mhurhangee/ep-ind-claims huggingface dataset:
Method for authorizing in a wireless vehicle network, namely for authorizing the communication between a first vehicle communication unit, associated with a controller, of a first vehicle and a second vehicle communication unit, associated with a controller, of a second vehicle, wherein the two vehicles have a physical/mechanical connection between them, characterized in that the two vehicle communication units have an unauthorized wireless connection between them, in that the first vehicle communication unit uses the wireless connection to send to the second vehicle communication unit a request for authorisation of the communication, and in that one of the two alternatives a) or b) is then carried out: a) - one of the two vehicle communication units uses the wireless connection to ask the other vehicle communication unit to provide an acknowledgement, - the acknowledgement is provided on the physical/mechanical connection, - the acknowledgement provided is followed by an authorized wireless connection being set up; b) - one of the two vehicle communication units uses the physical/mechanical connection to prompt the other vehicle communication unit to provide an acknowledgment, - the acknowledgment is provided by means of the wireless connection or by means of the physical/mechanical connection, - the acknowledgement provided is followed by an authorized wireless connection being set up. a) - one of the two vehicle communication units uses the wireless connection to ask the other vehicle communication unit to provide an acknowledgement, - the acknowledgement is provided on the physical/mechanical connection, - the acknowledgement provided is followed by an authorized wireless connection being set up; - one of the two vehicle communication units uses the wireless connection to ask the other vehicle communication unit to provide an acknowledgement, - the acknowledgement is provided on the physical/mechanical connection, - the acknowledgement provided is followed by an authorized wireless connection being set up; b) - one of the two vehicle communication units uses the physical/mechanical connection to prompt the other vehicle communication unit to provide an acknowledgment, - the acknowledgment is provided by means of the wireless connection or by means of the physical/mechanical connection, - the acknowledgement provided is followed by an authorized wireless connection being set up. - one of the two vehicle communication units uses the physical/mechanical connection to prompt the other vehicle communication unit to provide an acknowledgment, - the acknowledgment is provided by means of the wireless connection or by means of the physical/mechanical connection, - the acknowledgement provided is followed by an authorized wireless connection being set up.
An automated method for presenting visual interface content comprising adjunct visual interface content during application program execution, the adjunct visual interface content providing visual information associated with application program execution, the method comprising: displaying the adjunct visual interface content using a first interface; displaying the adjunct visual interface content using a second interface; receiving user input using a touch sensor of the first interface; displaying updated adjunct visual interface content on the at least one of the first interface and second interface based on actuation of one of the first interface and second interface; wherein the first interface and second interface are contained within a display-enabled input apparatus; and wherein the second interface comprises at least one display-enabled tactile key; wherein the first interface functions both as a trackpad and as a touchscreen depending on a triggering of a specific event; wherein when the first interface functions as a trackpad, touches on the touch sensor are used to control movements of a cursor on a primary display apparatus. displaying the adjunct visual interface content using a first interface; displaying the adjunct visual interface content using a second interface; receiving user input using a touch sensor of the first interface; displaying updated adjunct visual interface content on the at least one of the first interface and second interface based on actuation of one of the first interface and second interface; wherein the first interface and second interface are contained within a display-enabled input apparatus; and wherein the second interface comprises at least one display-enabled tactile key; wherein the first interface functions both as a trackpad and as a touchscreen depending on a triggering of a specific event; wherein when the first interface functions as a trackpad, touches on the touch sensor are used to control movements of a cursor on a primary display apparatus.
A heat exchanger comprising: a first manifold; a second manifold separated from the first manifold; a plurality of heat exchanger tubes arranged in spaced parallel relationship and fluidly coupling the first manifold and the second manifold, a first end of each of the plurality of heat exchanger tubes extends partially into an inner volume of the first manifold; a distributor positioned within the inner volume of the first manifold; and a spacer positioned adjacent the distributor, the spacer being configured to contact at least one of the plurality of heat exchanger tubes and to set a position of the distributor within the inner volume of the first manifold, characterised in that the distributor has an increased wall thickness such that the wall thickness of the distributor is greater than a wall thickness of the first manifold and the distributor occupies between about 20% and about 60% of the inner volume of the first manifold to reduce the inner volume of the first manifold a first manifold; a second manifold separated from the first manifold; a plurality of heat exchanger tubes arranged in spaced parallel relationship and fluidly coupling the first manifold and the second manifold, a first end of each of the plurality of heat exchanger tubes extends partially into an inner volume of the first manifold; a distributor positioned within the inner volume of the first manifold; and a spacer positioned adjacent the distributor, the spacer being configured to contact at least one of the plurality of heat exchanger tubes and to set a position of the distributor within the inner volume of the first manifold, characterised in that the distributor has an increased wall thickness such that the wall thickness of the distributor is greater than a wall thickness of the first manifold and the distributor occupies between about 20% and about 60% of the inner volume of the first manifold to reduce the inner volume of the first manifold
Composite profile, in particular for windows and doors, comprising an extruded plastic profile (10, 20) and at least one reinforcing element (1, 2, 4, 5) which is connected thereto in a substantially shear-resistant manner, wherein at least one retaining element is arranged on the reinforcing element (1, 2, 4, 5) for producing a materially integral, frictional and/or form-fitting connection between the reinforcing element (1, 2, 4, 5) and plastic profile, wherein the at least one retaining element acts, in the plane of the reinforcing element (1, 2, 4, 5), both in the transverse and longitudinal direction of the reinforcing element (1, 2, 4, 5), characterized by edge structures as retaining element for the reinforcing element (1, 2) having teeth with notched teeth for an undercut in the longitudinal and transverse direction or having teeth with set teeth for an undercut in the longitudinal and transverse direction, wherein the cut direction for the teeth is not perpendicular to the edge of the reinforcing element but oblique.
A barrel for a timepiece, wherein said barrel comprises a device for limiting the number of running rotations of the barrel, and wherein said device still allows any number of winding rotations of the barrel characterised in that said device is made up of a first device for the release of the winding rotations and a second device for limiting the number of running rotations of the barrel, wherein said first device works in a first placement plane and said second device works in a second, different placement plane.
Running gear for a rail vehicle with a carrier structure, to which at least a first wheel for supporting the running gear on a first rail and a second wheel for supporting the running gear on a second rail are connected in a rotatable manner, as well as with at least one motor and at least one gear unit, which are connected to the carrier structure and are coupled at least to the first wheel for torque transfer, characterised in that the at least first wheel itself or a gear unit component connected to the at least first wheel in a fixed manner is embodied as a first gear of the at least one gear unit, wherein at least a second gear of the at least one gear unit is arranged at least partially in a cavity of the at least first wheel that is delimited by an annular wheel component of the at least one wheel and is coupled to the first gear, and wherein the carrier structure is connected to the at least one motor in a fixed or sprung manner via the cavity delimited by the annular wheel component.
A method in a node of a telecommunication network, the method comprising: receiving a digital communication signal from a first signal source, wherein the digital communication signal comprises a plurality of low amplitude windows, wherein each of the plurality of low amplitude, windows corresponds to a respective notch in a frequency spectrum of the digital communication signal; receiving one or more analog subcarrier signals from a second signal source; and further comprising multiplexing the one or more analog subcarrier signals into one or more of the plurality of low amplitude windows of the digital communication signal. receiving a digital communication signal from a first signal source, wherein the digital communication signal comprises a plurality of low amplitude windows, wherein each of the plurality of low amplitude, windows corresponds to a respective notch in a frequency spectrum of the digital communication signal; receiving one or more analog subcarrier signals from a second signal source; and further comprising multiplexing the one or more analog subcarrier signals into one or more of the plurality of low amplitude windows of the digital communication signal.
A resin laminate comprising a thermoplastic resin and a polycarbonate-based resin sheet comprising a polycarbonate resin as the main component, wherein the thermoplastic resin is laminated on at least one side of the polycarbonate-based resin sheet, wherein the thermoplastic resin comprises: a copolymer containing 45-85 mass% of an aromatic vinyl monomer unit, 5-50 mass% of an unsaturated dicarboxylic anhydride monomer unit and 5-35 mass% of an acrylic compound monomer unit; and either a copolymer containing 1-30 mass% of an aromatic vinyl monomer unit, 5-45 mass% of a N-substituted maleimide monomer unit and 25-94 mass% of an acrylic compound monomer unit, or a copolymer containing 5-40 mass% of an aromatic vinyl monomer unit, 1-50 mass% of an unsaturated dicarboxylic anhydride monomer unit and 45-94 mass% of an acrylic compound monomer unit. a copolymer containing 45-85 mass% of an aromatic vinyl monomer unit, 5-50 mass% of an unsaturated dicarboxylic anhydride monomer unit and 5-35 mass% of an acrylic compound monomer unit; and either a copolymer containing 1-30 mass% of an aromatic vinyl monomer unit, 5-45 mass% of a N-substituted maleimide monomer unit and 25-94 mass% of an acrylic compound monomer unit, or a copolymer containing 5-40 mass% of an aromatic vinyl monomer unit, 1-50 mass% of an unsaturated dicarboxylic anhydride monomer unit and 45-94 mass% of an acrylic compound monomer unit.
A control method of a robot cleaner, comprising: determining (210, 220) whether or not to perform wall-following traveling of the robot cleaner; and performing rotational traveling of the robot cleaner based on an arbitrary starting angle, an arbitrary rotation radius, and an arbitrary rotational center if the performing of wall-following traveling is determined, characterized in that the rotational traveling includes moving the robot cleaner away from an obstacle and thereafter, moving the robot cleaner toward the obstacle, and a travel speed of the robot cleaner is increased while the robot cleaner is moved away from the obstacle, and is decreased while the robot cleaner is moved toward the obstacle. determining (210, 220) whether or not to perform wall-following traveling of the robot cleaner; and performing rotational traveling of the robot cleaner based on an arbitrary starting angle, an arbitrary rotation radius, and an arbitrary rotational center if the performing of wall-following traveling is determined, characterized in that the rotational traveling includes moving the robot cleaner away from an obstacle and thereafter, moving the robot cleaner toward the obstacle, and a travel speed of the robot cleaner is increased while the robot cleaner is moved away from the obstacle, and is decreased while the robot cleaner is moved toward the obstacle.
Detent mechanism for a motor vehicle door lock which is positioned in a motor vehicle door or in a door frame and which, in conjunction with a striker positioned on the door frame or on the door, keeps the motor vehicle door closed or opens same, with a rotary latch which, when the motor vehicle door is closed, is connected in an interlocking manner to the striker, with a pawl which blocks the rotary latch in a pre-latching position or a main latching position when the motor vehicle door is closed, with an assembly consisting of an intermediate lever and a pawl mounted pivotably thereon, characterized in that, when the motor vehicle door is closed, the rotary latch loads the pawl in the closing direction, but also loads the assembly consisting of intermediate lever and pawl in the opening direction.
A kit for producing an edible egg, comprising a first mould for producing at least one wafer biscuit half-shell (6, 7) and a second mould for producing at least one chocolate and/or cream half-shell (4, 5), characterized in that the first mould comprises a male half-mould and a female half-mould, which delimit a moulding cavity uniformly exhibiting a decrease in thickness along a perimeter edge thereof, and the second mould comprises a male half-mould and a female half-mould, which delimit a moulding cavity uniformly exhibiting an increase in thickness along a perimeter edge thereof.
Method for determining a wheel diameter, or a variable derivable from it, of a rail vehicle, having the following steps: - recording vibrations emitted by a wheel of the rail vehicle by means of a vibration sensor as a vibration profile; - determining periodic features in the vibration profile; - deriving a number of wheel revolutions in the vibration profile on the basis of the periodic features of the vibration profile; - determining or specifying a distance travelled by the rail vehicle while the acoustic vibration profile was being recorded; - determining the wheel diameter or the variable derivable from it on the basis of the distance and the number of wheel revolutions. - recording vibrations emitted by a wheel of the rail vehicle by means of a vibration sensor as a vibration profile; - determining periodic features in the vibration profile; - deriving a number of wheel revolutions in the vibration profile on the basis of the periodic features of the vibration profile; - determining or specifying a distance travelled by the rail vehicle while the acoustic vibration profile was being recorded; - determining the wheel diameter or the variable derivable from it on the basis of the distance and the number of wheel revolutions.
A roadway track (10, 10') for a vehicle, said roadway track having a roadway face and being suitable for being rolled-up and designed to be placed on a ground and presenting a rolled-up position and a deployed position in which said roadway track extends substantially parallel to the ground, the roadway track comprising at least a first track portion (14, 14') and a second track portion (16, 16'), the first and second track portions extending substantially parallel to the ground when the roadway track is in the deployed position, characterized in that the first and second track portions are connected to each other by a pivot connection (18, 18') having a pivot axis that extends in a direction that is substantially perpendicular to the roadway face when said roadway track is in the deployed position, whereby the first track portion can pivot relative to the second track portion about the pivot axis so as to form a bend.
Carrier core particles for electrophotographic developer comprising a core composition expressed by a general formula: M x Fe 3-x O 4, wherein 0≤x≤1, and M denotes at least one kind of metal selected from the group consisting of Mg, Mn, Ca, Ti, Cu, Zn, Sr and Ni as a main ingredient, wherein the carrier core particles have a volume size distribution with a median particle size ranging from 30 μm to 40 μm, the ratio of the carrier core particles having a diameter of 22 μm or lower in the volume size distribution is from 1.0% to 2.0%, and magnetization of the carrier core particles in an external magnetic field of 79,58 x 10 3 A/m (1000 Oe) is from 50 Am 2 /kg (emu/g) to 75 Am 2 /kg (emu/g), characterized in that the ratio of the carrier core particles having a diameter of 22 μm or lower in a number size distribution is 10% or lower, and is 3.0% or higher.
An ACC inhibitor for use in combination with an FXR agonist for treating and/or preventing a liver disease, wherein the ACC inhibitor is a compound of Formula:, or a pharmaceutically acceptable salt thereof; and the FXR agonist is a compound of Formula: or a pharmaceutically acceptable salt thereof.
A method comprising - providing a semiconductor wafer comprising a front surface and a rear surface; - producing integrated electronic circuits or semiconductor device structures at said front surface; - forming radial slits at a circumference of said wafer and on the front surface of the wafer by cutting, dicing, laser ablating, or etching, the slits being formed by cutting along a z-axis which is vertical with respect to the front surface of the wafer; - providing a recess at the rear surface of the wafer to provide the wafer with a thinned central portion having a first surface at a first side, and a second surface at a second side, the first surface comprising the integrated electronic circuits or the semiconductor device structures, the second surface being a rear surface of the integrated circuits or of the semiconductor device structures, the second surface surrounded by at least one reinforcement structure, the recess is provided so that at least one fluid passage communicates with the recess, the fluid passage is provided through one of the slits, and the fluid passage is provided between an outer face of the wafer and an inner face of said wafer. - providing a semiconductor wafer comprising a front surface and a rear surface; - producing integrated electronic circuits or semiconductor device structures at said front surface; - forming radial slits at a circumference of said wafer and on the front surface of the wafer by cutting, dicing, laser ablating, or etching, the slits being formed by cutting along a z-axis which is vertical with respect to the front surface of the wafer; - providing a recess at the rear surface of the wafer to provide the wafer with a thinned central portion having a first surface at a first side, and a second surface at a second side, the first surface comprising the integrated electronic circuits or the semiconductor device structures, the second surface being a rear surface of the integrated circuits or of the semiconductor device structures, the second surface surrounded by at least one reinforcement structure, the recess is provided so that at least one fluid passage communicates with the recess, the fluid passage is provided through one of the slits, and the fluid passage is provided between an outer face of the wafer and an inner face of said wafer.
A blind fastener comprising: a sleeve comprising a distal end portion, a proximal end portion, and a flanged portion at the distal end portion (1 10a), wherein the sleeve defines a bore; and a core bolt at least partially received in the bore of the sleeve, the core bolt defining a core bolt axis (A C) and comprising a body and a cap, wherein the body has a distal end portion and a proximal end portion axially opposed from the distal end portion, wherein the body is tapered from the distal end portion of the body to the proximal end portion of the body such that the core bolt causes radial expansion of the sleeve when the body is urged relative to the sleeve through the bore along the core bolt axis (Ac); wherein the cap and flanged portion are arranged such that the sleeve buckles along the flanged portion to form a lip which abuts the cap when the body is urged relative to the sleeve through the bore along the core bolt axis (Ac). a sleeve comprising a distal end portion, a proximal end portion, and a flanged portion at the distal end portion (1 10a), wherein the sleeve defines a bore; and a core bolt at least partially received in the bore of the sleeve, the core bolt defining a core bolt axis (A C) and comprising a body and a cap, wherein the body has a distal end portion and a proximal end portion axially opposed from the distal end portion, wherein the body is tapered from the distal end portion of the body to the proximal end portion of the body such that the core bolt causes radial expansion of the sleeve when the body is urged relative to the sleeve through the bore along the core bolt axis (Ac); wherein the cap and flanged portion are arranged such that the sleeve buckles along the flanged portion to form a lip which abuts the cap when the body is urged relative to the sleeve through the bore along the core bolt axis (Ac).
A miniaturized sensor (1, 1', 10, 100, 101) having a heater element and comprising a substrate (2, 2'), a cavity (20, 20'), and a thermally insulating structure suspended over the cavity by means of connection zones (31, 32) connecting it with the substrate (2, 2'), the sensor being characterized in that the thermally insulating structure comprises at least two bridges (33, 34) extending over the cavity (20, 20') between its two connection zones (31, 32) with the substrate, the heater element (4, 4') being supported by the bridges (33, 34) by extending transversely relative to the bridges.