mhurhangee/ep-ind-claims huggingface dataset:
A method for starting an internal combustion engine in an optimised manner by means of a starter that is connected to a capacitor storage, wherein the capacitor storage is connected via a DC/DC converter with an on-board electrical system of a vehicle and the on-board electrical system comprises an energy storage for delivering electrical energy with a nominal voltage, and wherein the starter consumes a starting power for starting the internal combustion engine that is dependent on a temperature of the internal combustion engine, the temperature of the internal combustion engine is measured by means of at least one temperature sensor and the starting power is determined based on the temperature of the internal combustion engine, characterised in that the capacitor storage is charged at least to a nominal voltage by means of a battery acting as further energy storage via a further DC/DC converter, which connects parallel to a switch the battery with the capacitor storage in a parallel manner, and the nominal voltage is determined by means of a control device as such that the electrical energy stored in the capacitor storage charged to the nominal voltage is greater than the starting power determined by means of the measured temperature.
Hydraulic drive system comprising a first hydraulic machine and a second hydraulic machine which are mechanically interconnected; wherein the first hydraulic machine and the second hydraulic machine are jointly operated by a variable-speed drive; wherein the first hydraulic machine and the second hydraulic machine are hydraulically connected to at least one first hydraulic cylinder comprising a first hydraulic cylinder surface and a second hydraulic cylinder surface; wherein the first hydraulic machine or the second hydraulic machine has an adjustable delivery volume and wherein the first hydraulic machine and the second hydraulic machine are in the form of constant pumps; wherein the first hydraulic machine is connected to a reservoir of the hydraulic drive system; and wherein the second hydraulic machine is hydraulically connected to the first hydraulic cylinder surface and the second hydraulic cylinder surface; characterized in that the reservoir is in the form of a preloaded reservoir. wherein the first hydraulic machine and the second hydraulic machine are jointly operated by a variable-speed drive; wherein the first hydraulic machine and the second hydraulic machine are hydraulically connected to at least one first hydraulic cylinder comprising a first hydraulic cylinder surface and a second hydraulic cylinder surface; wherein the first hydraulic machine or the second hydraulic machine has an adjustable delivery volume and wherein the first hydraulic machine and the second hydraulic machine are in the form of constant pumps; wherein the first hydraulic machine is connected to a reservoir of the hydraulic drive system; and wherein the second hydraulic machine is hydraulically connected to the first hydraulic cylinder surface and the second hydraulic cylinder surface; characterized in that the reservoir is in the form of a preloaded reservoir.
An inductor device, comprising: a first plane conductive means; a second plane conductive means below and substantially vertically aligned with the first conductive means; a third plane conductive means co-located between the first conductive means and the second conductive means; a first elongated via vertically aligned between the first conductive means and the third conductive means, the first elongated via configured to conductively couple the first conductive means to the third conductive means and having an aspect ratio of a length, measured in the direction of said plane, to a height of the first elongated via of at least approximately 2 to 1, the length of the first elongated via substantially following a curve of the first conductive means and the third conductive means; and a second elongated via vertically aligned between the third conductive means and the second conductive means, the second elongated via configured to conductively couple the third conductive means to the second conductive means and having an aspect ratio of a length to a height of at least approximately 2 to 1, the length of the second elongated via substantially following a curve of the third conductive means and the second conductive means; wherein each of the first conductive means, the second conductive means and the third conductive means consist of multiple layers of metal. a first plane conductive means; a second plane conductive means below and substantially vertically aligned with the first conductive means; a third plane conductive means co-located between the first conductive means and the second conductive means; a first elongated via vertically aligned between the first conductive means and the third conductive means, the first elongated via configured to conductively couple the first conductive means to the third conductive means and having an aspect ratio of a length, measured in the direction of said plane, to a height of the first elongated via of at least approximately 2 to 1, the length of the first elongated via substantially following a curve of the first conductive means and the third conductive means; and a second elongated via vertically aligned between the third conductive means and the second conductive means, the second elongated via configured to conductively couple the third conductive means to the second conductive means and having an aspect ratio of a length to a height of at least approximately 2 to 1, the length of the second elongated via substantially following a curve of the third conductive means and the second conductive means; wherein each of the first conductive means, the second conductive means and the third conductive means consist of multiple layers of metal.
A battery module (100; 300), comprising: a set of cylindrical battery cells that each include one or more insulation layers integrated into a shaft of the cylindrical battery cell; and a battery housing into which the set of cylindrical battery cells are inserted, the set of cylindrical battery cells being arranged into a plurality of battery cell groups, each of the battery cell groups including a plurality of cylindrical battery cells connected to each other in parallel, each of the battery cell groups being connected to each other in series; wherein the one or more insulation layers for a given cylindrical battery cell in a first battery cell group that is adjacent to at least one cylindrical battery cell in a second battery cell group is offset from at least one end of the given cylindrical battery cell so as to define at least one region of the shaft of the given cylindrical battery cell in proximity to the at least one end that does not include the one or more insulation layers, wherein the at least one offset is configured to provide at least one exposed portion of the given cylindrical battery cell that does not include the one or more insulation layers upon insertion into the battery housing, and wherein the battery housing includes at least one insulative housing rib (2125; 2210D; 2215D) arranged between the given cylindrical battery cell and the at least one adjacent cylindrical battery cell that overlaps with the at least one exposed portion to increase electrical insulation between the first and second battery cell groups. a set of cylindrical battery cells that each include one or more insulation layers integrated into a shaft of the cylindrical battery cell; and a battery housing into which the set of cylindrical battery cells are inserted, the set of cylindrical battery cells being arranged into a plurality of battery cell groups, each of the battery cell groups including a plurality of cylindrical battery cells connected to each other in parallel, each of the battery cell groups being connected to each other in series; wherein the one or more insulation layers for a given cylindrical battery cell in a first battery cell group that is adjacent to at least one cylindrical battery cell in a second battery cell group is offset from at least one end of the given cylindrical battery cell so as to define at least one region of the shaft of the given cylindrical battery cell in proximity to the at least one end that does not include the one or more insulation layers, wherein the at least one offset is configured to provide at least one exposed portion of the given cylindrical battery cell that does not include the one or more insulation layers upon insertion into the battery housing, and wherein the battery housing includes at least one insulative housing rib (2125; 2210D; 2215D) arranged between the given cylindrical battery cell and the at least one adjacent cylindrical battery cell that overlaps with the at least one exposed portion to increase electrical insulation between the first and second battery cell groups.
An information processing device, which is configured to operate in a plurality of operation modes comprising at least a first mode and a second mode, the information processing device comprising: event information receiving means for receiving event information output by an event output program; and event notification means for notifying, when the event information receiving means receives the event information, a user that the event information has been received, wherein the event notification means is configured to change a pattern of notification between a case where the event information receiving means receives the event information during operation in the first mode and a case where the event information receiving means receives the event information during operation in the second mode; the first mode comprises a mode of displaying an image drawn by a single application program on an entirety of a screen of a display device; the event notification means is configured to perform the notification by changing display of the screen in a case of operation in the second mode, characterized in that the event notification means is configured to perform the notification by another method without changing the display of the screen in a case of operation in the first mode; the event notification means is configured to perform the notification by causing a light-emitting body to emit light in the case of operation in the first mode; and the light-emitting body comprises an operation member to be operated by the user to confirm details of the event information subjected to the notification. event information receiving means for receiving event information output by an event output program; and event notification means for notifying, when the event information receiving means receives the event information, a user that the event information has been received, wherein the event notification means is configured to change a pattern of notification between a case where the event information receiving means receives the event information during operation in the first mode and a case where the event information receiving means receives the event information during operation in the second mode; the first mode comprises a mode of displaying an image drawn by a single application program on an entirety of a screen of a display device; the event notification means is configured to perform the notification by changing display of the screen in a case of operation in the second mode, characterized in that the event notification means is configured to perform the notification by another method without changing the display of the screen in a case of operation in the first mode; the event notification means is configured to perform the notification by causing a light-emitting body to emit light in the case of operation in the first mode; and the light-emitting body comprises an operation member to be operated by the user to confirm details of the event information subjected to the notification.
A cooking appliance comprising: a main body including a cooking chamber; a steam generator including a steam heater configured to generate steam for heating food contained in the cooking chamber, a heating chamber for storing water, and a water supply part configured to supply water to the heating chamber; a water tank configured to store water to be supplied to the steam generator; a water supply pipe configured to supply the water of the water tank to the steam generator; a steam supply pipe configured to supply the steam generated in the steam generator to the cooking chamber; and a return pipe connected to the steam supply pipe and the steam generator to return, to the steam generator, water discharged to the steam supply pipe; wherein the steam generator includes a return part connected to the return pipe, characterized in that the steam generator further includes a partitioning part located at a position lower than the return part. a main body including a cooking chamber; a steam generator including a steam heater configured to generate steam for heating food contained in the cooking chamber, a heating chamber for storing water, and a water supply part configured to supply water to the heating chamber; a water tank configured to store water to be supplied to the steam generator; a water supply pipe configured to supply the water of the water tank to the steam generator; a steam supply pipe configured to supply the steam generated in the steam generator to the cooking chamber; and a return pipe connected to the steam supply pipe and the steam generator to return, to the steam generator, water discharged to the steam supply pipe; wherein the steam generator includes a return part connected to the return pipe, characterized in that the steam generator further includes a partitioning part located at a position lower than the return part.
An apparatus for determining the orientation of anatomical cornea structures, comprising: a lighting device configured to direct a first luminous radiation, polarized in an adjustable polarization direction, to a cornea, when the cornea is in an observation seat, the lighting device comprising a light source and an emission polarizing filter connected to the light source; an image acquisition device positioned to receive a second luminous radiation transmitted through the cornea arranged in the observation seat and illuminated by the first luminous radiation; and an acquisition polarizing filter positioned to intercept the second luminous radiation directed to the image acquisition device; wherein the acquisition polarizing filter is orientable and a relative rotation between the emission polarizing filter and the acquisition polarizing filter is locked at least in a first operative configuration, whereby a fixed relative angular position of the acquisition polarizing filter with respect to the polarization direction is maintained during rotation at least in the first operative configuration. a lighting device configured to direct a first luminous radiation, polarized in an adjustable polarization direction, to a cornea, when the cornea is in an observation seat, the lighting device comprising a light source and an emission polarizing filter connected to the light source; an image acquisition device positioned to receive a second luminous radiation transmitted through the cornea arranged in the observation seat and illuminated by the first luminous radiation; and an acquisition polarizing filter positioned to intercept the second luminous radiation directed to the image acquisition device; wherein the acquisition polarizing filter is orientable and a relative rotation between the emission polarizing filter and the acquisition polarizing filter is locked at least in a first operative configuration, whereby a fixed relative angular position of the acquisition polarizing filter with respect to the polarization direction is maintained during rotation at least in the first operative configuration.
A plant for the additive production of three-dimensional objects, comprising one or more workstations, which are set up to carry out at least one work process in the context of the additive production of three-dimensional objects, characterized by - at least one freely positionable mobile storage unit, which comprises a shelf-like storage device, which comprises at least one storage room, which is set up for storage of at least one powder module for the purpose of transporting the powder module between different work stations of the plant, - at least one driverless freely movable mobile conveying unit comprising a receiving device which is set up for receiving at least one freely positionable mobile storage unit for the purpose of transporting the storage unit between different work stations of the plant, wherein the at least one driverless freely movable mobile conveying unit comprises at least one drive device which can be supplied with energy via an energy storage device, which is configured to generate a drive force, and a power transmission device coupled to the drive device, which is configured to transfer the drive force generated by the drive device to a substrate for generating a movement of the conveying unit relative to the substrate, wherein the at least one driverless freely movable mobile conveying unit is automatically movable in arbitrarily configurable motion paths, wherein the storage space is formed by a defining the outer shape of the storage unit, several, in particular wall-like, frame structure sections (7a, 7b) comprising frame structure, wherein the frame structure comprises first frame structure sections which limit the storage space, and, in particular foot-like, second frame structure sections, over which the bearing unit can be placed on a substrate, wherein at the first frame structure portions a support device is arranged or formed, which is arranged for holding at least one powder module in the storage space, wherein the support device and a support device of the storage unit, in particular respective bearing units picked up on a conveying unit, fluctuate to each other, so that a continuous transport path extending between the storage unit and the working station results. - at least one freely positionable mobile storage unit, which comprises a shelf-like storage device, which comprises at least one storage room, which is set up for storage of at least one powder module for the purpose of transporting the powder module between different work stations of the plant, - at least one driverless freely movable mobile conveying unit comprising a receiving device which is set up for receiving at least one freely positionable mobile storage unit for the purpose of transporting the storage unit between different work stations of the plant, wherein
Security document or document of value, which comprises a card body consisting of several layers, and at least one display module with a chip substrate layer, on which at least one display element and at least one IC chip is provided, characterised in that the layer structure of the card body further comprises: - a card substrate layer and at least one compensation layer applied thereto, having at least one window, in which at least one chip substrate layer of the display module is positioned, - and - one opaque layer applied to the equalization layer and the chip substrate layer, said opaque layer comprising a window for the one display element, said window being allocated to the display element, and - a compensation layer, which is provided in the region of the display element between the card substrate layer and the chip substrate layer. - a card substrate layer and at least one compensation layer applied thereto, having at least one window, in which at least one chip substrate layer of the display module is positioned, - and - one opaque layer applied to the equalization layer and the chip substrate layer, said opaque layer comprising a window for the one display element, said window being allocated to the display element, and - a compensation layer, which is provided in the region of the display element between the card substrate layer and the chip substrate layer.
Trailer coupling for a towing vehicle with a coupling support (14; 114), in particular including a coupling arm, at the free end of which is arranged a coupling element, in particular a coupling ball, for attaching a trailer and which is mounted movably or immovably on the mounting (11; 111) which is or may be fixed to the towing vehicle, and with at least one force sensor for detecting a tensile force and/or thrust force which may be caused by a tensile load (Fx) acting on the coupling element during towing of the trailer, and for the output of a force signal representing the tensile force and/or thrust force, wherein there is provided an evaluation unit (50; 150) which is designed to determine a trailer mass value of the trailer with the aid of the force signal and an acceleration value, characterised in that the evaluation unit (50; 150), during a period of time (t2-t3) of continuously rising acceleration values or continuously falling acceleration values or during a phase between changes in acceleration values, evaluates a signal representing the tensile force and/or thrust force acting on the trailer coupling (10, 110).
A control method in a system comprising a detection surface interfacing a plurality of mobile entities with a computer system, the detection surface comprising a plurality of elementary detection surfaces (1110-11, 1110-12, 1110-13), the elementary detection surfaces forming at least one group comprising several sub-groups (1105-1, 1105-2, 1105-3), each sub-group comprising at least one elementary detection surface, each elementary detection surface being configured to determine a position of a mobile entity, it being possible for each mobile entity of the plurality of mobile entities to be activated by a management module associated with a sub-group, the method comprising the following steps, for at least one sub-group, - registering at least one mobile entity with the management module of the at least one sub-group, the at least one mobile entity being registered in a list of mobile entity references; - reserving a different period of time for each mobile entity referenced in the list of references, said period of time enabling the activation of a mobile entity and the determination of a position of an activated mobile entity, the reserved periods of time forming a sequence enabling a sequential activation of the mobile entities registered with the management module of said at least one sub-group; at least one mobile entity being registered with management modules of at least two different sub-groups, the period of time reserved for said at least one mobile entity registered with management modules of at least two different sub-groups being the same in each of said at least two sub-groups. - registering at least one mobile entity with the management module of the at least one sub-group, the at least one mobile entity being registered in a list of mobile entity references; - reserving a different period of time for each mobile entity referenced in the list of references, said period of time enabling the activation of a mobile entity and the determination of a position of an activated mobile entity, the reserved periods of time forming a sequence enabling a sequential activation of the mobile entities registered with the management module of said at least one sub-group;