mhurhangee/ep-ind-claims huggingface dataset:
Synchronizing device with a synchronizer body, a sliding sleeve, a gearwheel with coupling toothing (4.1) and a synchronizer ring which is displaceable between synchronizer body and coupling toothing (4.1) axially in and counter to the synchronization direction (s), characterized in that the synchronizer ring is fixed to the synchronizer body in a neutral position by means of a spring device, and bears on the synchronizer body under spring prestress in the neutral position, characterized in that the spring device has a spring arrangement which, by a first side (10.1), is supported in the direction of the synchronizer body in an effective manner in terms of spring force on a first stop element (11.1) provided on the synchronizer ring, and in that the first stop element (11.1) is arranged on the synchronizer body in an axially guided manner, characterized in that the first stop element (11.1) has a radially outwardly directed first sliding surface (13.1) with radial surface normals and the synchronizer body has a second sliding surface (13.2), on which the first sliding surface (13.1) of the first stop element (11.1) bears slidingly over an axial guide path (w).
Kit of dental instruments for intraoral scanning, said kit comprising at least an instrument for the left side lower arch (10, 100,1000) of the patient, at least an instrument for the right side lower arch of the patient, the latter being structurally mirrored with respect to said instrument for the left side lower arch of the patient, at least an instrument for the upper arch (50, 500, 5000) of the patient, said instruments each having one handle and two arms, said instruments for the lower arch each having a curved arm directed in lateral direction with respect to the handle and one curved arm directed in front direction, said instrument for the upper arch having the arms with one configured in right lateral direction and the other in left lateral direction, said lateral arms being adapted to open the cheeks wide and allow the sliding of a scanner on their body, said kit of dental instruments being characterized in that each of said instruments comprised therein is represented by a single body, meaning a monobloc.
A garment comprising: - a body of the garment having elasticity and intended to be worn by a user for adhering to a portion of the user's body; - a continuous and elastic framework realized on said body of the garment and comprising a plurality of anchoring portions and a plurality of active portions (20; 30; 40; 50), each intended to coincide with respective sectors of the user's body; said framework being structured so that when the garment is worn by the user and the latter carries out a motor activity, the active portions (20; 30; 40; 50) deform themselves following the deformation of the respective sectors of the user's body and the anchoring portions remain substantially unchanged; the framework being created with a resin, being placed on the inner side of the body of the garment and being in direct contact with the user's skin; said garment being characterised in that the body of the garment comprises a plurality of portions provided with more compact stitches than remaining parts of the body of the garment and intended to correspond with the anchoring portions and the active portions of the framework. - a body of the garment having elasticity and intended to be worn by a user for adhering to a portion of the user's body; - a continuous and elastic framework realized on said body of the garment and comprising a plurality of anchoring portions and a plurality of active portions (20; 30; 40; 50), each intended to coincide with respective sectors of the user's body;
A system for providing resistive heating to a body vessel, the system comprising: an elongate medical device having proximal and distal ends to a body vessel of a patient, wherein the medical device includes a resistive heating element disposed on the distal end of the heating device; wherein the resistive heating element comprises a metal material having thermistor properties, such that a resistance value of the resistive heating element will change as a function of a temperature of the resistive heating element; and a controller adapted for delivering a first power from a power source, the first power including a current, to the resistive heating element; determining the temperature of the resistive heating element as a function of the applied power; controlling the power applied to the resistive heating element to maintain the temperature of the heating element above a target temperature; determining a second power to apply to the resistive heating element to maintain the temperature of the heating element above the target temperature; detecting a power difference between the second power and the first power; determining that the detected power difference exceeds a threshold level; ceasing delivering of power in response to determining that the power difference exceeds a threshold level. an elongate medical device having proximal and distal ends to a body vessel of a patient, wherein the medical device includes a resistive heating element disposed on the distal end of the heating device; wherein the resistive heating element comprises a metal material having thermistor properties, such that a resistance value of the resistive heating element will change as a function of a temperature of the resistive heating element; and a controller adapted for delivering a first power from a power source, the first power including a current, to the resistive heating element; determining the temperature of the resistive heating element as a function of the applied power; controlling the power applied to the resistive heating element to maintain the temperature of the heating element above a target temperature; determining a second power to apply to the resistive heating element to maintain the temperature of the heating element above the target temperature; detecting a power difference between the second power and the first power; determining that the detected power difference exceeds a threshold level; ceasing delivering of power in response to determining that the power difference exceeds a threshold level.
A reversible electromagnetic contactor in which a pair of electromagnetic contactors (1a; 1b) are adjacently disposed such that respective operation display pieces (4a; 4b) which protrude on upper surfaces move in an identical direction at a time of a turn-on operation, and a reversible unit is attached so as to straddle the upper surfaces of the pair of electromagnetic contactors (1a; 1b), wherein the reversible unit includes a pair of interlock plates (11; 12) which are detachably connected to the operation display pieces (4a; 4b) of the pair of electromagnetic contactors (1a; 1b), a lock piece which is connected between the pair of interlock plates (11; 12), and a unit case which accommodates the pair of interlock plates (11; 12) and the lock piece, and is attached so as to straddle the upper surfaces of the pair of electromagnetic contactors (1a; 1b), the lock piece rotates in a first direction with a movement of one of the interlock plates (11; 12) in a turn-on operation of one of the electromagnetic contactors (1a; 1b) to prevent a movement of the other interlock plate (11; 12) and maintain a release operation of the other electromagnetic contactor (1a; 1b), and rotates in a second direction different from the first direction with the movement of the other interlock plate (11; 12) in a turn-on operation of the other electromagnetic contactor (1a; 1b) to prevent a movement of the one of the interlock plates (11; 12) and maintain a release operation of the one of the electromagnetic contactors (1a; 1b), characterized in that the unit case is provided with a lock piece display window which allows determination of the rotation of the lock piece in the first direction or the second direction.
A manufacturing machine for the production of capsules for smoking articles, in particular for filters, designed to contain a liquid to be used in the cooling of the smoke; wherein each capsule comprises a cup-shaped body, which is defined by a side wall and, at one end, by a bottom wall; the side wall has a longitudinal axis and delimits, with the bottom wall, a compartment, which is suitable for containing a predetermined amount of liquid; the capsule comprising a portion of the side wall at the end opposite the bottom wall, which defines a collar; the manufacturing machine comprises: - a moulding station for the cup-shaped bodies; - a first control station, which is arranged downstream of the moulding station to check the conformity of the collar or of the terminal end of the side wall opposite the collar; - a first transfer station for the cup-shaped bodies arranged downstream of the first control station, where the cup-shaped bodies are translated along their longitudinal axis so as to allow a second portion of the cup-shaped body to be inspected; and - a second control station, which is arranged downstream of the transfer station to check the conformity of the collar or of the terminal end of the side wall opposite the collar. - a moulding station for the cup-shaped bodies; - a first control station, which is arranged downstream of the moulding station to check the conformity of the collar or of the terminal end of the side wall opposite the collar; - a first transfer station for the cup-shaped bodies arranged downstream of the first control station, where the cup-shaped bodies are translated along their longitudinal axis so as to allow a second portion of the cup-shaped body to be inspected; and - a second control station, which is arranged downstream of the transfer station to check the conformity of the collar or of the terminal end of the side wall opposite the collar.
A sorbent dialysis apparatus comprising: a recharger for recharging a sorbent material for use in sorbent dialysis a sorbent cartridge through which dialysate passes in sorbent dialysis, said sorbent cartridge comprising two or more sorbent modules (512, 602) detachably connected to form the sorbent cartridge, at least one rechargeable sorbent module, containing a sorbent material for use in sorbent dialysis, being configured to be detached from the sorbent cartridge for connection to the recharger; and a fluid source configured to contain at least one recharging fluid, wherein the fluid source is fluidly connectable to the at least one rechargeable sorbent module (512, 602) containing a sorbent material for use in sorbent dialysis; and a fluid flow path fluidly connecting the fluid source and the rechargeable sorbent module; wherein the recharging fluid flows from the fluid source into an inlet of the rechargeable sorbent module, and then out of an outlet of the rechargeable sorbent module in the fluid flow path; wherein the or each rechargeable sorbent module contains only one of either zirconium phosphate or zirconium oxide. a recharger for recharging a sorbent material for use in sorbent dialysis a sorbent cartridge through which dialysate passes in sorbent dialysis, said sorbent cartridge comprising two or more sorbent modules (512, 602) detachably connected to form the sorbent cartridge, at least one rechargeable sorbent module, containing a sorbent material for use in sorbent dialysis, being configured to be detached from the sorbent cartridge for connection to the recharger; and a fluid source configured to contain at least one recharging fluid, wherein the fluid source is fluidly connectable to the at least one rechargeable sorbent module (512, 602) containing a sorbent material for use in sorbent dialysis; and a fluid flow path fluidly connecting the fluid source and the rechargeable sorbent module; wherein the recharging fluid flows from the fluid source into an inlet of the rechargeable sorbent module, and then out of an outlet of the rechargeable sorbent module in the fluid flow path; wherein the or each rechargeable sorbent module contains only one of either zirconium phosphate or zirconium oxide.
A method for identifying a nuclear explosion by radioactive isotopes of krypton and xenon, characterized by measuring, at time t after an event, signals A i (t) describing a change in total activity of each of said isotopes in the atmosphere near a measuring station; building relations between isotope activities and time with no account taken of separation and relations of isotope activities drawn from measured points in reverse time for all fission types under consideration; determining a separation interval [t H, t K]; setting a time grid within the separation interval [t H, t K]; forming fission type combinations; calculating t q for each grid node within the separation interval and for each combination a two-dimensional signal A describing values of "specific" activities of each isotope against the separation time t q and measuring time t and potential source (of fissionable material and neutron energy); setting root-mean-square values σ(Ã i (t)) for errors in measured signals Ã i (t) and errors σ(a ij (t q,t)) in the two-dimensional signal elements {a i;j (t q,t)}; setting quantities γ 1,γ 2 defining accuracy of signal estimates pN ^ j; identifying a nuclear explosion by means of forming a signal J 1 defining accuracy of a solution, which is obtained from a sum of squares of difference between signals A i (t) and products obtained by multiplying lines of a two-dimensional signal {a ij (t q,t)} by values of pN ^ j signals, and a signal J 2 defining a type of a pN ^ j signal; forming limitation signals and a target signal (target function) from the signals J 1 and J 2 in the set combinations; and finding, with the use of an iteration process and subject to specifying at each iteration, two-dimensional signal values {a ij (t q,t)} for elements of the pN ^ j signal; determining, according to the elements of the pN ^ j signal, point estimates for activity contributions of each possible fission type to total activity; selecting an optimal combination of fission types according to a sum of discrepancy squares.
A portable drug delivery device (300, 400) comprising: - a device main portion, - a clip (360, 460) comprising a base portion mounted to a portion of the drug delivery device, and a flexible clip main portion with a free end, - a drug-filled cartridge or means for receiving a drug-filled cartridge, the cartridge comprising an axially displaceable piston and a distal outlet portion, - drug expelling means comprising: - dose setting means (340, 440) allowing a user to set the size of a dose of drug to be expelled, and - a piston rod adapted to move the piston of a cartridge in a distal direction to thereby expel drug from the cartridge, and - electronic circuitry comprising sensor means (432, 472) adapted to detect an event related to setting or expelling a dose of drug, and - a display (374, 474) adapted to display a dose-related value, characterized in that at least a portion of the display is arranged in the flexible clip main portion. - a device main portion, - a clip (360, 460) comprising a base portion mounted to a portion of the drug delivery device, and a flexible clip main portion with a free end, - a drug-filled cartridge or means for receiving a drug-filled cartridge, the cartridge comprising an axially displaceable piston and a distal outlet portion, - drug expelling means comprising: - dose setting means (340, 440) allowing a user to set the size of a dose of drug to be expelled, and - a piston rod adapted to move the piston of a cartridge in a distal direction to thereby expel drug from the cartridge, and - dose setting means (340, 440) allowing a user to set the size of a dose of drug to be expelled, and - a piston rod adapted to move the piston of a cartridge in a distal direction to thereby expel drug from the cartridge, and - electronic circuitry comprising sensor means (432, 472) adapted to detect an event related to setting or expelling a dose of drug, and - a display (374, 474) adapted to display a dose-related value, characterized in that at least a portion of the display is arranged in the flexible clip main portion.
A method for manufacturing a box for the transportation of one or several product(s), said box comprising a bottom, at least one wafer and a cover, the method comprising the following steps: - providing a first plate, a second plate and a third plate, - forming at least one recess in the second plate, - placing one or several product(s) in the recess of the second plate, and - fixing the second plate between the first plate and the third plate so as to cover the recess, the method being characterized in that: the second plate is multilayered and in that it comprises at least two sheets, the method further comprising a step during which the sheets forming the second plate are assembled together. - providing a first plate, a second plate and a third plate, - forming at least one recess in the second plate, - placing one or several product(s) in the recess of the second plate, and - fixing the second plate between the first plate and the third plate so as to cover the recess,
A flexible track machining device comprising: a rail to conform to a rail-side surface of a workpiece; a vacuum cup for removable connection between the rail and the rail-side surface of a workpiece, the vacuum cup comprising: an inner surface of the vacuum cup; an outer surface of the vacuum cup; a plurality of pads (14, 16) comprising resilient material, wherein the area between each pad and the rail-side surface of the workpiece defines a zone; a plurality of stiffener elements (26, 28), wherein the stiffener elements are attachable to the rail; and a tool carried on the rail; wherein the flexible track machining device is characterised in that: the plurality of pads (14, 16) are joined into a contiguous whole; the vacuum cup includes an array of zones corresponding to the plurality of pads; at least one of the plurality of stiffening elements (26, 28) is embedded at least partially within each respective one of the pads (14, 16); and in that the vacuum cup further comprises: a resilient peripheral seal, joined to the pads (14, 16) and surrounding the periphery of the array of zones. a rail to conform to a rail-side surface of a workpiece; a vacuum cup for removable connection between the rail and the rail-side surface of a workpiece, the vacuum cup comprising: an inner surface of the vacuum cup; an outer surface of the vacuum cup; a plurality of pads (14, 16) comprising resilient material, an inner surface of the vacuum cup; an outer surface of the vacuum cup; a plurality of pads (14, 16) comprising resilient material, wherein the area between each pad and the rail-side surface of the workpiece defines a zone; a plurality of stiffener elements (26, 28), wherein the stiffener elements are attachable to the rail; and a tool carried on the rail; wherein the flexible track machining device is characterised in that: the plurality of pads (14, 16) are joined into a contiguous whole; the vacuum cup includes an array of zones corresponding to the plurality of pads; at least one of the plurality of stiffening elements (26, 28) is embedded at least partially within each respective one of the pads (14, 16); and in that the vacuum cup further comprises: the plurality of pads (14, 16) are joined into a contiguous whole; the vacuum cup includes an array of zones corresponding to the plurality of pads; at least one of the plurality of stiffening elements (26, 28) is embedded at least partially within each respective one of the pads (14, 16); and in that the vacuum cup further comprises: a resilient peripheral seal, joined to the pads (14, 16) and surrounding the periphery of the array of zones.
A method for controlling the use of transmission resources, comprising: - checking (208, 211) whether quality of service requirements of a first connection can still be guaranteed when transmission resources for a transmission between a first entity and a second entity are jointly used by said first connection and a second connection, and - controlling the use of at least one portion of said transmission resources by said first connection, accordingly, characterised in that said checking and controlling is performed prior to or during an establishment phase of said first connection, regardless if a second connection will ever be established or not. - checking (208, 211) whether quality of service requirements of a first connection can still be guaranteed when transmission resources for a transmission between a first entity and a second entity are jointly used by said first connection and a second connection, and - controlling the use of at least one portion of said transmission resources by said first connection, accordingly, characterised in that said checking and controlling is performed prior to or during an establishment phase of said first connection, regardless if a second connection will ever be established or not.
Clamping apparatus (2, 102, 202) for clamping two or more items (24, 26) together in use, said clamping apparatus (2, 102, 202) including at least one clamping member having an inwardly facing surface, or an inner surface arranged to be brought into contact, directly or indirectly, with an outer surface of at least one of the items (24, 26) being clamped in use, and characterised in that thermal insulating means are integral with or provided as a continuous layer or coating on the entire inwardly facing surface or inner surface of the at least one clamping member.
Device for automatically detecting characteristics of an ophthalmic lens, said device including a support conformed for receiving an ophthalmic lens and, on respective opposite sides of said support, firstly, illumination means including an optical system for generating a light beam directed toward a lens installed on said support and, secondly, analysis means for analyzing the image transmitted by said lens installed on said support, which device is characterized in that said optical system is adapted to define two switchable optical paths (112, 113) directed toward the lens for said light beam and in that a mask forming a Hartmann matrix is placed on only one of the paths, at a location such that it occupies a predetermined position relative to an optical axis of said analysis means.
A heterocyclic compound represented by Chemical Formula 2 below: wherein in Chemical Formula 2, A is CH 2 or NR 31; R 31 is selected from hydrogen, (C1-C7)alkyl, (C1-C7)alkylcarbonyl, and (C3-C6)cycloalkylcarbonyl; and R 2 is benzyl, and the benzyl of R 2 may be further substituted with halogen, (C1-C7)alkyl, or 5- or 6-membered heterocycloalkyl. A is CH 2 or NR 31; R 31 is selected from hydrogen, (C1-C7)alkyl, (C1-C7)alkylcarbonyl, and (C3-C6)cycloalkylcarbonyl; and R 2 is benzyl, and the benzyl of R 2 may be further substituted with halogen, (C1-C7)alkyl, or 5- or 6-membered heterocycloalkyl.
A method for synchronizing a femto cell with a macro cell, the method comprising: receiving a macro cell forward link signal from a macro cell at a forward link receiver in the femto cell; and synchronizing a transmission timing of the femto cell with a transmission timing of the macro cell in reliance on the macro cell forward link signal; wherein a synchronization timing derived at the femto cell from the macro cell forward link signal is shifted in time due to a propagation delay from the macro cell to the femto cell, and wherein the propagation delay is computed from known locations of the macro cell and the femto cell. receiving a macro cell forward link signal from a macro cell at a forward link receiver in the femto cell; and synchronizing a transmission timing of the femto cell with a transmission timing of the macro cell in reliance on the macro cell forward link signal; wherein a synchronization timing derived at the femto cell from the macro cell forward link signal is shifted in time due to a propagation delay from the macro cell to the femto cell, and wherein the propagation delay is computed from known locations of the macro cell and the femto cell.
A polyamine selected from the group consisting of N,N'-diaminopropyl-2-methyl-cyclohexane-1,3-diamine and N,N'-diaminopropyl-4-methylcyclohexane-1,3-diamine.