mhurhangee/ep-ind-claims huggingface dataset:
An apparatus for controlling a brightness level of a display, comprising: a controller configured to control the brightness level of the display based on a brightness level set according to an application program; a memory configured to store corresponding brightness levels for different application programs; and a Graphic User Interface configured to display currently-executed application programs and their corresponding set brightness levels, and configured to change an existing brightness level of a corresponding application program or to add a new application program and a corresponding brightness level for the new application program, wherein the Graphic User Interface includes Auto Control Mode, Full Window Mode and Battery Mode menu buttons configured to set whether or not Auto Control Mode, Full Window Mode and Battery Mode operations are to be executed respectively, characterized in that said controller comprises a filter driver configured to control the brightness level of the display, wherein the filter driver is configured to determine which application program is displayed in at least one of a full window and a foreground window among currently-executed application programs, and is configured to control the brightness level of the display to be the brightness level set for the currently-executed application program displayed in the full window or the foreground window. a controller configured to control the brightness level of the display based on a brightness level set according to an application program; a memory configured to store corresponding brightness levels for different application programs; and a Graphic User Interface configured to display currently-executed application programs and their corresponding set brightness levels, and configured to change an existing brightness level of a corresponding application program or to add a new application program and a corresponding brightness level for the new application program, wherein the Graphic User Interface includes Auto Control Mode, Full Window Mode and Battery Mode menu buttons configured to set whether or not Auto Control Mode, Full Window Mode and Battery Mode operations are to be executed respectively, characterized in that said controller comprises a filter driver configured to control the brightness level of the display, wherein the filter driver is configured to determine which application program is displayed in at least one of a full window and a foreground window among currently-executed application programs, and is configured to control the brightness level of the display to be the brightness level set for the currently-executed application program displayed in the full window or the foreground window.
A dosing apparatus for coffee beans, provided with a coffee bean grinder, a coffee bean inlet for supplying coffee beans to the grinder, a dosing space which is arranged for passing-through one predetermined dose of coffee beans from a coffee bean outlet of a coffee bean package for delivering coffee beans from the coffee bean package to the coffee bean inlet, and a connecting device for connecting a coffee bean package to the apparatus, wherein the dosing space is at least partly movably arranged with respect to a part of the connecting device that is arranged for keeping the package in position, for separating the predetermined dose of the coffee beans from the coffee beans in the inner space of the package, wherein the connecting device is arranged for engagement of a closure of the coffee bean package and for stopping the closure while the outlet is moved with respect to the closure, so that the outlet in connected condition is released, or closed off, wherein the closure comprises a rotary disc with a passage which in a condition connected with the apparatus can be rotated with respect to the outlet.
A communication system in which a vehicle including a power storage device and a power supply device configured to supply power to the power storage device are connected to each other via a power supply line (31, 32) used for power supply and a control line for transmitting a control signal required for control of the power supply using the power supply line (31, 32), wherein at least one of the vehicle and the power supply device includes a transmission section (141, 221), characterized in that the transmission section (141, 221) is configured to transmit a communication signal different from the control signal as an electric signal superposed on carriers using the control line as a medium, and the transmission section (141, 221) includes adjustment means (141a, 221a) configured to adjust an output waveform relating to the transmission of the communication signal to an amplitude previously set for each frequency based on crosstalk characteristics with respect to the power supply line (31, 32).
Process for manufacturing a peptide-functionalized polyurethane dispersion, comprising providing an NCO-terminated polyurethane prepolymer; reacting said NCO-terminated polyurethane prepolymer with a compound comprising at least one NCO-reactive group and at least one maleimide group, preferably a compound comprising one hydroxyl and at least one maleimide group, to obtain a maleimide-terminated polyurethane prepolymer; dispersing said maleimide-terminated polyurethane prepolymer into a continuous aqueous phase; and reacting the maleimide-terminated polyurethane prepolymer with one or more peptides, wherein said one or more peptides comprise amino acid side chains reactive with the maleimide group, preferably comprise one or more cysteine residues, thereby forming peptide-functionalized polyurethane particles. providing an NCO-terminated polyurethane prepolymer; reacting said NCO-terminated polyurethane prepolymer with a compound comprising at least one NCO-reactive group and at least one maleimide group, preferably a compound comprising one hydroxyl and at least one maleimide group, to obtain a maleimide-terminated polyurethane prepolymer; dispersing said maleimide-terminated polyurethane prepolymer into a continuous aqueous phase; and reacting the maleimide-terminated polyurethane prepolymer with one or more peptides, wherein said one or more peptides comprise amino acid side chains reactive with the maleimide group, preferably comprise one or more cysteine residues, thereby forming peptide-functionalized polyurethane particles.
A fuel cell system configured to generate power by supplying anode gas and cathode gas to a fuel cell, comprising: a cathode gas supply unit configured to supply the cathode gas to the fuel cell; a cathode pressure detection unit configured to detect a pressure of the cathode gas to be supplied to the fuel cell; a fuel cell temperature detection unit configured to detect a temperature of the fuel cell; an internal resistance detection unit configured to detect an internal resistance of the fuel cell; a target cathode flow rate calculation unit configured to calculate a target cathode flow rate necessary for supply to the fuel cell based on an operating state of the fuel cell system; a cathode flow rate estimation unit configured to estimate a flow rate of the cathode gas according to the pressure of the cathode gas, the temperature of the fuel cell and the internal resistance of the fuel cell; and a cathode flow rate control unit configured to control the cathode gas supply unit such that the estimated flow rate of the cathode gas becomes closer to the target cathode flow rate. a cathode gas supply unit configured to supply the cathode gas to the fuel cell; a cathode pressure detection unit configured to detect a pressure of the cathode gas to be supplied to the fuel cell; a fuel cell temperature detection unit configured to detect a temperature of the fuel cell; an internal resistance detection unit configured to detect an internal resistance of the fuel cell; a target cathode flow rate calculation unit configured to calculate a target cathode flow rate necessary for supply to the fuel cell based on an operating state of the fuel cell system; a cathode flow rate estimation unit configured to estimate a flow rate of the cathode gas according to the pressure of the cathode gas, the temperature of the fuel cell and the internal resistance of the fuel cell; and a cathode flow rate control unit configured to control the cathode gas supply unit such that the estimated flow rate of the cathode gas becomes closer to the target cathode flow rate.
Luggage-rack module for constructing a luggage rack in a rail vehicle, the luggage-rack module (1, 18, 14, 21, 23, 24) having a bearing panel, which can be fixed in relation to a bodyshell of the rail vehicle by means of at least one holder, having a rear supporting profile and having a front supporting member, characterized in that, at each of its two ends, the luggage-rack module (1, 18, 14, 21, 23, 24) has a holder, which is designed in the form of a bracket which is open in the downward direction, wherein the rear supporting profile is designed for attachment to the vehicle bodyshell, and the bearing panel extends over the entire length of the luggage-rack module (1, 18, 14, 21, 23, 24) and is retained in accommodating grooves (14, 35, 6, 34) of the holders, of the rear supporting profile and of the front supporting member.
Load sensing arrangement comprising at least one strain gauge at a strain gauge location, the at least one strain gauge being configured to measure the load on a bearing component, whereby said load sensing arrangement comprises temperature compensation means arranged to compensate for the influence of temperature on measurements made by said at least one strain gauge, wherein said temperature compensation means is configured to receive data and to determine a variable indicative of the influence of said data on measurements made by said at least one strain gauge, wherein said temperature compensation means comprises at least one temperature sensor (36, 38) that is arranged to measure at least one temperature at at least one location remote from said at least one strain gauge and use the measured data to determine said variable indicative of the influence of said at least one measured temperature on measurements made by said at least one strain gauge, characterized in that the temperature compensation means is arranged to change, correct, calibrate, offset or manipulate the measurements made by said at least one strain gauge in order to reduce or eliminate the effect of expansion and contraction of the bearing component caused by temperature fluctuations or temperature gradients.
A contact element for establishing electrical contact between two contact pieces (K1, K2), comprising a carrier strip which extends in a longitudinal direction, and a plurality of contact parts (5, 5a, 5b) each having at least one first contact section for making contact with one of the two contact pieces (K1, K2), at least one second contact section for making contact with the other of the two contact pieces (K2, K1), and also having at least one fastening section for fastening the contact part (5, 5a, 5b) to the carrier strip at a fastening point, characterized in that a line, in particular a center line, extends through the carrier strip in the longitudinal direction, wherein the contact parts (5, 5a, 5b) are situated in relation to the carrier strip in such a way that the contact parts (5, 5a, 5b) can be pivoted about a pivot line, which pivot line is situated in a manner inclined at an angle of less than 30°, in particular substantially parallel, in relation to said line.
A method for transmitting a signal via a Device-to-Device, D2D, link by a User Equipment, UE, in a wireless communication system, the method comprising; receiving information about a Timing Advance, TA, value from a Base Station, BS; transmitting the TA value on a first D2D control channel to a correspondent UE; and transmitting a D2D data channel based on the first D2D control channel to the correspondent UE by applying the TA value to the D2D data channel without applying the TA value to the first D2D control channel but setting the TA value in a Scheduling Assignment.
Method for transmitting at least one data packet between a first communication subscriber or a communication arrangement and at least one second communication subscriber of the communication arrangement, in the case of which the at least one data packet is transmitted from the first communication subscriber to the at least one second communication subscriber at least partially via a bidirectional data connection established between a communication module of the first communication subscriber and a communication module of the at least one second communication subscriber, i.e. a connection via a side channel via which data can be exchanged between the 5G communication modules without a connection via a mobile radio network needing to exist, wherein the first communication subscriber is a vehicle and the at least one second communication subscriber is part of a networked infrastructure which is a networked infrastructure of a dwelling and the communication serves for controlling or remotely controlling the network infrastructure of the dwelling, and in the case of which the at least one second communication subscriber reports a reception of respective data of the at least one data packet to the first communication subscriber, characterised in that a part of the at least one data packet is transmitted via the bidirectional direct connection established between the communication subscribers and a further part of the at least one data packet is transmitted via a mobile radio network, wherein via the mobile radio network a part of the data packet is transmitted which comprises items of information to be transmitted, and via the bidirectional data connection a transfer protocol is transmitted regarding respective transmitted data.
A filter cartridge (100; 200), comprising: a filter element comprising a filter media, the filter element extending between an inlet face and an outlet face, the filter element defining a periphery surrounding the filter media; and a border frame comprising a plurality of side panels (120a-d), the side panels being independently molded-in-place one at a time along the periphery of the filter element, adjacent members of the side panels being joined together along a plurality of mold interface seams, the mold interface seams being spaced around the periphery, the plurality of side panels being embedded in and sealing the periphery of the filter element such that fluid flow inside the border frame is directed to pass through the filter media for filtering in order to pass from the inlet face to the outlet face; characterised in that the border frame includes a molded seal (180, 182) comprising seal sections that are separately and independently molded and joined at a plurality of mold interface seams, each separately molded seal section defined by one of the side panels (120a-d), each separately molded seal section joined and aligned with two adjacent members of the seal sections, the seal sections being unitarily molded with a remainder of each side panel and not separately attached, the side panels and the seal sections being unitarily molded together with a polymeric material have a Shore00 durometer of between 20 and 70. a filter element comprising a filter media, the filter element extending between an inlet face and an outlet face, the filter element defining a periphery surrounding the filter media; and a border frame comprising a plurality of side panels (120a-d), the side panels being independently molded-in-place one at a time along the periphery of the filter element, adjacent members of the side panels being joined together along a plurality of mold interface seams, the mold interface seams being spaced around the periphery, the plurality of side panels being embedded in and sealing the periphery of the filter element such that fluid flow inside the border frame is directed to pass through the filter media for filtering in order to pass from the inlet face to the outlet face; characterised in that the border frame includes a molded seal (180, 182) comprising seal sections that are separately and independently molded and joined at a plurality of mold interface seams, each separately molded seal section defined by one of the side panels (120a-d), each separately molded seal section joined and aligned with two adjacent members of the seal sections, the seal sections being unitarily molded with a remainder of each side panel and not separately attached, the side panels and the seal sections being unitarily molded together with a polymeric material have a Shore00 durometer of between 20 and 70.
A fence post, comprising a first body comprising a first base portion extending along a vertical direction, a first left side wing, and a first right side wing, wherein the first left side wing has a plurality of first left hook portions each of which is provided with a rightward oriented opening positioned in front of the first left side wing, said first left hook protions aligned with one another; and the first right side wing has a plurality of first right hook portions each of which is provided with a leftward oriented opening positioned in front of the first right side wing, said first right hook protions aligned with one another; characterised in that the first left hook portions and the first right hook portions are in an interlacing arrangement along the vertical direction.
A method of forming complex structures in a ceramic-, glass- or glass-ceramic-body microfluidic module, the method comprising the steps of: providing at green-state refractory-material structure comprising least a portion of a body of a microfluidic module; providing a removeable insert formed of graphite, an external surface of the insert comprising a negative surface of a desired surface to be formed in the microfluidic module; machining an opening in the green-state structure; positioning the insert in the opening; firing the green-state structure and the insert together; after firing is complete, removing the insert. providing at green-state refractory-material structure comprising least a portion of a body of a microfluidic module; providing a removeable insert formed of graphite, an external surface of the insert comprising a negative surface of a desired surface to be formed in the microfluidic module; machining an opening in the green-state structure; positioning the insert in the opening; firing the green-state structure and the insert together; after firing is complete, removing the insert.
An articulated sample container rack apparatus, comprising: a plurality of coupled rack components (102, 402) that are coupled to one another by a plurality of links, at least some of the coupled rack components having a receptacle (104, 404) configured and adapted to receive a sample container, the receptacle including a bottom, the plurality of coupled rack components having first and second free ends (108, 110), wherein at a free end one of the rack components (102, 402) is coupled to only one other adjacent rack component, and at least one hinge allowing relative rotation between at least some of the rack components, characterized in that a) the rack components are coupled by a plurality of links wherein at least some of the rack components have the ability to rotate substantially freely relative to the plurality of links about a rotational axis generally aligned with a center of the sample container, or b) the rack components are connected together by hinges wherein at least one of the hinges is offset from a location of the receptacles.
A compound having the formula: wherein X 1 and X 2 are CH 2; W 1 and W 2 are identical and selected from the group consisting of hydrogen and -OH; R 3 and R 6 are N; R 4 and R 5 are selected from the group consisting of (CH 2) 3, and -CH 2 -CHOH-CH 2 - and R 4 = R 5; Y is R 1 and R 2 are H; and Z 1 and Z 2 are identical and selected from the group consisting of oleyl, palmityl, myristyl, stearyl, and lauryl. wherein X 1 and X 2 are CH 2; W 1 and W 2 are identical and selected from the group consisting of hydrogen and -OH; R 3 and R 6 are N; R 4 and R 5 are selected from the group consisting of (CH 2) 3, and -CH 2 -CHOH-CH 2 - and R 4 = R 5; Y is R 1 and R 2 are H; and Z 1 and Z 2 are identical and selected from the group consisting of oleyl, palmityl, myristyl, stearyl, and lauryl.
A manifold assembly for a peritoneal dialysis apparatus, comprising: a casing delimiting internally a first compartment and a second compartment; a yielding pump tube having a first end connected or connectable to the first compartment and a second end connected or connectable to the second compartment, wherein the yielding pump tube extends outside the casing to be coupled to a peristaltic pump of a cycler of a peritoneal dialysis apparatus; wherein the casing comprises a first pump port connected or connectable to the first end of the yielding pump tube and a second pump port connected or connectable to the second end of the yielding pump tube; a plurality of line tubes (58, 59, 61, 63, 65) each having a first end connected or connectable to the first compartment or to the second compartment and a second end connected or connectable to a fluid source (60, 62, 64) or to a drain or to a patient; wherein the casing comprises a plurality of ports (53, 36, 40, 41, 44) each connected or connectable to the first end of one line tube (58, 59, 61, 63, 65); wherein the casing has a substantially flattened shape provided with a front, a back and a plurality of sides; wherein the back is configured to be coupled to a front panel of the cycler; characterized in that the first pump port and the second pump port are placed on a first side of the casing; wherein the ports (53, 36, 40, 41, 44) are placed on a second side of the casing, opposite the first side. a casing delimiting internally a first compartment and a second compartment; a yielding pump tube having a first end connected or connectable to the first compartment and a second end connected or connectable to the second compartment, wherein the yielding pump tube extends outside the casing to be coupled to a peristaltic pump of a cycler of a peritoneal dialysis apparatus; wherein the casing comprises a first pump port connected or connectable to the first end of the yielding pump tube and a second pump port connected or connectable to the second end of the yielding pump tube; a plurality of line tubes (58, 59, 61, 63, 65) each having a first end connected or connectable to the first compartment or to the second compartment and a second end connected or connectable to a fluid source (60, 62, 64) or to a drain or to a patient; wherein the casing comprises a plurality of ports (53, 36, 40, 41, 44) each connected or connectable to the first end of one line tube (58, 59, 61, 63, 65); wherein the casing has a substantially flattened shape provided with a front, a back and a plurality of sides; wherein the back is configured to be coupled to a front panel of the cycler; characterized in that the first pump port and the second pump port are placed on a first side of the casing; wherein the ports (53, 36, 40, 41, 44) are placed on a second side of the casing, opposite the first side.