mhurhangee/ep-ind-claims huggingface dataset:
Generator configured to generate electrical energy from heat, for example from sunlight, comprising: - a moveable carrier, which is reciprocally moveable along a movement path and connected to a kinetic-electric converter; - a stationary support arranged at the movement path; - wherein one of the carrier and the support is provided with a magnet arranged along or in the movement path and the other of the carrier and the support is provided with separate ferromagnetic elements arranged along or in the movement path; - a heat supply associated with the one of the carrier and the support that is provided with the magnet, wherein the heat supply is configured to direct heat onto successively at least one of the ferromagnetic elements to warm the ferromagnetic element to above a Curie temperature thereof, to thereby impart reciprocal movement of the carrier relative to the support through magnetic interaction between the magnet and the ferromagnetic elements; and - a cooling system configured for cooling at least the ferromagnetic elements, wherein the cooling system comprises a basin with water or coolant, over and into which the other of the carrier and the support extends for the water or coolant to be in thermal contact with all ferromagnetic elements for cooling to below a Curie temperature after heating to above the Curie temperature thereof, wherein the basin is connected to a water or coolant circuit, wherein the moveable carrier is configured to circulate the water or coolant through the circuit. - a moveable carrier, which is reciprocally moveable along a movement path and connected to a kinetic-electric converter; - a stationary support arranged at the movement path; - wherein one of the carrier and the support is provided with a magnet arranged along or in the movement path and the other of the carrier and the support is provided with separate ferromagnetic elements arranged along or in the movement path; - a heat supply associated with the one of the carrier and the support that is provided with the magnet, wherein the heat supply is configured to direct heat onto successively at least one of the ferromagnetic elements to warm the ferromagnetic element to above a Curie temperature thereof, to thereby impart reciprocal movement of the carrier relative to the support through magnetic interaction between the magnet and the ferromagnetic elements; and - a cooling system configured for cooling at least the ferromagnetic elements, wherein the cooling system comprises a basin with water or coolant, over and into which the other of the carrier and the support extends for the water or coolant to be in thermal contact with all ferromagnetic elements for cooling to below a Curie temperature after heating to above the Curie temperature thereof, wherein the basin is connected to a water or coolant circuit, wherein the moveable carrier is configured to circulate the water or coolant through the circuit.
Process for the removal of ammonia from an ammonia-containing gas stream by treating the ammonia in the ammonia-containing gas stream with an acid, during which treatment an aqueous stream comprising an ammonium salt is formed, characterized in that the aqueous stream comprising the ammonium, salt is treated with electro dialysis, whereby the acid is recovered and an aqueous stream comprising an ammonium hydroxide salt is formed,
Assistance system for positioning of a first component to be positioned relative to a second component, with: a sensor arrangement which is set up to detect a current position of a first reference point of the first component in a first measurement setting and a current position of a second reference point of the first component in a second measurement setting; a data processing device connected in communication with the sensor arrangement, which data processing device is set up to control the measurement setting of the sensor arrangement and to determine a current first or second position deviation based on the current position of the first or second reference point (201; 202) detected depending on the measurement setting and a target position of the first or second reference point (201; 202); a display device which is connected in communication with the data processing device and which is set up to output the current first or second position deviation graphically; and a remote controller with a housing having a coupling structure for detachably coupling the remote controller to the first component, a first operating element, and an electronic signal generating circuit housed in the housing and which signal generating circuit is set up in reaction to an operation of the first operating element to generate a confirmation signal and wirelessly transmit to the data processing device; wherein the data processing device is set up to change the selected measurement setting of the sensor arrangement in reaction to the confirmation signal. a sensor arrangement which is set up to detect a current position of a first reference point of the first component in a first measurement setting and a current position of a second reference point of the first component in a second measurement setting; a data processing device connected in communication with the sensor arrangement, which data processing device is set up to control the measurement setting of the sensor arrangement and to determine a current first or second position deviation based on the current position of the first or second reference point (201; 202) detected depending on the measurement setting and a target position of the first or second reference point (201; 202); a display device which is connected in communication with the data processing device and which is set up to output the current first or second position deviation graphically; and a remote controller with a housing having a coupling structure for detachably coupling the remote controller to the first component, a first operating element, and an electronic signal generating circuit housed in the housing and which signal generating circuit is set up in reaction to an operation of the first operating element to generate a confirmation signal and wirelessly transmit to the data processing device; wherein the data processing device is set up to change the selected measurement setting of the sensor arrangement in reaction to the confirmation signal.
A method comprising, performed by at least one device: obtaining assistance data for Galileo for a current time from at least one terrestrial apparatus; predicting assistance data for Galileo for a plurality of subsequent time instants based on the obtained assistance data for Galileo for the current time and associating for each subsequent time instant a separate message authentication code with the predicted assistance data; and causing transmission of information comprising at least the predicted assistance data for Galileo and the associated message authentication codes to a satellite signal receiver. obtaining assistance data for Galileo for a current time from at least one terrestrial apparatus; predicting assistance data for Galileo for a plurality of subsequent time instants based on the obtained assistance data for Galileo for the current time and associating for each subsequent time instant a separate message authentication code with the predicted assistance data; and causing transmission of information comprising at least the predicted assistance data for Galileo and the associated message authentication codes to a satellite signal receiver.
A composition for forming a protective film for protecting a surface of a chip, the composition comprising: an acrylic polymer; a curable component; and an inorganic filler, wherein a content of a constitutional unit derived from a glycidyl group-containing monomer relative to all the structural units constituting the acrylic polymer is 0 to 8% by mass, and the acrylic polymer has a glass transition temperature of -3°C or higher; characterized in that: J the acrylic polymer comprises a constitutional unit derived from a (meth)acrylic acid alkyl ester and a constitutional unit derived from a monomer comprising a functional group other than the glycidyl group and a content of the constitutional unit derived from the (meth)acrylic acid alkyl ester comprising an alkyl group having 4 or more carbon atoms relative to all the structural units constituting the acrylic polymer is 0 to 12% by mass; and the inorganic filler comprises anisotropically shaped boron nitride particles having an aspect ratio 2 to 30 and further inorganic filler other than the anisotropically shaped boron nitride particles.
A method, comprising: hosting, by a virtualization computing platform, a plurality of virtual machine sessions (402, 404, 406); identifying, from among the plurality of virtual machine sessions (402, 404, 406), a virtual machine session is currently disconnected with a previously-connected client agent application; continuing, by the virtualization computing platform, to host the virtual machine session; receiving, from the previously-connected client agent application, a request associated with a user account; reconnecting, based on determining that the virtual machine session is associated with the user account, the previously connected client agent application with the virtual machine session, wherein the virtual machine session have been continually hosted by the virtualization computing platform since being disconnected from the previously-connected client agent application; determining that utilization of one or more resources associated with the virtualization computing platform exceeds a threshold; and responsive to determining that utilization of the one or more resources associated with the virtualization computing platform exceeds the threshold, ceasing, by the virtualization computing platform, to continue to host the virtual machine session based on an amount of time since the virtual machine session was utilized. hosting, by a virtualization computing platform, a plurality of virtual machine sessions (402, 404, 406); identifying, from among the plurality of virtual machine sessions (402, 404, 406), a virtual machine session is currently disconnected with a previously-connected client agent application; continuing, by the virtualization computing platform, to host the virtual machine session; receiving, from the previously-connected client agent application, a request associated with a user account; reconnecting, based on determining that the virtual machine session is associated with the user account, the previously connected client agent application with the virtual machine session, wherein the virtual machine session have been continually hosted by the virtualization computing platform since being disconnected from the previously-connected client agent application; determining that utilization of one or more resources associated with the virtualization computing platform exceeds a threshold; and responsive to determining that utilization of the one or more resources associated with the virtualization computing platform exceeds the threshold, ceasing, by the virtualization computing platform, to continue to host the virtual machine session based on an amount of time since the virtual machine session was utilized.
Control panel of the hazard alarm system of a building (Z1 - Z3) for the operation of an alarming unit or a fire alarm (B1 - B5), wherein the control panel (Z1 - Z3) is connected to the alarming unit or the fire alarm (B1 - B5) via a wired or wireless communication network (KN1 - KN3), for the spatially dedicated outputting of a warning message (WM1, WM2) received by the control panel (Z1 - Z3), wherein the control panel has: a receiving apparatus (FE, CLIENT) for an item of civil defence information (ZSI1 - ZSI3) provided by a corresponding provider (Prov), and a transmitting apparatus for forwarding a received item of civil defence information (ZSI1 - ZSI3) to a communication interface of the alarming unit or of the fire alarm (B1 - B5), wherein the control panel (Z1 - Z3) is configured to analyse a location identifier allocated to the civil defence information (ZSI1 - ZSI3), wherein the control panel (Z1 - Z3) is configured such that the forwarding of the civil defence information to the alarming unit or to the fire alarm (B1 - B5) takes place on the basis of the location identifier allocated to the civil defence information (ZSI1 - ZSI3), and wherein the control panel (Z1 - Z3) and also the alarming unit and/or the fire alarm (B1 - B5) are situated in the same building. a receiving apparatus (FE, CLIENT) for an item of civil defence information (ZSI1 - ZSI3) provided by a corresponding provider (Prov), and a transmitting apparatus for forwarding a received item of civil defence information (ZSI1 - ZSI3) to a communication interface of the alarming unit or of the fire alarm (B1 - B5), wherein the control panel (Z1 - Z3) is configured to analyse a location identifier allocated to the civil defence information (ZSI1 - ZSI3), wherein the control panel (Z1 - Z3) is configured such that the forwarding of the civil defence information to the alarming unit or to the fire alarm (B1 - B5) takes place on the basis of the location identifier allocated to the civil defence information (ZSI1 - ZSI3), and wherein the control panel (Z1 - Z3) and also the alarming unit and/or the fire alarm (B1 - B5) are situated in the same building.
A system for guiding removal of bone along an acetabular rim of an acetabulum, characterized in that the system comprises: a. a guide jig comprising a first ledge and a second ledge connected to the first ledge, wherein the first ledge and the second ledge are adapted to extend over the acetabular rim, and a cup connected to the first ledge and the second ledge and adapted to be positioned within the acetabulum; and b. at least one cutting insert defining a cutting aperture and removably mountable on the guide jig. a. a guide jig comprising a first ledge and a second ledge connected to the first ledge, wherein the first ledge and the second ledge are adapted to extend over the acetabular rim, and a cup connected to the first ledge and the second ledge and adapted to be positioned within the acetabulum; and b. at least one cutting insert defining a cutting aperture and removably mountable on the guide jig.
A method of operating a prime mover of a generator set comprising: an electronic control unit of the prime mover obtaining an engine operation condition value of the prime mover, wherein the engine operation condition value of the prime mover is at least an amount of fuel delivered to the prime mover; transmitting, by the electronic control unit, the engine operation condition value of the prime mover to a controller, the controller being incorporated into a controller panel which does not incorporate the electronic control unit; comparing, by the controller, the engine operation condition value of the prime mover with an engine operation condition threshold; the controller instructing the electronic control unit of the prime mover to operate the prime mover at a first operating speed when the engine operation condition value of the prime mover exceeds the engine operation condition threshold; and the controller instructing the electronic control unit of the prime mover to operate the prime mover at a second operating speed that is lower than the first operating speed when the engine operation condition value of the prime mover is less than the engine operation condition threshold. an electronic control unit of the prime mover obtaining an engine operation condition value of the prime mover, wherein the engine operation condition value of the prime mover is at least an amount of fuel delivered to the prime mover; transmitting, by the electronic control unit, the engine operation condition value of the prime mover to a controller, the controller being incorporated into a controller panel which does not incorporate the electronic control unit; comparing, by the controller, the engine operation condition value of the prime mover with an engine operation condition threshold; the controller instructing the electronic control unit of the prime mover to operate the prime mover at a first operating speed when the engine operation condition value of the prime mover exceeds the engine operation condition threshold; and the controller instructing the electronic control unit of the prime mover to operate the prime mover at a second operating speed that is lower than the first operating speed when the engine operation condition value of the prime mover is less than the engine operation condition threshold.
Drive circuit for an electric drive (180, 185), comprising a two-quadrant chopper (300, 140) comprising a first node, a second node, a third node and a fourth node, wherein an input voltage (400, 130) can be applied between the first node and the second node, wherein a first output voltage (410, 150) can be tapped between the first node and the third node, wherein a second output voltage (420, 155) can be tapped between the third node and the second node, wherein a first capacitor is arranged between the first node and the third node, wherein a second capacitor is arranged between the third node and the second node, wherein a collector of a first transistor is connected to the first node and an emitter of the first transistor is connected to the fourth node, wherein a cathode of a first diode is connected to the first node and an anode of the first diode is connected to the fourth node, wherein a collector of a second transistor is connected to the fourth node and an emitter of the second transistor is connected to the second node, wherein a cathode of a second diode is connected to the fourth node and an anode of the second diode is connected to the second node, wherein a coil is arranged between the third node and the fourth node, wherein the two-quadrant chopper (300, 140) has an apparatus for measuring an electric current flowing through the coil, wherein the two-quadrant chopper (300, 140) has a device, which is configured to switch the first transistor and the second transistor alternately between a conducting and a blocking state according to a modulation index, wherein the modulation index is measured in such a way that it is equal to the sum of the value 0.5 and the ratio of the product of the current intensity flowing in the coil and a fixed virtual resistance to the magnitude of the input voltage (400, 130), wherein the drive circuit comprises a first converter (160, 200), which is provided to generate a first three-phase AC voltage (170, 260) from the first output voltage (150, 410) of the two-quadrant chopper (300, 140), wherein the drive circuit comprises a second converter (165, 200), which is provided to generate a second three-phase AC voltage (175, 260) from the second output voltage (155, 420) of the two-quadrant chopper (300, 140).
A carrier bag suitable for use with a carrier box for transportation of cash comprising: an outer mesh including a seal, said outer mesh having a set of holes along an outer surface area of the outer mesh; and an inner liner is configured to be waterproof, wherein the inner liner is within an interior surface area of the outer mesh, the inner liner being configured to be penetrated by hollow nails of an injection mechanism of a carrier box, wherein the inner liner and/or the seal form a barrier that prevents water and/or ink from escaping through the inner liner and/or the seal; and wherein the set of holes are configured to allow a hollow nail to traverse through and into the inner liner. an outer mesh including a seal, said outer mesh having a set of holes along an outer surface area of the outer mesh; and an inner liner is configured to be waterproof, wherein the inner liner is within an interior surface area of the outer mesh, the inner liner being configured to be penetrated by hollow nails of an injection mechanism of a carrier box, wherein the inner liner and/or the seal form a barrier that prevents water and/or ink from escaping through the inner liner and/or the seal; and wherein the set of holes are configured to allow a hollow nail to traverse through and into the inner liner.
A vent system for a liquid container having a container body with a top dispensing opening and a bottom portion having coupling elements and a bottom opening, the vent system comprising: a solid bottom closure member having a bottom surface with no holes therein and having side walls including coupling elements configured to engage the coupling elements on the bottom portion of the container body for closing the bottom opening of the container; a sealing member disposed in the closure member, the sealing member including: a sealing element configured to seal a rim of the container body bottom opening when pressed by the closure member against the rim of the container body and having a bore, and a one-way valve sealing the bore against liquid passage from the container and selectively permitting air passage through the bore into the container; wherein the coupling elements on the body and on the closure member are configured so that ambient air can enter between the container body and the closure member; and an air conduit extending from the coupling elements (10, 36) to a space in the vent system which is in operative communication with the bore. a solid bottom closure member having a bottom surface with no holes therein and having side walls including coupling elements configured to engage the coupling elements on the bottom portion of the container body for closing the bottom opening of the container; a sealing member disposed in the closure member, the sealing member including: a sealing element configured to seal a rim of the container body bottom opening when pressed by the closure member against the rim of the container body and having a bore, and a one-way valve sealing the bore against liquid passage from the container and selectively permitting air passage through the bore into the container; wherein the coupling elements on the body and on the closure member are configured so that ambient air can enter between the container body and the closure member; and a sealing element configured to seal a rim of the container body bottom opening when pressed by the closure member against the rim of the container body and having a bore, and a one-way valve sealing the bore against liquid passage from the container and selectively permitting air passage through the bore into the container; wherein the coupling elements on the body and on the closure member are configured so that ambient air can enter between the container body and the closure member; and an air conduit extending from the coupling elements (10, 36) to a space in the vent system which is in operative communication with the bore.
A slurry wall cutting system comprising a slurry wall cutter that is connectable to a carrier machine and that has a frame, at least one cutting tool arranged at the frame to break up soil material, and at least one drive unit by means of which the at least one cutting tool can be driven, wherein the frame comprises an upper frame parr, a middle frame part, and a lower frame part that are releasably connectable to one another, characterized in that the upper and lower frame parts (12, 16) are releasably connectable to one another both directly and via the middle frame part that can be arranged therebetween, with the slurry wall cutter being) operable both with and without an installed middle frame part; in that the lower frame part comprises a suction opening and a conveying pump in communication therewith for conveying excavated material produced by the at least one cutting tool; and in that the at least one cutting tool and the at least one drive unit are arranged at the lower frame part.