mhurhangee/ep-ind-claims huggingface dataset:
A web structure for connecting two foam panels (12, 14) comprising: a pair of web inserts adapted to be molded in the foam panels (12, 14), each of the web inserts having an elongated end plate and a pair of central male connector members supported by the elongated end plate, and a pair of bridges connected to the web inserts so as to extend between the foam panels (12, 14), each of the bridges having a cross member, a first female connector member formed on one end of the cross member and a second female connector member formed on an opposing end of the cross member, the first and second female connector members (116, 118) each having a cavity shaped to matingly receive one of the central male connector members of the web insert from a lateral side of the first and second female connector members (116,118), whereby the bridge is connectable to the web inserts in a reversable manner, characterised in that each of the web inserts further comprises a pair of lateral male members supported symmetrically above and below the central male connector member and wherein each of the first and second female connectors (116, 118) of the bridge has a pair of lateral cavities shaped to matingly receive one of the lateral male connector members from a lateral side of the first and second female connector members (116, 118). a pair of web inserts adapted to be molded in the foam panels (12, 14), each of the web inserts having an elongated end plate and a pair of central male connector members supported by the elongated end plate, and a pair of bridges connected to the web inserts so as to extend between the foam panels (12, 14), each of the bridges having a cross member, a first female connector member formed on one end of the cross member and a second female connector member formed on an opposing end of the cross member, the first and second female connector members (116, 118) each having a cavity shaped to matingly receive one of the central male connector members of the web insert from a lateral side of the first and second female connector members (116,118), whereby the bridge is connectable to the web inserts in a reversable manner, characterised in that each of the web inserts further comprises a pair of lateral male members supported symmetrically above and below the central male connector member and wherein each of the first and second female connectors (116, 118) of the bridge has a pair of lateral cavities shaped to matingly receive one of the lateral male connector members from a lateral side of the first and second female connector members (116, 118).
A method of obtaining throttle settings of a system, said method comprising: applying a first read and/or write bandwidth to a first area of said system; sensing a temperature at said first area of said system; and obtaining a first throttle setting for the first area based on at least a sensed temperature of said first area with relation to a predetermined temperature. applying a first read and/or write bandwidth to a first area of said system; sensing a temperature at said first area of said system; and obtaining a first throttle setting for the first area based on at least a sensed temperature of said first area with relation to a predetermined temperature.
A pressure-sensitive adhesive composition, including an interpenetrating polymer network structure in a cured state, wherein the composition comprises an acrylic resin and a crosslinking agent component, where the crosslinking agent component consists of a bifunctional crosslinking agent, and wherein the composition satisfies Formula 1 below: X 1 ≤ 700 g / 25 mm where X 1 represents a peel strength measured at a peeling rate of 300mm/min and at a peeling angle of 180° after a pressure-sensitive adhesive formed from the pressure-sensitive adhesive composition being adhered to a non-alkali glass and then stored at room temperature for 168 hours, the room temperature being ranged from 10°C to 30°C, and wherein the composition further comprises a multi-functional acrylate and a polymerization initiator.
A security system for controlling and/or monitoring door locking devices for escape route security, having door locking controllers, wherein a door locking controller serves to activate a locking mechanism, which is to be assigned to the door locking controller, and having trigger elements (10, 1010, 2010, 3010), in particular emergency buttons (10, 1010, 2010, 3010), wherein, as a result of an actuation of a trigger element (10, 1010, 2010, 3010), it is possible to initiate an activation of at least one locking mechanism, wherein a number of door locking controllers and a number of trigger elements (10, 1010, 2010, 3010) are connected to one another via a common, first bus system, wherein the number of door locking controllers and the number of trigger elements (10, 1010, 2010, 3010) each correspond to a natural number of at least two, and the number of door locking controllers are assigned to the number of trigger elements (10, 1010, 2010, 3010) in such manner that, when one of the trigger elements (10, 1010, 2010, 3010) is actuated, only the at least one door locking controller assigned to the actuated trigger element (10, 1010, 2010, 3010) activates the respective locking mechanism for unlocking, wherein, as a result of the actuation of one of the trigger elements, which are connected to the first bus system, not all door locking controllers, which are connected to the first bus system, are initiated to activate the respective locking mechanism for unlocking, wherein in the door locking controllers, which belong to the number of door locking controllers, it is stored in each case to which at least one trigger element (10, 1010, 2010, 3010) the respective door locking controller is assigned, characterised in that all door locking controllers of the number of door locking controllers are notified of the actuation by the trigger element (10, 1010, 2010, 3010) as a result of the actuation of the trigger element (10, 1010, 2010, 3010) and the respective door locking controller decides whether the locking mechanism assigned to the door locking controllers is to be activated for unlocking, for which purpose each door locking controller, which is connected to the first bus system, verifies whether the respective door locking controller is assigned to the trigger element (10, 1010, 2010, 3010) sending the message, wherein only if the door locking controller determines that the door locking controller is assigned to the trigger element (10, 1010, 2010, 3010) sending the message does the door locking controller activate the locking mechanism for unlocking.
A gravimetric cycler for peritoneal dialysis having only one scale and a hose system as well as an apparatus for the automatic, weight-dependent filling of the hose system, wherein the hose system comprises at least three line sections for connection to at least one drainage bag, to at least one solution bag and to a patient, characterized in that the gravimetric cycler has a heating pan for receiving solution bags comprising fresh dialyzate above the scale and a scale pan for receiving one or more reclaiming bags for consumed dialyzate below the scale, with the apparatus comprising a regulation/control in which at least one characteristic is stored which indicates valve opening durations in dependence on the weight of a solution bag.
A method for quantifying a non-ionic surfactant in a composition comprising the non-ionic surfactant and a polypeptide, wherein interference between the non-ionic surfactant and the polypeptide during quantification is reduced, wherein the method comprises the steps of a) applying the composition to a mixed mode anion exchange chromatography material, wherein the composition is loaded onto the chromatography material in a solution comprising a mobile phase A and a mobile phase B, wherein mobile phase A comprises acid in water and mobile phase B comprises acid in methanol, wherein the polypeptide binds to the chromatography material specifically and non-specifically; b) eluting the specifically bound polypeptide from the mixed mode anion exchange chromatography material with a solution comprising mobile phase A and mobile phase B wherein the ratio of mobile phase B to mobile phase A is increased compared to step a); c) eluting the non-ionic surfactant and the non-specifically bound polypeptide from the chromatography material with a solution comprising mobile phase A and mobile phase B wherein the ratio of mobile phase B to mobile phase A is increased compared to step b); d) quantifying the non-ionic surfactant, wherein interference between the non-ionic surfactant and the polypeptide during quantitation is reduced; and wherein the non-ionic surfactant is polysorbate 20 or polysorbate 80. a) applying the composition to a mixed mode anion exchange chromatography material, wherein the composition is loaded onto the chromatography material in a solution comprising a mobile phase A and a mobile phase B, wherein mobile phase A comprises acid in water and mobile phase B comprises acid in methanol, wherein the polypeptide binds to the chromatography material specifically and non-specifically; b) eluting the specifically bound polypeptide from the mixed mode anion exchange chromatography material with a solution comprising mobile phase A and mobile phase B wherein the ratio of mobile phase B to mobile phase A is increased compared to step a); c) eluting the non-ionic surfactant and the non-specifically bound polypeptide from the chromatography material with a solution comprising mobile phase A and mobile phase B wherein the ratio of mobile phase B to mobile phase A is increased compared to step b); d) quantifying the non-ionic surfactant, wherein interference between the non-ionic surfactant and the polypeptide during quantitation is reduced; and wherein
A laser marking system comprising: a laser configured to produce a laser beam; and, a marking head configured to project the laser beam onto a target, characterised in that the laser marking system comprises a negative curvature hollow core fiber configured to transmit the laser beam from the laser to the marking head, wherein the negative curvature hollow core fiber comprises chalcogenide glass. a laser configured to produce a laser beam; and, a marking head configured to project the laser beam onto a target, characterised in that the laser marking system comprises a negative curvature hollow core fiber configured to transmit the laser beam from the laser to the marking head, wherein the negative curvature hollow core fiber comprises chalcogenide glass.
An interface joint (106, 120) for interconnecting an electrosurgical generator and an electrosurgical instrument, the interface joint comprising: a housing having: an inlet for receiving electromagnetic energy from the electrosurgical generator, and an outlet (146, 254); a slidable trigger on the housing, the slidable trigger being attached to a push rod that extends out of the housing through the outlet; a single cable assembly for connecting the outlet to the electrosurgical instrument, the single cable assembly comprising a flexible sleeve that conveys the push rod and a coaxial cable that is connected to the inlet, and wherein the flexible sleeve comprises an internal tube surrounding a portion of the push rod, the internal tube being free to slide with respect to the push rod; and a slide limiting mechanism coupled to the push rod and configured to limit a maximum slide distance of the internal tube over the push rod. a housing having: an inlet for receiving electromagnetic energy from the electrosurgical generator, and an outlet (146, 254); an inlet for receiving electromagnetic energy from the electrosurgical generator, and an outlet (146, 254); a slidable trigger on the housing, the slidable trigger being attached to a push rod that extends out of the housing through the outlet; a single cable assembly for connecting the outlet to the electrosurgical instrument, the single cable assembly comprising a flexible sleeve that conveys the push rod and a coaxial cable that is connected to the inlet, and wherein the flexible sleeve comprises an internal tube surrounding a portion of the push rod, the internal tube being free to slide with respect to the push rod; and a slide limiting mechanism coupled to the push rod and configured to limit a maximum slide distance of the internal tube over the push rod.
An outdoor unit of a refrigeration apparatus comprising a heat exchanger, a bracket (40, 50, 90) that has a securing portion (42, 52) that is attached directly to the heat exchanger and a fixing portion (43, 53) that has a through hole (43a, 53a) for fixing the bracket to a structural part (23, 24, 28) made of a non-aluminum metal, an anchoring part that has an outer shape that is smaller than the through hole in the fixing portion; and an anchored structure (70, 93) that cooperates with the anchoring part to fasten the fixing portion of the bracket to the structural part, characterised in that the outdoor unit further comprises: a non-metal component (60, 92) that is interposed between the fixing portion of the bracket and the structural part that are fixed to one another and is for placing both in a non-contact state, and wherein the heat exchanger is made of aluminum or aluminum alloy, the bracket is made of aluminum or aluminum alloy, and the anchoring part is made of a non-aluminum metal, and wherein the non-metal component maintains, in a state in which the anchoring part is passing through the through hole in the fixing portion, a non-contact state between the bracket made of aluminum or aluminum alloy and the anchoring part made of a non-aluminum metal. a non-metal component (60, 92) that is interposed between the fixing portion of the bracket and the structural part that are fixed to one another and is for placing both in a non-contact state, and wherein the heat exchanger is made of aluminum or aluminum alloy, the bracket is made of aluminum or aluminum alloy, and the anchoring part is made of a non-aluminum metal, and wherein the non-metal component maintains, in a state in which the anchoring part is passing through the through hole in the fixing portion, a non-contact state between the bracket made of aluminum or aluminum alloy and the anchoring part made of a non-aluminum metal.
A method of making a radiopaque hydrogel bead, comprising: preforming hydrogel beads; and reacting functional groups on the preformed hydrogel beads with an aromatic iodine containing compound. preforming hydrogel beads; and reacting functional groups on the preformed hydrogel beads with an aromatic iodine containing compound.
An embracing mechanism for vehicle wheels, the mechanism comprising: a forward-pushing base adapted to be disposed in front of a wheel, a backward-pulling base adapted to be disposed behind the wheel, characterized in that, the embracing mechanism further comprises a downward-pressing base adapted to be disposed above the wheel, the forward-pushing base is connected to the backward-pulling base via an upper transmission box and a lower transmission box; the lower transmission box is provided with a front resistant spring and a rear resistant spring; and the downward-pressing base is hinged to the forward-pushing base and the backward-pulling base via hinge parts, respectively. the forward-pushing base is connected to the backward-pulling base via an upper transmission box and a lower transmission box; the lower transmission box is provided with a front resistant spring and a rear resistant spring; and the downward-pressing base is hinged to the forward-pushing base and the backward-pulling base via hinge parts, respectively.
A wind turbine generator system including a plurality of wind turbines (10-1, 10-n), in which output power from the wind turbines is supplied to a utility grid via a common interconnection point, the wind turbine generator system comprising: priority setting means for sequentially giving higher priorities to the wind turbines having larger output powers, based on the current output powers of the wind turbines, when an output-power reduction demand to reduce the output power at the interconnection point to a predetermined output-power limit value is notified from the utility grid side; and characterized in that it comprises output-power command setting means for setting a predetermined minimum output-power value in output power commands for the wind turbines sequentially in descending order of priority, until the output power at the interconnection point reaches the predetermined output power limit value, and in that the minimum output-power value is set to zero or is set to a value that falls within an output power range in which the output power of a wind turbine (10-i) is not changed according to the wind speed, so that at this latter value the wind turbine can be continuously operated. priority setting means for sequentially giving higher priorities to the wind turbines having larger output powers, based on the current output powers of the wind turbines, when an output-power reduction demand to reduce the output power at the interconnection point to a predetermined output-power limit value is notified from the utility grid side; and characterized in that it comprises output-power command setting means for setting a predetermined minimum output-power value in output power commands for the wind turbines sequentially in descending order of priority, until the output power at the interconnection point reaches the predetermined output power limit value, and in that the minimum output-power value is set to zero or is set to a value that falls within an output power range in which the output power of a wind turbine (10-i) is not changed according to the wind speed, so that at this latter value the wind turbine can be continuously operated.
A method of flat bottom dredging of a bed at least partially covered with liquid from a floating pontoon, the method comprising: controllably rotating a ladder with a cutter head toward the bed to set the dredge depth and force with a first hydraulic system; adjusting the cutter head position with a second hydraulic system so that it is level with the bed; and continuously adjusting the ladder depth and force and the cutter head position while dredging through a control system which receives sensor signals. controllably rotating a ladder with a cutter head toward the bed to set the dredge depth and force with a first hydraulic system; adjusting the cutter head position with a second hydraulic system so that it is level with the bed; and continuously adjusting the ladder depth and force and the cutter head position while dredging through a control system which receives sensor signals.
A memory system, comprising: a memory array, wherein the memory array comprises a first section having a first plurality of programmed bitcells having a first threshold voltage distribution and a second section having a second plurality of programmed bitcells having a second threshold voltage distribution which has a lower average threshold voltage than the first threshold voltage distribution, wherein the first plurality and second plurality of programmed bitcells are programmed with a same set of data values (112, 118) and different program verify levels; control circuitry configured to provide a read request to the memory array and receive read data in response to the read request, wherein the read data comprises first read data from the first section and second read data from the second section; and comparator circuitry configured to bit-wise compare the first read data to the second read data, wherein the control circuitry is further configured to perform a refresh of the first and second section of the memory array if a mismatch occurs in the bit-wise compare, wherein the first section further comprises error correction code bits corresponding to the first read data, and the comparator circuitry is further configured to correct the read data with the error correction code bits prior to comparing the first read data to the second read data wherein the first read data is production data and the second read data is margin data having a reduced margin level. a memory array, wherein the memory array comprises a first section having a first plurality of programmed bitcells having a first threshold voltage distribution and a second section having a second plurality of programmed bitcells having a second threshold voltage distribution which has a lower average threshold voltage than the first threshold voltage distribution, wherein the first plurality and second plurality of programmed bitcells are programmed with a same set of data values (112, 118) and different program verify levels; control circuitry configured to provide a read request to the memory array and receive read data in response to the read request, wherein the read data comprises first read data from the first section and second read data from the second section; and comparator circuitry configured to bit-wise compare the first read data to the second read data, wherein the control circuitry is further configured to perform a refresh of the first and second section of the memory array if a mismatch occurs in the bit-wise compare, wherein the first section further comprises error correction code bits corresponding to the first read data, and the comparator circuitry is further configured to correct the read data with the error correction code bits prior to comparing the first read data to the second read data wherein the first read data is production data and the second read data is margin data having a reduced margin level.
A hemostasis device, comprising: an attachment device for securing the hemostasis device to a patient, said attachment device comprising a substantially rigid partial cuff member that has substantially a U shape with two respective legs (16, 18) and is adapted to fit over a patient's wrist and has a top portion with a first position therein and an underside portion with a second position therein; a positionable inflatable pressure application device for positioning over a site independent of securing of the attachment device, said positionable inflatable pressure application device being movable along an extent of the partial cuff member and further comprising on an inner side of said partial cuff member an inflatable member adapted to press against the patient when inflated, wherein said extent is from said first position to said second position; the device being characterized in that, - one of said legs (16, 18) is shorter than the other leg that is thusly the longer leg; - said second position is located at the longer leg; and - the device further comprises a stability and comfort radial band pad installed on said inner side along the shorter leg. an attachment device for securing the hemostasis device to a patient, said attachment device comprising a substantially rigid partial cuff member that has substantially a U shape with two respective legs (16, 18) and is adapted to fit over a patient's wrist and has a top portion with a first position therein and an underside portion with a second position therein; a positionable inflatable pressure application device for positioning over a site independent of securing of the attachment device, said positionable inflatable pressure application device being movable along an extent of the partial cuff member and further comprising on an inner side of said partial cuff member an inflatable member adapted to press against the patient when inflated, wherein said extent is from said first position to said second position; - one of said legs (16, 18) is shorter than the other leg that is thusly the longer leg; - said second position is located at the longer leg; and - the device further comprises a stability and comfort radial band pad installed on said inner side along the shorter leg.