mhurhangee/patent-ind-claim-en huggingface dataset:
A method for controlling activation of a terminal in a powered device connected to a power source equipment in a power over cable system, the method being carried out in the powered device and comprising: determining (S401) whether a voltage condition enabling the terminal to be activated is fulfilled, wherein determining whether the voltage condition is fulfilled comprises: measuring the input voltage at the terminal; and comparing the measured voltage with a voltage activation threshold; wherein the voltage condition is fulfilled if the measured voltage is greater or equal to the voltage activation threshold; and when the voltage condition is fulfilled, the method is characterized by further comprising: setting (S501a, S501b, S501c, S501d, S501e) a time delay for activating the terminal, checking (S403) whether the voltage condition would still be fulfilled once the terminal is started-up, and when the condition would still be fulfilled, activating (S404) the terminal after the time delay has elapsed. determining (S401) whether a voltage condition enabling the terminal to be activated is fulfilled, wherein determining whether the voltage condition is fulfilled comprises: measuring the input voltage at the terminal; and comparing the measured voltage with a voltage activation threshold; wherein the voltage condition is fulfilled if the measured voltage is greater or equal to the voltage activation threshold; and measuring the input voltage at the terminal; and comparing the measured voltage with a voltage activation threshold; wherein the voltage condition is fulfilled if the measured voltage is greater or equal to the voltage activation threshold; and when the voltage condition is fulfilled, the method is characterized by further comprising: setting (S501a, S501b, S501c, S501d, S501e) a time delay for activating the terminal, checking (S403) whether the voltage condition would still be fulfilled once the terminal is started-up, and when the condition would still be fulfilled, activating (S404) the terminal after the time delay has elapsed. setting (S501a, S501b, S501c, S501d, S501e) a time delay for activating the terminal, checking (S403) whether the voltage condition would still be fulfilled once the terminal is started-up, and when the condition would still be fulfilled, activating (S404) the terminal after the time delay has elapsed.
A production plant for processing a suspension with a planetary roller mixer comprising - a housing , • which is substantially cylindrical on the inside and provided with an internal toothing , or • comprising at least one substantially cylindrical bushing with internal toothing ; - at least one product inlet in a first end portion of the housing ; and - at least one product outlet in a second end region of the housing ; - a central spindle with toothing arranged in the housing ; - at least one planetary spindle with toothing arranged in the housing ; wherein the toothing of the planetary spindle is operatively connected both to the toothing of the central spindle and to the internal toothing of the housing or the bushing ; wherein the product outlet is arranged above or at the level of the product inlet when operated as intended; and wherein the production plant comprises a conveying device which is arranged outside the housing upstream of the product inlet and is in fluid connection with the product inlet , and the production plant comprises a dosing device, in particular a pump or a dosing valve, which is connected downstream of the conveying device , characterized in that the housing and the spindles of the planetary roller mixer are arranged horizontally during intended use and in that the planetary roller mixer comprises a driving device for driving the central spindle , which driving device is arranged closer to the product outlet than to the product inlet . - a housing , • which is substantially cylindrical on the inside and provided with an internal toothing , or • comprising at least one substantially cylindrical bushing with internal toothing ; • which is substantially cylindrical on the inside and provided with an internal toothing , or • comprising at least one substantially cylindrical bushing with internal toothing ; - at least one product inlet in a first end portion of the housing ; and - at least one product outlet in a second end region of the housing ; - a central spindle with toothing arranged in the housing ; - at least one planetary spindle with toothing arranged in the housing ;
A device for retrieval of an occlusion in biological vessel comprising an a plurality of extensions arranged around a distal portion of an elongated body , said plurality of extensions each including an array of surface-mounted projections characterized by said projections being configured as hooks and said array having a circular shape, wherein said projections are spaced 0.01-500 μm (microns) apart.
A urine sampling container , comprising: a storage tube formed as an elongated tube and storing urine, where one end of the storage tube is a closed end and the other end of the storage tube is an opening end; a urine collection tube formed as an elongated tube and including a side surface having a urine collection port , where one end of the urine collection tube is a closed end and the other end of the urine collection tube is an opening end freely attachable to and detachable from the opening end of the storage tube ; a cover tube formed as an elongated tube, formed so that the urine collection tube can be inserted to and removed from the cover tube , and covering the urine collection port , where one end of the cover tube is a closed end and the other end of the cover tube is an opening end; wherein the urine collection tube is screwed in the cover tube in a state in which the urine collection tube is inserted in the cover tube ; characterized in that a retaining mechanism provided near the opening ends of the urine collection tube and the cover tube to prevent the cover tube from being removed from the urine collection tube in a state in which the urine collection tube is inserted, screwed and fitted in the cover tube . a storage tube formed as an elongated tube and storing urine, where one end of the storage tube is a closed end and the other end of the storage tube is an opening end; a urine collection tube formed as an elongated tube and including a side surface having a urine collection port , where one end of the urine collection tube is a closed end and the other end of the urine collection tube is an opening end freely attachable to and detachable from the opening end of the storage tube ; a cover tube formed as an elongated tube, formed so that the urine collection tube can be inserted to and removed from the cover tube , and covering the urine collection port , where one end of the cover tube is a closed end and the other end of the cover tube is an opening end; wherein the urine collection tube is screwed in the cover tube in a state in which the urine collection tube is inserted in the cover tube ; characterized in that a retaining mechanism provided near the opening ends of the urine collection tube and the cover tube to prevent the cover tube from being removed from the urine collection tube in a state in which the urine collection tube is inserted, screwed and fitted in the cover tube .
A method of continuously purifying an organometallic compound comprising: (a) providing a crude organometallic compound in a liquid phase; (b) providing a stripping column having a first portion with a first inlet and a first outlet and a second portion with a second inlet and a second outlet ; (c) feeding the crude organometallic compound in the liquid phase to the first portion of the stripping column through the first inlet ; (d) feeding a gas stream to the second portion of the stripping column through the second inlet ; (e) directing the crude organometallic compound through the stripping column opposite to a flow of the gas stream; and (f) collecting purified organometallic compound in the liquid phase from the second outlet .
A method of operating a power supply comprising supply lines and a varistor interconnected with said supply lines to shunt surges on said supply lines, said method comprising: sensing a surge on said supply lines; protecting downstream components from said surge by clamping said surge by way of said varistor ; sensing each said surge, and determining a cumulative count of surges shunted by said varistor ; and providing an indicator of a count reflecting surges shunted by said varistor , as indicated by said cumulative count, characterized by sensing surges of different voltage amplitudes, and determining counts of surges of said different voltage amplitudes, wherein the cumulative count is determined by a weighted sum of the counts of surges of said different voltage amplitudes or a collection of the individual counts of surges of said different voltage amplitudes, and wherein said provided indicator of count reflects a likelihood of a next surge causing a failure of the varistor . sensing a surge on said supply lines; protecting downstream components from said surge by clamping said surge by way of said varistor ; sensing each said surge, and determining a cumulative count of surges shunted by said varistor ; and providing an indicator of a count reflecting surges shunted by said varistor , as indicated by said cumulative count, characterized by sensing surges of different voltage amplitudes, and determining counts of surges of said different voltage amplitudes, wherein the cumulative count is determined by a weighted sum of the counts of surges of said different voltage amplitudes or a collection of the individual counts of surges of said different voltage amplitudes, and wherein said provided indicator of count reflects a likelihood of a next surge causing a failure of the varistor .
Method to securely attach a mobile device (MD) having a credential container (CC) to a server (SV) while using a protocol having data size encoding constraints which prevents from using traditional ciphering, such constraints comprising at least: - a constraint related to the number of data payload in each exchange specifically in the mobile device (MD) to server (SV) direction, - a constraint related to the dissymmetry of the size of data payload in the server (SV) to mobile device (MD) direction and in the mobile device (MD) to server (SV) direction and, - a constraint related to the impossibility to cipher some data in the data payload, said method comprising an initialization phase using a same range of ephemeral IMSIs (RG1 (IMSI)) stored in a batch of credential containers (CC) of mobile devices (MD) and an associated group master key (MK11) shared by the server (SV) and the batch of credential containers (CC) of mobile devices (MD) having the same range of ephemeral IMSIs (RG1(IMSI)) to initiate the secured session further using a server random value (Rnd), said initialization phase using limited payload in a first mobile device (MD) to server (SV) message (ATTR(rIMSI)_1) to send a randomly chosen rIMSI among the range of IMSIs (RG1(IMSI)) to enable the server (SV) to generate keys to initiate a secured communication phase then using individual keys (SK12c, SK12i) stored in the credential container (CC) of the mobile device (MD) and retrieved by the server (SV) with an identifier of the credential container (CCId) also sent using limited payload in a mobile device (MD) to server (SV) message (AUTF(rIMSI, AUTS)_3) and with an individualization master key (MK12) owned by the server (SV). - a constraint related to the number of data payload in each exchange specifically in the mobile device (MD) to server (SV) direction, - a constraint related to the dissymmetry of the size of data payload in the server (SV) to mobile device (MD) direction and in the mobile device (MD) to server (SV) direction and, - a constraint related to the impossibility to cipher some data in the data payload,
A transmission system selectively coupled to an engine crankshaft of an internal combustion engine arranged on a vehicle, the transmission system comprising: a transmission having an input shaft directly driven by the engine crankshaft through a master clutch , a mainshaft having a plurality of mainshaft gears , an output shaft and a countershaft offset from the input shaft , the countershaft having a plurality of countershaft gears that selectively connect with the plurality of mainshaft gears , the countershaft being drivably connected to the input shaft and the mainshaft through the plurality of countershaft gears and the plurality of mainshaft gears ; a motor generator selectively coupled to the countershaft ; an HVAC compressor selectively driven by the motor generator ; and a controller that operates the transmission system in various modes based on operating conditions, the various modes comprising a first engine off coasting (EOC) operating mode that includes: defueling the engine while the vehicle is moving based on vehicle operating conditions; and routing rotational energy from the output shaft , through the countershaft , and into the motor generator . a transmission having an input shaft directly driven by the engine crankshaft through a master clutch , a mainshaft having a plurality of mainshaft gears , an output shaft and a countershaft offset from the input shaft , the countershaft having a plurality of countershaft gears that selectively connect with the plurality of mainshaft gears , the countershaft being drivably connected to the input shaft and the mainshaft through the plurality of countershaft gears and the plurality of mainshaft gears ; a motor generator selectively coupled to the countershaft ; an HVAC compressor selectively driven by the motor generator ; and a controller that operates the transmission system in various modes based on operating conditions, the various modes comprising a first engine off coasting (EOC) operating mode that includes: defueling the engine while the vehicle is moving based on vehicle operating conditions; and routing rotational energy from the output shaft , through the countershaft , and into the motor generator . defueling the engine while the vehicle is moving based on vehicle operating conditions; and routing rotational energy from the output shaft , through the countershaft , and into the motor generator .
A method of structuring a device layer of a recessed semiconductor device, comprising: - providing a semiconductor substrate with a device layer having a surface , - forming a recess extending from the surface into the substrate , wherein the recess forms a via in the substrate , and - structuring the device layer , wherein - a dry film is applied on the surface of the device layer after forming the recess and before structuring the device layer , the dry film covering the recess , - a resist layer is applied on or above the dry film and is patterned into a resist mask , - a dry film pattern is formed from the dry film according to the pattern of the resist mask , and - the device layer is structured using the dry film pattern as an etch mask, - the dry film pattern is left covering an inner volume of the recess after structuring the device layer , and - the dry film is formed by dry-film lamination. - providing a semiconductor substrate with a device layer having a surface , - forming a recess extending from the surface into the substrate , wherein the recess forms a via in the substrate , and - structuring the device layer , wherein - a dry film is applied on the surface of the device layer after forming the recess and before structuring the device layer , the dry film covering the recess , - a resist layer is applied on or above the dry film and is patterned into a resist mask , - a dry film pattern is formed from the dry film according to the pattern of the resist mask , and - the device layer is structured using the dry film pattern as an etch mask, - the dry film pattern is left covering an inner volume of the recess after structuring the device layer , and - the dry film is formed by dry-film lamination.
An impact copolymer comprising a polypropylene comprising at least 50 mol% propylene, and having a molecular weight distribution (Mw MALLS /Mn) greater than 10, a branching index (g') of less than 0.97, and a melt strength greater than 40 cN determined using an extensional rheometer at 190°C, and within the range from 0.5 to 50 wt.% of an elastomer, by weight of the impact copolymer.
A hoist, comprising: a torque tube ; a cable drum coupled to the torque tube; a rotor gear coupled to a first end of the torque tube, the rotor gear comprising a first mesh gear; an auxiliary brake assembly , comprising: a pinion; and a clutch assembly coupled to the pinion, the clutch assembly configured to lock the pinion when the cable drum is spinning freely; and characterized by the pinion having a second mesh gear engage the first mesh gear of the rotor gear. a torque tube ; a cable drum coupled to the torque tube; a rotor gear coupled to a first end of the torque tube, the rotor gear comprising a first mesh gear; an auxiliary brake assembly , comprising: a pinion; and a clutch assembly coupled to the pinion, the clutch assembly configured to lock the pinion when the cable drum is spinning freely; and characterized by the pinion having a second mesh gear engage the first mesh gear of the rotor gear. a pinion; and a clutch assembly coupled to the pinion, the clutch assembly configured to lock the pinion when the cable drum is spinning freely; and characterized by the pinion having a second mesh gear engage the first mesh gear of the rotor gear.
A medical device comprising: an expandable and collapsible structure, an agent coating on the expandable and collapsible structure, the agent coating comprising a bioactive agent, and a lipid coating on the agent coating, wherein the lipid coating is solid at room temperature and liquid at 37 °C; the device being effective for delivering the bioactive agent to a site within a subject.
An improved endodontic instrument configured for use in a rotary hand piece and having a working length made of a shape memory material, the improvement comprising: the working length having a straight non-apical portion and a pre-curved apical portion , the pre-curved apical portion beginning at one-third to one-quarter of the working length as measured from a tip end of the endodontic instrument and having a first curvature; wherein the first curvature has a radius of curvature "R" which places the tip end at an angle in a range of about 30° to 75° relative to a central longitudinal axis of the straight non-apical portion of the working length ; wherein the pre-curved apical portion has a second curvature, the second curvature lying in a different plane than that of the first curvature, the different plane being an orthogonal plane relative to the plane containing the first curvature, the second curvature lying along a portion of the length of the first curvature, wherein a start point of the first and second curvatures being the same start point; wherein the improved endodontic instrument comprises a third curvature lying along a length of the first curvature and between an end of the second curvature and a tip end of the working length, the third curvature lying in a same plane as the second curvature, wherein whatever portion of the root canal wall that tip end encounters, a portion is forced to the opposite wall such that a forced-inside, forced-outside action is provided for cleaning and enlarging of the root canal as working length works its way down the root canal. the working length having a straight non-apical portion and a pre-curved apical portion , the pre-curved apical portion beginning at one-third to one-quarter of the working length as measured from a tip end of the endodontic instrument and having a first curvature; wherein the first curvature has a radius of curvature "R" which places the tip end at an angle in a range of about 30° to 75° relative to a central longitudinal axis of the straight non-apical portion of the working length ; wherein the pre-curved apical portion has a second curvature, the second curvature lying in a different plane than that of the first curvature, the different plane being an orthogonal plane relative to the plane containing the first curvature, the second curvature lying along a portion of the length of the first curvature, wherein a start point of the first and second curvatures being the same start point; wherein the improved endodontic instrument comprises a third curvature lying along a length of the first curvature and between an end of the second curvature and a tip end of the working length, the third curvature lying in a same plane as the second curvature, wherein whatever portion of the root canal wall that tip end encounters, a portion is forced to the opposite wall such that a forced-inside, forced-outside action is provided for cleaning and enlarging of the root canal as working length works its way down the root canal.
A display device, comprising: a display panel ; a light guide plate arranged at the rear side of the display panel ; a reflector arranged on the rear surface of the light guide plate ; a bottom cover arranged on the rear surface of the reflector , wherein the bottom cover is made of a glass material; and a light-emitting diode housing , on which a light-emitting diode is mounted so as to supply light to a first end of the light guide plate , characterized in that : the light-emitting diode is mounted on a first end part of the light-emitting diode housing ; and a second end part of the light-emitting diode housing is coupled to the rear surface of the bottom cover at a first end thereof; wherein the bottom cover and the light-emitting diode housing are coupled to each other with a first adhesive member ; and further wherein the second end part of the light-emitting diode housing is divided into two or more portions along a longitudinal direction from side to side of the bottom cover at the first end thereof. a display panel ; a light guide plate arranged at the rear side of the display panel ; a reflector arranged on the rear surface of the light guide plate ; a bottom cover arranged on the rear surface of the reflector , wherein the bottom cover is made of a glass material; and a light-emitting diode housing , on which a light-emitting diode is mounted so as to supply light to a first end of the light guide plate , characterized in that : the light-emitting diode is mounted on a first end part of the light-emitting diode housing ; and a second end part of the light-emitting diode housing is coupled to the rear surface of the bottom cover at a first end thereof; wherein the bottom cover and the light-emitting diode housing are coupled to each other with a first adhesive member ; and further wherein the second end part of the light-emitting diode housing is divided into two or more portions along a longitudinal direction from side to side of the bottom cover at the first end thereof. the light-emitting diode is mounted on a first end part of the light-emitting diode housing ; and a second end part of the light-emitting diode housing is coupled to the rear surface of the bottom cover at a first end thereof; wherein the bottom cover and the light-emitting diode housing are coupled to each other with a first adhesive member ; and further wherein the second end part of the light-emitting diode housing is divided into two or more portions along a longitudinal direction from side to side of the bottom cover at the first end thereof.