mhurhangee/ep-ind-claims huggingface dataset:
A communication method, comprising: receiving, by a second network device from a first network device, information used to indicate that a terminal initiates a radio access network notification area update, RNAU, characterized in that the information used to indicate that a terminal initiates an RNAU is carried in a context request message, and the context request message further comprises a physical cell identifier of a current serving cell of the terminal; generating, by the second network device based on the information, a radio resource control release message; performing, by the second network device, security protection on the radio resource control release message, wherein a key used for the security protection is derived by the second network device based on the physical cell identifier, wherein the security protection comprises integrity protection and encryption, and wherein the key used for the security protection is a key derived by the second network device based on an old key and the physical cell identifier of the current serving cell of the terminal, and the old key is a key used when configuring the terminal to enter an inactive state; and sending, to the first network device, the radio resource control release message on which the second network device has performed security protection. receiving, by a second network device from a first network device, information used to indicate that a terminal initiates a radio access network notification area update, RNAU, characterized in that the information used to indicate that a terminal initiates an RNAU is carried in a context request message, and the context request message further comprises a physical cell identifier of a current serving cell of the terminal; generating, by the second network device based on the information, a radio resource control release message; performing, by the second network device, security protection on the radio resource control release message, wherein a key used for the security protection is derived by the second network device based on the physical cell identifier, wherein the security protection comprises integrity protection and encryption, and wherein the key used for the security protection is a key derived by the second network device based on an old key and the physical cell identifier of the current serving cell of the terminal, and the old key is a key used when configuring the terminal to enter an inactive state; and sending, to the first network device, the radio resource control release message on which the second network device has performed security protection.
A method for monitoring a filled container, in particular a filled beverage container, which is conveyed on a conveyor, comprising the following steps: taking up the container by a carriage, creating a spacing between the container and the conveyor, so that the entire weight of the container is retained by the carriage in a weighing region, characterized by the steps: weighing the retained container in the weighing region using a load cell comprised by the carriage, the carriage being driven by a linear motor according to said method and thus being movable in at least one area along the conveyor. taking up the container by a carriage, creating a spacing between the container and the conveyor, so that the entire weight of the container is retained by the carriage in a weighing region, characterized by the steps: weighing the retained container in the weighing region using a load cell comprised by the carriage, the carriage being driven by a linear motor according to said method and thus being movable in at least one area along the conveyor.
A film for conveying in an industrial process, the film having (i) an upper surface and a lower surface; and (ii) a plurality of protrusions (100, 500) separated by land areas and defining a profile of the upper surface, wherein each protrusion (100, 500) has a body comprising: a top member (110, 510) having opposed first and second lateral edges (115, 515) and is supported by opposed compression resistant first (120, 520) and second (125, 525) end walls, at least one of the lateral edges (115, 515) cooperating with the end walls (120, 125; 520, 525) to define an aperture extending from the upper surface to the lower surface, each end wall (120, 125; 520, 525) having a base edge connected to an adjacent land area characterized in that each protrusion has a configuration selected from at least one of: (a) curved first and second end walls; and (b) angled planar first and second end walls having reinforcing material (530c, 530d) under each of the angled planar first and second end walls. (i) an upper surface and a lower surface; and (ii) a plurality of protrusions (100, 500) separated by land areas and defining a profile of the upper surface, wherein a top member (110, 510) having opposed first and second lateral edges (115, 515) and is supported by opposed compression resistant first (120, 520) and second (125, 525) end walls, at least one of the lateral edges (115, 515) cooperating with the end walls (120, 125; 520, 525) to define an aperture extending from the upper surface to the lower surface, each end wall (120, 125; 520, 525) having a base edge connected to an adjacent land area characterized in that each protrusion has a configuration selected from at least one of: (a) curved first and second end walls; and (b) angled planar first and second end walls having reinforcing material (530c, 530d) under each of the angled planar first and second end walls. (a) curved first and second end walls; and (b) angled planar first and second end walls having reinforcing material (530c, 530d) under each of the angled planar first and second end walls.
Roll type closure comprising: - a fixed mounting frame (3, 4), - an inner roller rotatably mounted to the fixed mounting frame, - an inner curtain secured to the inner roller, - a tubular hollow outer roller rotatably mounted on the inner roller in such manner that the inner roller and the outer roller are coaxial and rotate independently, the said outer roller being provided with a longitudinal slot for the passage of the inner curtain, - an outer curtain secured to the external roller, - actuating mechanisms connected to the inner roller in order to drive the inner roller into rotation, - a bottom rail disposed at the free end of the inner curtain and adapted to be coupled with the said longitudinal slot of the outer roller, when the inner curtain is rolled completely on the inner roller in such a manner to make the said inner and outer rollers (1, 2) integral in rotation, characterized in that it also comprises comprises: - a lever with a hook mounted on the said outer roller to move from a retracted position, in which the hook does not protrude from the outer roller, to an extracted position, in which the hook protrudes from the outer roller, the said lever being in said extracted position when the said outer curtain is unrolled completely, - a stop member mounted in the said frame in such manner that when the lever is in extracted position the hook is stopped against the said stop member, blocking the rotation of the outer roller. - a fixed mounting frame (3, 4), - an inner roller rotatably mounted to the fixed mounting frame, - an inner curtain secured to the inner roller, - a tubular hollow outer roller rotatably mounted on the inner roller in such manner that the inner roller and the outer roller are coaxial and rotate independently, the said outer roller being provided with a longitudinal slot for the passage of the inner curtain, - an outer curtain secured to the external roller, - actuating mechanisms connected to the inner roller in order to drive the inner roller into rotation, - a bottom rail disposed at the free end of the inner curtain and adapted to be coupled with the said longitudinal slot of the outer roller, when the inner curtain is rolled completely on the inner roller in such a manner to make the said inner and outer rollers (1, 2) integral in rotation, - a lever with a hook mounted on the said outer roller to move from a retracted position, in which the hook does not protrude from the outer roller, to an extracted position, in which the hook protrudes from the outer roller, the said lever being in said extracted position when the said outer curtain is unrolled completely, - a stop member mounted in the said frame in such manner that when the lever is in extracted position the hook is stopped against the said stop member, blocking the rotation of the outer roller.
Method for the manufacturing of extruded profiles that can be anodized with high gloss surfaces, the profiles being extruded of an age hardenable aluminium alloy that can be recrystallized after cold deformation, where the alloy initially is cast to extrusion billets, where the billets are homogenized at a holding temperature between 480°C and 620°C and soaked at this temperature for 0-12 hours, where after the billets are subjected to cooling from the homogenization temperature at a rate of 150°C/h or faster, a) the billets are preheated to a temperature between 400 and 540°C and extruded and cooled rapidly down to room temperature, b) deforming the profile more than 10% by a cold rolling operation, where after c) the profile is flash annealed with a heating time of maximum two minutes to a temperature of between 400 - 530 °C and held at this temperature for not more than 5 minutes to obtain an average grain size of about 100 μm or less, and subsequently quenched, and d) the profile is finally aged, wherein the alloy is a 7xxx alloy containing in wt.%: Si: 0,00-0,30 Mg: 0,50 -2,00 Fe: 0,00-0,15 Cu: 0,00 -0,30 Mn: 0,00 - 0,20 Cr: 0,00-0,10 Zr: 0,00 - 0,20 Sc: 0,00-0,10 Zn: 3,00 - 7,00 Ti: 0,00 - 0,05, and including incidental impurities and balance Al. a) the billets are preheated to a temperature between 400 and 540°C and extruded and cooled rapidly down to room temperature, b) deforming the profile more than 10% by a cold rolling operation, where after c) the profile is flash annealed with a heating time of maximum two minutes to a temperature of between 400 - 530 °C and held at this temperature for not more than 5 minutes to obtain an average grain size of about 100 μm or less, and subsequently quenched, and d) the profile is finally aged, wherein the alloy is a 7xxx alloy containing in wt.%: Si: 0,00-0,30 Mg: 0,50 -2,00 Fe: 0,00-0,15 Cu: 0,00 -0,30 Mn: 0,00 - 0,20 Cr: 0,00-0,10 Zr: 0,00 - 0,20 Sc: 0,00-0,10 Zn: 3,00 - 7,00 Ti: 0,00 - 0,05, and including incidental impurities and balance Al. Si: 0,00-0,30 Mg: 0,50 -2,00 Fe: 0,00-0,15 Cu: 0,00 -0,30 Mn: 0,00 - 0,20 Cr: 0,00-0,10 Zr: 0,00 - 0,20 Sc: 0,00-0,10 Zn: 3,00 - 7,00 Ti: 0,00 - 0,05, and including incidental impurities and balance Al.
A device for controlling and cleaning wired audio headsets, each audio headset comprising a headband, two earphones and an electrical cable connected to the earphones and ending in a plug, characterised in that said device comprises: - impedance control means; - audio control means; - means for cleaning said headsets; - means (5; 5') for winding up the cable of the headset and wherein the impedance control, audio control, cleaning and headset cable winding means are disposed in different successive positions, said device having conveying means capable of routing the headsets to the different positions, comprising two conveyor belts parallel to each other, one called the first conveyor, being capable of receiving the headband/earphones assembly of the headset positioned astride said first conveyor and the other one, called second conveyor, the socket of said headset, said two conveyor belts (6, 7) being synchronised and spaced apart from each other so as to allow the cable to be freely suspended under the action of its weight between the two conveyor belts (6, 7). - impedance control means; - audio control means; - means for cleaning said headsets; - means (5; 5') for winding up the cable of the headset
A roof rack load carrying bar, comprising, - a channel for receiving at least one mounting member for attaching a load carrying bar accessory to said load carrying bar, said channel extending at least partly in a length direction of said load carrying bar, - a first and a second cover extending in said length direction of said load carrying bar and being arranged for sealing said channel from an external environment, said first cover being attached to said load carrying bar via a first attachment interface (AI 1) provided at a first side of said channel, said second cover being attached to said load carrying bar via a second attachment interface (AI 2) provided at a second side of said channel, characterized in that, said first (AI 1) and said second (AI 2) attachment interface being asymmetrical with respect to each other. - a channel for receiving at least one mounting member for attaching a load carrying bar accessory to said load carrying bar, said channel extending at least partly in a length direction of said load carrying bar, - a first and a second cover extending in said length direction of said load carrying bar and being arranged for sealing said channel from an external environment, said first cover being attached to said load carrying bar via a first attachment interface (AI 1) provided at a first side of said channel, said second cover being attached to said load carrying bar via a second attachment interface (AI 2) provided at a second side of said channel,
A laser shaving device comprising a housing having a skin engaging face and a recess extending into the housing from said skin engaging face, the skin engaging face lying in or intersecting a plane that extends across the recess and being positionable against a skin surface such that the skin surface assumes a substantially domed-shape extending in a direction out of the plane of the skin engaging face into the recess, an optical system configured to direct a laser beam across said recess to cut hairs extending from said skin surface within the recess into a cutting section of the laser beam, a skin surface sensor configured to generate a signal indicative of a distance ( Y skin (z)) that a skin surface has extended out of the plane of the skin engaging face into the recess, and a controller configured to activate the laser beam only if said distance by which a skin surface has extended out of the plane of the skin engaging face into the recess exceeds a distance between said plane of the skin engaging face and a predetermined laser beam activation threshold (Y threshold (z)).
Procedure for determining the volume flow or the mass flow of a medium in a pipe or in a measuring tube with the radius via an ultrasonic procedure, wherein ultrasonic measuring signals are transmitted and/or received along several defined measuring paths (m), wherein different successive flow profiles (v(r)) of a medium under measurement are formed during a calibration phase in the pipe and wherein a defined volume flow or a defined mass flow is determined for every flow profile (v(r)), wherein each flow profile (v(r)) formed in the pipe or in the measuring tube is described by a characteristic parameter set (a 1,..., a n where n ∈ N) of a suitable fit function on the basis of the measured values (v(r 1)... (v(r m)) determined in the individual measuring paths (m), depending on the distance r = r 1,... r m in relation to the longitudinal axis of the measuring tube or pipe, and wherein a correction factor MF(a 1,..., a n) which depends on the flow profile is calculated for every flow profile (v(r)) by comparing the defined volume flow or mass flow with a reference volume flow or reference mass flow of a reference flowmeter, and wherein a volume flow or mass flow determined using a parameter set (a 1,..., a n where n ∈ N) acquired during measuring operation is subsequently corrected during measuring operation by a correction factor MF(a 1,..., a n) that is determined during the calibration phase and depends on the flow profile.
Device for adjusting the length of a bracelet, characterized in that it comprises at least one adjusting link element mounted with the ability to rotate about a first axis, the adjusting link element being connected to an end link element of a bracelet by a connecting pin, so that the end link element can occupy two positions, each of these two positions respectively corresponding to a short and long configuration of the length of the bracelet, the bracelet length adjustment device comprising an elastic fastening device so as to elastically fasten together the at least one adjusting link element and the end link element in the short configuration, in which configuration the elastic fastening device is characterized in that it is arranged around a third axis that is not aligned with the first axis and distinct from the connecting pin.
A bit, in particular a round shank bit, having a bit head and a bit shank, wherein in the region of the bit shank a securing sleeve is held, and having a support element, which has a guide region, wherein the support element in the region of the underside thereof facing away from the bit head has a deflection section (36.1), and wherein the support element has, on the upper side facing the bit head, an insert extension (36.3), which merges indirectly or directly into the guide region, characterised in that the support element has, on the upper side thereof, a recess, in which a facing region of the bit head is accommodated, in that the bit head is supported with a bearing surface (13.1) on a support surface (31.1) of the recess, and that the support element has recesses on the radially outer peripheral region thereof.
An electric connection assembly for surface mounting on a circuit board, comprising a housing and a plurality of soldering pins for electrically contacting the circuit board, wherein the plurality of soldering pins comprises a starting portion received in the housing, a middle portion and an end portion provided at the end extending away from the housing for electrically contacting the circuit board, wherein the middle portion is bent back to the housing and the end portion is bent such that it extends away from the housing, wherein both the starting portion and the middle portion, and the middle portion and the end portion enclose an acute angle and wherein the housing comprises a supporting surface which is arranged below the middle portion towards the end portion, wherein the housing has a pocket, wherein the pocket is open in a direction towards the supporting surface, characterized in that the pins of the plurality of soldering pins are received in the pocket at least in sections.
An electrode assembly comprising: a current collector; and a first electric active material layer stacked on the current collector; and: a first porous conductive network layer stacked as an exposed uppermost layer on a main surface of the first electric active material layer opposite to a main surface of the first electric active material layer contacting the current collector and partially depressed into the first electric active material layer, characterized in that the first porous conductive network layer includes a felt-like structure consisting of a plurality of segmented metal long fibers, and the plurality of metal long fibers have thicknesses from 1 μm to 10 μm, wherein the felt-like structure includes a high-density porous conductive network layer formed on a surface of the electric active material layer and a low-density porous conductive network layer depressed into the first electric active material layer. a current collector; and a first electric active material layer stacked on the current collector; and: a first porous conductive network layer stacked as an exposed uppermost layer on a main surface of the first electric active material layer opposite to a main surface of the first electric active material layer contacting the current collector and partially depressed into the first electric active material layer, characterized in that the first porous conductive network layer includes a felt-like structure consisting of a plurality of segmented metal long fibers, and the plurality of metal long fibers have thicknesses from 1 μm to 10 μm, wherein the felt-like structure includes a high-density porous conductive network layer formed on a surface of the electric active material layer and a low-density porous conductive network layer depressed into the first electric active material layer. a first porous conductive network layer stacked as an exposed uppermost layer on a main surface of the first electric active material layer opposite to a main surface of the first electric active material layer contacting the current collector and partially depressed into the first electric active material layer, characterized in that the first porous conductive network layer includes a felt-like structure consisting of a plurality of segmented metal long fibers, and the plurality of metal long fibers have thicknesses from 1 μm to 10 μm, wherein the felt-like structure includes a high-density porous conductive network layer formed on a surface of the electric active material layer and a low-density porous conductive network layer depressed into the first electric active material layer.
A gas analyzing apparatus (1, 61, 100, 200, 300) comprising: a tube-like member (11, 66, 76, 117, 134) that includes a light path through which measurement light can be emitted to a predetermined measurement region of sample gas flowing in a pipe (50, 80, 150) and/or through which the measurement light from the measurement region can be received, the tube-like member (11, 66, 76, 117, 134) having a flange (13, 65, 75, 116, 133) configured to be fixed to the pipe side wall (51, 81, 151) so that the tube-like member is arranged in an opening of the pipe side wall so as to define a gap (56, 86, 96, 155, 163, 213) between a tube-like inner wall surface of the opening and an outer circumferential surface of the tube-like member; an optical system member (12, 20, 63, 73, 111, 131) configured to emit the measurement light to the sample gas in the measurement region and/or to receive the measurement light from the measurement region; a purge gas feed portion (22, 23, 68, 78, 118, 101, 121, 123, 137, 139) configured to supply purge gas (Pa) to a region positioned on a light path of the measurement light between the optical system member (12, 20, 63, 73, 111, 131) and the measurement region; and at least one blocking plate (21, 67, 77, 119, 164, 214, 313) disposed around a periphery of the tube-like member at a position close to the inner wall surface of the pipe side wall so as to suppress the sample gas from flowing from the pipe into the gap (56, 86, 96, 155, 163, 213). a tube-like member (11, 66, 76, 117, 134) that includes a light path through which measurement light can be emitted to a predetermined measurement region of sample gas flowing in a pipe (50, 80, 150) and/or through which the measurement light from the measurement region can be received, the tube-like member (11, 66, 76, 117, 134) having a flange (13, 65, 75, 116, 133) configured to be fixed to the pipe side wall (51, 81, 151) so that the tube-like member is arranged in an opening of the pipe side wall so as to define a gap (56, 86, 96, 155, 163, 213) between a tube-like inner wall surface of the opening and an outer circumferential surface of the tube-like member; an optical system member (12, 20, 63, 73, 111, 131) configured to emit the measurement light to the sample gas in the measurement region and/or to receive the measurement light from the measurement region; a purge gas feed portion (22, 23, 68, 78, 118, 101, 121, 123, 137, 139) configured to supply purge gas (Pa) to a region positioned on a light path of the measurement light between the optical system member (12, 20, 63, 73, 111, 131) and the measurement region; and at least one blocking plate (21, 67, 77, 119, 164, 214, 313) disposed around a periphery of the tube-like member at a position close to the inner wall surface of the pipe side wall so as to suppress the sample gas from flowing from the pipe into the gap (56, 86, 96, 155, 163, 213).