mhurhangee/ep-ind-claims huggingface dataset:
An assembling and disassembling device for a vertical split type compressor, wherein the compressor comprises a tubular compressor casing that is positioned horizontally, and a cylindrical bundle that is received insertably and removably on an inner circumferential surface of the compressor casing, the cylindrical bundle comprising and axial end surface, wherein the assembling and diassembling device comprises a plate-like member comprising a threaded hole, and the plate-like member being configured to be connected to the axial end surface of the cylindrical bundle, a threaded-rod member that is configured to insert and remove the bundle into and from the compressor casing by being screwed into the threaded hole provided in the plate-like member and being rotated, characterized by comprising a bundle support member that is configured to be curved along an outer circumferential surface of the cylindrical bundle and that is configured to support the cylindrical bundle from below by being provided below an axial end portion of the compressor casing, wherein the bundle support member has a flange portion at the side which is configured to contact an end surface of the compressor casing, and configured to be connected by fixing the flange portion to said end surface by screws, and wherein one end of the threaded-rod member penetrating the plate-like member is in contact with an opposite end of the bundle support member relative to an end of the flange portion. a tubular compressor casing that is positioned horizontally, and a cylindrical bundle that is received insertably and removably on an inner circumferential surface of the compressor casing, the cylindrical bundle comprising and axial end surface, a plate-like member comprising a threaded hole, and the plate-like member being configured to be connected to the axial end surface of the cylindrical bundle, a threaded-rod member that is configured to insert and remove the bundle into and from the compressor casing by being screwed into the threaded hole provided in the plate-like member and being rotated, characterized by comprising a bundle support member that is configured to be curved along an outer circumferential surface of the cylindrical bundle and that is configured to support the cylindrical bundle from below by being provided below an axial end portion of the compressor casing,
An arrangement for use as a tissue expander, skin expander or implant with antibacterial activity comprising at least one member from a bioabsorbable material with antibacterial activity having a shape with an aspect ratio greater than 10 and wherein the material is a rapidly corroding magnesium alloy having a. a silver content of between 6% and 12%; and b. an iron content of between 0.01 and 1% or a copper content of between 0.1 and 10%. a. a silver content of between 6% and 12%; and b. an iron content of between 0.01 and 1% or a copper content of between 0.1 and 10%.
A gold nanoparticle conjugated to a 3 'thiol-modified oligonucleotide, wherein the oligonucleotide comprises 10-23 DNAzyme having the sequence 3'-AGCAACATCGATCGG-5' and wherein conjugation is through the 3' end of 10-23 DNAzyme.
A method for measuring a cell, comprising: receiving, by a terminal device, a first measurement configuration from a first cell, wherein the first measurement configuration is used for configuring configuration information for the terminal device to perform a measurement in an idle state or an inactive state; characterized by comprising: determining, by the terminal device, whether the first cell supports multi-radio access technology dual-connection, MR-DC, wherein the measurement of a frequency corresponding to a secondary node, SN, radio access technology, RAT is not performed when the first cell does not support multi-radio access technology dual-connection, MR-DC; wherein the first cell and the SN belong to different RATs. receiving, by a terminal device, a first measurement configuration from a first cell, wherein the first measurement configuration is used for configuring configuration information for the terminal device to perform a measurement in an idle state or an inactive state; characterized by comprising: determining, by the terminal device, whether the first cell supports multi-radio access technology dual-connection, MR-DC, wherein the measurement of a frequency corresponding to a secondary node, SN, radio access technology, RAT is not performed when the first cell does not support multi-radio access technology dual-connection, MR-DC; wherein the first cell and the SN belong to different RATs.
A measurement apparatus comprising at least one sensing unit suitable to provide analog measurement signals of phase voltages and currents in an electrical grid with low measurement uncertainty and a signal conditioning unit connected to the sensing unit making the analog signals suitable for an Analog-to-Digital-converter sampling and converting the analog signals into digital signals, a computation unit for calculating electrical quantities of the electrical grid from the digital signals, a communication module and a time synchronizing module for providing external time information, where the computation unit selects a suitable algorithm according to specific requirements of different application areas to calculate the electrical quantities, where the Analog-to-Digital-converter receives a clock signal from the time synchronization module to synchronize the sampling of the signals (AS, DS), where the computation unit is adapted to synchronize the electrical quantities with the external time information obtained from the time synchronizing module to provide synchronized electrical quantities, where the measurement apparatus is adapted to transmit the synchronized electrical quantities by the communication module to an external data collection point, characterized in that, the measurement apparatus is for measuring synchronized dynamic phasors in medium or low-voltage electricity distribution grids, wherein the computation unit uses an adaptive weighted least square method to calculate the electrical quantities.
A system for controlling power delivered to a solid state lighting load, the system being intended to be connected to voltage mains through a dimmer configured to adjustably dim light output of the solid state lighting load, wherein the system comprises: a power converter (220, 620) configured to drive the solid state light load in response to a rectified input voltage signal originating from the voltage mains; and a phase angle detection circuit (210, 610) configured to detect a phase angle of consecutive half cycles of the dimmer input voltage signal, characterized in that the phase angle detection circuit (210, 610) is configured to determine a difference between the consecutive half cycle phase angles, and to implement a corrective action when the difference is greater than a difference threshold, indicating asymmetric waveforms of the input voltage signal. a power converter (220, 620) configured to drive the solid state light load in response to a rectified input voltage signal originating from the voltage mains; and a phase angle detection circuit (210, 610) configured to detect a phase angle of consecutive half cycles of the dimmer input voltage signal, characterized in that the phase angle detection circuit (210, 610) is configured to determine a difference between the consecutive half cycle phase angles, and to implement a corrective action when the difference is greater than a difference threshold, indicating asymmetric waveforms of the input voltage signal.
Manually operated cutting machine, in particular sawing machine, with a drive assembly having a tool holder for a disc-type cutting tool, in particular a saw blade, and a drive motor for the rotary drive of the tool holder, and with a guide device, which can be guided along a ground with a guide surface and at which the drive assembly is mounted pivotably about a depth setting axis between an upper and a lower cutting depth position by means of a depth setting bearing, wherein the tool holder is closer to the guide surface in the lower cutting depth position than in the upper cutting depth position, so that the cutting tool projects farther in front of the guide surface than in the upper cutting depth position, wherein the manually operated cutting machine has a hood-type covering device for covering the cutting tool, which is mounted pivotably with respect to the drive assembly between an open position and a closed position and which uncovers in the open position a section of the cutting tool projecting in front of the guide surface for producing a parting cut in a workpiece and covers in the closed position the cutting tool, wherein the drive assembly is loaded towards the upper cutting depth position by a return spring device, characterised in that it has a spring deactivation device for the at least partial deactivation of the return spring device, so that the return spring device does not load the drive assembly towards the upper cutting depth position.
A method for supporting a reference signal transmission of a neighbor cell by a serving cell in a wireless communication system supporting multiple antennas, the method comprising: generating, by the serving cell, a sounding reference signal, SRS, configuration for a user equipment, UE,; transmitting, by the serving cell, the SRS configuration and a location information associated with the UE to the neighbor cell; receiving, by the serving cell, a first channel quality value based on an SRS estimated according to the SRS configuration from the neighbor cell; determining, by the serving cell, whether to handover the UE, by comparing the first channel quality value with a second channel quality value measured by the serving cell; upon determining that the UE is handed over, transmitting, by the serving cell, a first channel state information-reference signal, CSI-RS, of the serving cell and a second CSI-RS of the neighbor cell to the UE; and receiving, by the serving cell, a handover confirmation message of the UE based on the first CSI-RS and the second CSI-RS, wherein the first channel quality value is estimated by applying a receiving vector according to the location information associated with the UE. generating, by the serving cell, a sounding reference signal, SRS, configuration for a user equipment, UE,; transmitting, by the serving cell, the SRS configuration and a location information associated with the UE to the neighbor cell; receiving, by the serving cell, a first channel quality value based on an SRS estimated according to the SRS configuration from the neighbor cell; determining, by the serving cell, whether to handover the UE, by comparing the first channel quality value with a second channel quality value measured by the serving cell; upon determining that the UE is handed over, transmitting, by the serving cell, a first channel state information-reference signal, CSI-RS, of the serving cell and a second CSI-RS of the neighbor cell to the UE; and receiving, by the serving cell, a handover confirmation message of the UE based on the first CSI-RS and the second CSI-RS, wherein the first channel quality value is estimated by applying a receiving vector according to the location information associated with the UE.
Method for operation of a floor conveyor, provided with a sensor device, comprising the steps of: a) provide a predetermined detection zone outside at least a section of the circumference of the floor conveyor for detection of objects positioned inside the predetermined detection zone by the sensor device, wherein the predetermined detection zone is arranged to end at a first predetermined distance from a predetermined object, characterised by comprising the steps of: Z b) test the function of the sensor device by extending the predetermined detection zone with a second predetermined distance within which the predetermined object is expected to be positioned, c) implement security measures on to the floor conveyor, if the predetermined object is not detected within the extended predetermined detection zone by the sensor device, otherwise allow continued operation of the floor conveyor. a) provide a predetermined detection zone outside at least a section of the circumference of the floor conveyor for detection of objects positioned inside the predetermined detection zone by the sensor device, wherein the predetermined detection zone is arranged to end at a first predetermined distance from a predetermined object, characterised by comprising the steps of: Z b) test the function of the sensor device by extending the predetermined detection zone with a second predetermined distance within which the predetermined object is expected to be positioned, c) implement security measures on to the floor conveyor, if the predetermined object is not detected within the extended predetermined detection zone by the sensor device, otherwise allow continued operation of the floor conveyor. b) test the function of the sensor device by extending the predetermined detection zone with a second predetermined distance within which the predetermined object is expected to be positioned, c) implement security measures on to the floor conveyor, if the predetermined object is not detected within the extended predetermined detection zone by the sensor device, otherwise allow continued operation of the floor conveyor.
A method for jumping a call between modes of the same device, the method comprising: at a voice over IP application server: (a) establishing a call between a first mode of a calling device (102, 102A, 102B) and a called device; (b) receiving an indication to jump the call to a second mode of the calling device (102, 102A, 102B); and (c) in response to the indication, jumping the call to the second mode of the calling device (102, 102A, 102B) such that the call continues between the second mode of the calling device (102, 102A, 102B) and the called device, characterized in that the second mode of the calling device (102, 102A, 102B) functions as a remote phone for the calling device (102, 102A, 102B) to allow access to features provided to the first mode of the calling device (102, 102A, 102B), wherein the remote phone feature allows one mode of a phone to masquerade as another mode of the phone such that the remote phone can access features provided by VoIP application server for the phone being imitated. at a voice over IP application server: (a) establishing a call between a first mode of a calling device (102, 102A, 102B) and a called device; (b) receiving an indication to jump the call to a second mode of the calling device (102, 102A, 102B); and (c) in response to the indication, jumping the call to the second mode of the calling device (102, 102A, 102B) such that the call continues between the second mode of the calling device (102, 102A, 102B) and the called device, characterized in that the second mode of the calling device (102, 102A, 102B) functions as a remote phone for the calling device (102, 102A, 102B) to allow access to features provided to the first mode of the calling device (102, 102A, 102B), wherein the remote phone feature allows one mode of a phone to masquerade as another mode of the phone such that the remote phone can access features provided by VoIP application server for the phone being imitated. (a) establishing a call between a first mode of a calling device (102, 102A, 102B) and a called device; (b) receiving an indication to jump the call to a second mode of the calling device (102, 102A, 102B); and (c) in response to the indication, jumping the call to the second mode of the calling device (102, 102A, 102B) such that the call continues between the second mode of the calling device (102, 102A, 102B) and the called device, characterized in that the second mode of the calling device (102, 102A, 102B) functions as a remote phone for the calling device (102, 102A, 102B) to allow access to features provided to the first mode of the calling device (102, 102A, 102B), wherein the remote phone feature allows one mode of a phone to masquerade as another mode of the phone such that the remote phone can access features provided by VoIP application server for the phone being imitated.
Joining part with a wing comprising a through bore defining a fastening direction perpendicular to said wing, where the wing comprises, in the material of the wing, at least one non-through pocket configured to reduce the stress gradient in a peripheral zone of said through bore and optionally at least one relief configured to reduce the stress gradient in a peripheral zone of said through bore, said non-through pocket forming a cavity in the thickness of the wing and comprising a curved side, said non-through pocket and said curved side being located at a distance from the peripheral edge of the through bore.
Contactor having electronic coil control for a magnet coil, the operation of keeping the pull-in power of the magnet coil constant being formed by current clocking, and having a safety-related output assembly of a programmable logic controller for the fault diagnosis of the contactor, the safety-related output assembly determining the flow of current which flows into the contactor and detecting a fault if a limit value is undershot and switching off, characterized in that a connectable base load is integrated in the contactor, - wherein the connectable base load is connected in the start-up phase of the contactor if current is not yet flowing through the magnet coil, - wherein the connectable base load is connected in the pause times of the current clocking for the magnet coil, - wherein a switch is connected in series with the connectable base load, and - wherein the signal which specifies the clock for the coil control is impressed on the switch in an inverted manner. - wherein the connectable base load is connected in the start-up phase of the contactor if current is not yet flowing through the magnet coil, - wherein the connectable base load is connected in the pause times of the current clocking for the magnet coil, - wherein a switch is connected in series with the connectable base load, and - wherein the signal which specifies the clock for the coil control is impressed on the switch in an inverted manner.
Vehicle passenger-compartment observing module, comprising: ∘ a camera, ∘ two lighting modules (103a, 103b), each illuminating one segment of a field of view of the camera, the lighting modules (103a, 103b) each illuminating a specific domain ( E 1, E 2) of the field of view of the camera, and both illuminating a common overlap domain ( E 1∩2) of said field of view, located between the specific domains ( E 1, E 2), characterized in that the lighting modules (103a, 103b) each generate: • a uniform irradiance at a reference value ( E 0), common to the two lighting modules (103a, 103b), in their specific domain ( E 1, E 2), and • an irradiance that continuously decreases from the reference value ( E 0) in their specific domain ( E 1, E 2) to zero in the specific domain ( E 1, E 2) of the other lighting module (103a, 103b), such that the combined irradiance of the two lighting modules (103a, 103b) in the common overlap domain ( E 1∩ 2) is constant and equal to the reference value ( E 0). ∘ a camera, ∘ two lighting modules (103a, 103b), each illuminating one segment of a field of view of the camera, • a uniform irradiance at a reference value ( E 0), common to the two lighting modules (103a, 103b), in their specific domain ( E 1, E 2), and • an irradiance that continuously decreases from the reference value ( E 0) in their specific domain ( E 1, E 2) to zero in the specific domain ( E 1, E 2) of the other lighting module (103a, 103b),
A dermal filler comprising a dried thread comprised of cross-linked hyaluronic acid or salts thereof, wherein the cross linked hyaluronic acid has been crosslinked with butanediol diglycidyl ether (BDDE) and wherein the dried thread has a diameter between 0.00254 mm (0.0001 in) and 2.54 mm (0.100 in).
Method for distribution to a network of at least one customer of electrical energy produced by a production station comprising at least one solar panel and at least one battery, said network being isolated from the traditional power grid, the distribution method comprising, for a given day comprising a daytime followed by a nighttime, the following optimisation steps implemented prior to the given day: - defining a quantity of energy for the given day, which is a maximum quantity of energy permitted for customers; - predicting a final state of charge (SOC_f), equal to a state of charge of the battery at the end of the nighttime of the given day, as well as a fictitious energy surplus (Ex), the fictitious energy surplus being energy which would not be produced by the solar panel during the daytime of the given day but which could be produced if consumption of the customers and/or an energy demand of the battery increase; - adapting the quantity of energy depending on the final state of charge and the fictitious energy surplus; the distribution method also comprising, following the optimisation steps, the step of distributing the quantity of energy to customers of the network during the given day. - defining a quantity of energy for the given day, which is a maximum quantity of energy permitted for customers; - predicting a final state of charge (SOC_f), equal to a state of charge of the battery at the end of the nighttime of the given day, as well as a fictitious energy surplus (Ex), the fictitious energy surplus being energy which would not be produced by the solar panel during the daytime of the given day but which could be produced if consumption of the customers and/or an energy demand of the battery increase; - adapting the quantity of energy depending on the final state of charge and the fictitious energy surplus;
A wound dressing, ingredient delivery device or IV hold-down comprising: a handle; a polymeric film having a first and second side, at least a portion of said first side of said polymeric film being coated with an adhesive layer formulated to adhere firmly to a patient's skin; said handle being adhered to said second side of said polymeric film, the continuity of contact between said handle and the underlying second surface of said polymeric film being interrupted at least in the vicinity of at least a portion of the edge of said handle in which said handle is adhered to said polymeric film without the use of adhesive by electrostatic attraction; and in which said handle comprises an electrically conductive layer affixed to an electrically non-conductive layer. a handle; a polymeric film having a first and second side, at least a portion of said first side of said polymeric film being coated with an adhesive layer formulated to adhere firmly to a patient's skin; said handle being adhered to said second side of said polymeric film, the continuity of contact between said handle and the underlying second surface of said polymeric film being interrupted at least in the vicinity of at least a portion of the edge of said handle in which said handle is adhered to said polymeric film without the use of adhesive by electrostatic attraction; and in which said handle comprises an electrically conductive layer affixed to an electrically non-conductive layer.