mhurhangee/ep-ind-claims huggingface dataset:
A climb assist system comprising: an upper pulley assembly configured and arranged to be coupled to an upper rung of a ladder, the upper pulley assembly further configured to route an endless looped member about different sides of the ladder; a lower pulley assembly configured and arranged to be coupled to a lower rung of a ladder, the lower pulley assembly further configured to route the endless looped member about different sides of the ladder to the upper pulley assembly; a tension assembly including a drive pulley; a tension pulley; and a tension adjustment system; and a drive assembly having a drive shaft, the drive assembly configured to rotate the drive shaft, the drive pulley in rotational communication with the drive assembly; characterised in that, said tension assembly including a drive pulley having a first drive pulley channel and a second drive pulley channel; said tension pulley having a first tension pulley channel and a second tension pulley channel, the second tension pulley channel being aligned with the first drive pulley channel, the first drive pulley channel and the second drive pulley channel of the drive pulley and the first tension pulley channel and a second tension pulley channel of the tension pulley configured and arranged to engage and route the endless looped member; and said tension adjustment system being coupled to adjust the distance between the drive pulley and the tension pulley. an upper pulley assembly configured and arranged to be coupled to an upper rung of a ladder, the upper pulley assembly further configured to route an endless looped member about different sides of the ladder; a lower pulley assembly configured and arranged to be coupled to a lower rung of a ladder, the lower pulley assembly further configured to route the endless looped member about different sides of the ladder to the upper pulley assembly; a tension assembly including a drive pulley; a tension pulley; and a tension adjustment system; and a drive assembly having a drive shaft, the drive assembly configured to rotate the drive shaft, the drive pulley in rotational communication with the drive assembly; characterised in that, said tension assembly including a drive pulley having a first drive pulley channel and a second drive pulley channel; said tension pulley having a first tension pulley channel and a second tension pulley channel, the second tension pulley channel being aligned with the first drive pulley channel, the first drive pulley channel and the second drive pulley channel of the drive pulley and the first tension pulley channel and a second tension pulley channel of the tension pulley configured and arranged to engage and route the endless looped member; and said tension adjustment system being coupled to adjust the distance between the drive pulley and the tension pulley.
A metal compound represented by the following formula: wherein X 1 and X 2 each independently represent a sulfur atom or an oxygen atom; R 1 is a divalent organic group; R 2 is -CH 2 (C=O)O-; m represents an integer of 0 or not less than 1; M represents a lanthanoid atom or a Ba atom; n represents the valence of M; p represents an integer of 1 to n; Y represents a monovalent inorganic or organic group; when n-p is not less than 2, a plurality of Y's each independently represent a monovalent inorganic or organic group; and when n-p is not less than 2, the plurality of Y's may be bonded with each other to form a ring containing M. wherein X 1 and X 2 each independently represent a sulfur atom or an oxygen atom; R 1 is a divalent organic group; R 2 is -CH 2 (C=O)O-; m represents an integer of 0 or not less than 1; M represents a lanthanoid atom or a Ba atom; n represents the valence of M; p represents an integer of 1 to n; Y represents a monovalent inorganic or organic group; when n-p is not less than 2, a plurality of Y's each independently represent a monovalent inorganic or organic group; and when n-p is not less than 2, the plurality of Y's may be bonded with each other to form a ring containing M.
A roller for conveying and/or processing fibrous webs, preliminary batts, batts, nonwovens or nonwoven materials, comprising: a substantially cylindrical roller main body made of metal and having an outer first lateral surface, a first end section and a second end section, which lies opposite the first end section in a longitudinal direction of the roller main body; and a covering layer made of a fibre composite material; wherein the covering layer completely surrounds the first lateral surface of the roller main body in a circumferential direction of the roller main body; characterized in that a first edge region of the covering layer extends beyond the first end section of the roller main body, is folded over inwards and is fixed in relation to the roller main body. a substantially cylindrical roller main body made of metal and having an outer first lateral surface, a first end section and a second end section, which lies opposite the first end section in a longitudinal direction of the roller main body; and a covering layer made of a fibre composite material; wherein the covering layer completely surrounds the first lateral surface of the roller main body in a circumferential direction of the roller main body; characterized in that a first edge region of the covering layer extends beyond the first end section of the roller main body, is folded over inwards and is fixed in relation to the roller main body.
Cutting unit for cutting a cutting-resistant lightweight concrete cake, in particular a cellular or foamed concrete cake, into lightweight concrete mouldings, in particular cellular or foamed concrete mouldings, having a) means (15; 16) for transporting the lightweight concrete cake in a horizontal cake transport direction, b) a cross-cutting device for cross-cutting the lightweight concrete cake in such a way that cross-cutting gaps perpendicular to the cake transport direction are produced, c) a longitudinal-cutting device for longitudinally cutting the lightweight concrete cake in such a way that vertical longitudinal-cutting gaps parallel to the cake transport direction are produced, wherein the longitudinal-cutting device is arranged downstream of the cross-cutting device in the cake transport direction and has a longitudinal-cutting frame with at least one longitudinal-cutting wire, d) a rear pushing device and a front pushing device, as seen in the cake transport direction, for pushing together the cross-cut lightweight concrete cake prior to the longitudinal cutting in such a way that the cross-cutting gaps are closed, wherein, as seen in the cake transport direction, the rear pushing device is connected to drive means (39a-c) such that it can be driven back and forth from a rear end position into a front end position, and vice versa, wherein, as seen in the cake transport direction, the rear pushing device in its rear end position is arranged upstream of the cross-cutting device at the front cross-cutting device end, and the rear pushing device has components (36; 38a; 38b) which are arranged within the movement path of the lightweight concrete cake during the pushing operation, wherein the components (36; 38a; 38b) can be moved out of and into the movement path of the lightweight concrete cake, wherein the rear pushing device is movable counter to the cake transport direction while it is situated completely outside of the movement path of the lightweight concrete cake. a) means (15; 16) for transporting the lightweight concrete cake in a horizontal cake transport direction, b) a cross-cutting device for cross-cutting the lightweight concrete cake in such a way that cross-cutting gaps perpendicular to the cake transport direction are produced, c) a longitudinal-cutting device for longitudinally cutting the lightweight concrete cake in such a way that vertical longitudinal-cutting gaps parallel to the cake transport direction are produced, wherein the longitudinal-cutting device is arranged downstream of the cross-cutting device in the cake transport direction and has a longitudinal-cutting frame with at least one longitudinal-cutting wire, d) a rear pushing device and a front pushing device, as seen in the cake transport direction, for pushing together the cross-cut lightweight concrete cake prior to the longitudinal cutting in such a way that the cross-cutting gaps are closed, wherein, as seen in the cake transport direction, the rear pushing device is connected to drive means (39a-c) such that it can be driven back and forth from a rear end position into a front end position, and vice versa,
A compound of formula and mesomers thereof: Wherein M +/- is a common counter ion, k is an integer of from 0 to 6, q is an integer of from 1 to 6, R 1 is H or an alkyl, aryl or substituted alkyl or substituted aryl group, R 2 is H, alkyl or substituted alkyl group, halogen, carboxy, carboxamide, hydroxy- or alkoxy group, or R 2 together with R 1 or R 5 is a carbon or heterosubstituted chain forming a ring, R 3 is H, alkyl or substituted alkyl group, halogen, carboxy, carboxamide, hydroxy- or alkoxy group or R 3 together with R 4 or R 6 is a carbon or heterosubstituted chain forming a ring, R 4 is H or an alkyl, aryl or substituted alkyl or substituted aryl group, R 5 and R 6 are H, alkyl or substituted alkyl group, halogen, hydroxy- or alkoxy group, R 8 is H, halogen, hydroxy- or alkoxy group, alkyl or substituted alkyl group or together with R 1 is a carbon or heterosubstituted carbon chain forming a ring, R 9 is H, halogen, hydroxy- or alkoxy group, alkyl or substituted alkyl group or together with R 4 is a carbon or heterosubstituted carbon chain forming a ring, R 7 is OR 11 or NR 11 R 12 where R 11 and R 12 are independently H, alkyl or a substituted alkyl, R 13 is OR 14 or NR 14 R 15 where R 14 and R 15 are independently H, alkyl or a substituted alkyl; aryl or a substituted aryl, and R 16 and R 17 are independently H or an alkyl, aryl or substituted alkyl or substituted aryl group. Wherein M +/- is a common counter ion, k is an integer of from 0 to 6, q is an integer of from 1 to 6, R 1 is H or an alkyl, aryl or substituted alkyl or substituted aryl group, R 2 is H, alkyl or substituted alkyl group, halogen, carboxy, carboxamide, hydroxy- or alkoxy group, or R 2 together with R 1 or R 5 is a carbon or heterosubstituted chain forming a ring, R 3 is H, alkyl or substituted alkyl group, halogen, carboxy, carboxamide, hydroxy- or alkoxy group or R 3 together with R 4 or R 6 is a carbon or heterosubstituted chain forming a ring, R 4 is H or an alkyl, aryl or substituted alkyl or substituted aryl group, R 5 and R 6 are H, alkyl or substituted alkyl group, halogen, hydroxy- or alkoxy group, R 8 is H, halogen, hydroxy- or alkoxy group, alkyl or substituted alkyl group or together with R 1 is a carbon or heterosubstituted carbon chain forming a ring, R 9 is H, halogen, hydroxy- or alkoxy group, alkyl or substituted alkyl group or together with R 4 is a carbon or heterosubstituted carbon chain forming a ring, R 7 is OR 11 or NR 11 R 12 where R 11 and R 12 are independently H, alkyl or a substituted alkyl, R 13 is OR 14 or NR 14 R 15 where R 14 and R 15 are independently H, alkyl or a substituted alkyl; aryl or a substituted aryl, and R 16 and R 17 are independently H or an alkyl, aryl or substituted alkyl or substituted aryl group.
A system for selectively applying a coating to portions of an article having at least one area that is not be coated, the system comprising: a plurality of jigs, each comprising: a platform for supporting at least one surface of the article; a bar movable with respect to the platform; at least one masking element coupled to the bar and configured to cover the at least one area of the article that is not to be coated; and a first connection mechanism defining a first mating element; and at least one carrier comprising: a base; and a plurality of second connection mechanisms, each defining a second mating element, each second mating element mateable with a corresponding first mating element such that the plurality of jigs is releasably coupled to the carrier upon mating the first mating elements with the second mating elements. a plurality of jigs, each comprising: a platform for supporting at least one surface of the article; a bar movable with respect to the platform; at least one masking element coupled to the bar and configured to cover the at least one area of the article that is not to be coated; and a first connection mechanism defining a first mating element; and at least one carrier comprising: a base; and a plurality of second connection mechanisms, each defining a second mating element, each second mating element mateable with a corresponding first mating element such that the plurality of jigs is releasably coupled to the carrier upon mating the first mating elements with the second mating elements.
A User- terminal for entering secure user information, comprising: - a processor for running an operating system, with applications; - a touch screen for displaying information and receiving user inputs and also to receive the secure information from the user; - a Security-Box being connected between the touch screen and the processor, to control the user input on the touch screen to the processor, wherein the Security-Box is being configured to run in two modes "Secure Mode" and "Clear Text Mode", wherein when running in "Secure Mode" the user input is not forwarded as touch coordinates to the processor and when running in "Clear Text Mode" the touch coordinates are transmitted to the processors, wherein: - the touch screen is connected to the Security-Box and the Security-Box is connected to the processor via a USB-Channel, and the touch coordinates and crypto commands, comprising one or more of the following PIN entry, cryptographic keys management, Europay- MasterCard- Visa- PIN-offline verification, protecting magnetic stripe data, are transmitted over the USB, wherein two logical USB-Channels are setup to transmit the touch coordinates and the crypto commands respectively depending from the mode. - a processor for running an operating system, with applications; - a touch screen for displaying information and receiving user inputs and also to receive the secure information from the user; - a Security-Box being connected between the touch screen and the processor, to control the user input on the touch screen to the processor, - the touch screen is connected to the Security-Box and the Security-Box is connected to the processor via a USB-Channel, and the touch coordinates and crypto commands, comprising one or more of the following PIN entry, cryptographic keys management, Europay- MasterCard- Visa- PIN-offline verification, protecting magnetic stripe data, are transmitted over the USB, wherein two logical USB-Channels are setup to transmit the touch coordinates and the crypto commands respectively depending from the mode.
A method for the recycling of polyesters and/or polyamides via depolymerization process, comprising a depolymerization reaction of the material to treat with a solvolytic mixture; the method being characterized in that the depolymerization reaction comprises the steps of: providing a microwave depolymerization reactor extending substantially along an axis; feeding the material to treat and the solvolytic mixture, defining the reactants of the depolymerization reaction and constituting a solid phase and a liquid phase respectively, to the reactor via respective feed lines (9, 10); moving the reactants of the depolymerization reaction through the reactor via an Archimedean screw moving system that moves the reactants substantially along the axis and mixes the reactants with each other to form a heterogeneous reaction mixture; radiating the reactants, while passing through a reaction chamber of the reactor, with microwave radiation to carry out the depolymerization reaction; the reaction chamber being defined inside a tubular casing of the reactor having a lateral wall transparent to microwave radiation and housed inside a microwave chamber, which is arranged coaxial and radially external to and around the casing so as to surround the reaction chamber; the reactants being moved by means of an endless screw that extends along the axis through the reaction chamber and rotates about the axis.
A process for separating catalyst from gas using the apparatus as defined in claim 6 comprising: separating catalyst from product gas in a cyclone; removing product gas from said cyclone in a gas conduit into an inner volume in a plenum; discharging said product gas from said plenum through a plenum outlet; and distributing a purge gas into an outer volume in said plenum outside of said inner volume to purge gas from an outer volume. separating catalyst from product gas in a cyclone; removing product gas from said cyclone in a gas conduit into an inner volume in a plenum; discharging said product gas from said plenum through a plenum outlet; and distributing a purge gas into an outer volume in said plenum outside of said inner volume to purge gas from an outer volume.
A heat-curable structural adhesive, comprising A) at least one non-rubber-modified epoxy resin; B) one or more epoxy curing catalysts; and C) a flame retardant mixture that includes (i) alumina trihydrate, (ii) zinc borate and (iii) melamine or a melamine derivative; and D) one or more additional epoxy curing agents. A) at least one non-rubber-modified epoxy resin; B) one or more epoxy curing catalysts; and C) a flame retardant mixture that includes (i) alumina trihydrate, (ii) zinc borate and (iii) melamine or a melamine derivative; and D) one or more additional epoxy curing agents.
A safety harness comprising at least one strap, at least one fastening member for the tie-in of the safety harness and a closing system of the strap provided with a first hooking loop secured to a first strand of the strap and a second hooking loop secured to a second strand of the strap, the second hooking loop being able to cooperate with the first fixed hooking loop in a mutual hooking configuration in which the strap is closed on itself to form a closed loop, the safety harness comprising a locking part independent of the first and second hooking loops (11, 12), secured to the first strand of the strap or to the second strand of the strap and able to vary between a first configuration in which it occupies an active state in which it biases the two hooking loops (11, 12) relative to each other in a way ensuring positive blocking of the hooking loops (11, 12) in the mutual hooking configuration, and a second configuration in which it occupies an inactive state in which the two hooking loops (11, 12) can freely adopt or exit the mutual hooking configuration, characterized in that one of the first and second hooking loops (11, 12) is in the form of a male hook made of rigid material and the other of the first and second hooking loops (11, 12) is in the form of a female hook in the form of a closed loop made of flexible material, the male hook being provided to be inserted through the female hook and to be gripped to the female hook after insertion and in that the locking part is in the form of a link formed in a flexible and elastically deformable material and arranged in the form of a closed loop whose ends are fixed to the strand (101, 102) of the strap whose male hook is secured and/or to the male hook, said link being able, when it adopts the first configuration corresponding to its active state, to trap the female hook in combination with the male hook and to exert mechanical tension on the male and female hooks preventing an exit of the male hook from the female hook.
A composition for oral administration comprising: a nanoparticle component, wherein the nanoparticle component comprises: a biocompatible polymer bearing at least one cationic region capable of associating with one or more carious lesions on a tooth in an oral cavity of a subject, wherein the biocompatible polymer is starch; and an imaging agent bonded to the biocompatible polymer, or an oral care active ingredient, or both the imaging agent and the active ingredient. a biocompatible polymer bearing at least one cationic region capable of associating with one or more carious lesions on a tooth in an oral cavity of a subject, wherein the biocompatible polymer is starch; and an imaging agent bonded to the biocompatible polymer, or an oral care active ingredient, or both the imaging agent and the active ingredient.
A heart monitoring system comprising an array of force-sensitive resistors spanning a sensor surface, wherein each resistor is configured to change a respective resistance value in accordance with an amount of static pressure exerted on the sensor surface at a respective location of the force-sensitive resistor by a subject; an array of piezoelectric transducers interspersed between the force-sensitive resistors, wherein each transducer is configured to generate a respective time-dependent electrical signal in accordance with respective vibrations exerted on the sensor surface at a respective location of the transducer by the subject; wherein the sensor surface has more force-sensitive resistors than piezoelectric transducers; and a controller configured to determine a heart rate of the subject based on a combination of the measured resistance values of the force-sensitive resistors and the time-dependent electrical signals of the piezoelectric transducers, characterised in that the controller is configured to measure a pressure profile using the force-sensitive resistors and, based on the measured pressure profile, use a subset of the piezoelectric transducers between the force-sensitive resistors to measure the heart rate at one or more specific locations of the sensor surface. an array of force-sensitive resistors spanning a sensor surface, wherein each resistor is configured to change a respective resistance value in accordance with an amount of static pressure exerted on the sensor surface at a respective location of the force-sensitive resistor by a subject; an array of piezoelectric transducers interspersed between the force-sensitive resistors, wherein each transducer is configured to generate a respective time-dependent electrical signal in accordance with respective vibrations exerted on the sensor surface at a respective location of the transducer by the subject; wherein the sensor surface has more force-sensitive resistors than piezoelectric transducers; and a controller configured to determine a heart rate of the subject based on a combination of the measured resistance values of the force-sensitive resistors and the time-dependent electrical signals of the piezoelectric transducers, characterised in that the controller is configured to measure a pressure profile using the force-sensitive resistors and, based on the measured pressure profile, use a subset of the piezoelectric transducers between the force-sensitive resistors to measure the heart rate at one or more specific locations of the sensor surface.