing, wherein the coil housing has a stepped configuration to at least partially accommodate the bearing (48, 148) within a first step, characterised in that the interior volume of the coil housing is L-shaped in cross-section. an input member (26; 126); an output member (24; 124); a working chamber (30; 130) defined between the input member (26, 126) and the output member (24, 124); a reservoir (28; 128) to hold a supply of a shear fluid, the reservoir (28, 128) fluidically connected to the working chamber (30, 130) by a fluid circuit; a valve (32; 132), wherein the valve (32, 132) controls a flow of the shear fluid between the reservoir (28, 128) and the working chamber (30, 130) along the fluid circuit; a bearing (48; 148); and an electromagnetic coil (34; 134) supported by the bearing (48, 148), wherein selective energization of the electromagnetic coil (34, 134) actuates the valve (32, 132) the electromagnetic coil (34, 134) including a coil housing and a winding that forms multiple turns within an interior volume of the coil housing, wherein the coil housing has a stepped configuration to at least partially accommodate the bearing (48, 148) within a first step, characterised in that the interior volume of the coil housing is L-shaped in cross-section.
Method for generating content in augmented reality mode for an equipment item situated in the real world, by employing a mobile terminal provided with a screen, characterized in that it comprises: - a step of determining an augmented reality database stored in an augmented reality server, - a step of reading, using the mobile terminal, a matrix code or an electronic tag associated with said equipment item, said matrix code or said electronic tag respectively coding or comprising an address linked to a content, - a step of memorizing said address, - a step of generating a graphical interface component (Wx) corresponding to said address linked to said content and that can be selected in augmented reality mode on an image of the equipment item on the screen of the mobile terminal to access said content, - a step of memorizing the graphical interface component (Wx) in the augmented reality database stored in the augmented reality server. - a step of determining an augmented reality database stored in an augmented reality server, - a step of reading, using the mobile terminal, a matrix code or an electronic tag associated with said equipment item, said matrix code or said electronic tag respectively coding or comprising an address linked to a content, - a step of memorizing said address, - a step of generating a graphical interface component (Wx) corresponding to said address linked to said content and that can be selected in augmented reality mode on an image of the equipment item on the screen of the mobile terminal to access said content, - a step of memorizing the graphical interface component (Wx) in the augmented reality database stored in the augmented reality server.
An electronic device comprising: a crossbar array comprising row lines, column lines, and memristors that each are connected between one of the row lines and one of the column lines; row driver circuitry to apply a plurality of analog voltages to a first node during a plurality of time periods, respectively, and, for each of the row lines, selectively connect the row line to the first node during one of the plurality of time periods based on a digital input vector; and for each of the column lines, a column output circuit that includes: an integration capacitor, a switch that is controlled by an integration control signal, and current mirroring circuitry that is to, when the switch is closed, flow an integration current to or from an electrode of the integration capacitor whose magnitude mirrors a current flowing on the corresponding column line, wherein the integration control signal is to close the switch for a specified amount of time during each of the plurality of time periods. a crossbar array comprising row lines, column lines, and memristors that each are connected between one of the row lines and one of the column lines; row driver circuitry to apply a plurality of analog voltages to a first node during a plurality of time periods, respectively, and, for each of the row lines, selectively connect the row line to the first node during one of the plurality of time periods based on a digital input vector; and for each of the column lines, a column output circuit that includes: an integration capacitor, a switch that is controlled by an integration control signal, and current mirroring circuitry that is to, when the switch is closed, flow an integration current to or from an electrode of the integration capacitor whose magnitude mirrors a current flowing on the corresponding column line, an integration capacitor, a switch that is controlled by an integration control signal, and current mirroring circuitry that is to, when the switch is closed, flow an integration current to or from an electrode of the integration capacitor whose magnitude mirrors a current flowing on the corresponding column line, wherein the integration control signal is to close the switch for a specified amount of time during each of the plurality of time periods.
A cosmetic composition comprising: - at least one sunscreen active agent; and, - benthic pennate diatom frustules. - at least one sunscreen active agent; and, - benthic pennate diatom frustules.
An electrical gateway, comprising an uplink communication module, a downlink communication module and a control unit; wherein the uplink communication module is configured to communicate with an uplink network element; the downlink communication module is configured to communicate with a terminal device the terminal device being a meter; and the control unit, connecting the uplink communication module and the downlink communication module, is configured to, when it is determined that downlink data sent by the uplink network element is obtaining terminal device information, transmit the terminal device information to the uplink communication module if the terminal device information is stored in the electrical gateway; and transmit the obtaining the terminal device information to the downlink communication module if the terminal device information is not stored in the electrical gateway; characterized in that: the control unit is further configured to, when it is determined that the downlink data is control information for the terminal device, send the control information to the terminal device through the downlink communication module; and when it is determined that the downlink data is configuration information for the electrical gateway, perform configuration on the electrical gateway according to the configuration information, wherein the configuration information for the electrical gateway refer to a parameter, which is transmission data of the electrical gateway, wherein the transmission data of the electrical gateway comprises traffic information of access of the electrical gateway, the number of terminal device, or traffic information of data uploaded by the electrical gateway. the control unit is further configured to, when it is determined that the downlink data is control information for the terminal device, send the control information to the terminal device through the downlink communication module; and when it is determined that the downlink data is configuration information for the electrical gateway, perform configuration on the electrical gateway according to the configuration information, wherein the configuration information for the electrical gateway refer to a parameter, which is transmission data of the electrical gateway, wherein the transmission data of the electrical gateway comprises traffic information of access of the electrical gateway, the number of terminal device, or traffic information of data uploaded by the electrical gateway.
Method for producing a molding from a mixture of cellulose-containing material and at least one formaldehyde-containing binder by hot pressing in the presence of at least one urea and/or melamine derivative, which remains at least partly unchanged in the molding after the hot pressing, wherein the urea derivative has a solubility in water at 20°C of from 0.00001 to 600 g/l, in particular from 0.0001 to 200 g/l, preferably from 0.001 to 100 g/l, particularly preferably 0.001 to 20 g/l, and the melamine derivative has a solubility in water at 20°C of less than 3.1 g/l, in particular less than 2 g/l, and wherein the urea and/or melamine derivative remains in the molding in a quantity of from 0.1 to 20 wt% relative to the quantity of solid resin of the binder used after hot pressing, characterised in that the urea derivative is selected from the group consisting of biuret, triuret, tetrauret, pentauret, hexauret, methoxycarbonyl urea, ethoxycarbonyl urea, tert. butyl urea, bis-1,4-butyl di ureide and acetylene diurea as well as their salts and derivatives and/or in that the urea derivative is selected from the group consisting of biuret, methoxycarbonyl biuret, ethoxycarbonyl biuret, 1-methyl biuret, 1-ethyl biuret, 1-propyl biuret, acetyl biuret, diacetyl biuret, 1,1-dimethyl biuret, ethylene dibiuret, 1,2-diethyl biuret, and salts thereof and/or in that the urea derivative is selected from the group consisting of triuret, 3-methyl triuret, 3-ethyl triuret, 3-methoxy triuret, 1,1-dimethyl triuret, and salts thereof and/or in that the melamine derivative is selected from the group consisting of melam, melem, ammeline, ammelide, acetoguanamine, caprinoguanamine, benzoguanamine, and their derivatives and salts.
Method for adjusting the speed (v ego) of a vehicle moving with an initial speed (v ego, 0) to a target speed (v ego, target), comprising the steps: - step: determining a control profile comprising at least one control profile part, wherein the control profile is comprises at least one control parameter for the vehicle and allowing the vehicle to change its speed (v ego) from the initial speed (v ego, 0) to the target speed (v ego, target); - step: adjusting the speed (v ego) of the vehicle according to the control profile or supplying the control profile to a speed control system of the vehicle in order to adjust the speed (v ego) of the vehicle, wherein one control profile part comprises exclusively control parameter causing an acceleration or a deceleration, characterized in that the control profile consists of two control profile parts, one of the two control profile parts comprises exclusively control parameter causing an acceleration and the other of the two control profile parts causing a deceleration, and wherein the amount of the average acceleration and/or deceleration (a ego) caused by two different control profile parts is equal. - step: determining a control profile comprising at least one control profile part, wherein the control profile is comprises at least one control parameter for the vehicle and allowing the vehicle to change its speed (v ego) from the initial speed (v ego, 0) to the target speed (v ego, target); - step: adjusting the speed (v ego) of the vehicle according to the control profile or supplying the control profile to a speed control system of the vehicle in order to adjust the speed (v ego) of the vehicle, wherein one control profile part comprises exclusively control parameter causing an acceleration or a deceleration, characterized in that the control profile consists of two control profile parts, one of the two control profile parts comprises exclusively control parameter causing an acceleration and the other of the two control profile parts causing a deceleration, and wherein the amount of the average acceleration and/or deceleration (a ego) caused by two different control profile parts is equal. one control profile part comprises exclusively control parameter causing an acceleration or a deceleration, characterized in that the control profile consists of two control profile parts, one of the two control profile parts comprises exclusively control parameter causing an acceleration and the other of the two control profile parts causing a deceleration, and wherein the amount of the average acceleration and/or deceleration (a ego) caused by two different control profile parts is equal.
Use of a composition comprising the combination of two active compounds consisting in the mixture of 1-Isothiocyanato-8-(methylsulfonyl)-octane (8MSOOH) and 1-Isothiocyanato-8-(methylsulfinyl)-octane (8MSOH) and characterized in that 1-Isothiocyanato-8-(methylsulfonyl)-octane (8MSOOH) represents between 0.5-7% in concentration of said combination of said two active compounds, in the prevention or treatment of fungal pathogens in plants.
A method of wireless communications in a closed loop multiple-input multiple-output (MIMO) system, the method comprising: transmitting feedback information over a wireless channel from a first wireless node to a second wireless node, wherein the feedback information includes indicators identifying recommended coding to be applied on signaling transmitted from the second wireless node to the first wireless node, wherein the feedback information is based on wireless channel conditions detected at the first wireless node, wherein the feedback information is associated with a plurality of bands in the wireless channel, wherein the feedback information includes: rank information in a first portion of the feedback information; and one or more best band precoding matrix index values in a second portion of the feedback information; and wherein the second portion of the feedback information is transmitted periodically, with the exception that, in every Nth periodic transmission, the second portion of the feedback information is overridden and the first portion of the feedback information is transmitted instead, wherein N is greater than two. transmitting feedback information over a wireless channel from a first wireless node to a second wireless node, wherein the feedback information includes indicators identifying recommended coding to be applied on signaling transmitted from the second wireless node to the first wireless node, wherein the feedback information is based on wireless channel conditions detected at the first wireless node, wherein the feedback information is associated with a plurality of bands in the wireless channel, wherein the feedback information includes: rank information in a first portion of the feedback information; and one or more best band precoding matrix index values in a second portion of the feedback information; and wherein the second portion of the feedback information is transmitted periodically, with the exception that, in every Nth periodic transmission, the second portion of the feedback information is overridden and the first portion of the feedback information is transmitted instead, wherein N is greater than two. rank information in a first portion of the feedback information; and one or more best band precoding matrix index values in a second portion of the feedback information; and wherein the second portion of the feedback information is transmitted periodically, with the exception that, in every Nth periodic transmission, the second portion of the feedback information is overridden and the first portion of the feedback information is transmitted instead, wherein N is greater than two.
Multilayer tube for fluid transportation, comprising, from the interior to the exterior: an inner layer comprising at least one polyamide in admixture with at least one elastomer; a first adhesive layer; a first layer comprising at least one polyolefin; characterized in that it further comprises a second layer comprising at least one polyolefin placed internally with respect to the inner layer and bonded to the inner layer by a second adhesive layer. an inner layer comprising at least one polyamide in admixture with at least one elastomer; a first adhesive layer; a first layer comprising at least one polyolefin; characterized in that it further comprises a second layer comprising at least one polyolefin placed internally with respect to the inner layer and bonded to the inner layer by a second adhesive layer.
Conveying system consisting of a conveying apparatus for transporting a preform through a closed conveying channel of the conveying apparatus, wherein the preform is transported in an upright position, i.e. with the bottom downwards and the opening upwards, wherein the preform comprises a collar which is located in the upper region of the preform and which has a diameter which is greater than the diameter of the preform, wherein the conveying channel has a cross-section which is adapted to the outer contour of the preform, wherein the conveying channel comprises mutually opposite grooves (N1, N2), in which the preform comes to bear by means of the collar, and wherein there is formed in the conveying apparatus a blower which blows gas in the transporting direction into the conveying channel and the preform is transported through the conveying channel by the blown-in gas, that the conveying channel comprises valves for regulating the exhaust air flow, which help to regulate the progressive movement of the preform, wherein an air cushion is built up during the transport of the successive preforms, so that when the preform running ahead is stopped, the following preform relatively gently closes up to the one ahead.
A radio base station (PhNB#10) configured to manage a cell (#10) formed by linking a plurality of small cells (#1, #2, #3), comprising: an allocation unit configured to allocate a same cell-radio network temporary identifier, C-RNTI, to a plurality of mobile stations (UE#A, UE#B, UE#C) in the cell (#10); and a transmission unit configured to notify the plurality of mobile stations (UE#A, UE#B, UE#C) of different locations of radio resources in a frequency direction or in a time direction, wherein the transmission unit transmits control signals to the plurality of mobile stations (UE#A, UE#B, UE#C) at the notified locations of radio resources through a physical downlink control channel using the same cell-radio network temporary identifier, C-RNTI. an allocation unit configured to allocate a same cell-radio network temporary identifier, C-RNTI, to a plurality of mobile stations (UE#A, UE#B, UE#C) in the cell (#10); and a transmission unit configured to notify the plurality of mobile stations (UE#A, UE#B, UE#C) of different locations of radio resources in a frequency direction or in a time direction, wherein the transmission unit transmits control signals to the plurality of mobile stations (UE#A, UE#B, UE#C) at the notified locations of radio resources through a physical downlink control channel using the same cell-radio network temporary identifier, C-RNTI.
A directional display device comprising: a display panel comprising a subpixel repeating group having subpixels in at least first, second, third and fourth primary colors (1912, 1914, 1916, 1918); and driver circuitry configured to send a signal to each subpixel on said display panel; wherein the device characterised in that: said subpixel repeating group comprises eight subpixels disposed in four rows and two columns (1924, 1922); each column (1924, 1922) of subpixels comprising one subpixel each of said first, second, third and fourth primary colors (1912, 1914, 1916, 1918); and the device further comprises: an optical directing component configured to direct light emissions from a first group of subpixels on said display panel to a first viewing window, and configured to direct light emissions from a second group of subpixels on said display panel to a second viewing window, wherein said first group of subpixels corresponds to those in a first of the two columns of subpixels and said second group of subpixels corresponds to those in a second of the two columns of subpixels. a display panel comprising a subpixel repeating group having subpixels in at least first, second, third and fourth primary colors (1912, 1914, 1916, 1918); and driver circuitry configured to send a signal to each subpixel on said display panel; wherein the device characterised in that: said subpixel repeating group comprises eight subpixels disposed in four rows and two columns (1924, 1922); each column (1924, 1922) of subpixels comprising one subpixel each of said first, second, third and fourth primary colors (1912, 1914, 1916, 1918); and the device further comprises: said subpixel repeating group comprises eight subpixels disposed in four rows and two columns (1924, 1922); each column (1924, 1922) of subpixels comprising one subpixel each of said first, second, third and fourth primary colors (1912, 1914, 1916, 1918); and the device further comprises: an optical directing component configured to direct light emissions from a first group of subpixels on said display panel to a first viewing window, and configured to direct light emissions from a second group of subpixels on said display panel to a second viewing window, wherein said first group of subpixels corresponds to those in a first of the two columns of subpixels and said second group of subpixels corresponds to those in a second of the two columns of subpixels.