mhurhangee/ep-ind-claims huggingface dataset:
Multiple disc clutch, in particular double disc clutch, for coupling a drive shaft of a motor vehicle engine to at least one transmission input shaft (16, 18), in particular for a double clutch, having a counterplate for the introduction of a torque from the drive shaft, a clutch disc for the output of the torque to the transmission input shaft (16, 18), the clutch disc having a first lining ring for the frictionally locking transmission of torque and a second lining ring which can be moved axially relative to the first lining ring for the frictionally locking transmission of torque, an intermediate plate which can be moved axially relative to the counterplate, the intermediate plate being arranged in the axial direction between the first lining ring and the second lining ring, and a pressure plate which can be moved axially relative to the counterplate by an actuating element for pressing the clutch disc in a frictionally locking manner, the first lining ring being arranged in the axial direction between the pressure plate and the intermediate plate, and the second lining ring being arranged between the intermediate plate and the counterplate, a number of n intermediate plates and a number of n+1 lining rings (28, 30) being provided, the movement of the intermediate plate in the axial direction being coupled to the movement of the pressure plate via a coupling mechanism in the axial direction, characterized in that, at least in a part section between an open position of the pressure plate, which open position corresponds to the open position of the multiple disc clutch, and a maximum closed position of the pressure plate, which maximum closed position corresponds to the closed position of the multiple disc clutch in the case of worn lining rings (28, 30), an actual travel transmission ratio i(s A) of the axial movement of the pressure plate to the axial movement of the intermediate plate which is furthest away in the axial direction from the pressure plate differs from i(s A) = n+1 in the case of an axial position s A of the pressure plate, and/or an actual travel transmission ratio i(s A) j of the axial movement of the pressure plate to the axial movement of a j-th intermediate plate differs from i(s A) j = (n+1)/j in the case of an axial position s A of the pressure plate, where j is counted from the counterplate in the direction of the pressure plate.
Apparatus for exerting torque on an object, having at least one rotating mass rotatably mounted about an axis of rotation and a drive for driving the rotating mass, and also a supporting means for supporting the rotating mass on the object, which permits a change in the alignment of the axis of rotation relative to the object, a coupling means acting on the supporting means being provided, by means of which the at least one rotatably mounted rotating mass can optionally be coupled to the object or uncoupled from the object, characterized in that at least one body having six rotating masses is provided and is supported cardanically relative to the object by the supporting means, in each case two rotating masses being rotatable in opposite directions about the same axis of rotation.
A system for performing droplet inflation, comprising at least one microfluidic channel; a fluid reservoir, an inflator associated with the fluid reservoir, more than one inflator nozzles associated with the inflator, the inflator being connected to and in communication with the microfluidic channel at a different inflation interface for each inflator nozzle, wherein the at least one microfluidic channel comprises one or more droplets flowing therein, wherein one or both sides of the microfluidic channel comprise a region of expansion at the inflation interfaces such that a cross-sectional area of the microfluidic channel at the inflation interface expands to accommodate inflated droplets, and wherein each fluid reservoir, inflator and inflator nozzle comprise at least one fluid therein (inflation fluid); and multiple electrode pairs (161A/B, 162A/B, 163A/B) that control interface disruption at the inflation interface.
A method, implemented in an end-user communication device of a messaging system, comprising, responsive to a request to add one or more new recipients in a reply to a message of a chain of messages of the message conversation: identifying one or more attachments to at least one message of the chain of messages of the message conversation; displaying identifiers of the one or more attachments on a display of the end-user communication device; displaying an option to forward one or more of the identified attachments to the one or more new recipients; and responsive to selection of one or more identified attachments: retrieving the one or more selected attachments; inserting the one or more selected attachments into a message addressed to the one or more new recipients; and sending the message to the one or more new recipient. identifying one or more attachments to at least one message of the chain of messages of the message conversation; displaying identifiers of the one or more attachments on a display of the end-user communication device; displaying an option to forward one or more of the identified attachments to the one or more new recipients; and responsive to selection of one or more identified attachments: retrieving the one or more selected attachments; inserting the one or more selected attachments into a message addressed to the one or more new recipients; and sending the message to the one or more new recipient. retrieving the one or more selected attachments; inserting the one or more selected attachments into a message addressed to the one or more new recipients; and sending the message to the one or more new recipient.
A zinc finger protein that modulates expression of neurotrophic factor 3 (NT-3) for use in the treatment or prevention of a condition characterised by neuropathy, wherein the zinc finger protein is a six finger zinc protein comprising the recognition helices shown in a row of the table below: F6 F5 F4 F3 F2 F1 QSGHLSR (SEQ ID NO:3) DRSDLSR (SEQID NO: 4) DSSARKK (SEQ ID NO:5) RSDHLST (SEQ ID NO:6) RSDDRKT (SEQ ID MO:7) QSSHLTR (SEQ ID NO:8) QSGHLSR (SEQ ID NO: 3) DRSDLSR (SEQ ID NO:4) DSSARKK (SEQ ID NO:5) RSDHLST (SEQ ID NO:6) RPDDRNQ (SEQ ID NO:9) QSSHLTR (SEQ ID NO:8) QSGHLSR (SEQ ID NO:3) DRSDLSR (SEQ ID NO:4) DSSARKK (SEQ ID NO:5) RSDHLST (SEQ ID NO:6) RKDCRTQ (SEQ ID NO:10) QSSHLTR (SEQ ID NO:8) QSGHLSR (SEQ ID NO:3) DRSDLSR (SEQ ID NO:4) DSSARKK (SEQ ID NO:5) RSDHLST (SEQ ID NO:6) RHDVLAS (SEQ ID NO:11) QSSHLTR (SEQ ID NO:8) QSGHLSR (SEQ ID NO:3) DRSDLSR (SEQ ID NO:4) DSSARKK (SEQ ID NO:5) RSDHLST (SEQ ID NO:6) RQDVRLA (SEQ ID NO:12) QSSHLTR (SEQ ID NO:8) QSGHLSR (SEQ ID NO:3) QPSMLRR (SEQ ID NO:13) DSSARKK (SEQ ID NO:5) RSDHLST (SEQ ID NO:6) RSDDRKT (SEQ ID NO:7) QSSHLTR (SEQ ID NO:8) QSGHLSR (SEQ ID NO:3) TAHERTR (SEQ ID NO:14) DSSARKK (SEQ ID NO:5) RSDHLST (SEQ ID NO:6) RSDDRKT (SEQ ID NO:7) QSSHLTR (SEQ ID NO:8) QSGHLSR (SEQ ID NO:3) RRPDLTR (SEQ ID NO:15) DSSARKK (SEQ ID NO:5) RSDHLST (SEQ ID NO:6) RSDDRKT (SEQ ID NO:7) QSSHLTR (SEQ ID NO:8) QSGHLSR (SEQ ID NO:3) DRSDLSR (SEQ ID NO:4) DGNTRRR (SEQ ID NO: 16) RSSHLST (SEQ ID NO:85) RSDDRKT (SEQ ID NO:7) QSSHLTR (SEQ ID NO:8) QSGHLSR (SEQ ID NO:3) DRSDLSR (SEQ ID NO:4) DVSGRRA (SEQ ID NO:17) RSSHLST (SEQ ID NO:85) RSDDRKT (SEQ ID NO:7) QSSHLTR (SEQ ID NO:8) QSGHLSR (SEQ ID NO:3) DRSDLSR (SEQ ID NO:4) DPNTLRR (SEQ ID NO:18) RSSHLST (SEQ ID NO:85) RSDDRKT (SEQ ID NO:7) QSSHLTR (SEQ ID NO:8) QSGHLSR (SEQ ID NO:3) DRSDLSR (SEQ ID NO:4) WPQSRQR (SEQ ID NO:19) RSDHLSS (SEQ ID NO:86) RSDDRKT (SEQ ID NO:7) QSSHLTR (SEQ ID NO:8)
A sealed arc lamp comprising: a cathode, an anode, a window, and a reflector for reflecting light towards the window, and being formed of a front assembly and a back assembly joined together, one of the assemblies including the cathode and the other assembly including the anode; a sleeve portion securing a single strut at one end of the strut with the strut extending into a sealed gaseous atmosphere of the lamp, and where the single strut positions the cathode; and a mating weld ring comprising a rear weld ring mounted to a front end of the back assembly and a front weld ring mounted to a rear end of the front assembly, the mating weld ring being configured to seal the lamp and connect front and back subassemblies by welding adjoining edges of the rear and front weld rings, axially and radially aligning one with the other of the anode and the cathode, the front and rear weld rings being concentrically aligned, wherein the reflector comprises a reflector cavity of a metal body of the back subassembly, and the front weld ring, which is brazed to an insulating spacer, fits over the rear weld ring which is brazed to a metal base 1308 of the back assembly, the insulating spacer configured to electrically isolate the anode from the cathode. a cathode, an anode, a window, and a reflector for reflecting light towards the window, and being formed of a front assembly and a back assembly joined together, one of the assemblies including the cathode and the other assembly including the anode; a sleeve portion securing a single strut at one end of the strut with the strut extending into a sealed gaseous atmosphere of the lamp, and where the single strut positions the cathode; and a mating weld ring comprising a rear weld ring mounted to a front end of the back assembly and a front weld ring mounted to a rear end of the front assembly, the mating weld ring being configured to seal the lamp and connect front and back subassemblies by welding adjoining edges of the rear and front weld rings, axially and radially aligning one with the other of the anode and the cathode, the front and rear weld rings being concentrically aligned, wherein the reflector comprises a reflector cavity of a metal body of the back subassembly, and the front weld ring, which is brazed to an insulating spacer, fits over the rear weld ring which is brazed to a metal base 1308 of the back assembly, the insulating spacer configured to electrically isolate the anode from the cathode.
A propulsion device comprising: - a body arranged to accommodate a passenger, wherein said body has a substantially flat platform having a lower face and an upper face on which a passenger can take place; - a thrust group cooperating with said body, wherein said group is suitable to be supplied with pressurized fluid and comprises at least one main nozzle (12a, 12b) being fixed to the platform without having any degree of freedom and oriented along an axis substantially perpendicular to said lower face; - means for collecting and distributing (14a, 14b, 18a, 18b) the pressurized fluid to the at least one main nozzle having an arm arranged to cooperate with one of the at least one main nozzle and supply it with a pressurized fluid; said device being characterized in that said at least one main nozzle is fixed to said lower face of said platform, and in that said arm is also arranged to allow free rotation about an axis substantially parallel to that of said arm (14a, 14b). - a body arranged to accommodate a passenger, wherein said body has a substantially flat platform having a lower face and an upper face on which a passenger can take place; - a thrust group cooperating with said body, wherein said group is suitable to be supplied with pressurized fluid and comprises at least one main nozzle (12a, 12b) being fixed to the platform without having any degree of freedom and oriented along an axis substantially perpendicular to said lower face; - means for collecting and distributing (14a, 14b, 18a, 18b) the pressurized fluid to the at least one main nozzle having an arm arranged to cooperate with one of the at least one main nozzle and supply it with a pressurized fluid;
A method for treating hard water for use in a cleaning application using an acid regenerated ion exchange resin comprising: contacting a hard water source for use in a dilution system or a ware wash machine with a water treatment composition, wherein the water treatment composition comprises at least one ion exchange resin, wherein the ion exchange resin generates a treated water source by exchanging protons on said resin for dissolved cations including water hardness ions and total dissolved solids in said water source, wherein said ion exchange resin is an acid form or in an inert metal form, and wherein said ion exchange resin is regenerated using an acid; generating the treated water source within a ware wash machine; and providing the treated water source to a chamber into which articles are placed for cleaning; wherein the treated water source is a softened, acidic and low total dissolved solids water having a hardness level of less than 34.24 mg/L (2 grains) and a pH less than 6, measuring pH and/or proton concentration and/or total dissolved solids within the water treatment composition, hard water source and/or treated water source; and triggering an event as a result of the obtained measurement, wherein the triggered event is the variation of a wash agent addition to the treated water source. contacting a hard water source for use in a dilution system or a ware wash machine with a water treatment composition, wherein the water treatment composition comprises at least one ion exchange resin, wherein the ion exchange resin generates a treated water source by exchanging protons on said resin for dissolved cations including water hardness ions and total dissolved solids in said water source, wherein said ion exchange resin is an acid form or in an inert metal form, and wherein said ion exchange resin is regenerated using an acid; generating the treated water source within a ware wash machine; and providing the treated water source to a chamber into which articles are placed for cleaning; wherein the treated water source is a softened, acidic and low total dissolved solids water having a hardness level of less than 34.24 mg/L (2 grains) and a pH less than 6, measuring pH and/or proton concentration and/or total dissolved solids within the water treatment composition, hard water source and/or treated water source; and triggering an event as a result of the obtained measurement, wherein the triggered event is the variation of a wash agent addition to the treated water source.
A device (4, 24, 50) for performing cardiopulmonary resuscitation comprising: a backboard (8, 32, 51); a motor and a drive spool (15, 34) housed within the backboard, wherein the motor is operably secured to the drive spool; a piston support frame having two legs (7L, 7R, 31A, 31B) supporting a housing, the piston support frame secured to the backboard forming a channel between the two legs, the backboard and the housing to accommodate a patient; a piston operably housed within the housing; a belt (14, 52) enclosed within the backboard and the piston support frame, the belt is operably secured to the drive spool and to the piston; wherein actuation of the motor results in cyclic rotation and counter-rotation of the motor and corresponding winding and unwinding of the belt on the drive spool to effectuate cyclic extension and retraction of the piston to perform mechanical cardiopulmonary resuscitation. a backboard (8, 32, 51); a motor and a drive spool (15, 34) housed within the backboard, wherein the motor is operably secured to the drive spool; a piston support frame having two legs (7L, 7R, 31A, 31B) supporting a housing, the piston support frame secured to the backboard forming a channel between the two legs, the backboard and the housing to accommodate a patient; a piston operably housed within the housing; a belt (14, 52) enclosed within the backboard and the piston support frame, the belt is operably secured to the drive spool and to the piston; wherein actuation of the motor results in cyclic rotation and counter-rotation of the motor and corresponding winding and unwinding of the belt on the drive spool to effectuate cyclic extension and retraction of the piston to perform mechanical cardiopulmonary resuscitation.
A system for treating acne, comprising a transducer probe configured to deliver unfocused or defocused ultrasound energy to a region of interest arranged at a depth of 1 micron to 10 millimeters below the skin surface; wherein the system is configured to keep the thermal dose below a level where ablation or coagulation occurs; and wherein the system is configured to heat the region of interest so as to raise the temperature to a level where proteins within the region of interest are denatured, or initiate programmed cell death of bacteria cells that contribute to acne in the area.
A hair treatment composition comprising (i) a polymorph of calcium carbonate; (ii) a water-soluble compound of calcium; and (iii) a suitable carrier wherein said polymorph is at least one of calcite, vaterite or aragonite and wherein particle size of said polymorph is 1 μm to 10 μm. (i) a polymorph of calcium carbonate; (ii) a water-soluble compound of calcium; and (iii) a suitable carrier
A leadless pacemaker device configured to provide for an intra-cardiac pacing, the leadless pacemaker device comprising: a processing circuitry configured to generate ventricular pacing signals for stimulating ventricular, and a reception device for receiving a sensing signal indicative of an atrial activity, wherein the processing circuitry is configured to determine an atrial sense rate of atrial events (As) derived from said sensing signal, wherein in case an atrial sense rate is determined, the processing circuitry is further configured to - determine a ventricular pacing rate according to the atrial sense rate based on a calculated atrial-ventricular delay, - generating at least one ventricular pacing signal at the ventricular pacing rate, - determine a calculated ventricular-atrial delay (VA calc) indicative of a time delay at which an atrial event (As) is predicted to occur following a prior ventricular event (Vs), - measure a true occurrence of a time delay (VA true) at which an atrial event (As) occurs following a prior ventricular event (Vs) and determine a correction value based on a timing relation between VA true and the calculated ventricular-atrial delay (VA calc) - adjust said ventricular pacing rate based on the correction value. a processing circuitry configured to generate ventricular pacing signals for stimulating ventricular, and a reception device for receiving a sensing signal indicative of an atrial activity, wherein the processing circuitry is configured to determine an atrial sense rate of atrial events (As) derived from said sensing signal, wherein in case an atrial sense rate is determined, the processing circuitry is further configured to - determine a ventricular pacing rate according to the atrial sense rate based on a calculated atrial-ventricular delay, - generating at least one ventricular pacing signal at the ventricular pacing rate, - determine a calculated ventricular-atrial delay (VA calc) indicative of a time delay at which an atrial event (As) is predicted to occur following a prior ventricular event (Vs), - measure a true occurrence of a time delay (VA true) at which an atrial event (As) occurs following a prior ventricular event (Vs) and determine a correction value based on a timing relation between VA true and the calculated ventricular-atrial delay (VA calc) - adjust said ventricular pacing rate based on the correction value. - determine a ventricular pacing rate according to the atrial sense rate based on a calculated atrial-ventricular delay, - generating at least one ventricular pacing signal at the ventricular pacing rate, - determine a calculated ventricular-atrial delay (VA calc) indicative of a time delay at which an atrial event (As) is predicted to occur following a prior ventricular event (Vs), - measure a true occurrence of a time delay (VA true) at which an atrial event (As) occurs following a prior ventricular event (Vs) and determine a correction value based on a timing relation between VA true and the calculated ventricular-atrial delay (VA calc) - adjust said ventricular pacing rate based on the correction value.
An engine comprising: a crankcase configured to accommodate a crankshaft; a cylinder body coupled to the crankcase; a cylinder head coupled to the cylinder body; a cylinder head cover coupled to the cylinder head; and a camshaft disposed in a space between the cylinder head and the cylinder head cover, the cylinder head including a recessed portion formed on a cylinder head cover side end of the cylinder head, and the camshaft being roughly entirely positioned inside the recessed portion in a side view of the cylinder head, characterized by the cylinder head cover including a cover main body, a convex portion, a first rib, a second rib and a third rib, the cover main body covering the cylinder head, the convex portion fitted into the recessed portion, the convex portion protruded from the cover main body towards the cylinder head, the convex portion integrally formed with the cover main body, the first rib extended in a first direction, the first rib formed on an outer lateral surface of the cover main body along a boundary between the cover main body and the convex portion, the second and third ribs connected on the outer lateral surface to the first rib on an opposite side of the convex portion through the first rib. a crankcase configured to accommodate a crankshaft; a cylinder body coupled to the crankcase; a cylinder head coupled to the cylinder body; a cylinder head cover coupled to the cylinder head; and a camshaft disposed in a space between the cylinder head and the cylinder head cover, the cylinder head including a recessed portion formed on a cylinder head cover side end of the cylinder head, and the camshaft being roughly entirely positioned inside the recessed portion in a side view of the cylinder head, characterized by the cylinder head cover including a cover main body, a convex portion, a first rib, a second rib and a third rib, the cover main body covering the cylinder head, the convex portion fitted into the recessed portion, the convex portion protruded from the cover main body towards the cylinder head, the convex portion integrally formed with the cover main body, the first rib extended in a first direction, the first rib formed on an outer lateral surface of the cover main body along a boundary between the cover main body and the convex portion, the second and third ribs connected on the outer lateral surface to the first rib on an opposite side of the convex portion through the first rib.