mhurhangee/ep-ind-claims huggingface dataset:
An orientation verification method for object detectors at a railway crossing, the method comprising: activating at least one fixed radar transmitter (26a, 26b, 26c, 26d); transmitting a signal from the at least one fixed radar transmitter (26a, 26b, 26c, 26d) to at least two target objects, (26a, 26b, 26c, 26d), the target objects (26a, 26b, 26c, 26d) being opposite to the at least one fixed radar transmitter (26a, 26b, 26c, 26d); monitoring for signals received back from the target objects (26a, 26b, 26c, 26d); and determining an orientation of a scanning zone (28a, 28b, 28c, 28d) of the at least one fixed radar transmitter (26a, 26b, 26c, 26d) by comparing amplitude levels (A2, A4) and distances (D2, D4) of the signals received from the opposed target objects (26a, 26b, 26c, 26d) with expected amplitude levels (A2, A4) and distances (D2, D4). activating at least one fixed radar transmitter (26a, 26b, 26c, 26d); transmitting a signal from the at least one fixed radar transmitter (26a, 26b, 26c, 26d) to at least two target objects, (26a, 26b, 26c, 26d), the target objects (26a, 26b, 26c, 26d) being opposite to the at least one fixed radar transmitter (26a, 26b, 26c, 26d); monitoring for signals received back from the target objects (26a, 26b, 26c, 26d); and determining an orientation of a scanning zone (28a, 28b, 28c, 28d) of the at least one fixed radar transmitter (26a, 26b, 26c, 26d) by comparing amplitude levels (A2, A4) and distances (D2, D4) of the signals received from the opposed target objects (26a, 26b, 26c, 26d) with expected amplitude levels (A2, A4) and distances (D2, D4).
A method for setting up and removing stackable concrete blocks, in particular concrete blocks provided with at least one rung on their edge, and more particularly stackable concrete blocks on a base frame of a crane to perform a ballasting of the crane, the method consisting of using a handling equipment which is equipped with means (9 to 12) for hooking and suspending a concrete block, characterized in that said equipment comprises itself a protection barrier (2 to 7) closed up on itself and provided with a side access, the protection barrier being temporarily placed on a concrete block to secure the unhooking or hooking operations of this concrete block to said equipment.
A modular prosthetic socket for a residual limb of a lower extremity of a patient, the socket comprising: a base having a center and a circumferential periphery; multiple strut connectors adjustably connected to the base along the periphery, wherein each of the multiple strut connectors comprises; a base portion; a back portion, wherein a takeoff angle between the base portion and the back portion is selected to provide the prosthetic socket with a desired cross-sectional profile and volume; a base attachment hole on the base portion for attaching the strut connector to the base; and a back portion attachment hole on the back portion; and multiple longitudinal struts, each strut comprising a thermoplastic-fiber composite material, a proximal end and a distal end, and wherein each strut is connected to the base along the periphery via one of the strut connectors, wherein the prosthetic socket circumscribes a proximally-open internal space configured to conform to the residual limb of the patient. a base having a center and a circumferential periphery; multiple strut connectors adjustably connected to the base along the periphery, wherein each of the multiple strut connectors comprises; a base portion; a back portion, wherein a takeoff angle between the base portion and the back portion is selected to provide the prosthetic socket with a desired cross-sectional profile and volume; a base attachment hole on the base portion for attaching the strut connector to the base; and a back portion attachment hole on the back portion; and a base portion; a back portion, wherein a takeoff angle between the base portion and the back portion is selected to provide the prosthetic socket with a desired cross-sectional profile and volume; a base attachment hole on the base portion for attaching the strut connector to the base; and a back portion attachment hole on the back portion; and multiple longitudinal struts, each strut comprising a thermoplastic-fiber composite material, a proximal end and a distal end, and wherein each strut is connected to the base along the periphery via one of the strut connectors, wherein the prosthetic socket circumscribes a proximally-open internal space configured to conform to the residual limb of the patient.
A cell separation chamber for a cell separation and recovery system, the cell separation chamber being suitable for storing fluids and/or cell systems therein, the cell separation chamber being characterized in that it comprises: a first fluid inlet-outlet (1.1), a second fluid inlet-outlet (1.2), and filtering means comprising: a first filter arranged in the first fluid inlet-outlet (1.1), a second filter arranged in the second fluid inlet-outlet (1.2), and a plurality of microparticles arranged in the interior of the cell separation chamber, wherein the first filter comprises a first plurality of pores, each pore comprising a first pore size which is smaller than the size of each component of the cell systems and smaller than the size of the microparticles, the second filter comprises a second plurality of pores, each pore comprising a second pore size which is smaller than the size of the microparticles and larger than the size of each component of the cell systems, the cell separation chamber is configured for being in fluid communication with a duct network of a cell separation and recovery system, and the cell separation chamber is configured so that when a liquid medium passes from the interior of the cell separation chamber to the first filter, the plurality of microparticles forms a three-dimensional network. a first fluid inlet-outlet (1.1), a second fluid inlet-outlet (1.2), and filtering means comprising: a first filter arranged in the first fluid inlet-outlet (1.1), a second filter arranged in the second fluid inlet-outlet (1.2), and a plurality of microparticles arranged in the interior of the cell separation chamber, wherein a first filter arranged in the first fluid inlet-outlet (1.1), a second filter arranged in the second fluid inlet-outlet (1.2), and a plurality of microparticles arranged in the interior of the cell separation chamber, the first filter comprises a first plurality of pores, each pore comprising a first pore size which is smaller than the size of each component of the cell systems and smaller than the size of the microparticles, the second filter comprises a second plurality of pores, each pore comprising a second pore size which is smaller than the size of the microparticles and larger than the size of each component of the cell systems, the cell separation chamber is configured for being in fluid communication with a duct network of a cell separation and recovery system, and the cell separation chamber is configured so that when a liquid medium passes from the interior of the cell separation chamber to the first filter, the plurality of microparticles forms a three-dimensional network.
A random access method, comprising sending, by a first User Equipment, UE, a random access request to a network device; receiving, by the first UE, a random access response sent by the network device; and sending, by the first UE, uplink synchronization information and/or an uplink resource to a second UE, the uplink synchronization information being used for the second UE to perform uplink synchronization with the network device, and the uplink resource being used for the second UE to communicate with the network device; wherein receiving, by the first UE, the random access response sent by the network device comprises: receiving, by the first UE, the random access response sent by the network device, the random access response carrying first uplink synchronization information, and the first uplink synchronization information being used for the first UE to perform uplink synchronization with the network device; and sending, by the first UE, the uplink synchronization information and/or the uplink resource to the second UE comprises: determining, by the first UE, the uplink synchronization information according to the first uplink synchronization information based on a distance between the second UE and the first UE or signal strength for communication of the second UE and the first UE, and sending, by the first UE, the uplink synchronization information to the second UE. receiving, by the first UE, the random access response sent by the network device, the random access response carrying first uplink synchronization information, and the first uplink synchronization information being used for the first UE to perform uplink synchronization with the network device; and sending, by the first UE, the uplink synchronization information and/or the uplink resource to the second UE comprises: determining, by the first UE, the uplink synchronization information according to the first uplink synchronization information based on a distance between the second UE and the first UE or signal strength for communication of the second UE and the first UE, and sending, by the first UE, the uplink synchronization information to the second UE. determining, by the first UE, the uplink synchronization information according to the first uplink synchronization information based on a distance between the second UE and the first UE or signal strength for communication of the second UE and the first UE, and sending, by the first UE, the uplink synchronization information to the second UE.
A semiconductor device, comprising: a first integrated circuit, IC, die including a first column of cascade-coupled resource blocks configured to form a pipeline of resource blocks parallel to a first axis; a second IC die including a second column of cascade-coupled resource blocks configured to form a pipeline of resource blocks parallel to the first axis, wherein the second IC die is folded onto the first IC die along an axis perpendicular to the first axis and an active side of the second IC die having second integrated circuitry formed thereon is mounted to an active side of the first IC die having first integrated circuitry formed thereon such that the active side of the first IC die faces the active side of the second IC die to form a three-dimensional die stack essentially as a two-dimensional die folded onto itself along the axis perpendicular to the first axis; and a plurality of electrical connections between the active side of the first IC and the active side of the second IC, the plurality of electrical connections including at least one electrical connection between the pipeline of resource blocks in the first column of cascade-coupled resource blocks and the pipeline of resource blocks in the second column of cascade-coupled resource blocks. a first integrated circuit, IC, die including a first column of cascade-coupled resource blocks configured to form a pipeline of resource blocks parallel to a first axis; a second IC die including a second column of cascade-coupled resource blocks configured to form a pipeline of resource blocks parallel to the first axis, wherein the second IC die is folded onto the first IC die along an axis perpendicular to the first axis and an active side of the second IC die having second integrated circuitry formed thereon is mounted to an active side of the first IC die having first integrated circuitry formed thereon such that the active side of the first IC die faces the active side of the second IC die to form a three-dimensional die stack essentially as a two-dimensional die folded onto itself along the axis perpendicular to the first axis; and a plurality of electrical connections between the active side of the first IC and the active side of the second IC, the plurality of electrical connections including at least one electrical connection between the pipeline of resource blocks in the first column of cascade-coupled resource blocks and the pipeline of resource blocks in the second column of cascade-coupled resource blocks.
A position indicator for use with a capacitive touch panel, comprising: a first electrode, which, in operation, is adapted to receive an input signal and to transmit a reference signal; an inverting amplifier (52, 53)having an input coupled to the first electrode, wherein the inverting amplifier (52, 53), in operation, is adapted to invert and to amplify the input signal; and electrical isolation circuitry having an input coupled to an output of the inverting amplifier (52, 53), wherein the electrical isolation circuitry, in operation, is adapted to generate the reference signal based on the inverted and amplified input signal. a first electrode, which, in operation, is adapted to receive an input signal and to transmit a reference signal; an inverting amplifier (52, 53)having an input coupled to the first electrode, wherein the inverting amplifier (52, 53), in operation, is adapted to invert and to amplify the input signal; and electrical isolation circuitry having an input coupled to an output of the inverting amplifier (52, 53), wherein the electrical isolation circuitry, in operation, is adapted to generate the reference signal based on the inverted and amplified input signal.
A fuel injection control apparatus for injecting fuel directly into a combustion chamber of an internal combustion engine, comprising a fuel injector which performs fuel injection by supplying a drive current to a solenoid, a fuel pressure sensor which detects fuel pressure supplied to the fuel injector, and operation state detecting means which detects an operation state of the internal combustion engine, the fuel injection control apparatus for the internal combustion engine, comprising: current profile changing means which has multiple current profiles of the drive current and changes the current profiles based on the operation state and the fuel pressure; valid pulse width calculating means which calculates a valid pulse width which is a duration of keeping valve opening of the fuel injector, corresponding to a fuel injection quantity for opening and driving the fuel injector, based on the operation state and the fuel pressure; invalid pulse width calculating means which calculates an invalid pulse width including valve opening delay and valve closing delay of the fuel injector, based on the fuel pressure; and fuel injector control means which calculates a fuel injection pulse width based on the valid pulse width and the invalid pulse width, and controls the fuel injector based on the fuel injection pulse width, wherein the invalid pulse width calculating means calculates an invalid pulse width corresponding to the current profiles to be changed before the current profiles are changed, the invalid pulse width calculating means calculates an invalid pulse width corresponding to the multiple current profiles, and the fuel injector control means selects an invalid pulse width corresponding to changed current profiles in accordance with the change in the current profiles, and performs control of the fuel injector based on the selected invalid pulse width. current profile changing means which has multiple current profiles of the drive current and changes the current profiles based on the operation state and the fuel pressure; valid pulse width calculating means which calculates a valid pulse width which is a duration of keeping valve opening of the fuel injector, corresponding to a fuel injection quantity for opening and driving the fuel injector, based on the operation state and the fuel pressure; invalid pulse width calculating means which calculates an invalid pulse width including valve opening delay and valve closing delay of the fuel injector, based on the fuel pressure; and fuel injector control means which calculates a fuel injection pulse width based on the valid pulse width and the invalid pulse width, and controls the fuel injector based on the fuel injection pulse width, wherein the invalid pulse width calculating means calculates an invalid pulse width corresponding to the current profiles to be changed before the current profiles are changed,
Method for the filling of thin-walled cans for food, especially drunks cans, which are sealed in a gas-tight manner as a result and comprise an internal pressure disposed above the atmospheric pressure in order to stabilise the can, with the method steps: - provision of a can with an open filling-opening in a filling station - filling of the can in the filling station - covering of the filling-opening of the can by means of a lid, which comprises, in the region of its core bevel, an external diameter which is larger than an internal opening diameter (D i) of the respective can, and which is provided for the permanent and gas-tight closure of the can immediately after completion of the filling, - fixing of the lid to the can already in the filling station or immediately adjacent to the latter, without sealing the can in a gas-tight manner here, and in such a manner that gas can escape from the covered can to the outside, wherein the lid is placed onto the respective, filled can in such a manner that the lid is connected to the can in a clamping manner as a result, and wherein the cover is merely fixed, and the can is not permanently sealed, - transporting of the can with covered filling-opening from the filling station to a sealing station and - permanent and gas-tight sealing of the can in the sealing station, wherein the lid and the can are connected to one another permanently and in a gas-tight manner in the sealing station through seaming or knurling. - provision of a can with an open filling-opening in a filling station - filling of the can in the filling station - covering of the filling-opening of the can by means of a lid, which comprises, in the region of its core bevel, an external diameter which is larger than an internal opening diameter (D i) of the respective can, and which is provided for the permanent and gas-tight closure of the can immediately after completion of the filling, - fixing of the lid to the can already in the filling station or immediately adjacent to the latter, without sealing the can in a gas-tight manner here, and in such a manner that gas can escape from the covered can to the outside, wherein the lid is placed onto the respective, filled can in such a manner that the lid is connected to the can in a clamping manner as a result, and wherein the cover is merely fixed, and the can is not permanently sealed, - transporting of the can with covered filling-opening from the filling station to a sealing station and - permanent and gas-tight sealing of the can in the sealing station, wherein the lid and the can are connected to one another permanently and in a gas-tight manner in the sealing station through seaming or knurling.
An actuating drive comprising at least one pivotally mounted actuating arm for moving a movable furniture part and a locking device for restraining a movement of the actuating arm, wherein a spring device of the actuating drive is provided for acting a force to the actuating arm in an opening direction, wherein the locking device includes a lock arranged in or on the actuating drive, the lock being configured to be unlocked by a key of the actuating drive so as to release a movement of the actuating arm, characterized in that the key is secured in or on the actuating drive by a releasable holding device, and that the releasable holding device releases the key only after the movable furniture part has been mounted to the actuating arm.
A method, performed by a user equipment, UE, of controlling a profile (252; 254), the method comprising: receiving a remote profile management command for enabling a target profile from a profile server (270; 272); determining whether an enabled profile exists, in case that the remote profile management command is received; characterised by verifying whether profile owner information of the target profile corresponds to profile owner information of the enabled profile, in case that the enabled profile exists; disabling the enabled profile and enabling the target profile, in case that the profile owner information of the target profile corresponds to the profile owner information of the enabled profile; verifying whether the profile owner information of the target profile corresponds to sub-owner information of the enabled profile, in case that the profile owner information of the target profile does not correspond to the profile owner information of the enabled profile, wherein the sub-owner information indicates at least one profile owner capable of implicitly disabling the enabled profile in addition to the profile owner information of the enabled profile; and disabling the enabled profile and enabling the target profile, in case that the profile owner information of the target profile corresponds to the sub-owner information of the enabled profile. receiving a remote profile management command for enabling a target profile from a profile server (270; 272); determining whether an enabled profile exists, in case that the remote profile management command is received; characterised by verifying whether profile owner information of the target profile corresponds to profile owner information of the enabled profile, in case that the enabled profile exists; disabling the enabled profile and enabling the target profile, in case that the profile owner information of the target profile corresponds to the profile owner information of the enabled profile; verifying whether the profile owner information of the target profile corresponds to sub-owner information of the enabled profile, in case that the profile owner information of the target profile does not correspond to the profile owner information of the enabled profile, wherein the sub-owner information indicates at least one profile owner capable of implicitly disabling the enabled profile in addition to the profile owner information of the enabled profile; and disabling the enabled profile and enabling the target profile, in case that the profile owner information of the target profile corresponds to the sub-owner information of the enabled profile.