mhurhangee/ep-ind-claims huggingface dataset:
System for the series production of press-hardened and corrosion-protected sheet-metal parts by direct press-hardening of zinc-coated sheet-steel blanks, comprising: - an oven, in which the blanks can be heated to austenizing temperature; - a press-hardening tool, in which the heated blanks can be directly formed and press-hardened; and - a cooling device, with which the blanks heated in the oven can be intermediately cooled before being placed in the press-hardening tool; characterized in that the cooling device comprises an air nozzle arrangement with a multiplicity of air nozzles, which can be used to produce an air cushion which can carry the blanks and at the same time also allow active intermediate cooling of the blanks, wherein the nozzles of the nozzle arrangement are fixed in place and allow air to be applied from both sides, above and below, so that the blanks can be actively cooled simultaneously from both sides. - an oven, in which the blanks can be heated to austenizing temperature; - a press-hardening tool, in which the heated blanks can be directly formed and press-hardened; and - a cooling device, with which the blanks heated in the oven can be intermediately cooled before being placed in the press-hardening tool;
A combined stator wedge driver and bar jacking tool for positioning a stator bar and a stator wedge into place along a slot of a stator core, comprising: a bar jacking tool comprising a bar ram to drive the stator bar into the slot in a vertical direction; a stator wedge driver to drive the stator wedge on top of the stator bar in the slot in a horizontal direction; wherein the bar jacking tool and the stator wedge driver are extending from a common housing, the said common housing is enclosing the stator bar before positioning of the stator bar into place along the slot, the common housing further comprises a pair of anchor jaws connected with the common housing, the anchor jaws are to be positioned into grooves in the slot, whereas the anchor jaws are forced against walls of the slot by a downward motion of the bar ram when the stator bar is moved into the slot. a bar jacking tool comprising a bar ram to drive the stator bar into the slot in a vertical direction; a stator wedge driver to drive the stator wedge on top of the stator bar in the slot in a horizontal direction; wherein the bar jacking tool and the stator wedge driver are extending from a common housing, the said common housing is enclosing the stator bar before positioning of the stator bar into place along the slot, the common housing further comprises a pair of anchor jaws connected with the common housing, the anchor jaws are to be positioned into grooves in the slot, whereas the anchor jaws are forced against walls of the slot by a downward motion of the bar ram when the stator bar is moved into the slot.
Method for checking tyres, comprising: ∘ arranging a tyre having a rotation axis on a support plane defining a support lateral portion, a free lateral portion arranged at a certain height with respect to said support plane, and a crown portion arranged between the free lateral portion and the support lateral portion; characterized in that the method further comprises: ∘ selecting a reference circumference of said tyre arranged at said crown portion; ∘ bringing a tool towards said tyre arranged on the support plane so as to rest on a measuring surface, said measuring surface being a portion of an outer surface of said free lateral portion; ∘ pushing said measuring surface by means of said tool so as to apply a tool force on said measuring surface towards the support plane creating a deformed measuring surface positioned at a tool height; ∘ during said pushing action, setting said tyre in relative rotation with respect to said tool for at least one complete rotation about said rotation axis; ∘ measuring a height of said reference circumference during said complete rotation; and ∘ determining whether said tyre has a defect based on said measured height of said reference circumference. ∘ selecting a reference circumference of said tyre arranged at said crown portion; ∘ bringing a tool towards said tyre arranged on the support plane so as to rest on a measuring surface, said measuring surface being a portion of an outer surface of said free lateral portion; ∘ pushing said measuring surface by means of said tool so as to apply a tool force on said measuring surface towards the support plane creating a deformed measuring surface positioned at a tool height; ∘ during said pushing action, setting said tyre in relative rotation with respect to said tool for at least one complete rotation about said rotation axis; ∘ measuring a height of said reference circumference during said complete rotation; and ∘ determining whether said tyre has a defect based on said measured height of said reference circumference.
An arrangement for storing and launching counter-measures, comprising an elongate body provided with at least one launch opening having opposite longitudinal sides used for storing the counter-measures in compartments (11.1,11.2,...,11.n), the compartments (11.1,11.2,...,11.n) are provided with openings (12.1,12.2,...,12.n), the arrangement being designed to be mounted on an aircraft and with the longitudinal direction of the elongate body essentially coinciding with the direction of motion of the aircraft, the elongate body is provided with deflection means (15.1,15.2...15.n) for acting on the air stream and for permanently creating an air covering layer across and over the compartment openings (12.1,12.2,...,12.n) during use, characterized in that the elongated body is provided with at least two deflection means (15.1,15.2...15.n), arranged in parallel and in pairs, one on each opposite longitudinal side of the at least one launch opening.
Axle clamping arrangement adapted to secure an axle body to a trailing arm in an air sprung wheel axle suspension for a vehicle, the axle clamping arrangement comprising: - a first clamping member (7; 61; 71; 106); - a second clamping member (9; 62; 103A); - a tensioning link (15; 215; 315; 415; 515) associated with the first clamping member (7; 71) and the second clamping member, the tensioning link comprising at least one tensioning rod (16; 104; 216; 316; 416; 516); characterized in that the axle clamping arrangement furthermore comprises: - an extension mechanism which is adapted to increase the distance between the first clamping member (7; 71; 106) and the second clamping member (9; 103A) at the location of the tensioning link to cause an extension of the tensioning rod (16; 104; 216; 316; 416; 516) such that the tensioning rod (16; 104; 216; 316; 416; 516) is stressed beyond the yield point, thereby providing the tensioning rod (16; 104; 216; 316; 416; 516) with a pretension for providing the clamping force for the axle clamping arrangement to secure the axle body to the trailing arm. - a first clamping member (7; 61; 71; 106); - a second clamping member (9; 62; 103A); - a tensioning link (15; 215; 315; 415; 515) associated with the first clamping member (7; 71) and the second clamping member, the tensioning link comprising at least one tensioning rod (16; 104; 216; 316; 416; 516); - an extension mechanism which is adapted to increase the distance between the first clamping member (7; 71; 106) and the second clamping member (9; 103A) at the location of the tensioning link to cause an extension of the tensioning rod (16; 104; 216; 316; 416; 516) such that the tensioning rod (16; 104; 216; 316; 416; 516) is stressed beyond the yield point, thereby providing the tensioning rod (16; 104; 216; 316; 416; 516) with a pretension for providing the clamping force for the axle clamping arrangement to secure the axle body to the trailing arm.
A lubricating oil composition comprising a component: a succinimide having an alkenyl group or an alkyl group, a component: a primary amine having a hydrocarbon group having 12 or more and 24 or less carbon atoms, a component: a fatty acid amide compound, and a component: an amide compound represented by the following general formula: wherein R 11 and R 12 each independently represent a hydrocarbon group having 6 or more carbon atoms, R 13 represents a hydroxyalkyl group having 1 or more and 6 or less carbon atoms, and X represents an oxygen atom or a sulfur atom, wherein the content of the component is, based on the total amount of the composition, 1% by mass or more and 10% by mass or less, the content of the component as converted in terms of nitrogen atom is, based on the total amount of the composition, 10 ppm by mass or more and 200 ppm by mass or less, the content of the component as converted in terms of nitrogen atom is, based on the total amount of the composition, 20 ppm by mass or more and 400 ppm by mass or less, and the content of the component as converted in terms of nitrogen atom is, based on the total amount of the composition, 50 ppm by mass or more and 800 ppm by mass or less. wherein R 11 and R 12 each independently represent a hydrocarbon group having 6 or more carbon atoms, R 13 represents a hydroxyalkyl group having 1 or more and 6 or less carbon atoms, and X represents an oxygen atom or a sulfur atom, wherein the content of the component is, based on the total amount of the composition, 1% by mass or more and 10% by mass or less, the content of the component as converted in terms of nitrogen atom is, based on the total amount of the composition, 10 ppm by mass or more and 200 ppm by mass or less, the content of the component as converted in terms of nitrogen atom is, based on the total amount of the composition, 20 ppm by mass or more and 400 ppm by mass or less, and the content of the component as converted in terms of nitrogen atom is, based on the total amount of the composition, 50 ppm by mass or more and 800 ppm by mass or less.
A hermetically-sealed enclosure comprising: at least two wall elements (1, 2) of substantially congruent shapes; a spacer system defining an interior space between the wall elements (1, 2); and a bridge element including one or more flexible metal foil layers extending between adjacent, respective edges of the wall elements (1, 2) to isolate the interior space from a surrounding environment, wherein, when the bridge element extends between the adjacent, respective edges of the wall elements (1, 2) and the bridge element is ready to be bonded, the bridge element is substantially free of step discontinuities in the total thickness along the intended weld path so as to limit the total thickness variation of the bridge element along the weld path to 0.0254 mm or less, and wherein the bridge element is bonded to each of the wall elements (1, 2) via an ultrasonic weld to form a continuous bond line. at least two wall elements (1, 2) of substantially congruent shapes; a spacer system defining an interior space between the wall elements (1, 2); and a bridge element including one or more flexible metal foil layers extending between adjacent, respective edges of the wall elements (1, 2) to isolate the interior space from a surrounding environment, wherein, when the bridge element extends between the adjacent, respective edges of the wall elements (1, 2) and the bridge element is ready to be bonded, the bridge element is substantially free of step discontinuities in the total thickness along the intended weld path so as to limit the total thickness variation of the bridge element along the weld path to 0.0254 mm or less, and wherein the bridge element is bonded to each of the wall elements (1, 2) via an ultrasonic weld to form a continuous bond line.
A policy enforcement function (PCEF), configured to: - receive from a policy controller (H-PCRF) a command related to a user equipment, said command containing a sponsoring context identifier, said sponsoring context identifier serving as an identifier of a sponsoring context to be applied to application-related data traffic to be sponsored for said user equipment, said sponsoring context providing a list of data flows to be sponsored, - fetch said sponsoring context from a sponsoring context repository (Sponsoring context Repository), using said sponsoring context identifier as a pointer to said sponsoring context stored in said sponsoring context repository. - receive from a policy controller (H-PCRF) a command related to a user equipment, said command containing a sponsoring context identifier, said sponsoring context identifier serving as an identifier of a sponsoring context to be applied to application-related data traffic to be sponsored for said user equipment, said sponsoring context providing a list of data flows to be sponsored, - fetch said sponsoring context from a sponsoring context repository (Sponsoring context Repository), using said sponsoring context identifier as a pointer to said sponsoring context stored in said sponsoring context repository.
A fire-resistant slat (3,3',3") for a fire-resistant shutter door comprising: a flexible curtain having a resistance to fire for the duration of at least 15 minutes and comprising a plurality of flexibly linked slats (3,3',3",4) of which at least one is a said fire-resistant slat (3,3',3"), said fire-resistant slat (3,3',3") comprising: a hollow profile made of a composite, fibre-reinforced material, the hollow profile having a hollow inside with a fire protecting material and with at least one chamber defined by a chamber wall, characterised in that the chamber wall is at least partially cladded with a cladding of said fire-protecting material which provides a fire protection to the fibre-reinforced material. a hollow profile made of a composite, fibre-reinforced material, the hollow profile having a hollow inside with a fire protecting material and with at least one chamber defined by a chamber wall, characterised in that the chamber wall is at least partially cladded with a cladding of said fire-protecting material which provides a fire protection to the fibre-reinforced material.
A dimmer for regulating the delivery of electrical energy from a source of electrical energy to a lighting load, the dimmer comprising: a controllably conductive device including an input adapted to be coupled to the source of electrical energy, an output adapted to be coupled to the load, and a control input; and a control circuit having an input coupled to either the input or the output of the controllably conductive device and an output coupled to the control input of the controllably conductive device, characterized by the control circuit being operable to sample an electrical waveform at a sampling rate to produce a sampled waveform, the sampling rate chosen such that the human eye cannot discern light fluctuations of the lighting load due to the sampling rate; generate an integration value by integrating a signal representative of a square of the sampled waveform; determine whether the integration value has exceeded a threshold value; and cause electrical energy to be delivered to the load until it has been determined that the integration value has exceeded the threshold value. a controllably conductive device including an input adapted to be coupled to the source of electrical energy, an output adapted to be coupled to the load, and a control input; and a control circuit having an input coupled to either the input or the output of the controllably conductive device and an output coupled to the control input of the controllably conductive device, characterized by the control circuit being operable to sample an electrical waveform at a sampling rate to produce a sampled waveform, the sampling rate chosen such that the human eye cannot discern light fluctuations of the lighting load due to the sampling rate; generate an integration value by integrating a signal representative of a square of the sampled waveform; determine whether the integration value has exceeded a threshold value; and cause electrical energy to be delivered to the load until it has been determined that the integration value has exceeded the threshold value.
A composition comprising: a type 1 interferon inducer; and an antigen delivery system, wherein the type 1 interferon inducer is a double-stranded RNA (dsRNA) and the antigen delivery system comprises a submicron oil-in-water emulsion or a microparticle, wherein the composition provides an increased immune response to a coadministered antigen as compared to delivery of the antigen and type 1 interferon inducer alone without the antigen delivery system, and wherein the coadministered antigen is optionally present in said composition.
Method for managing a group (Gi) of connected objects (Oi), referred to as client objects, in a communications network comprising at least one local area network, said method being characterized in that it comprises the following steps: - assigning (E2, E65) at least one connected object (Oi) to the group (Gi) on the basis of at least one functional attribute (Fi) of said connected object; - encrypting a group encryption key (KGRi) for said group (Gi) using an object encryption key (KOi); - transmitting, to said at least one connected object (Oi): - a group identifier (IDGRi), - and the encrypted group encryption key ({KGRi} KOi). - assigning (E2, E65) at least one connected object (Oi) to the group (Gi) on the basis of at least one functional attribute (Fi) of said connected object; - encrypting a group encryption key (KGRi) for said group (Gi) using an object encryption key (KOi); - transmitting, to said at least one connected object (Oi): - a group identifier (IDGRi), - and the encrypted group encryption key ({KGRi} KOi). - a group identifier (IDGRi), - and the encrypted group encryption key ({KGRi} KOi).
An audio decoding apparatus (200, 400) comprising: a CELP decoding section (205, 206) adapted to decode received CELP coded data, and to perform an orthogonal transformation on the decoded CELP coded data, to generate a first spectrum; a transform coding decoding section (202, 402) adapted to decode received transform coded data, to generate a second spectrum; an identification section (203, 404) adapted to identify a first band in which a degree of CELP suppression of an amplitude of the first spectrum is adjusted by determining whether each of a plurality of bands obtained by dividing frequency components is the first band in which no pulse is generated by transform coding or a second band in which pulses are generated, using the second spectrum; and a suppressing section adapted to suppress an amplitude of the first band of the first spectrum based on the adjusted degree, and to adjust the degree of the CELP suppression in the first band to a lower level than that in the second band and to suppress the amplitude of the first spectrum. a CELP decoding section (205, 206) adapted to decode received CELP coded data, and to perform an orthogonal transformation on the decoded CELP coded data, to generate a first spectrum; a transform coding decoding section (202, 402) adapted to decode received transform coded data, to generate a second spectrum; an identification section (203, 404) adapted to identify a first band in which a degree of CELP suppression of an amplitude of the first spectrum is adjusted by determining whether each of a plurality of bands obtained by dividing frequency components is the first band in which no pulse is generated by transform coding or a second band in which pulses are generated, using the second spectrum; and a suppressing section adapted to suppress an amplitude of the first band of the first spectrum based on the adjusted degree, and to adjust the degree of the CELP suppression in the first band to a lower level than that in the second band and to suppress the amplitude of the first spectrum.
A method for resource admission control, comprising: during a resource request process in the scenario of customer roaming, receiving, by a home location policy decision functional entity, PD-FE, a service request message from service control functions, SCF,; making, by the home location PD-FE, a resource policy decision based on the service request message, a local operator policy and customer subscription information; sending, by the home location PD-FE a resource request message to a visited location PD-FE, wherein a quality of service, QoS, policy made by the home location PD-FE is contained in the resource request message; carrying out, by the visited location PD-FE after receiving the resource request message from the home location PD-FE, an authorization check on the message, if the check is not passed, feeding, by the visited location PD-FE its acceptable QoS policy information or a modified QoS policy back to the home location PD-FE, receiving and processing, by the home location PD-FE, the QoS policy information acceptable to the visited location PD-FE or the modified QoS policy; if the check is passed, interacting, by the visited location PD-FE, with a visited location transport resource control functional entity, TRC-FE, to make a resource admission decision.
An information processing device comprising: a virtual machine operable to cause an application, which accesses a secure device, to operate in a normal memory; and a detection unit operable to detect, from the virtual machine, an access request to access the secure device via the application; the information processing device characterized by further comprising a virtual machine monitor operable to manage the virtual machine and the detection unit and to manage whether or not the application is in a state in which the application can be overwritten, wherein the detection unit is adapted to notify the virtual machine monitor of the detection upon detecting the access request, the virtual machine monitor is adapted, upon receiving notification from the detection unit, (i) to switch management to a state in which the application in the normal memory cannot be overwritten, (ii) to notify a verification unit (112,223) of the switch, and (iii) to cause the verification unit to verify whether or not the application is authorized, and an execution unit is adapted to access the secure device via the application when the verification unit (112,223) determines that the application is authorized, wherein the virtual machine monitor is adapted to revert management to the state in which the application can be overwritten after the execution unit finishes accessing the secure device via the application. a virtual machine operable to cause an application, which accesses a secure device, to operate in a normal memory; and a detection unit operable to detect, from the virtual machine, an access request to access the secure device via the application; the information processing device characterized by further comprising a virtual machine monitor operable to manage the virtual machine and the detection unit and to manage whether or not the application is in a state in which the application can be overwritten, wherein the detection unit is adapted to notify the virtual machine monitor of the detection upon detecting the access request, the virtual machine monitor is adapted, upon receiving notification from the detection unit, (i) to switch management to a state in which the application in the normal memory cannot be overwritten, (ii) to notify a verification unit (112,223) of the switch, and (iii) to cause the verification unit to verify whether or not the application is authorized, and an execution unit is adapted to access the secure device via the application when the verification unit (112,223) determines that the application is authorized, wherein the virtual machine monitor is adapted to revert management to the state in which the application can be overwritten after the execution unit finishes accessing the secure device via the application.