mhurhangee/ep-ind-claims huggingface dataset:
A friction ring for a synchronization unit of a gear changing transmission, in which the friction ring comprises a conical friction ring body with an inner friction surface and an outer installation surface, which each delimit the friction ring body in a radial circumferential direction extending perpendicular to an axial friction ring axis, wherein the inner friction surface, at a predeterminable friction angle (α 1), and the outer installation surface, at a predeterminable installation angle (α 2), each extend conically along the friction ring axis, that the friction angle (α 1) is different from the installation angle (α 2), characterized in that an anti-rotation device is provided on the friction ring body, which, with respect to the inner, conically tapering friction surface, is arranged on the side with the smaller diameter and/or extends in the direction of the friction ring axis on the outer installation surface essentially perpendicular to the friction ring axis.
A method of forming a container that is operable to hold an incompressible fluid, the container made from a polymeric material, the method comprising: providing a preform of the container, the preform having a wall with an interior region and an exterior region; disposing the preform in a mold cavity, the mold cavity having a mold surface; introducing the incompressible fluid into the preform to expand the preform toward the mold surface, the incompressible fluid having a fluid temperature, the interior region of the wall having a first interior temperature prior to the introduction of the incompressible fluid and a second interior temperature after the introduction of the incompressible fluid, the exterior region of the wall having a first exterior temperature prior to the introduction of the incompressible fluid and a second exterior temperature after the introduction of the incompressible fluid; characterized in that the method further comprises: controlling the first interior temperature to be greater than the first exterior temperature and the first exterior temperature to be greater than a temperature of the incompressible fluid prior to the introduction of the incompressible fluid. providing a preform of the container, the preform having a wall with an interior region and an exterior region; disposing the preform in a mold cavity, the mold cavity having a mold surface; introducing the incompressible fluid into the preform to expand the preform toward the mold surface, the incompressible fluid having a fluid temperature, the interior region of the wall having a first interior temperature prior to the introduction of the incompressible fluid and a second interior temperature after the introduction of the incompressible fluid, the exterior region of the wall having a first exterior temperature prior to the introduction of the incompressible fluid and a second exterior temperature after the introduction of the incompressible fluid; characterized in that the method further comprises: controlling the first interior temperature to be greater than the first exterior temperature and the first exterior temperature to be greater than a temperature of the incompressible fluid prior to the introduction of the incompressible fluid. controlling the first interior temperature to be greater than the first exterior temperature and the first exterior temperature to be greater than a temperature of the incompressible fluid prior to the introduction of the incompressible fluid.
A wireless mobile device for controlling a thermal appliance, the device comprising: a first communications interface configured to communicate over a wireless local area network; a second communications interface configured to communicate over a wide area network; a processor coupled to the communications interfaces and configured to send, via the wireless local area network, commands to control operation of the thermal appliance, and to receive, via the wireless local area network, information relating to operation of the thermal appliance; and a user interface for obtaining user input to control the thermal appliance and for providing a user with information relating to the operation of the thermal appliance; wherein the processor is further configured to: monitor connection of the first communication interface with the wireless local area network, determine whether to trigger an alert at the wireless mobile device in response to a loss of connection of the first communication interface to the wireless local area network, wherein the determination is based on the status of a wireless connection of at least one other wireless mobile device to the wireless local area network, and to send a command, based on user input provided in response to the triggered alert, to the thermal appliance via the second communications interface. a first communications interface configured to communicate over a wireless local area network; a second communications interface configured to communicate over a wide area network; a processor coupled to the communications interfaces and configured to send, via the wireless local area network, commands to control operation of the thermal appliance, and to receive, via the wireless local area network, information relating to operation of the thermal appliance; and a user interface for obtaining user input to control the thermal appliance and for providing a user with information relating to the operation of the thermal appliance; wherein the processor is further configured to: monitor connection of the first communication interface with the wireless local area network, determine whether to trigger an alert at the wireless mobile device in response to a loss of connection of the first communication interface to the wireless local area network, wherein the determination is based on the status of a wireless connection of at least one other wireless mobile device to the wireless local area network, and to send a command, based on user input provided in response to the triggered alert, to the thermal appliance via the second communications interface. monitor connection of the first communication interface with the wireless local area network, determine whether to trigger an alert at the wireless mobile device in response to a loss of connection of the first communication interface to the wireless local area network, wherein the determination is based on the status of a wireless connection of at least one other wireless mobile device to the wireless local area network, and to send a command, based on user input provided in response to the triggered alert, to the thermal appliance via the second communications interface.
An electrode stack structure comprising: a first electrode layer having a first polarity; a second electrode layer having a second polarity which is different than the first polarity, wherein the first electrode layer and the second electrode layer are alternately disposed; and a separator, which is disposed between the first electrode layer and the second electrode layer, wherein the electrode layers (20, 30) have multiple tabs (22,24,32,34), wherein the multiple tabs (22,24,32,34) each comprise a first tab (22,32) and a second tab (24,34) that is spaced apart from the first tab (22,32), wherein second tabs of electrode layers (20,30) having the same polarity are electrically connected to each other, wherein the first tab of the first electrode layer is connected to a first lead, wherein the first tab of the second electrode layer is connected to a second lead, wherein second tabs of the first electrode layers are electrically connected to each other, second tabs of the second electrode layers are electrically connected to each other, or both the second tabs of the first electrode layers are electrically connected to each other and the second tabs of the second electrode layers are electrically connected to each other, and wherein the electrode stack structure is characterized in that: the first tabs (22,32) comprise multiple folds in a zig-zag shape. a first electrode layer having a first polarity; a second electrode layer having a second polarity which is different than the first polarity, wherein the first electrode layer and the second electrode layer are alternately disposed; and a separator, which is disposed between the first electrode layer and the second electrode layer, wherein the electrode layers (20, 30) have multiple tabs (22,24,32,34), wherein the multiple tabs (22,24,32,34) each comprise a first tab (22,32) and a second tab (24,34) that is spaced apart from the first tab (22,32), wherein second tabs of electrode layers (20,30) having the same polarity are electrically connected to each other, wherein the first tab of the first electrode layer is connected to a first lead, wherein the first tab of the second electrode layer is connected to a second lead, wherein second tabs of the first electrode layers are electrically connected to each other, second tabs of the second electrode layers are electrically connected to each other, or both the second tabs of the first electrode layers are electrically connected to each other and the second tabs of the second electrode layers are electrically connected to each other, and wherein the electrode stack structure is characterized in that: the first tabs (22,32) comprise multiple folds in a zig-zag shape. the first tabs (22,32) comprise multiple folds in a zig-zag shape.
A process for producing a dental appliance, the process comprising the steps of a) providing a mixture of a liquid, an inorganic binder precursor and a glass or glass ceramic powder, b) casting the mixture into a mould, c) drying the cast mixture in the mould to obtain a machinable dental appliance, d) optionally removing the dental appliance from the mould, e) optionally machining the dental appliance to obtain a dental workpiece, f) optionally sintering the dental appliance or dental workpiece, the inorganic binder precursor being able to undergo a sol/gel reaction, the mixture being obtained either by a process comprising the steps of: i) providing a liquid, ii) adjusting the liquid to a pH value suitable to start a condensation reaction, depending on the inorganic binder precursor used, iii) adding the inorganic binder precursor, iv) adding the glass or glass ceramic powder, wherein steps iii) and iv) can also be carried out in reverse order; or by a process comprising the steps of: i a) providing a liquid, ii a) adjusting the liquid to a pH value suitable to start the condensation reaction of a binder precursor (b), to be added later, iii a) adding a glass or glass ceramic powder and iv a) optionally adding an inorganic binder precursor (a), to obtain slurry I, i b) providing a liquid, ii b) adding a glass or glass ceramic powder and iii b) adding an inorganic binder precursor (b),to obtain slurry II iv) mixing of slurries I and II, wherein steps iii a) and iv a) or ii b) and iii b) can also be carried out in reverse order, wherein the liquid is selected from water, alcohols, ketons and mixtures thereof and wherein the inorganic binder precursor is selected from orthosilicates, silica sol, water glass, mixtures and combinations thereof. a) providing a mixture of a liquid, an inorganic binder precursor and a glass or glass ceramic powder, b) casting the mixture into a mould, c) drying the cast mixture in the mould to obtain a machinable dental appliance, d) optionally removing the dental appliance from the mould, e) optionally machining the dental appliance to obtain a dental workpiece, f) optionally sintering the dental appliance or dental workpiece, i) providing a liquid, ii) adjusting the liquid to a pH value suitable to start a condensation reaction, depending on the inorganic binder precursor used, iii) adding the inorganic binder precursor, iv) adding the glass or glass ceramic powder, i a) providing a liquid, ii a) adjusting the liquid to a pH value suitable to start the condensation reaction of a binder precursor (b), to be added later, iii a) adding a glass or glass ceramic powder and iv a) optionally adding an inorganic binder precursor (a), to obtain slurry I, i b) providing a liquid, ii b) adding a glass or glass ceramic powder and iii b) adding an inorganic binder precursor (b),to obtain slurry II iv) mixing of slurries I and II,
An integrated flying-spot X-ray apparatus, comprising: a ray generator configured to generate the X-ray; a revolving collimator device provided thereon with at least one aperture and arranged to be rotatable about the ray generator; characterized by a frameless torque motor configured to drive the revolving collimator device to rotate about the ray generator; and a cooling device configured to cool the ray generator, wherein the ray generator, the revolving collimator device, the frameless torque motor and the cooling device are mounted on an integrated mounting frame (10 and 11). a ray generator configured to generate the X-ray; a revolving collimator device provided thereon with at least one aperture and arranged to be rotatable about the ray generator; characterized by a frameless torque motor configured to drive the revolving collimator device to rotate about the ray generator; and a cooling device configured to cool the ray generator, wherein the ray generator, the revolving collimator device, the frameless torque motor and the cooling device are mounted on an integrated mounting frame (10 and 11).
Device for water disinfection, having at least one broadband UV radiator arranged in a channel, and at least one first UV sensor which is arranged in the water at a distance from the broadband UV radiator, wherein the first UV sensor is connected to a regulating unit which is configured in order to regulate the power of the broadband UV radiator or the volume flow rate of water through the channel, characterised in that the first UV sensor has a sensitivity maximum for UV radiation in a wavelength range of between 200 nm and 230 nm.
A method for providing data protection in an integrated circuit, the method comprising: determining a static baseline value based on a value stored in a programmable read-only memory of the integrated circuit; determining an anti-replay counter, ARC, value based on the static baseline value and a transient component; storing the ARC value in a volatile memory of the integrated circuit; redetermining the transient component of the ARC value stored in the volatile memory each time that data is to be written to off-chip, non-volatile memory by the integrated circuit; and updating the value stored in the programmable read-only memory of the integrated circuit based on the transient component of the ARC value stored in the volatile memory responsive to an event indicative that the contents of the volatile memory may be lost. determining a static baseline value based on a value stored in a programmable read-only memory of the integrated circuit; determining an anti-replay counter, ARC, value based on the static baseline value and a transient component; storing the ARC value in a volatile memory of the integrated circuit; redetermining the transient component of the ARC value stored in the volatile memory each time that data is to be written to off-chip, non-volatile memory by the integrated circuit; and updating the value stored in the programmable read-only memory of the integrated circuit based on the transient component of the ARC value stored in the volatile memory responsive to an event indicative that the contents of the volatile memory may be lost.
A cordless electrical appliance comprising: an appliance comprising at least a first and a second electrical functional component (T1, M1; F1, F2); a base for supplying electrical power to the appliance; and a cordless electrical connector for making electrical connection between the appliance and the base in use; characterised in that both the first and second functional components (T1, M1; F1, F2) are connected between a pair of electrical connections (S1, S2) provided by the connector; and a circuit is arranged such that at least one of the functional components (T1, M1; F1, F2) is selectively energised in response to a change in the relative polarities of the two electrical connections (S1, S2) when the circuit reverses the relative polarities. an appliance comprising at least a first and a second electrical functional component (T1, M1; F1, F2); a base for supplying electrical power to the appliance; and a cordless electrical connector for making electrical connection between the appliance and the base in use; characterised in that both the first and second functional components (T1, M1; F1, F2) are connected between a pair of electrical connections (S1, S2) provided by the connector; and a circuit is arranged such that at least one of the functional components (T1, M1; F1, F2) is selectively energised in response to a change in the relative polarities of the two electrical connections (S1, S2) when the circuit reverses the relative polarities.
An electronic patch assembly for use on a print cartridge, the print cartridge having a cartridge circuit with a plurality of cartridge contact pads arranged in a pattern, the cartridge circuit including at least one non-functional circuit element, the electronic patch assembly comprising: a substrate securable to the print cartridge; a plurality of patch contact pads provided on the substrate, at least some of the patch contact pads arranged to correspond with the pattern and being in electrical communication with a respective one of the cartridge contact pads; and, a patch circuit coupled to the substrate and electrically communicating with at least some of the plurality of patch contact pads, the patch circuit including a replacement circuit element for replacing the non-functional circuit element of the cartridge circuit. a substrate securable to the print cartridge; a plurality of patch contact pads provided on the substrate, at least some of the patch contact pads arranged to correspond with the pattern and being in electrical communication with a respective one of the cartridge contact pads; and, a patch circuit coupled to the substrate and electrically communicating with at least some of the plurality of patch contact pads, the patch circuit including a replacement circuit element for replacing the non-functional circuit element of the cartridge circuit.
An aqueous resin composition comprising a resin in water, which resin is a reaction product of an oxidised polysaccharide and a crosslinking agent, a) which oxidised polysaccharide is an oxidised cellulose comprising between 3 and 12.2, preferably between 7.4 and 11.1 mmole of aldehyde groups per gram cellulose, b) which crosslinking agent comprises two or more groups reactive with the aldehyde groups, c) wherein the aldehyde groups in the resin in the aqueous resin composition are in hydrated or un-hydrated form and are at least partly converted to inter- or intramolecular hemiacetals, d) wherein the resin is dispersed and/or dissolved but not gelled. a) which oxidised polysaccharide is an oxidised cellulose comprising between 3 and 12.2, preferably between 7.4 and 11.1 mmole of aldehyde groups per gram cellulose, b) which crosslinking agent comprises two or more groups reactive with the aldehyde groups, c) wherein the aldehyde groups in the resin in the aqueous resin composition are in hydrated or un-hydrated form and are at least partly converted to inter- or intramolecular hemiacetals, d) wherein the resin is dispersed and/or dissolved but not gelled.
Device for processing substrates comprising a first and a second processing cylinder (96, 97), between which the substrate can be fed, wherein the substrate is subjected to processing by passing through tool components operating in the cylinder gap between the processing cylinders (96, 97), the group of tools consisting of cutting tools, stamping tools, creasing tools, perforating tools or grooving tools, wherein the first and/or the second processing cylinder (96, 97) has a tool holder for mounting a tool component, wherein a load cylinder is assigned to the second processing cylinder on its side facing away from the first processing cylinder, which load cylinder is in surface contact with the second processing cylinder, characterised in that the first processing cylinder has an arc holding system and the load cylinder has a device for fixing a lift.
An aneurysm treatment device, comprising: a closure structure having a curved portion configured to extend longitudinally along a first vessel, the curved portion defining an arch about a longitudinal axis of the first vessel, the arch having sides configured to extend into a second vessel and align against luminal surfaces of the second vessel, the second vessel extending transversely to the first vessel, and the curved portion being configured to exert an outward force against the first vessel and extend across at least a portion of a neck of an aneurysm at the first vessel; and a supplemental stabilizer extending from the closure structure transversely to the longitudinal axis of the first vessel, the supplemental stabilizer being configured to exert an outward force against the second vessel; wherein the curved portion of the closure structure comprises a support structure having perimeter and inner supports, and a barrier, wherein the barrier is a permeable or semi-permeable membrane, cover, sheet, panel or other structure that forms an occlusive or semi-occlusive covering that (a) restricts or inhibits vascular flow into the aneurysm and/or (b) prevents materials from escaping from the aneurysm, characterised in that the barrier is attached to the inner support but not to the perimeter support. a closure structure having a curved portion configured to extend longitudinally along a first vessel, the curved portion defining an arch about a longitudinal axis of the first vessel, the arch having sides configured to extend into a second vessel and align against luminal surfaces of the second vessel, the second vessel extending transversely to the first vessel, and the curved portion being configured to exert an outward force against the first vessel and extend across at least a portion of a neck of an aneurysm at the first vessel; and a supplemental stabilizer extending from the closure structure transversely to the longitudinal axis of the first vessel, the supplemental stabilizer being configured to exert an outward force against the second vessel; wherein the curved portion of the closure structure comprises a support structure having perimeter and inner supports, and a barrier, wherein the barrier is a permeable or semi-permeable membrane, cover, sheet, panel or other structure that forms an occlusive or semi-occlusive covering that (a) restricts or inhibits vascular flow into the aneurysm and/or (b) prevents materials from escaping from the aneurysm, characterised in that the barrier is attached to the inner support but not to the perimeter support.