mhurhangee/ep-ind-claims huggingface dataset:
A method for increasing the corrosion resistance of a component formed with a magnesium-based alloy against micro-galvanic corrosion, wherein the magnesium-based alloy contains alongside magnesium as the main component, aluminium as the second-largest component, wherein different corrosion potentials exist for various metallic phases of the magnesium-based alloy, characterized in that a surface layer of the component having a predetermined thickness, which thickness is set at between 0.1 mm and roughly 5 mm, and which surface layer is formed with the magnesium-based alloy, is heated to form the surface layer with a homogenized mixed crystal phase, after which the surface layer is cooled at a cooling rate of more than 10 K/s to strongly inhibit or prevent the formation of precipitates, so that the surface layer is formed with an oversaturated mixed crystal phase, in order to form the surface layer and an inner region formed with the magnesium-based alloy adjacent to the surface layer of the component with a different phase structure.
A wavelength swept optical source apparatus for providing an electromagnetic radiation comprising: a spectral separating arrangement (4, 4'; 16, 16') that comprises a dispersive arrangement configured to angularly separate the electromagnetic radiation into components based on a frequency of the components; an angularly deflecting optical arrangement (8, 8'; 24, 210) that includes a pivot point, and configured to receive and angularly deflect at least one of the separated components of the electromagnetic radiation, wherein the angular deflection of the components varies over time; and an optical imaging arrangement (20, 22) configured to directly receive from the spectral separating arrangement the one or more components of the electromagnetic radiation, and generate an image of at least one portion of the spectral separating arrangement near the pivot point, and a beam selecting arrangement which is configured to receive and select at least one of the deflected components. a spectral separating arrangement (4, 4'; 16, 16') that comprises a dispersive arrangement configured to angularly separate the electromagnetic radiation into components based on a frequency of the components; an angularly deflecting optical arrangement (8, 8'; 24, 210) that includes a pivot point, and configured to receive and angularly deflect at least one of the separated components of the electromagnetic radiation, wherein the angular deflection of the components varies over time; and an optical imaging arrangement (20, 22) configured to directly receive from the spectral separating arrangement the one or more components of the electromagnetic radiation, and generate an image of at least one portion of the spectral separating arrangement near the pivot point, and a beam selecting arrangement which is configured to receive and select at least one of the deflected components.
Coffee machine with - a storage container for a cleaning/maintenance product, - a control facility for controlling a cleaning/maintenance process, - a registration/evaluation facility for registering and evaluating an operation of the coffee machine, wherein the registration/evaluation facility is embodied such that it registers and evaluates a usage pattern of the coffee machine and adapts the cleaning/maintenance process thereto, and activates said cleaning/maintenance process automatically, characterised in that the registration/evaluation facility is embodied such that it registers non-usage times and therefrom determines a usual non-usage time, and activates or controls the cleaning/maintenance process during said usual non-usage time via the control facility, and/or that the registration/evaluation facility is embodied such that it registers usage times and therefrom determines a usual usage time, and activates or controls the cleaning/maintenance process outside of said usual usage time via the control facility. - a storage container for a cleaning/maintenance product, - a control facility for controlling a cleaning/maintenance process, - a registration/evaluation facility for registering and evaluating an operation of the coffee machine, wherein the registration/evaluation facility is embodied such that it registers and evaluates a usage pattern of the coffee machine and adapts the cleaning/maintenance process thereto, and activates said cleaning/maintenance process automatically, characterised in that the registration/evaluation facility is embodied such that it registers non-usage times and therefrom determines a usual non-usage time, and activates or controls the cleaning/maintenance process during said usual non-usage time via the control facility, and/or that the registration/evaluation facility is embodied such that it registers usage times and therefrom determines a usual usage time, and activates or controls the cleaning/maintenance process outside of said usual usage time via the control facility.
A connection socket for a solar module, comprising: - first and second electric terminals (19, 20), - at least three electric contact devices (13a, 13b, 13c) wherein each one of the at least three electric contact devices (13a, 13b, 13b) is connectable to an associated electric conductor (5a, 5b, 5c) of the solar module, - at least two bypass diodes (25a, 25b) wherein the first one of the at least two bypass diodes electrically connects the first contact device to the second contact device, and the second one of the at least two bypass diodes electrically connects the second contact device to the third contact device, characterized in that - the connection socket comprises at least one surge protection diode wherein the at least one surge protection diode (27; 27a; 27b, 27c) is connected in parallel to at least one of the bypass diodes (25a, 25b), and wherein the reaction time of the at least one surge protection diode is shorter than the reaction time of the bypass diodes (25a, 25b) so as to protect the bypass diodes (25a, 25b) from electrical surges. - first and second electric terminals (19, 20), - at least three electric contact devices (13a, 13b, 13c) wherein each one of the at least three electric contact devices (13a, 13b, 13b) is connectable to an associated electric conductor (5a, 5b, 5c) of the solar module, - at least two bypass diodes (25a, 25b) wherein the first one of the at least two bypass diodes electrically connects the first contact device to the second contact device, and the second one of the at least two bypass diodes electrically connects the second contact device to the third contact device, - the connection socket comprises at least one surge protection diode wherein the at least one surge protection diode (27; 27a; 27b, 27c) is connected in parallel to at least one of the bypass diodes (25a, 25b), and wherein the reaction time of the at least one surge protection diode is shorter than the reaction time of the bypass diodes (25a, 25b) so as to protect the bypass diodes (25a, 25b) from electrical surges.
A method for supplying power to a low power multi-core microcontroller comprising a main core supporting an active mode and a standby core supporting a standby mode, the method comprising: generating a power supply voltage (V SMPS) with a switched mode power supply comprising a pulse width modulator, PWM, controller and a buck converter; connecting the power supply voltage (V SMPS) to the main core and the standby core during the active mode for the low power multi-core microcontroller so that the standby core receives a first supply voltage that tracks the power supply voltage (V SMPS) during the active mode; characterized in that upon detecting the standby mode for the low power multi-core microcontroller, disconnecting the power supply voltage (V SMPS) from the standby core, driving the power supply voltage (V SMPS) to 0V, and connecting a low dropout, LDO, linear power supply voltage (V LDO) to only the standby core during the standby mode for the multi-core low power microcontroller so that the standby core receives the LDO linear power supply voltage (V LDO) as a second supply voltage during the standby mode. generating a power supply voltage (V SMPS) with a switched mode power supply comprising a pulse width modulator, PWM, controller and a buck converter; connecting the power supply voltage (V SMPS) to the main core and the standby core during the active mode for the low power multi-core microcontroller so that the standby core receives a first supply voltage that tracks the power supply voltage (V SMPS) during the active mode; characterized in that upon detecting the standby mode for the low power multi-core microcontroller, disconnecting the power supply voltage (V SMPS) from the standby core, driving the power supply voltage (V SMPS) to 0V, and connecting a low dropout, LDO, linear power supply voltage (V LDO) to only the standby core during the standby mode for the multi-core low power microcontroller so that the standby core receives the LDO linear power supply voltage (V LDO) as a second supply voltage during the standby mode.
Bearing arrangement for a vehicle with a tipping semitrailer, comprising: - a first bearing part (110, 210), which can be assigned to a frame of the vehicle; - a second bearing part (120, 220), which can be assigned to the tipping semitrailer; the first (110, 210) and the second (120, 220) bearing part being provided in order to enable, in an interconnected state, a pivoting movement of the tipping semitrailer relative to the frame of the vehicle about at least one inner pivot axis (A, B, C); - a releasable locking pin, which, in a lock position, cooperates with the first (110, 210) and the second (120, 220) bearing part such that the connected state of the first (110, 210) and second (120, 220) bearing part is set, the locking pin comprising an actuating element (132, 136) which, when actuated by a user, enables the locking pin to be released from the lock position and thus enables the connected state to be released, a blocking element (118, 228) also being assigned to the first (110, 210) or the second (120, 220) bearing part, the locking pin being able to be transferred into a blocking orientation or out of the blocking orientation in the lock position while maintaining the locking, in which blocking orientation the blocking element (118, 228) and the actuating element (132, 136) interact in such a way that actuation of the actuating element (132, 136) is prevented, characterised in that the actuating element (132, 136) of the locking pin comprises a handle portion which can be pivoted about a pin and which can be pivoted into the actuated state, preferably counter to the action of a restoring element, for example a spring. - a first bearing part (110, 210), which can be assigned to a frame of the vehicle; - a second bearing part (120, 220), which can be assigned to the tipping semitrailer; - a releasable locking pin, which, in a lock position, cooperates with the first (110, 210) and the second (120, 220) bearing part such that the connected state of the first (110, 210) and second (120, 220) bearing part is set,
Device for ejecting an in particular pasty substance from a substantially cylindrical cartridge by means of pushing forward a piston in a cartridge tube towards an outlet opening, said device comprising a base on which the end of the cartridge tube that is opposite the outlet opening can be fitted, and comprising clamping parts which press against the outer wall of the end of the cartridge tube at the level of the base by means of spring force, the clamping parts gripping the cartridge tube at two diagonally opposed points and resting on actuation levers that are acted on by a spring in a clamping position, characterised in that the actuation lever comprises an actuation arm that can pivot inwardly inside a housing and a clamping arm that projects from said actuation lever at an obtuse angle and that, on the end thereof, supports the clamping part formed of a metal plate which abuts the outer wall of the cartridge tube in an oblique manner counter to the movement direction of the plunger.
A subassembly comprising an instrument panel and an airbag module, comprising a mounting portion attached to the instrument panel, comprising an inflator, an airbag, a housing portion for the airbag which extends from the inflator to the mounting portion and a retaining portion which is accessible from outside of the housing portion and serves for supporting and fixing the inflator, characterized in that a holder designed to be separate from the airbag module is provided, which holder serves for fixing the inflator at substantially one position and which is connected to the retaining portion of the airbag module.
Guy device for a pole driven into the ground, particularly a support pole for vine-growing plants, comprising an anchoring member deeply driven into the ground, a connecting member whose lower end is hooked to the anchoring member and whose upper end is connected through a tensioning member to the pole to be guyed, both the connecting member and the tensioning member are a wire or a cable made of metal or equivalent material, folded as to form closed annular elements, the wire forming the connecting member passing through a seat obtained in the anchoring member characterized in that, the wire forming the connecting member having the ends reciprocally knotted, and the tensioning member being hooked to the connecting member.
A device for holding and locking objects, for example workpieces, tools or the like, - with a polygonal bearer frame made of plastic formed from several bridges (7, 8), by means of which at least one quadratic holding opening is created in pairs, - and with at least one connection body having a base lying on the upper side of the bearer frame, on one end face of which base a holding socket is provided flush with a longitudinal axis of the connection body, the holding socket being insertable into one of the holding openings of the bearer frame and having at least one retaining/holding element attached to the opposite face end of the holding socket, by means of which the objects can be secured on the bearer frame with the connection body, characterised in that, - a plate-shaped projection (21, 22) projecting into the centre of the holding opening is formed or provided on two bridges of the holding opening, of which there is at least one and in which case the bridges run parallel to one another, - the projections (21, 22) in the holding opening, of which there is at least one, are arranged offset laterally from one another in relation to an axis of symmetry of the holding opening running perpendicular to the bridges which have the projections (21, 22), and - the holding socket of the connection body in question can be locked on the projections (21, 22). - with a polygonal bearer frame made of plastic formed from several bridges (7, 8), by means of which at least one quadratic holding opening is created in pairs, - and with at least one connection body having a base lying on the upper side of the bearer frame, on one end face of which base a holding socket is provided flush with a longitudinal axis of the connection body, the holding socket being insertable into one of the holding openings of the bearer frame and having at least one retaining/holding element attached to the opposite face end of the holding socket, by means of which the objects can be secured on the bearer frame with the connection body, - a plate-shaped projection (21, 22) projecting into the centre of the holding opening is formed or provided on two bridges of the holding opening, of which there is at least one and in which case the bridges run parallel to one another, - the projections (21, 22) in the holding opening, of which there is at least one, are arranged offset laterally from one another in relation to an axis of symmetry of the holding opening running perpendicular to the bridges which have the projections (21, 22), and - the holding socket of the connection body in question can be locked on the projections (21, 22).
A compound of Formula: or a pharmaceutically acceptable salt, hydrate or solvate thereof, wherein: R 1 is H, D or methyl; and R 2 is H, D or methyl; or R 1 and R 2, together with the carbon atoms to which they are attached, form cyclopropyl. R 1 is H, D or methyl; and R 2 is H, D or methyl; or R 1 and R 2, together with the carbon atoms to which they are attached, form cyclopropyl.
Complementary current steering switches for converting a digital input signal into an analog output signal, the complementary current steering switches comprising: a first pair of switches configured to receive the digital input signal and route a first differential current to a first current combining network when the digital input signal is high and to a second current combining network when the digital input signal is low; and a second pair of switches configured to receive the digital input signal and route a second differential current to the second current combining network when the digital input signal is high and to the first current combining network when the digital input signal is low; wherein: the first differential current is greater than the second differential current; a third differential current at the first and second current combining networks is the difference between the first differential current and the second differential current; the first pair of switches is scaled proportionally to a predefined ratio, wherein the predefined ratio is the ratio of the size of a switch of the first pair of switches over the first differential current; and characterized in that the switches of the first pair of switches are the same size as the switches of the second pair of switches. a first pair of switches configured to receive the digital input signal and route a first differential current to a first current combining network when the digital input signal is high and to a second current combining network when the digital input signal is low; and a second pair of switches configured to receive the digital input signal and route a second differential current to the second current combining network when the digital input signal is high and to the first current combining network when the digital input signal is low; wherein: the first differential current is greater than the second differential current; a third differential current at the first and second current combining networks is the difference between the first differential current and the second differential current; the first pair of switches is scaled proportionally to a predefined ratio, the first differential current is greater than the second differential current; a third differential current at the first and second current combining networks is the difference between the first differential current and the second differential current; the first pair of switches is scaled proportionally to a predefined ratio, wherein the predefined ratio is the ratio of the size of a switch of the first pair of switches over the first differential current; and characterized in that the switches of the first pair of switches are the same size as the switches of the second pair of switches.
A polymer comprising 5 -amino-2-(p-aminophenyl)benzimidazole (DAPBI), paraphenylenediamine, and terephthaloyl dichloride, the polymer being obtainable by first reacting two moles of DAPBI with one mole of terephthaloyl dichloride, and then paraphenylene diamine is added and dissolved, and additional terephthaloyl dichloride (TCl) is added, the polymer having a IPC peak block ratio of 1.52 to 1.56 and an inherent viscosity of greater than 2 dl/g, the IPC peak block ratio being determined as outlined in the Chapter titled "Test Methods" of the description, and the inherent viscosity being determined by using a solution in which a polymer is dissolved in a concentrated sulfuric acid with a concentration of 96 wt% at a polymer concentration of 0.5 g/dl and at a temperature of 25°C and then calculating the inherent viscosity as In (t poly /t solv)/C where t poly is the drop time for the polymer solution and t solv is the drop time of the pure solvent.
An inventory control system for monitoring the removal and replacement of objects stored in the system, the system comprising: a storage container including a plurality of storage locations for storing objects; a sensing device configured to detect the presence or absence of objects in the storage locations; a display device; and a data processor configured to: receive work order data identifying a particular work order; wherein the data processor is characterized by further being configured to receive information associated with the particular work order based on the work order data; generate a prompt to check out a work order manual corresponding to the particular work order based on the information associated with the particular work order; and display the information associated with the particular work order on the display device. a storage container including a plurality of storage locations for storing objects; a sensing device configured to detect the presence or absence of objects in the storage locations; a display device; and a data processor configured to: receive work order data identifying a particular work order; wherein the data processor is characterized by further being configured to receive information associated with the particular work order based on the work order data; generate a prompt to check out a work order manual corresponding to the particular work order based on the information associated with the particular work order; and display the information associated with the particular work order on the display device. receive work order data identifying a particular work order; wherein the data processor is characterized by further being configured to receive information associated with the particular work order based on the work order data; generate a prompt to check out a work order manual corresponding to the particular work order based on the information associated with the particular work order; and display the information associated with the particular work order on the display device.