mhurhangee/ep-ind-claims huggingface dataset:
A method for data processing in a wireless network comprising several base stations, - wherein a direct device to device communication connection between two mobile terminals (201, 202), each of the two mobile terminals (201, 202) being connected to a different base station, is set up based on a seed information (106, 107) provided by the wireless network, wherein an individual seed information (106, 107) is provided for each mobile terminal (201, 202) by the base station to which the respective mobile terminal (201, 202) is connected, each individual seed information being different from each other; - wherein each mobile terminal (201, 202), comprises a random generator which is synchronized with a random generator at the wireless network, and - wherein ciphering keys (110, 111) are derived based on said individual seed information and a random number generated by the random generator of the mobile terminal at each of the mobile terminals (201, 202) wherein the individual seed information provided has a dependency corresponding to the generated random number characterized in that each provided individual seed information (106, 107) is determined by the wireless network such that the ciphering keys derived by the mobile terminals (201, 202) are identical. - wherein a direct device to device communication connection between two mobile terminals (201, 202), each of the two mobile terminals (201, 202) being connected to a different base station, is set up based on a seed information (106, 107) provided by the wireless network, wherein an individual seed information (106, 107) is provided for each mobile terminal (201, 202) by the base station to which the respective mobile terminal (201, 202) is connected, each individual seed information being different from each other; - wherein each mobile terminal (201, 202), comprises a random generator which is synchronized with a random generator at the wireless network, and - wherein ciphering keys (110, 111) are derived based on said individual seed information and a random number generated by the random generator of the mobile terminal at each of the mobile terminals (201, 202) wherein the individual seed information provided has a dependency corresponding to the generated random number characterized in that each provided individual seed information (106, 107) is determined by the wireless network such that the ciphering keys derived by the mobile terminals (201, 202) are identical.
A method for conditioning a shear zone of components to be welded in a friction welding process, where each component comprises a coarse grain superalloy, the method comprising: a) pre-determining a temperature profile for which the material of the shear zone approaches viscoplasticity but does not undergo undesirable phase transformations and identifying a quantum of energy needed to generate a peak temperature of the pre-determined temperature profile; b) introducing friction at an interface of two opposing surfaces of the components to be welded sufficient to generate the peak temperature whilst simultaneously applying a pressure at the interface, wherein the applied pressure is below a pressure which will cause upset at the interface; c) withdrawing the friction and/or pressure allowing the heat to disperse by conduction through the shear zone, thereby reducing the maximum temperature of the shear zone to below the peak temperature; d) after the temperature at the surface has fallen below the peak temperature, repeating steps b) and c); and repeating step d) as necessary until the pre-determined temperature gradient is achieved throughout the shear zone. a) pre-determining a temperature profile for which the material of the shear zone approaches viscoplasticity but does not undergo undesirable phase transformations and identifying a quantum of energy needed to generate a peak temperature of the pre-determined temperature profile; b) introducing friction at an interface of two opposing surfaces of the components to be welded sufficient to generate the peak temperature whilst simultaneously applying a pressure at the interface, wherein the applied pressure is below a pressure which will cause upset at the interface; c) withdrawing the friction and/or pressure allowing the heat to disperse by conduction through the shear zone, thereby reducing the maximum temperature of the shear zone to below the peak temperature; d) after the temperature at the surface has fallen below the peak temperature, repeating steps b) and c); and
A sensor assembly having a first position sensor and a first cooperative target assigned to it, which limit a detection range, first position measurement values being obtained by position measurements with the first position sensor against the first cooperative target, and having a second position sensor and a second cooperative target assigned to it, which limit the detection range, second position measurement values being obtained by position measurements with the second position sensor against the second cooperative target, characterised in that the sensor assembly contains a control unit which is set up to combine the first and second position values of the two position sensors (4a, 4b) to form an accounting variable, 4b) to form a calculated variable, the function of the position sensors (4a, 4b) being controlled by means of the calculated variable, the position sensors (4a, 4b) operating independently of one another, the position sensors (4a, 4b) being formed by identically designed distance sensors operating according to a phase measurement method or according to a pulse delay method, by means of which distance measurements are carried out against the respective cooperative target, whereby a measuring path is controlled with the distance sensors as the detection range, wherein the distance sensors can optionally be arranged on the same side or on opposite sides of the measuring path.
A method, comprising: receiving, by a processor, respective coordinates for multiple points on a three-dimensional surface, wherein the three-dimensional surface is representative of tissue in a body cavity; rendering an image of the surface on a display screen; and for each given point among the multiple points, computing a density of the points within a region surrounding the given point, and rendering, on the display screen, the given point on the surface with a point size that is inversely related to the computed density. receiving, by a processor, respective coordinates for multiple points on a three-dimensional surface, wherein the three-dimensional surface is representative of tissue in a body cavity; rendering an image of the surface on a display screen; and for each given point among the multiple points, computing a density of the points within a region surrounding the given point, and rendering, on the display screen, the given point on the surface with a point size that is inversely related to the computed density.
Visitor location register (MSC/VLR), for paging a user equipment, for a mobile terminated circuit switched service, said visitor location register comprising means for: - detecting that a mobility management entity (MME 1), serving said user equipment is no longer in service, and - sending an SGs paging request (SGsAP Paging Request) with a restoration indicator (restoration indicator) to one alternative mobility management entity (MME 2), to cause said alternative mobility management entity to accept said SGs paging request even if said user equipment is unknown to said alternative mobility management entity and even if a mobility management entity-reset parameter is set to false. - detecting that a mobility management entity (MME 1), serving said user equipment is no longer in service, and - sending an SGs paging request (SGsAP Paging Request) with a restoration indicator (restoration indicator) to one alternative mobility management entity (MME 2), to cause said alternative mobility management entity to accept said SGs paging request even if said user equipment is unknown to said alternative mobility management entity and even if a mobility management entity-reset parameter is set to false.
A method for producing a composition comprising poly(3,4-ethylenedioxythiophene) (PEDOT), comprising the method steps: I) provision of a composition Z1 comprising 3,4-ethylenedioxythiophene, an oxidising agent, an anion of PSS and water as a solvent or dispersant in which said components are dissolved or dispersed; II) oxidative polymerisation of EDT by reducing the oxidising agent to a reduction product and oxidation of EDT to form a composition Z2 comprising a PEDOT and the reduction product; III) at least partial removal of the reduction product from the composition Z2 obtained in method step II), to obtain a composition Z3; wherein it is ensured that, following completion of method step III), the content of non-polymerised EDT in the composition Z3 is in the range from 5 ppm to 30 ppm, based on the total weight of the composition Z3, and wherein the content of EDT is determined by High Performance Liquid Chromatograph (HPLC) according to the test method described herein. I) provision of a composition Z1 comprising 3,4-ethylenedioxythiophene, an oxidising agent, an anion of PSS and water as a solvent or dispersant in which said components are dissolved or dispersed; II) oxidative polymerisation of EDT by reducing the oxidising agent to a reduction product and oxidation of EDT to form a composition Z2 comprising a PEDOT and the reduction product; III) at least partial removal of the reduction product from the composition Z2 obtained in method step II), to obtain a composition Z3;
A waterproof and vapor-permeable shoe (200, 300) comprising - an upper assembly, which is composed of at least one upper (212, 312) and a waterproof and vapor-permeable functional layer (213, 313) which is internal thereto, - a tread portion (215, 315) made of waterproof material, which is joined to said upper assembly below it, - at least one vapor permeation layer (216, 316) provided below the foot insertion space defined inside said shoe (200, 300) to accommodate the foot of the user, at least one opening (217, 317) being provided which is lateral with respect to said shoe (200, 300) proximate to the region of connection of said upper assembly to said tread portion (215, 315), said at least one opening (217, 317) being open toward the perimetric edge (216a, 316a) of said at least one vapor permeation layer (216, 316), wherein said shoe (200, 300) has, interposed between said perimetric edge (216a, 316a) and said at least one opening (217, 317) so as to prevent the access to said at least one vapor permeation layer (216, 316) of water that arrives from said at least one opening (217, 317), - at least one functional portion (213a, 313a) of said functional layer (213, 313), said at least one vapor permeation layer (216, 316) being made of a vapor-permeable material selected among fibrous, porous or microporous materials. - an upper assembly, which is composed of at least one upper (212, 312) and a waterproof and vapor-permeable functional layer (213, 313) which is internal thereto, - a tread portion (215, 315) made of waterproof material, which is joined to said upper assembly below it, - at least one vapor permeation layer (216, 316) provided below the foot insertion space defined inside said shoe (200, 300) to accommodate the foot of the user, - at least one functional portion (213a, 313a) of said functional layer (213, 313),
Electric linear motor comprising at least one linear stator designed to be located in a fixed correlation to an environment, particularly building, and at least one mover (24, 26; 126) designed for connection with an element to be moved (16; 16a-16d) and co-acting to move along the stator, which motor comprises a stator beam (18; 114) supporting said at least one stator, which stator beam has at least one side face (42-48; 116-124) carrying ferromagnetic poles of said stator spaced apart by a pitch (d), and which mover (24, 26; 126) comprises at least one counter-face facing said side face(s) of the stator beam, in which counter-face electro-magnetic components (70, 71, 72, 74, 76) of the mover (24, 26; 126) are arranged to co-act with the ferromagnetic poles of the stator beam, characterized in that the stator and the mover (24, 26; 126) form guide means for the travel of the element to be moved along the stator beam, and that the ferromagnetic stator poles of the stator beam and the electro-magnetic components of the mover (70, 71, 72, 74, 76) form a magnetic bearing for the guide and suspension of the element (16; 16a-d).
A vacuum suction device comprising: a cover which is rotatably mounted on an upper portion so as to be coupled to a flat surface by vacuum suction; a suction plate which is coupled to a lower portion of the cover to be sucked by vacuum to the flat surface; and a height adjustment member which is arranged between the cover and the suction plate to move the suction plate forward and backward according to the rotation of the cover, wherein a plurality of fixing pieces are formed in a top surface of inside the cover, and a plurality of elastic stoppers having a certain elastic force are coupled to inside the height adjustment member in order for the each of the fixing pieces to move by sliding with the fixing piece contacting the elastic stopper and in order for the each of the fixing pieces to be hung on an end portion to fix the cover so as to prevent a backward rotation of the cover from occurring. a cover which is rotatably mounted on an upper portion so as to be coupled to a flat surface by vacuum suction; a suction plate which is coupled to a lower portion of the cover to be sucked by vacuum to the flat surface; and a height adjustment member which is arranged between the cover and the suction plate to move the suction plate forward and backward according to the rotation of the cover, wherein a plurality of fixing pieces are formed in a top surface of inside the cover, and a plurality of elastic stoppers having a certain elastic force are coupled to inside the height adjustment member in order for the each of the fixing pieces to move by sliding with the fixing piece contacting the elastic stopper and in order for the each of the fixing pieces to be hung on an end portion to fix the cover so as to prevent a backward rotation of the cover from occurring.
An ink composition comprising a glycidyl ether compound in a range of 7 to 38 wt% in the total composition, wherein haze is adjustable by UV irradiation; wherein the composition further comprises an epoxy compound having cyclic structures in the molecular structure; wherein the composition further comprises a compound having an oxetane group; wherein the epoxy compound having cyclic structures in the molecular structure is included in an amount of 40 to 150 parts by weight relative to 100 parts by weight of the glycidyl ether compound; wherein the compound having an oxetane group is included in an amount of 150 to 300 parts by weight relative to 100 parts by weight of the glycidyl ether compound. wherein the composition further comprises an epoxy compound having cyclic structures in the molecular structure; wherein the composition further comprises a compound having an oxetane group; wherein the epoxy compound having cyclic structures in the molecular structure is included in an amount of 40 to 150 parts by weight relative to 100 parts by weight of the glycidyl ether compound; wherein the compound having an oxetane group is included in an amount of 150 to 300 parts by weight relative to 100 parts by weight of the glycidyl ether compound.
A hub-bearing assembly for rotatably mounting a soil-working disc on a supporting axle of an agricultural machine, the assembly comprising: a hub-bearing unit with a radially outer, rotatable outer race from one side of which a flange radially extends for mounting a disc, and a sealing device mounted on a side of the hub-bearing unit opposite to the side of the flange, the radially outer surface of the assembly having a portion, intermediate the flange and the side of the sealing device, which is radially recessed so as to serve as a preferential seat for winding wires picked up from the fields during use of the agricultural machine; characterised in that the assembly further comprises a lateral annular shield mountable on the axle near the sealing device and cooperating therewith for performing a further labyrinth sealing action, and that the side shield has a L-shaped axial cross section and that a stationary part of the sealing device is fixable on the central axle by means of the side shield. a hub-bearing unit with a radially outer, rotatable outer race from one side of which a flange radially extends for mounting a disc, and a sealing device mounted on a side of the hub-bearing unit opposite to the side of the flange, the radially outer surface of the assembly having a portion, intermediate the flange and the side of the sealing device, which is radially recessed so as to serve as a preferential seat for winding wires picked up from the fields during use of the agricultural machine; characterised in that the assembly further comprises a lateral annular shield mountable on the axle near the sealing device and cooperating therewith for performing a further labyrinth sealing action, and that the side shield has a L-shaped axial cross section and that a stationary part of the sealing device is fixable on the central axle by means of the side shield.
An image processing apparatus comprising: a difference calculation section configured to calculate respective difference images between respective frames of pairs of frames of captured images obtained by capturing, by an imaging section driven by a rolling shutter scheme, sequentially projected superimposed images, the superimposed images being images, wherein a positive pattern image and a negative pattern image of a predetermined pattern are respectively superimposed onto a content image frame, wherein the frame rate of the captured images is higher than that of the projected images; an extraction section configured to extract a respective region where the predetermined pattern is detectable from each of the difference images; and a joint section configured to join regions extracted by the extraction section together to generate the predetermined pattern, wherein the respective frames of the pairs of frames of captured images are at intervals in accordance with a ratio of the frame rate of the captured images to the frame rate of the projected images. a difference calculation section configured to calculate respective difference images between respective frames of pairs of frames of captured images obtained by capturing, by an imaging section driven by a rolling shutter scheme, sequentially projected superimposed images, the superimposed images being images, wherein a positive pattern image and a negative pattern image of a predetermined pattern are respectively superimposed onto a content image frame, wherein the frame rate of the captured images is higher than that of the projected images; an extraction section configured to extract a respective region where the predetermined pattern is detectable from each of the difference images; and a joint section configured to join regions extracted by the extraction section together to generate the predetermined pattern, wherein the respective frames of the pairs of frames of captured images are at intervals in accordance with a ratio of the frame rate of the captured images to the frame rate of the projected images.
A method for spatially managing a plurality of interactive zones, referred to as zones (Zk) k∈[1;N], on a tactile screen of a table intended for multi-user purposes, each of the zones (Zi) defining "a dedicated digital environment" for a user and a boundary (F zi), said zones (Zi) i∈[1;N] being displayed upon activating a tactile control and being able to be displaced and enlarged on said tactile screen by a tactile action, said method being characterized in that it comprises: ▪ a first interactivity mode comprising a display of at least two zones (Z1, Z2i) enabling users to individually access a dedicated digital environment; ▪ a second interactivity mode comprising a full screen display of a zone enabling users to access a same digital environment, activating the second mode comprising: ▪ detecting an activation control (DET(COM ACT) of the second interactivity mode in at least one first zone; ▪ generating (GEN(F A)) an acceptance window (F A) on a plurality of second zones ((Z2i) i∈[1;N]); ▪ detecting a set of acceptance actions (A A), each being generated in each second zone (Z2i); ▪ full screen displaying the first zone when the number of acceptance actions (A A) corresponds to the number of second displayed zones ((Z2i) i∈[1;N]), the method comprising when the first interactivity mode is activated an anti-collision function of interactivity zones including: • detecting a displacement of a boundary (F Z1) of at least one zone intercepting at least the boundary (F Z2i) of another zone (Z2i) by means of a calculator coupled with an image capture means; • generating, by the calculator, a setpoint for stopping the displacement of said boundary (F Z1) ensuring that the zones (Z1, Z2i) are not superimposed with each other. ▪ a first interactivity mode comprising a display of at least two zones (Z1, Z2i) enabling users to individually access a dedicated digital environment; ▪ a second interactivity mode comprising a full screen display of a zone enabling users to access a same digital environment, ▪ detecting an activation control (DET(COM ACT) of the second interactivity mode in at least one first zone; ▪ generating (GEN(F A)) an acceptance window (F A) on a plurality of second zones ((Z2i) i∈[1;N]); ▪ detecting a set of acceptance actions (A A), each being generated in each second zone (Z2i); ▪ full screen displaying the first zone when the number of acceptance actions (A A) corresponds to the number of second displayed zones ((Z2i) i∈[1;N]), • detecting a displacement of a boundary (F Z1) of at least one zone intercepting at least the boundary (F Z2i) of another zone (Z2i) by means of a calculator coupled with an image capture means; • generating, by the calculator, a setpoint for stopping the displacement of said boundary (F Z1) ensuring that the zones (Z1, Z2i) are not superimposed with each other.
Method for manufacturing an installation frame for heavy mechanically driven machines with an integrated mounting bolt as integrated component by casting, wherein the integrated component is cast simultaneously with the rest of the casting, characterized in that by virtue of a surface treatment carried out after casting, the integrated component has, in certain regions, a greater surface hardness than the remaining component and the surface treatment is a surface coating with a hardness of greater than 50 HRC and a thickness of at least 0.1 mm.