mhurhangee/patent-ind-claim-en huggingface dataset:
A stabilization device for stabilizing a robotic arm attached at a fixing point on a predefined side of an operating table , the stabilization device comprising a first fixation device configured to attach the stabilization device to the robotic arm , a support structure joined to the first fixation device , and a second fixation device joined to the support structure , the second fixation device being configured to fix the stabilization device to the operating table , wherein the first fixation device is attachable to the robotic arm , the stabilization device is configured such that the second fixation device is fixable to the operating table at a fixation location located at another place than at the predefined side of the operating table , characterized in that the support structure is substantially L-shaped having a long leg joined to the first fixation device and a short leg joined to the second fixation device , the long leg is bar-shaped, and the long leg comprises two parts (11', 11") which are configured to telescope such that the long leg is configured to be adjustable in length. a first fixation device configured to attach the stabilization device to the robotic arm , a support structure joined to the first fixation device , and a second fixation device joined to the support structure , the second fixation device being configured to fix the stabilization device to the operating table , wherein the first fixation device is attachable to the robotic arm , the stabilization device is configured such that the second fixation device is fixable to the operating table at a fixation location located at another place than at the predefined side of the operating table , characterized in that the support structure is substantially L-shaped having a long leg joined to the first fixation device and a short leg joined to the second fixation device , the long leg is bar-shaped, and the long leg comprises two parts (11', 11") which are configured to telescope such that the long leg is configured to be adjustable in length.
A method for generating a first symmetrical key (SymKey), in which the symmetrical key is generated by an electronic device as a function of a first word representative of a program for updating software and of a secret value held by the electronic device, the method comprising a step of decryption of the program for updating software with a second symmetrical key, different form the first symmetrical key, and a step for generating a first word (D1) representative of the program for updating software by applying a one-way function to the decrypted update program.
A device for the manufacture of a bonded component from fibre-reinforced plastics, with at least one base moulding tool ; at least one moulding tool , comprising: at least two outer moulding tools and at least one central moulding tool , wherein the bonded component is arrangeable between the base moulding tool and the moulding tool , and the moulding tool is covered with an aeration material and with a vacuum envelope , wherein the vacuum envelope is sealed with respect to the base moulding tool by means of a seal , characterised in that , each of the at least two outer moulding tools has a slump limiter along its outer-lying longitudinal edge for supporting the moulding tool on the base moulding tool ; and the at least one moulding tool is designed free of projections at opposing end sections of the moulding tool such that opposing end faces of the bonded component end flush with the opposing end sections of the at least one moulding tool , or projects underneath the latter. at least one base moulding tool ; at least one moulding tool , comprising: at least two outer moulding tools and at least one central moulding tool , at least two outer moulding tools and at least one central moulding tool , wherein the bonded component is arrangeable between the base moulding tool and the moulding tool , and the moulding tool is covered with an aeration material and with a vacuum envelope , wherein the vacuum envelope is sealed with respect to the base moulding tool by means of a seal , characterised in that , each of the at least two outer moulding tools has a slump limiter along its outer-lying longitudinal edge for supporting the moulding tool on the base moulding tool ; and the at least one moulding tool is designed free of projections at opposing end sections of the moulding tool such that opposing end faces of the bonded component end flush with the opposing end sections of the at least one moulding tool , or projects underneath the latter.
Crystalline copper-containing small-pore aluminosilicate zeolites having a maximum pore size of eight tetrahedral atoms, wherein the zeolite is CHA, has a copper content of from 2 to 7 wt.-%, calculated as CuO and based on the total weight of the zeolite, and a content of alkali metal cations in a total amount of 0.1 to 0.4 wt.-%, calculated as pure metals and based on the total weight of the zeolite, wherein the alkali metals are selected from sodium, potassium and mixtures of sodium and potassium, a SAR of 7 to 9, and a BET surface area of from 600 to 750 m 2 /g.
A method of automatic remote detection of a type of an antenna , said antenna configured with a resistor-inductor-capacitor, RLC, circuit generating a return-loss profile that serves as an antenna signature of the antenna , said method implemented by an automatic remote detection device of a Radio Network Controller, RNC, , the method comprising: remotely activating, for each antenna of a plurality of antennas , each antenna being installed in a respective NodeB connected to the RNC , an evaluation circuit in the antenna to automatically determine the antenna signature of the antenna ; and determining the type of the antenna based on the antenna signature. remotely activating, for each antenna of a plurality of antennas , each antenna being installed in a respective NodeB connected to the RNC , an evaluation circuit in the antenna to automatically determine the antenna signature of the antenna ; and determining the type of the antenna based on the antenna signature.
Pneumatic vehicle tyre of a radial type of construction, in particular for passenger cars, with a breaker belt assembly comprising at least two belt plies , a profiled tread , bead regions with bead cores and a carcass insert in particular of a single-ply configuration, with textile reinforcing elements, the belt plies comprising reinforcing elements of steel embedded in a rubberising mixture and arranged in parallel and at a distance from one another, the steel reinforcing elements in the first belt ply crossing the steel reinforcing elements in the second belt ply , and there being incorporated between the carcass insert and the first belt ply , symmetrically in relation to the equatorial plane, a bracing strip , which has a width (b 1 ) of less than 30% of the width of the first belt ply and which contains reinforcing elements parallel to one another and at an angle of 50° to 90° to the circumferential direction, characterized in that the reinforcing elements in the bracing strip are steel monofilaments with a diameter of 0.20 mm to 0.40 mm and in that the steel reinforcing elements in the belt plies are monofilaments with a diameter of 0.20 mm to 0.40 mm or steel cords of the construction 2 x 0.28 mm to 2 x 0.32 mm.
A device for absorbing a potentially hazardous product (P) on the floor (S), said device comprising: - a longilinear hollow body , the interior walls of which define a storage volume (V1) in which a powder , able to neutralize said product (P) when said powder comes into contact with said product (P), is stored, said storage volume (V1) opening onto an opening for gravity-driven pouring of said powder onto said product (P) in order to absorb said product (P), characterized in that the device is also a divice for signaling and also comprises: - a standing support on which the lower end of said body is directly or indirectly mounted, said standing support projecting out laterally with respect to said body to form a warning cone so that said device can be stood stably on the floor (S) and signal the presence of said product (P) on the floor (S) and so that it is usable as a shovel. - a longilinear hollow body , the interior walls of which define a storage volume (V1) in which a powder , able to neutralize said product (P) when said powder comes into contact with said product (P), is stored, said storage volume (V1) opening onto an opening for gravity-driven pouring of said powder onto said product (P) in order to absorb said product (P), - a standing support on which the lower end of said body is directly or indirectly mounted, said standing support projecting out laterally with respect to said body to form a warning cone so that said device can be stood stably on the floor (S) and signal the presence of said product (P) on the floor (S) and so that it is usable as a shovel.
Impulse damper device for damping vibrations in an installation, which vibrations occur in particular during the construction or disassembly of a tall, slim structure, in particular made up of individual segments, said device comprising (i) a fixed support device having two or more support arms (2.2) that are interconnected at one end, point outwards in a star shape with respect to one another with the other free end, and are arranged in a horizontal plane, (ii) a movable mass comprising one or more parts is arranged above or below or between the two or more support arms (2.2) of the horizontally oriented support device , and is mounted movably relative to said support device, characterized in that (iii) at least one sliding/friction or rolling device which is arranged and designed to allow relative movement between the support device and the movable mass , and (iv) at least one stop device , provided for the movable mass hitting the fixed support device , thereby causing the vibrations that have occurred in the installation to be reduced or eliminated by means of impulse damping by the mass moved by applied forces hitting the fixed support device, wherein the stop device is arranged such that (a) the mass cannot be rotated about the vertical axis of the impulse damper, as a result of which a torsional moment about the vertical axis can be transmitted, and (b) said stop device is functionally effective in a tangential direction relative to the longitudinal axis of the slim structure. (i) a fixed support device having two or more support arms (2.2) that are interconnected at one end, point outwards in a star shape with respect to one another with the other free end, and are arranged in a horizontal plane, (ii) a movable mass comprising one or more parts is arranged above or below or between the two or more support arms (2.2) of the horizontally oriented support device , and is mounted movably relative to said support device, characterized in that (iii) at least one sliding/friction or rolling device which is arranged and designed to allow relative movement between the support device and the movable mass , and (iv) at least one stop device , provided for the movable mass hitting the fixed support device , thereby causing the vibrations that have occurred in the installation to be reduced or eliminated by means of impulse damping by the mass moved by applied forces hitting the fixed support device, wherein the stop device is arranged such that (a) the mass cannot be rotated about the vertical axis of the impulse damper, as a result of which a torsional moment about the vertical axis can be transmitted, and (b) said stop device is functionally effective in a tangential direction relative to the longitudinal axis of the slim structure.
An apparatus for the shape-matching and/or force-fitting fastening of a tank to a vehicle frame having at least one upper fastening plate couplable to an upper region of the tank and having at least one lower fastening plate thereunder couplable to the tank , wherein the fastening plates are configured to largely or exclusively conduct the weight force of the tank into a metal top boom plate and/or into a metal bottom boom plate of a longitudinal beam of the vehicle frame , characterized in that the upper fastening plate and/or the lower fastening plate are configured in at least a partially L shape, with the lower fastening plate being screwable to the metal bottom boom plate via a lower horizontal support region , and being couplable to the tank via a lower vertical region , and with the upper fastening plate being screwable to the metal top boom plate via an upper horizontal support region and being couplable to the tank via an upper vertical region , with the vertical region of the upper fastening plate having two passages for receiving a pin to couple the tank to the apparatus by means of the pin .
A module for configuring a weighbridge , comprising: a rectangular frame , with four corners, a pair of parallel side edges and a pair of parallel end edges , the side edges longer than the end edges ; a pair of first structural rails , parallel to the side edges ; such that a rectangular compartment is provided, inside a perimeter of the rectangular frame at each of the corners, for attaching the module to an adjacent module, each of the rectangular compartments having a portion of one of the side edges and a portion of one of the first structural rails defining two parallel sides of the rectangular compartment and a second structural rail acting with a portion of one of the end edges to define the other parallel sides of the rectangular compartment . a rectangular frame , with four corners, a pair of parallel side edges and a pair of parallel end edges , the side edges longer than the end edges ; a pair of first structural rails , parallel to the side edges ; such that a rectangular compartment is provided, inside a perimeter of the rectangular frame at each of the corners, for attaching the module to an adjacent module, each of the rectangular compartments having a portion of one of the side edges and a portion of one of the first structural rails defining two parallel sides of the rectangular compartment and a second structural rail acting with a portion of one of the end edges to define the other parallel sides of the rectangular compartment . a portion of one of the side edges and a portion of one of the first structural rails defining two parallel sides of the rectangular compartment and a second structural rail acting with a portion of one of the end edges to define the other parallel sides of the rectangular compartment .
An apparatus for forming a sector of an annular component comprising means for securely retaining at least a portion of a blank mountable thereon, the retaining means being adapted to leave a portion of the blank accessible, and a punch having an external surface contour shaped to correspond to the shape of all or a part of a profile of the sector of the annular component from a trailing edge to a leading edge and/or from the leading edge to an inlet edge , wherein the punch and/or the retaining means is capable of radial movement so that the punch is capable of coming into contact with the accessible portion of the blank for forming the blank from the trailing edge to the leading edge, the retaining means is adapted to allow controlled flow of the blank material through the retaining means as the punch comes into contact with the blank for draw forming the blank across the punch, and the retaining means is adapted to form a clamping boundary enclosing the accessible portion of the blank to be formed by the punch, characterised in that the apparatus further comprises an arrangement of two separate draw forming tools, comprising a separate aft re-draw forming tool comprising a first arcuate gripping plate and a second arcuate gripping plate formed for gripping a bent section of the trailing edge of the blank there between; and a leading edge re-draw tool . a separate aft re-draw forming tool comprising a first arcuate gripping plate and a second arcuate gripping plate formed for gripping a bent section of the trailing edge of the blank there between; and a leading edge re-draw tool .
Jet regulator having a sleeve-shaped jet regulator housing which is able to be assembled on the water outlet of a sanitary outlet fitting, and having a wall which supports a perforated structure that forms the outlet end side of the jet regulator and in the jet regulator housing is pivotable between a use position in which the perforated structure extends transversely across an outflow-proximal housing opening of the jet regulator housing and a cleaning position in which the water flowing through the jet regulator housing can flow out of the jet regulator housing through at least one opening gap (8 and 9, respectively) that is formed between the wall and the neighbouring housing internal circumferential wall, wherein a handle which projects beyond the circumference or the outflow end side of the jet regulator housing is provided on the wall , wherein the jet regulator is a ventilated jet regulator, the water flowing therethrough being mixed with ambient air in the jet regulator housing of said ventilated jet regulator, characterized in that the wall has an external circumference in the shape of a spherical layer, and by way of this external circumference in the shape of a spherical layer is pivotably mounted in a joint socket that is provided on the housing internal circumferential wall of the jet regulator housing and at least in a sub-region is shaped so as to be complementary in such a manner that the wall is mounted in the joint socket so as to be rotatable in the circumferential position and so as to be pivotable in each rotary position, in that the wall in the outflow-proximal sub-region thereof has at least one ventilation duct that is open at the end side, in that the inner wall portion that delimits the at least one ventilation duct forms an internal wall which has at least one ventilation opening and on which the perforated structure is integrally moulded, and in that the jet regulator has a jet splitter which splits the water flowing therethrough into a multiplicity of individual jets and is configured as a pot-shaped diffusor or has a pot-shaped diffusor which on the pot circumference of the pot shape thereof has splitter openings , the pot base thereof forming an impact face which deflects the inflowing water towards the splitter openings , and in that the splitter openings open into an annular gap which tapers in the flow direction.
A button assembly comprising, a first element having a plurality of nodules and a second element having a plurality of nodules , and wherein the first and second elements (31a,b) are arranged to overlay one another and the nodules of the first element extend in a direction towards the second element , and the nodules of the second element extend in a direction towards the first element , and wherein the first and second elements (31a,b) are arranged such that the nodules of the first element are offset from the nodules of the second element and the nodules of the second element are offset from the nodules of the first element such that moving one of the first and second elements towards the other will cause the nodules of one of the first and second elements to be received between the nodules of the other element ; a flexible film comprising piezoelectric material; a first electrode which is located between the flexible film and the first element , and a second electrode which is located between the flexible film and the second element ; wherein the flexible film is arranged to be interposed between the first and second elements (31a,b) such that causing the nodules (33a,b) of one element (31a,b) to be received between the nodules (33a,b) of the other element (31a,b) by moving one of the first and second elements towards the other will cause the flexible film to stretch thereby generating an electrical signal in the first and second electrodes (11a,b), wherein the button assembly comprises, a single flexible strip comprising a first region having a plurality of nodules , wherein the first region defines said first element , and a second region having a plurality of nodules , wherein the second region defines said second element ; and wherein the flexible strip further comprises a flexible connecting portion which connects the first and second regions (31a,b); and wherein the flexible strip is folded at the flexible connecting portion so that, the first and second regions (31a,b) overlay one another and the nodules of the first region extend in a direction towards the second region , and the nodules of the second region extend in a direction towards the first region , and so that the nodules of the first region are offset from the nodules of the second region and the nodules of the second region are offset from the nodules of the first region , and wherein the flexible film is sandwiched between the first and second regions (31a,b) of the folded flexible strip .
An electronic apparatus comprising: a first integrated circuit semiconductor die including a first portion of a first signal conditioning circuit integrated within the first integrated circuit semiconductor die and disposed along a first signal path, the first integrated circuit semiconductor die derived from a first semiconductor wafer that is comprised of one of silicon, silicon-germanium, gallium arsenide, indium phosphide, and gallium nitride; a second integrated circuit semiconductor die including a second portion of the first signal conditioning circuit integrated within the second integrated circuit semiconductor die and disposed along the first signal path for performing a first signal conditioning function along with the first portion of the first signal conditioning circuit for a signal propagating along the first signal path, the second integrated circuit semiconductor die derived from a second semiconductor wafer that is comprised of a different one of silicon, silicon-germanium, gallium arsenide, indium phosphide, and gallium nitride; and a substrate for supporting the first and second integrated circuit semiconductor dies and for providing electrical connection to and from the first and second integrated circuit semiconductor dies. a first integrated circuit semiconductor die including a first portion of a first signal conditioning circuit integrated within the first integrated circuit semiconductor die and disposed along a first signal path, the first integrated circuit semiconductor die derived from a first semiconductor wafer that is comprised of one of silicon, silicon-germanium, gallium arsenide, indium phosphide, and gallium nitride; a second integrated circuit semiconductor die including a second portion of the first signal conditioning circuit integrated within the second integrated circuit semiconductor die and disposed along the first signal path for performing a first signal conditioning function along with the first portion of the first signal conditioning circuit for a signal propagating along the first signal path, the second integrated circuit semiconductor die derived from a second semiconductor wafer that is comprised of a different one of silicon, silicon-germanium, gallium arsenide, indium phosphide, and gallium nitride; and a substrate for supporting the first and second integrated circuit semiconductor dies and for providing electrical connection to and from the first and second integrated circuit semiconductor dies.