mhurhangee/patent-ind-claim-en huggingface dataset:
A method for the adaptation of the driving of a vehicle on a roadway in association with taking a curve, comprising the steps: to determine (S1) the degree of curvature along the route of the vehicle; to adapt (S2) the speed of the vehicle based on the lateral acceleration of the vehicle, to determine (S3) a maximum permitted lateral acceleration; and to adapt (S4) the maximum permitted lateral acceleration depending on properties of the vehicle and/or the surroundings that influence the safe driving of the vehicle when taking a curve, whereby the step to adapt the maximum permitted lateral acceleration includes the step to determine a factor that corresponds to the degree to which the said properties of the vehicle and/or the surroundings influence safe driving of the vehicle when taking a curve, characterized in that the said factor includes the influence of properties of the surroundings in the form of the effective width of the traffic lane in which the vehicle is being driven.
A non-combustion type inhalation article comprising a total tobacco filler, the total tobacco filler comprising individual tobacco filler units having a tobacco particle density of not more than 0.51 g/cm 3 .
An apparatus for installing a field fiber in a fiber optic connector having a stub fiber therein and evaluating at least one characteristic of a splice between said stub fiber and said field fiber, at least a portion of said fiber optic connector being at least one of transparent or translucent, said apparatus comprising: a light source for injecting a light into said fiber optic connector via said stub fiber, some of said injected light radiating through said fiber optic connector; a digital camera , said digital camera capturing a digital image of said fiber optic connector; and a digital processor , said digital processor using said digital image to evaluate light radiating through said fiber optic connector to determine said at least one characteristic of said splice, characterized in that : said digital processor further evaluates a spatial pattern of said light radiating through said fiber optic connector, and wherein said digital processor further evaluates said spatial pattern of said light radiating through said fiber optic connector from at least two zones of said fiber optic connector, wherein said at least two zones include at least two of a stub fiber zone, a splice zone, and a field fiber zone. a light source for injecting a light into said fiber optic connector via said stub fiber, some of said injected light radiating through said fiber optic connector; a digital camera , said digital camera capturing a digital image of said fiber optic connector; and a digital processor , said digital processor using said digital image to evaluate light radiating through said fiber optic connector to determine said at least one characteristic of said splice, characterized in that : said digital processor further evaluates a spatial pattern of said light radiating through said fiber optic connector, and wherein said digital processor further evaluates said spatial pattern of said light radiating through said fiber optic connector from at least two zones of said fiber optic connector, wherein said at least two zones include at least two of a stub fiber zone, a splice zone, and a field fiber zone.
Composition for the protection against corrosion of an article, said composition comprising: (i) an amorphous polymer composition comprising an amorphous polymer having a glass transition temperature of -20 °C or less as determined by differential scanning calorimetry (DSC) and wherein the amorphous polymer has an average molecular weight in the range of 1,000 to 3,050,000 g mol -1 as determined with gel permeation chromatography, (ii) one or more water-absorbing fillers having a water-absorption of 20 wt.% or higher as determined according to the procedure described in standard EN-ISO 10769:2011, wherein the one or more water-absorbing fillers comprise a non-polymeric filler that binds water by chemical reaction, and (iii) an antioxidant, wherein the composition comprises 30 to 70 wt.% of the amorphous polymer composition based on the total weight of the composition; and wherein the composition comprises (a) at least 30 wt.% of the non-polymeric water-absorbing filler, and optionally (b) at least 0.1 wt.% of a polymeric water-absorbing filler, all based on the total weight of the composition. (i) an amorphous polymer composition comprising an amorphous polymer having a glass transition temperature of -20 °C or less as determined by differential scanning calorimetry (DSC) and wherein the amorphous polymer has an average molecular weight in the range of 1,000 to 3,050,000 g mol -1 as determined with gel permeation chromatography, (ii) one or more water-absorbing fillers having a water-absorption of 20 wt.% or higher as determined according to the procedure described in standard EN-ISO 10769:2011, wherein the one or more water-absorbing fillers comprise a non-polymeric filler that binds water by chemical reaction, and (iii) an antioxidant, (a) at least 30 wt.% of the non-polymeric water-absorbing filler, and optionally (b) at least 0.1 wt.% of a polymeric water-absorbing filler,
An electrostatic encoder including a disk-shaped stator and a disk-shaped rotor , whereby the electrostatic encoder uses a capacitance defined by electrodes (124a-124h, 125a-125h, 127a-127h) arranged on mutually opposed surfaces of the disk-shaped rotor and the disk-shaped stator to measure a displacement of the disk-shaped rotor in a circumferential direction, wherein the electrodes include: a plurality of relay electrodes (127a-127h) arranged on the rotor ; and a plurality of transmission electrodes (125a-125h) and detection electrodes (124a-124h) arranged on the stator wherein the plurality of relay electrodes (127a-127h) are arranged on each of an outer layer and an inner layer that are formed circumferentially on the rotor at regular circumferential intervals; the plurality of transmission electrodes (125a-125h) and detection electrodes (124a-124h) are arranged on each of an outer layer and an inner layer that are formed circumferentially on the stator at regular circumferential intervals; and the plurality of transmission electrodes (125a-125h) and detection electrodes (124a-124h) are arranged circumferentially and alternately; and wherein when a high-frequency signal and an inverted high-frequency signal which is an inverted signal of the high-frequency signal are applied alternately in a circumferential direction to the plurality of transmission electrodes (125a-125h), detection signals are detected having a mutual phase difference of 90 degrees between ones of the detection electrodes (124a-124d) on the outer layers and ones of the detection electrodes (124e-124h) on the inner layers. a plurality of relay electrodes (127a-127h) arranged on the rotor ; and a plurality of transmission electrodes (125a-125h) and detection electrodes (124a-124h) arranged on the stator wherein the plurality of relay electrodes (127a-127h) are arranged on each of an outer layer and an inner layer that are formed circumferentially on the rotor at regular circumferential intervals; the plurality of transmission electrodes (125a-125h) and detection electrodes (124a-124h) are arranged on each of an outer layer and an inner layer that are formed circumferentially on the stator at regular circumferential intervals; and the plurality of transmission electrodes (125a-125h) and detection electrodes (124a-124h) are arranged circumferentially and alternately; and wherein when a high-frequency signal and an inverted high-frequency signal which is an inverted signal of the high-frequency signal are applied alternately in a circumferential direction to the plurality of transmission electrodes (125a-125h), detection signals are detected having a mutual phase difference of 90 degrees between ones of the detection electrodes (124a-124d) on the outer layers and ones of the detection electrodes (124e-124h) on the inner layers.
Osmotic release system consisting of a core and a shell, where the shell consists of a water-permeable material impermeable for the components of the core and has at least one orifice, and where the core comprises sodium -3-(4-chloro-3-{[ -2-(4-chlorophenyl)-4,4,4-trifluoro-3-methylbutanoyl]amino}phenyl)-3-cyclopropyl-propanoate of the formula (II) and at least one hydrophilic swellable polymer, where the hydrophilic swellable polymer is selected from the list consisting of polyethylene oxide, xanthan, cellulose derivatives, for example hydroxypropylcellulose, hydroxypropylmethylcellulose or sodium carboxymethylcellulose, vinylpyrrolidone/vinyl acetate copolymer, polyvinylpyrrolidone, methacrylic acid copolymers, for example methacrylic acid-methyl methacrylate copolymer, and polyacrylic acids.
A method performed in a wireless communication device for managing connection states in a wireless communication system , wherein the wireless communication device comprises at least two Subscriber Identity Modules, SIMs, in which a first SIM is associated to a connection state towards a first network node , a second SIM is associated to a connection state towards a second network node , the method being characterized in comprising: obtaining a position of the wireless communication device ; determining a priority for the at least two SIMs based on the obtained position; determining whether the connection state of the first SIM and the connection state of the second SIMs have conflicting needs in radio resources; and if so performing a connection state change for the SIM of the first SIM and the second SIM that has lower priority from its connection state to a further connection state which needs less resources, wherein in the further connection state the connection is maintained. obtaining a position of the wireless communication device ; determining a priority for the at least two SIMs based on the obtained position; determining whether the connection state of the first SIM and the connection state of the second SIMs have conflicting needs in radio resources; and if so performing a connection state change for the SIM of the first SIM and the second SIM that has lower priority from its connection state to a further connection state which needs less resources, wherein in the further connection state the connection is maintained.
A method for service based paging of a user equipment in idle mode, for use by a proxy call session control function, P-CSCF, apparatus of a communication network system, the method comprising: acquiring a mapping between a plurality of service classes and a plurality of predetermined codings for internet protocol, IP, data packets; detecting a service class from the plurality of service classes for an incoming session initiation protocol, SIP, request message for the user equipment; determining, from the mapping, from the plurality of predetermined codings for IP data packets, a predetermined coding for IP data packets for the detected service class; including the determined predetermined coding for IP data packets into an IP data packet; and forwarding the incoming SIP request message in the IP data packet including the determined predetermined coding for IP data packets to a packet data network gateway to enable applying different paging procedures to different service classes. acquiring a mapping between a plurality of service classes and a plurality of predetermined codings for internet protocol, IP, data packets; detecting a service class from the plurality of service classes for an incoming session initiation protocol, SIP, request message for the user equipment; determining, from the mapping, from the plurality of predetermined codings for IP data packets, a predetermined coding for IP data packets for the detected service class; including the determined predetermined coding for IP data packets into an IP data packet; and forwarding the incoming SIP request message in the IP data packet including the determined predetermined coding for IP data packets to a packet data network gateway to enable applying different paging procedures to different service classes.
Connection assembly for connecting a tool head and a further machine module of a hand-guided machine tool , in particular a surface finishing machine , wherein the connection assembly comprises at least two connection parts following one another along a longitudinal axis and each having a connection section via which the connection parts are connectable to one another, wherein the connection sections each delimit an inner cross section to the outside, characterized in that inside the cross section of the connection section of a first of the connection parts a mechanical clamping element is arranged and inside the cross section of the connection section of the other connection part a mechanical counter element is arranged, wherein on the connection section of the first connection part an actuatable clamping device is provided that acts on the clamping element , wherein the clamping element and the counter element are configured in such a way that they can be brought into engagement with one another when the connection sections are plugged together and wherein, by actuating the clamping device , the connection parts are braceable against one another when the clamping element is in engagement with the counter element .
Method for producing a multilayer value or security document , which is formed at least by a polymer base layer and a security element laminated thereon, comprising the following method steps: (a) providing a polymer base material in the form of polymer base material single or multiple panels which have polymer base layer panels ; (b) providing a web material , which is provided for producing a plurality of security element panels , in a rolled format; (c) producing the security element panels on and/or in the web material ; (d) combining and stacking each polymer base material single or multiple panel and each security element panel one on top of the other, such that in each case a polymer base layer panel and a security element panel lie one on top of the other in a precisely aligned manner; and (e) connecting together the surfaces of each polymer base layer panel and of the security element panel , characterised in that security material single or multiple panels which exhibit one or more security element panels are separated from the web material present in roll format, following on from method step (c), and that, after this, the security material single or multiple panels are processed in the method steps (d) and (e). (a) providing a polymer base material in the form of polymer base material single or multiple panels which have polymer base layer panels ; (b) providing a web material , which is provided for producing a plurality of security element panels , in a rolled format; (c) producing the security element panels on and/or in the web material ; (d) combining and stacking each polymer base material single or multiple panel and each security element panel one on top of the other, such that in each case a polymer base layer panel and a security element panel lie one on top of the other in a precisely aligned manner; and (e) connecting together the surfaces of each polymer base layer panel and of the security element panel ,
A method of securing a metal framework of precisely aligned and mutually distanced vertical and horizontal rails to an array of screw-threaded tie bar ends projecting from the outer wall of a high rise building, that framework being suitable for the subsequent attachment to the outer wall of an array of feature panels, which method comprises: placing over each projecting tie bar end a fixing plate , the tie bar end passing through a vertical or horizontal elongate slot formed in the fixing plate ; placing over each projecting tie bar end a locking plate , the projecting tie bar end passing closely through a circular hole in the locking plate ; adjusting the position of the fixing plate relative to the tie bar end to bring it to a desired horizontal or vertical alignment position; securing together each pair of fixing and locking plates , with the fixing plate of each pair being held at its desired horizontal or vertical alignment position by the mating profiles of the fixing and locking plates , by threading a holding nut onto each projecting tie bar end and tightening that holding nut against the associated locking plate ; and securing the vertical or horizontal rails of the metal framework to the fixing plates or locking plates by an array of bolts connecting each vertical or horizontal rail to each fixing plate . , characterized in that the fixing plate and the locking plate have respectively a profiled outer face and a profiled inner face, the profiles of the inner face of the locking plate and the outer face of the fixing plate being complementary allowing the two plates to mate with each other in any of a number of alternative positions one relative to the other. placing over each projecting tie bar end a fixing plate , the tie bar end passing through a vertical or horizontal elongate slot formed in the fixing plate ; placing over each projecting tie bar end a locking plate , the projecting tie bar end passing closely through a circular hole in the locking plate ; adjusting the position of the fixing plate relative to the tie bar end to bring it to a desired horizontal or vertical alignment position; securing together each pair of fixing and locking plates , with the fixing plate of each pair being held at its desired horizontal or vertical alignment position by the mating profiles of the fixing and locking plates , by threading a holding nut onto each projecting tie bar end and tightening that holding nut against the associated locking plate ; and securing the vertical or horizontal rails of the metal framework to the fixing plates or locking plates by an array of bolts connecting each vertical or horizontal rail to each fixing plate . , characterized in that the fixing plate and the locking plate have respectively a profiled outer face and a profiled inner face, the profiles of the inner face of the locking plate and the outer face of the fixing plate being complementary allowing the two plates to mate with each other in any of a number of alternative positions one relative to the other.
An optical fiber cable , comprising: a subunit having a first interior surface and a first exterior surface , wherein the first interior surface defines a central bore along a longitudinal axis of the optical fiber cable ; at least one optical fiber disposed within the central bore of the subunit ; a plurality of strengthening yarns disposed around the subunit ; a cable sheath disposed around the plurality of strengthening yarns , the cable sheath having a second interior surface and a second exterior surface , wherein the second exterior surface defines an outermost surface of the optical fiber cable , and wherein the cable sheath is made of a low-smoke, zero halogen material; wherein the low-smoke, zero halogen material of the cable sheath comprises a thermoplastic polymer blend filled with mineral-based flame retardant additives, the polymer blend of the low-smoke, zero halogen material of the cable sheath comprises from 35% to 45% by weight of a co-polyester or co-polyether and a polyolefin or a polyolefin elastomer; the mineral-based flame retardant additives comprise at least one of aluminum trihydrate or magnesium hydroxide in an amount of 55% to 68% by weight. a subunit having a first interior surface and a first exterior surface , wherein the first interior surface defines a central bore along a longitudinal axis of the optical fiber cable ; at least one optical fiber disposed within the central bore of the subunit ; a plurality of strengthening yarns disposed around the subunit ; a cable sheath disposed around the plurality of strengthening yarns , the cable sheath having a second interior surface and a second exterior surface , wherein the second exterior surface defines an outermost surface of the optical fiber cable , and wherein the cable sheath is made of a low-smoke, zero halogen material; wherein the low-smoke, zero halogen material of the cable sheath comprises a thermoplastic polymer blend filled with mineral-based flame retardant additives, the polymer blend of the low-smoke, zero halogen material of the cable sheath comprises from 35% to 45% by weight of a co-polyester or co-polyether and a polyolefin or a polyolefin elastomer; the mineral-based flame retardant additives comprise at least one of aluminum trihydrate or magnesium hydroxide in an amount of 55% to 68% by weight.
Lighting module for an automobile headlamp, able to emit a cut-off light beam along a predetermined optical axis (O), said lighting module comprising: - a light source for generating a beam, - an optical element for receiving the beam generated by the light source and configured to form from this beam said cut-off light beam, said optical element comprising: - a collimator configured to receive the beam generated by the light source and to collimate this beam into a collimated beam, - an optical coupler configured to couple the collimated beam into a coupled beam in a lightguide , - a cut-off means disposed within said lightguide on the path of the rays of the coupled beam and configured to intercept a portion of said rays in the lightguide and to form a cut-off beam, and - at least one output face of said lightguide configured to project said cut-off beam outside of the optical element, the optical element being formed as a single part characterized in that said optical coupler comprises a plurality of reflective faces , each of said reflective faces in particular having a section in the shape of a parabolic segment. - a light source for generating a beam, - an optical element for receiving the beam generated by the light source and configured to form from this beam said cut-off light beam, - a collimator configured to receive the beam generated by the light source and to collimate this beam into a collimated beam, - an optical coupler configured to couple the collimated beam into a coupled beam in a lightguide , - a cut-off means disposed within said lightguide on the path of the rays of the coupled beam and configured to intercept a portion of said rays in the lightguide and to form a cut-off beam, and - at least one output face of said lightguide configured to project said cut-off beam outside of the optical element,