mhurhangee/ep-ind-claims huggingface dataset:
An event communication apparatus for a protection relay which transmits event data to a supervisory monitor, the event communication apparatus comprising: a shared memory configured to store and provide data to share; a main processing module configured to, whenever an event occurs, update old event data including a status information of the event and a status occurrence time information to new event data such that the main processing module is able to write the new event data into the shared memory; and a communication module configured to periodically read status information from the shared memory and transmit corresponding event data to the supervisory monitor immediately when the new event occurs, characterized in that the communication module is further configured to, prior to transmitting corresponding event data to the supervisory monitor immediately when the new event occurs, compare the read status information with pre-stored old status information to determine whether there is a status change, and determine occurrence of a new event when there is the status change; and the communication module is further configured to read the status information from the shared memory and transmit the corresponding event to the supervisory monitor without receiving a request from the supervisory monitor. a shared memory configured to store and provide data to share; a main processing module configured to, whenever an event occurs, update old event data including a status information of the event and a status occurrence time information to new event data such that the main processing module is able to write the new event data into the shared memory; and a communication module configured to periodically read status information from the shared memory and transmit corresponding event data to the supervisory monitor immediately when the new event occurs, characterized in that the communication module is further configured to, prior to transmitting corresponding event data to the supervisory monitor immediately when the new event occurs, compare the read status information with pre-stored old status information to determine whether there is a status change, and determine occurrence of a new event when there is the status change; and the communication module is further configured to read the status information from the shared memory and transmit the corresponding event to the supervisory monitor without receiving a request from the supervisory monitor.
A method of preparing a antidandruff compositions, wherein the composition comprises: (a) a cationic surfactant system; (b) a high melting point fatty compound, wherein the high melting point fatty compound is a fatty compound having a melting point of 25°C or higher; (c) aqueous carrier; (d) an antidandruff agent selected from metal pyrithiones; and wherein the method comprises the steps of: mixing the cationic surfactant system, high melting point fatty compound and aqueous carrier to form an emulsion; adding the antidandruff agent to the emulsion having a temperature of from 48°C to 55°C. (a) a cationic surfactant system; (b) a high melting point fatty compound, wherein the high melting point fatty compound is a fatty compound having a melting point of 25°C or higher; (c) aqueous carrier; (d) an antidandruff agent selected from metal pyrithiones; mixing the cationic surfactant system, high melting point fatty compound and aqueous carrier to form an emulsion; adding the antidandruff agent to the emulsion having a temperature of from 48°C to 55°C.
A method of determining a vision treatment for an eye of a patient, the method comprising: receiving, at an input, an original target profile for the eye of the patient; obtaining a deconvolved target profile based on the original target profile and a low pass filter; obtaining a scale factor; determining a scaled target profile based on the deconvolved target profile and the scale factor; and determining the vision treatment based on the scaled target profile; characterized in that the scale factor is based on a low order refraction measure of a test eye population and a low order refraction measure of a convolved test eye population profile, and wherein the convolved test eye population profile is based on the test eye population profile and the low pass filter. receiving, at an input, an original target profile for the eye of the patient; obtaining a deconvolved target profile based on the original target profile and a low pass filter; obtaining a scale factor; determining a scaled target profile based on the deconvolved target profile and the scale factor; and determining the vision treatment based on the scaled target profile; characterized in that the scale factor is based on a low order refraction measure of a test eye population and a low order refraction measure of a convolved test eye population profile, and wherein the convolved test eye population profile is based on the test eye population profile and the low pass filter.
A method for producing a fuel cell catalyst containing a metal oxycarbonitride, the method comprising: a step of producing a metal oxycarbonitride by heating a metal carbonitride in an inert gas containing oxygen gas; and a step of bringing the metal oxycarbonitride into contact with an acidic solution; characterized in that the method additionally comprises, after the acid treatment, a step of (i) washing the metal oxycarbonitride or (ii) drying the metal oxycarbonitride or (iii) washing and then drying the oxycarbonitride.
A method of generating a virtual codebook for filling non-coded residual sub-vectors of a transform coded audio signal below a predetermined frequency, said method including the steps of: compressing coded residual sub-vectors; rejecting compressed residual sub-vectors that do not fulfill a predetermined sparseness criterion; concatenating the remaining compressed residual sub-vectors to form the virtual codebook, characterized in that coefficients X̂ ( k) of coded residual sub-vectors are compressed in accordance with: Y k = { 1 if X ^ k > 0 0 if X ^ k = 0 − 1 if X ^ k < 0 where Y(k) are the coefficients of the compressed residual sub-vectors. compressing coded residual sub-vectors; rejecting compressed residual sub-vectors that do not fulfill a predetermined sparseness criterion; concatenating the remaining compressed residual sub-vectors to form the virtual codebook,
A method of performing random access procedure at a UE, User Equipment, within a coverage area of a UTRAN, UMTS Terrestrial Radio Access Network, in a TDD, Time Division Duplexing, CDMA, Code Division Multiple Access mobile telecommunication system, wherein a frame has a plurality of sub-frames, each sub-frame has a plurality of time slots, and each time slot has a plurality of channels identified by codes, the method comprising the steps of: selecting (102, 402) one sync code of a plurality of available uplink sync codes and transmitting the selected sync code using a UpPTS, Uplink Pilot Time Slot, in a sub-frame to the UTRAN; receiving an acknowledgement of the transmitted sync code, wherein the acknowledgement includes information about the transmitted sync code, information about a sub-frame number at which the sync code is detected by the UTRAN, time information for following transmission to the UTRAN and power level adjustment indication for a RACH, Random Access Channel, transmission on an FPACH, Fast Physical Access Channel; and transmitting (109, 403) a RACH data on a P-RACH, Physical Random Access Channel, associated to the FPACH according to the time information and the power level adjustment indication, wherein the FPACH is decided according to the number of sync codes and the number of FPACHs that are defined in a cell. selecting (102, 402) one sync code of a plurality of available uplink sync codes and transmitting the selected sync code using a UpPTS, Uplink Pilot Time Slot, in a sub-frame to the UTRAN; receiving an acknowledgement of the transmitted sync code, wherein the acknowledgement includes information about the transmitted sync code, information about a sub-frame number at which the sync code is detected by the UTRAN, time information for following transmission to the UTRAN and power level adjustment indication for a RACH, Random Access Channel, transmission on an FPACH, Fast Physical Access Channel; and transmitting (109, 403) a RACH data on a P-RACH, Physical Random Access Channel, associated to the FPACH according to the time information and the power level adjustment indication, wherein the FPACH is decided according to the number of sync codes and the number of FPACHs that are defined in a cell.
LED light, in particular an LED vehicle headlight, comprising a light unit or a number of light units, each light unit having an illuminant in the form of an LED board with a luminous surface and an optical device assigned to the illuminant with at least one reflector and/or at least one lens, wherein a reflector holder is provided that carries the optical devices of the light unit or light units that are provided and in particular is formed in one piece with the latter, that a board holder is provided that is fastened detachably to the reflector holder, that the board holder has a receptacle for each light unit in which the LED board of the light unit is positioned, characterized in that the LED board has contact surfaces that come into contact with corresponding contact surfaces on the reflector holder in order to position the LED board in the receptacle with respect to that of the assigned optical device when the board holder is fixed on the reflector holder, and that there are assigned to each light unit elastic pressurising means (6, 7) which are provided on the board holder and/or the reflector holder and act on the LED board of the light unit in order to press its contact surfaces against the contact surfaces of the reflector holder when the board holder is fixed on the reflector holder.
An electrochemical pattern replication (ECPR) master electrode (30, 100, 200), comprising a carrier element (31, 101, 201) comprising a doped semiconducting material, the master electrode having an electrically conducting electrode surface (33, 103, 203) on a back side and a topographical pattern on a front side (32, 102, 202) with an at least partly electrically insulating top, said topographical pattern is forming at least one electrochemical cell (34a-d, 104a-d, 204a-d) comprising a bottom and at least one side wall, said bottom having an electrically conducting surface being conductively connected to the electrically conducting electrode surface (33, 103, 203) on the back side through the carrier element (31, 101, 201), wherein said carrier element (31, 101, 201) further comprises an electrical current preventing or obstructing structure (39, 120, 220), wherein said electrochemical cell extends through said structure and characterized in that said structure (39, 220) comprises an epitaxial layer comprising a semiconducting material that has a lower doping level than the doped semiconducting material of the carrier element or a semiconducting material that comprises layers having an opposite polarity doping type thereby forming a p-n or n-p junction.
An actuator device for actuating the contacts of a high or medium voltage circuit breaker having at least one movable contact, the device comprising a rigid drive shaft that drives the movable contact, resilient means for driving the movable contact, a torsion bar for driving the drive shaft and a lost-motion element through which the torsion bar is suitable for applying a torque to the drive shaft during the initial period of an opening operation of the contacts of the circuit breaker, wherein the torsion bar is housed inside the drive shaft, a first end of the torsion bar being constrained to turn with a ring of the lost-motion element, a second end of the torsion bar being constrained to turn with the drive shaft, the actuator device comprising only one drive shaft and only one torsion bar.
A sensor array for testing leaks in a vacuum bag, characterized in that it comprises: a plurality of vacuum sampling tubes of varying lengths extending along side each other to form a cable such that the tubes have termination locations distributed along the length of the cable and a first end of each tube is disposed at a first end of the cable for connection to a vacuum monitoring system; a sleeve configured to allow air flow through its surface; and a spine configured to support the cable for insertion of the spine and the cable into the sleeve, wherein: the sleeve surrounds the cable and the spine; and the sleeve allows air flow from outside the sleeve to the termination locations of the sampling tubes inside the sleeve. a plurality of vacuum sampling tubes of varying lengths extending along side each other to form a cable such that the tubes have termination locations distributed along the length of the cable and a first end of each tube is disposed at a first end of the cable for connection to a vacuum monitoring system; a sleeve configured to allow air flow through its surface; and a spine configured to support the cable for insertion of the spine and the cable into the sleeve, wherein: the sleeve surrounds the cable and the spine; and the sleeve allows air flow from outside the sleeve to the termination locations of the sampling tubes inside the sleeve. the sleeve surrounds the cable and the spine; and the sleeve allows air flow from outside the sleeve to the termination locations of the sampling tubes inside the sleeve.
A sputtering apparatus for magnetic material, characterized by comprising: a substrate holder which holds a substrate to be rotatable in a plane direction of a processing surface of the substrate; substrate magnetic field forming means which is arranged around the substrate and is rotatable in synchronism with the substrate, for forming a magnetic field having a directional property along the processing surface of the substrate on the processing surface of the substrate; a cathode which is arranged at a position diagonally opposing the substrate and receives discharge power; position detection means for detecting a rotational position of the substrate; and power control means for controlling power applied to said cathode in accordance with the rotational position detected by said position detection means. a substrate holder which holds a substrate to be rotatable in a plane direction of a processing surface of the substrate; substrate magnetic field forming means which is arranged around the substrate and is rotatable in synchronism with the substrate, for forming a magnetic field having a directional property along the processing surface of the substrate on the processing surface of the substrate; a cathode which is arranged at a position diagonally opposing the substrate and receives discharge power; position detection means for detecting a rotational position of the substrate; and power control means for controlling power applied to said cathode in accordance with the rotational position detected by said position detection means.
Device for performing measurements of an analysis fluid, having a housing (12, 18) arranged in a mounting suspension, a measuring chamber disposed within said housing, a first resonator, a second resonator, and lines (42, 44) for feeding and draining media for the measurements performed in said measuring chamber, said resonators (16, 34) delimiting certain zones of said measuring chamber, where, with respect to the direction of gravity, said first resonator is arranged at the top of the housing and said second resonator is mounted opposite said first resonator at the bottom of the housing, with said first resonator being designed as an actuator or a sensor, and said second resonator being designed as a sensor or an actuator, characterized in that pivot pins (48, 50) are mounted on the side of the housing about which said housing can be rotated by at least 180 degrees relative to said mounting suspension, and that a control device as well as a motor which cooperates with said control device are provided, wherein said rotation is effected by the motor which cooperates with the control device.
A catheter device configured to provide access to a hollow organ comprising: a body extending longitudinally from a proximal end to a distal end and a flexible insertion tube extending longitudinally from a proximal end to a distal end, wherein the body comprises: a tubular elongated internal channel along the longitudinal length of the body extending from the proximal end to the distal end of the body, wherein the channel is configured to receive a removable elongated needle, and one or more cutting edges (9, 10) extending rearwardly from a distal end of the body the flexible insertion tube comprises a tubular elongated passage aligned with the tubular elongated channel of the body forming a lumen and is characterized by being coupled to the distal end of the body. a body extending longitudinally from a proximal end to a distal end and a flexible insertion tube extending longitudinally from a proximal end to a distal end, wherein the body comprises: a tubular elongated internal channel along the longitudinal length of the body extending from the proximal end to the distal end of the body, wherein the channel is configured to receive a removable elongated needle, and one or more cutting edges (9, 10) extending rearwardly from a distal end of the body a tubular elongated internal channel along the longitudinal length of the body extending from the proximal end to the distal end of the body, wherein the channel is configured to receive a removable elongated needle, and one or more cutting edges (9, 10) extending rearwardly from a distal end of the body the flexible insertion tube comprises a tubular elongated passage aligned with the tubular elongated channel of the body forming a lumen and is characterized by being coupled to the distal end of the body.
Footwear sole (10, 10', 10") comprising a lower surface, intended to come into contact with the ground, and an upper surface, intended to support an insole and, on the upper surface, at least one elastically deformable cushioning element (11, 11', 11", 11′′′), wherein the at least one cushioning element (11, 11', 11", 11′′′) comprises, in turn, an elongated element cantileverly protruding from the upper surface of the sole (10, 10', 10"), and a plurality of tabs extending from the upper surface of the sole (10, 10', 10") and that are arranged around the elongated element, and wherein in an undeformed configuration of the cushioning element (11, 11', 11", 11′′′) the tabs are upright, and in a deformed configuration of the cushioning element (11, 11', 11", 11′′′) the tabs are bent towards the elongated element and in abutment against it, wherein the top of the elongated element and the ends of the tabs distal with respect to the upper surface of the sole (10, 10', 10") define a bearing surface, and wherein the area of the bearing surface in the deformed configuration of the cushioning element (11, 11', 11", 11′′′) is greater than the area of the bearing surface in the undeformed configuration of the cushioning element (11, 11', 11", 11′′′).
A fan assembly comprising: a nozzle having a rear section having at least one first air inlet, at least one first air outlet, and a first interior passage for conveying air from said at least one first air inlet to said at least one first air outlet; and a front section having at least one second air inlet, at least one second air outlet, and a second interior passage for conveying air from said at least one second air inlet to said at least one second air outlet, the sections (16, 18) of the nozzle defining a bore through which air from outside the fan assembly is drawn by air emitted from the nozzle; and a body on which the nozzle is mounted, the body comprising flow generating means for generating a first air flow through the first interior passage and a second air flow through the second interior passage, and means for changing one of the temperature, humidity, composition and electrical charge of the second air flow before it enters the second interior passage. a nozzle having a rear section having at least one first air inlet, at least one first air outlet, and a first interior passage for conveying air from said at least one first air inlet to said at least one first air outlet; and a front section having at least one second air inlet, at least one second air outlet, and a second interior passage for conveying air from said at least one second air inlet to said at least one second air outlet, the sections (16, 18) of the nozzle defining a bore through which air from outside the fan assembly is drawn by air emitted from the nozzle; and a body on which the nozzle is mounted, the body comprising flow generating means for generating a first air flow through the first interior passage and a second air flow through the second interior passage, and means for changing one of the temperature, humidity, composition and electrical charge of the second air flow before it enters the second interior passage.
Electromagnetic radiation reflecting element (10, 34), characterised in that the reflecting element comprises a photonic element (20, 21; 30-32; 40; 43) that is arranged in the beam path (11, 14, 18; 35, 38) and/or on a surface (30 - 32) reflecting the radiation and has a tunable band gap in order to be able to modulate the radiation passing through the photonic element, the photonic element consisting of a photonic material in a liquid crystal environment such that the photonic band gap of the photonic material can be influenced by influencing the liquid crystal material in the nematic and/or ferroelectric state by an electric field.
An inkjet head for printing using a solvent-based glass ink, comprising: a pressure chamber in which ink is stored; a nozzle plate including a nozzle which connects to the pressure chamber; an actuator configured to change a volume of the pressure chamber; and a drive circuit configured to, before printing is performed: output a first signal to the actuator for a first time period (Ta) for changing the volume of the pressure chamber without ejecting ink from the nozzle, after outputting the first signal, output a second signal to the actuator for a second time period (Tb) for changing the volume of the pressure chamber such that the ink is ejected from the nozzle, and after outputting the second signal, output a third signal to the actuator for a third time period (Tc) for changing the volume of the pressure chamber without ejecting ink from the nozzle, wherein the second time period is a time period required for the ink to form a meniscus in the nozzle. a pressure chamber in which ink is stored; a nozzle plate including a nozzle which connects to the pressure chamber; an actuator configured to change a volume of the pressure chamber; and a drive circuit configured to, before printing is performed: output a first signal to the actuator for a first time period (Ta) for changing the volume of the pressure chamber without ejecting ink from the nozzle, after outputting the first signal, output a second signal to the actuator for a second time period (Tb) for changing the volume of the pressure chamber such that the ink is ejected from the nozzle, and after outputting the second signal, output a third signal to the actuator for a third time period (Tc) for changing the volume of the pressure chamber without ejecting ink from the nozzle, output a first signal to the actuator for a first time period (Ta) for changing the volume of the pressure chamber without ejecting ink from the nozzle, after outputting the first signal, output a second signal to the actuator for a second time period (Tb) for changing the volume of the pressure chamber such that the ink is ejected from the nozzle, and after outputting the second signal, output a third signal to the actuator for a third time period (Tc) for changing the volume of the pressure chamber without ejecting ink from the nozzle, wherein the second time period is a time period required for the ink to form a meniscus in the nozzle.