mhurhangee/patent-ind-claim-en huggingface dataset:
A casting device comprising a melt transport device with at least one melt container in which a melt receiving space and a spout in the form of a lance lying at the bottom of the melt container is formed, wherein the spout has a spout orifice which is flow-connected to the melt receiving space , wherein a siphon is formed on an underside of the lance , characterized in that the lance is arranged removably on the melt container .
A method that is implemented on one or more processors, the method comprising: analyzing content of a message exchange thread involving multiple human participants; identifying , based on the analyzing, one or more ambiguous topics pertinent to the message exchange thread, wherein the one or more ambiguous topics are subject to multiple different interpretations; identifying , based on individual participant profiles associated with the participants, one or more interests shared among a plurality of the multiple participants, wherein each participant of the multiple participants is associated with an individual participant profile that includes information related to the participant; identifying one or more less ambiguous topics pertinent to the message exchange thread by disambiguating one or more of the ambiguous topics based on one or more of the interests shared among the plurality of the multiple participants; searching one or more data sources using one or more of the less ambiguous topics to identify responsive content, and proactively incorporating into the message exchange thread, by an automated assistant acting as a participant in the message exchange thread, at least some of the responsive content. analyzing content of a message exchange thread involving multiple human participants; identifying , based on the analyzing, one or more ambiguous topics pertinent to the message exchange thread, wherein the one or more ambiguous topics are subject to multiple different interpretations; identifying , based on individual participant profiles associated with the participants, one or more interests shared among a plurality of the multiple participants, wherein each participant of the multiple participants is associated with an individual participant profile that includes information related to the participant; identifying one or more less ambiguous topics pertinent to the message exchange thread by disambiguating one or more of the ambiguous topics based on one or more of the interests shared among the plurality of the multiple participants; searching one or more data sources using one or more of the less ambiguous topics to identify responsive content, and proactively incorporating into the message exchange thread, by an automated assistant acting as a participant in the message exchange thread, at least some of the responsive content.
Method for operating a motor vehicle , comprising a control device for the automatic and driver-independent switching-on or switching-off of at least one drive aggregate of the motor vehicle when stationary, which control device depending on at least one position-related item of route information (I) concerning the actual position of the motor vehicle on a route (F) and depending on the presence of at least one further parameter (R) authorises a switching-off of the drive aggregate , wherein initially only the at least one position-related item of route information (I) is determined and, inasmuch as this fulfils at least one route-related criterion (K), a request for the presence of the at least one further parameter (R) is not made, characterised in that the route-related criterion (K) is fulfilled when the motor vehicle is located directly at a junction into a roundabout or into a highway or in a specified distance or distance range from a junction into a roundabout or into a highway.
A hardware security module (HSM) for usage with manufacturing devices, comprising: - A secure element (SE), which is adapted to detect an operating mode of the hardware security module (HSM); - A first interface which is adapted to receive commands for controlling the hardware security module (HSM); - A central processing unit (CPU) for processing application program code in a secure environment; - A second interface which is adapted for receiving configuration data, wherein the second interface is activated and deactivated in dependence of the detected operating mode, characterized in that , the secure element (SE) is controlled by a command received via the first interface , wherein the secure element (SE) directly controls a switch to activate or deactivate the second interface . - A secure element (SE), which is adapted to detect an operating mode of the hardware security module (HSM); - A first interface which is adapted to receive commands for controlling the hardware security module (HSM); - A central processing unit (CPU) for processing application program code in a secure environment; - A second interface which is adapted for receiving configuration data, wherein the second interface is activated and deactivated in dependence of the detected operating mode, the secure element (SE) is controlled by a command received via the first interface , wherein the secure element (SE) directly controls a switch to activate or deactivate the second interface .
Apparatus for locking a gear-shifting drum of a sequential transmission , with a gear-shifting drum which has a plurality of stable positions, each stable position corresponding to a gear, and with a shifting shaft for rotating the gear-shifting drum by a defined rotary angle in order to carry out a gear change, characterized by an actuator which is provided in addition to the shifting shaft and, in the case of each gear change, can be transferred by means of a control device into an activated state, in which the actuator acts directly or indirectly on the gear-shifting drum in such a way that, in the case of a rotation of the gear-shifting drum out of a stable position which corresponds to a previously engaged gear, the gear-shifting drum is held in an unstable intermediate position between the stable position and the next stable position which corresponds to the next gear, and a further rotation of the gear-shifting drum is thus prevented.
A method in a communications network for connecting to the network a subscriber apparatus from amongst a plurality of subscriber apparatuses to a respective network portal apparatus from amongst a plurality of network portal apparatuses, the method including: providing a portal aggregation server storing a plurality of network portal addresses associated with the plurality of said network portal apparatuses and a plurality of subscriber identifiers which each identify a respective one of said plurality of subscriber apparatuses; at the portal aggregation server, receiving (S3) from a said subscriber apparatus a connection request to connect to the network wherein the request comprises a said subscriber identifier associated with the subscriber apparatus and mapping (S4) the received subscriber identifier to a said network portal address, and redirecting (S14-S21) the connection request to the network portal address so mapped, the method characterised by: the portal aggregation server comprising a proxy server and each of the network portal apparatuses comprises a respective authentication server, and wherein the redirecting the connection request comprises redirecting the connection request via the proxy server to the respective authentication server of the network portal address so mapped. providing a portal aggregation server storing a plurality of network portal addresses associated with the plurality of said network portal apparatuses and a plurality of subscriber identifiers which each identify a respective one of said plurality of subscriber apparatuses; at the portal aggregation server, receiving (S3) from a said subscriber apparatus a connection request to connect to the network wherein the request comprises a said subscriber identifier associated with the subscriber apparatus and mapping (S4) the received subscriber identifier to a said network portal address, and redirecting (S14-S21) the connection request to the network portal address so mapped, the method characterised by: the portal aggregation server comprising a proxy server and each of the network portal apparatuses comprises a respective authentication server, and wherein the redirecting the connection request comprises redirecting the connection request via the proxy server to the respective authentication server of the network portal address so mapped. the portal aggregation server comprising a proxy server and each of the network portal apparatuses comprises a respective authentication server, and wherein the redirecting the connection request comprises redirecting the connection request via the proxy server to the respective authentication server of the network portal address so mapped.
Measuring device for detecting a process variable in a container, comprising an electronic unit with a housing and a sealing arrangement bearing against the housing , wherein the measuring device is arranged to be disposed in a container opening; wherein, when the measuring device is located in the container opening, the sealing arrangement is set up to seal the container opening; wherein the electronic unit has a sensor for detecting a measurement signal; an energy supply ; an antenna connected to the sensor for transmitting and receiving the measurement signal; and a communication unit , for receiving control signals, and for providing and transmitting measurement data from the measurement signal according to a transmission protocol; characterised in that the electronic unit is arranged below a geometric plane of the sealing arrangement and at the same time inside the container; and the sealing arrangement is designed as a sealing ring; and in that the communication unit is a communication unit for wireless communication, and the electronic unit is arranged to be supplied with electrical energy by a battery. the measuring device is arranged to be disposed in a container opening; wherein, when the measuring device is located in the container opening, the sealing arrangement is set up to seal the container opening; wherein the electronic unit has a sensor for detecting a measurement signal; an energy supply ; an antenna connected to the sensor for transmitting and receiving the measurement signal; and a communication unit , for receiving control signals, and for providing and transmitting measurement data from the measurement signal according to a transmission protocol; characterised in that the electronic unit is arranged below a geometric plane of the sealing arrangement and at the same time inside the container; and the sealing arrangement is designed as a sealing ring; and in that the communication unit is a communication unit for wireless communication, and the electronic unit is arranged to be supplied with electrical energy by a battery.
A method for manufacturing environment-controlling fibers comprising the steps of: preparing a specific amount of processing material including an amount of polyolefin by weight ratio of 65∼94% as a base material, an amount of optoelectronic material by weight ratio of 1∼10%, an amount of piezoelectric material by weight ratio of 1∼5%, an amount of thermoelectric material by weight ratio of 1∼5%, an amount of rubber elastic material by weight ratio of 1∼5%, an amount of zinc oxide by weight ratio of 1∼5% and an amount of catalyst material by weight ratio of 1∼5%; melting and mixing the specific amount of processing material to be a specific amount of granular processing material; and melting and drawing the specific amount of granular processing material to obtain the fibers, so that the optoelectronic material can receive energies outside the fibers to produce optoelectronic effect, the piezoelectric material can receive energies outside the fibers to produce piezoelectric effect, the thermoelectric material can receive energies outside the fibers to produce thermoelectric effect, and the catalyst material can be resonated by the optoelectronic effect, the thermoelectric effect and the piezoelectric effect to increase amplitudes of the energies so as to increase the catalysis activity of the catalyst material. preparing a specific amount of processing material including an amount of polyolefin by weight ratio of 65∼94% as a base material, an amount of optoelectronic material by weight ratio of 1∼10%, an amount of piezoelectric material by weight ratio of 1∼5%, an amount of thermoelectric material by weight ratio of 1∼5%, an amount of rubber elastic material by weight ratio of 1∼5%, an amount of zinc oxide by weight ratio of 1∼5% and an amount of catalyst material by weight ratio of 1∼5%; melting and mixing the specific amount of processing material to be a specific amount of granular processing material; and melting and drawing the specific amount of granular processing material to obtain the fibers, so that the optoelectronic material can receive energies outside the fibers to produce optoelectronic effect, the piezoelectric material can receive energies outside the fibers to produce piezoelectric effect, the thermoelectric material can receive energies outside the fibers to produce thermoelectric effect, and the catalyst material can be resonated by the optoelectronic effect, the thermoelectric effect and the piezoelectric effect to increase amplitudes of the energies so as to increase the catalysis activity of the catalyst material.
A method of handling a reticle in a reticle inspection system comprising: opening an EUV Inner Pod (EIP) in a clean, dry air environment with flow control by separating an EIP base from an EIP cover of the EIP; locating a reticle carrier over the reticle , wherein the reticle carrier is stored in the reticle inspection system ; clamping the reticle to the reticle carrier ; pumping down a chamber that includes the reticle carrier and the reticle ; and locating the reticle carrier onto a reticle stage of the reticle inspection system in a clean vacuum environment of the reticle inspection system leaving a patterned surface of the reticle directly exposed for inspection. opening an EUV Inner Pod (EIP) in a clean, dry air environment with flow control by separating an EIP base from an EIP cover of the EIP; locating a reticle carrier over the reticle , wherein the reticle carrier is stored in the reticle inspection system ; clamping the reticle to the reticle carrier ; pumping down a chamber that includes the reticle carrier and the reticle ; and locating the reticle carrier onto a reticle stage of the reticle inspection system in a clean vacuum environment of the reticle inspection system leaving a patterned surface of the reticle directly exposed for inspection.
A controller configured to carry out a method comprising the steps of: controlling a transmission over a single-wire interface of an instruction corresponding to a high-current operation; and adaptively controlling an amount of power available at the single-wire interface by controlling an electrical behavior of a charging path to provide more current at the single-wire interface during a time period corresponding to an execution of the instructed high-current operation compared to a time period corresponding to an execution of an instructed low-current operation. controlling a transmission over a single-wire interface of an instruction corresponding to a high-current operation; and adaptively controlling an amount of power available at the single-wire interface by controlling an electrical behavior of a charging path to provide more current at the single-wire interface during a time period corresponding to an execution of the instructed high-current operation compared to a time period corresponding to an execution of an instructed low-current operation.
Lift-tilt device for a waste collection vehicle, for lifting and tilting one or more waste containers, comprising a comb pick-up means which extends in the transverse direction of the vehicle and has a plurality of teeth which can be brought into engagement with corresponding pockets on the waste containers, first introduction elements which bring a waste container into a lifting position being provided at the ends of the comb pick-up means , at least one second introduction element being provided in the center of the comb pick-up means in order to bring a waste container into a lifting position, and the first introduction elements having sliding surfaces which point in the vertical direction of the vehicle and are inclined toward the center of the comb pick-up means , so that a waste container is guided on the sliding surfaces to the lifting position, characterized in that the first introduction elements have an immovable, externally arranged component and a movable, internally arranged component , each having a sliding surface , and the components are arranged in a first state such that the sliding surfaces form an overall sliding surface.
An air conditioning system for regulating the temperature of at least one energy source and/or an indoor space of a vehicle, wherein the system comprises: a fan for creating an air flow; an evaporator arranged downstream of the fan for cooling the air flow; a first heating element arranged downstream of the evaporator for heating the air flow; a heat exchanger arranged downstream of the evaporator for heat exchange with the air flow and in fluid communication with the at least one energy source for heating or cooling the at least one energy source ; characterized in that the system comprises a second heating element arranged downstream of the evaporator 120 for heating the air flow, and in that the system is configured to selectively direct the heated or cooled air flow to the indoor space of the vehicle or prevent the heated or cooled air flow from reaching the indoor space of the vehicle. a fan for creating an air flow; an evaporator arranged downstream of the fan for cooling the air flow; a first heating element arranged downstream of the evaporator for heating the air flow; a heat exchanger arranged downstream of the evaporator for heat exchange with the air flow and in fluid communication with the at least one energy source for heating or cooling the at least one energy source ; characterized in that the system comprises a second heating element arranged downstream of the evaporator 120 for heating the air flow, and in that the system is configured to selectively direct the heated or cooled air flow to the indoor space of the vehicle or prevent the heated or cooled air flow from reaching the indoor space of the vehicle.
Apparatus for holding a line guide of a high-voltage transformer, comprising - a supporting frame which can be fastened to the high-voltage transformer, - a line guide receptacle which is arranged on the supporting frame and is designed to hold the line guide , and - a fastening unit for fixing the line guide to the line guide receptacle, wherein - the fastening unit has at least one clamping means which clamps the line guide to the line guide receptacle in a clamping position, and - a clamping securing means is provided for fixing the clamping means in its clamping position, - the clamping means comprises a clamping wedge which is configured in a wedge shape, - the line guide receptacle is guided in the supporting frame such that it can move in a clamping direction and the clamping wedge is arranged between the supporting frame and the line guide receptacle and is supported on them, and wherein - the supporting frame has stationary compensating elements on which the clamping wedge is supported, wherein the supporting frame has vertical supports which are situated opposite one another and between which the line guide receptacle and the compensating element each extend in the horizontal direction. - a supporting frame which can be fastened to the high-voltage transformer, - a line guide receptacle which is arranged on the supporting frame and is designed to hold the line guide , and - a fastening unit for fixing the line guide to the line guide receptacle, wherein - the fastening unit has at least one clamping means which clamps the line guide to the line guide receptacle in a clamping position, and - a clamping securing means is provided for fixing the clamping means in its clamping position, - the clamping means comprises a clamping wedge which is configured in a wedge shape, - the line guide receptacle is guided in the supporting frame such that it can move in a clamping direction and the clamping wedge is arranged between the supporting frame and the line guide receptacle and is supported on them, and wherein - the supporting frame has stationary compensating elements on which the clamping wedge is supported, wherein the supporting frame has vertical supports which are situated opposite one another and between which the line guide receptacle and the compensating element each extend in the horizontal direction.
Storage device for cleaning and charging portable X-ray detectors , comprising a receiving unit for receiving at least one portable X-ray detector , a cleaning unit for cleaning the portable X-ray detector when being received by the receiving unit, a charging unit for charging the portable X-ray detector , and wherein the cleaning unit is configured for mechanically and/or chemically cleaning the portable X-ray detector , characterized in that the cleaning unit comprises a mechanical cleaning element configured for applying a mechanical force onto at least one surface of the received portable X-ray detector for cleaning said at least one surface of the received portable X-ray detector . a receiving unit for receiving at least one portable X-ray detector , a cleaning unit for cleaning the portable X-ray detector when being received by the receiving unit, a charging unit for charging the portable X-ray detector , and wherein the cleaning unit is configured for mechanically and/or chemically cleaning the portable X-ray detector , characterized in that the cleaning unit comprises a mechanical cleaning element configured for applying a mechanical force onto at least one surface of the received portable X-ray detector for cleaning said at least one surface of the received portable X-ray detector .
Method for the production of a soft magnetic formed part which has inside island-like formed electrical insulating locations to reduce eddy current losses, in which method magnetically conductive particles , which are free from a sheathing of an electrical insulating layer, and an additive for the formation of electrical insulating locations are provided and, for the formation of the formed part, are fused to one another in layers in such a way that a structure with interspaces is formed, and the electrical insulating locations interrupting eddy currents, which arise when the formed part is used in a magnetic field, are arranged locally in the interspaces.