mhurhangee/ep-ind-claims huggingface dataset:
A method for setting up and/or maintaining a connection between an M2M device and a mobile communication network, wherein a first network node of the mobile communication network receives an indication specifying that the device is an M2M device and being sent by the M2M device, and the first network node controls a setting up and/or a maintaining of the connection based on the indication, the first network node routesing a request for setting up the connection to a second network node of the mobile communication network based on the indication, characterised in that the second network node transmits to the first network node an information that the second network node is responsible for M2M devices, when connecting the first and the second network node (204; 205a), and the first network node routes the request for setting up the connection to the second network node based on the information received from the second network node.
Method for testing the effectiveness of a catalyst of an exhaust line of a thermal engine in particular of a motor vehicle, an upstream oxygen probe and a downstream oxygen probe being arranged respectively upstream and downstream of the catalyst, characterized in that said process comprises: - a step of starting the heat engine until its temperature ( T_mth) reaches a minimum temperature threshold ( S_temp), - a step of checking the operation of the oxygen probes (6, 7), and in the case where the oxygen probes (6, 7) operate correctly, said method further comprises: - a step of starting the heat engine at a high speed, - a step of controlling a return to an idling speed of the thermal engine, - a step of measuring a duration ( D_rem) of rising a voltage ( V_av) of the downstream probe above a predetermined voltage threshold, and - a step (107, 108) of determining a state of the catalyst as a function of the measured duration ( D_rem) of voltage rise ( V_av). - a step of starting the heat engine until its temperature ( T_mth) reaches a minimum temperature threshold ( S_temp), - a step of checking the operation of the oxygen probes (6, 7), and - a step of starting the heat engine at a high speed, - a step of controlling a return to an idling speed of the thermal engine, - a step of measuring a duration ( D_rem) of rising a voltage ( V_av) of the downstream probe above a predetermined voltage threshold, and - a step (107, 108) of determining a state of the catalyst as a function of the measured duration ( D_rem) of voltage rise ( V_av).
Display container in which horizontally stacked products are arranged comprising an elastic band for bringing said products towards the anterior part thereof, formed by a quadrangular cardboard sheet (1.1) with a first side (1.2) that corresponds to a first folding line, from where a first tab (1.3) emerges, and in parallel and in sequence are arranged the second (1.4), third (1.5) and fourth (1.6) sides, which respectively correspond to the second, third and fourth folding lines, and parallel to the fourth side (1.6) and following the sequence is disposed a fifth side (1.7) as the end of the sheet (1.1), on each side of which and perpendicular to the sides (1.2,1.4,1.5,1.6,1.7) are arranged fifth (1.12) and sixth (1.17) folding lines, which respectively correspond to sixth and seventh sides, characterised in that from the fifth (1.12) and sixth (1.17) folding lines and towards the closest end of the sheet (1.1) in correspondence with the second (1.4), third (1.5) and fourth (1.6) sides are made the corresponding first (1.22), second (1.23), third (1.24), fourth (1.25), fifth (1.26) and sixth (1.27) notches, thereby configuring the following faces: anterior face (1.8) between the first (1.2), second (1.4), sixth (1.12) and seventh (1.17) sides; right side (1.9) between the second (1.4), third (1.5), sixth (1.12) and seventh (1.17) sides; rear face (1.10) between the third (1.5), fourth (1.6), sixth (1.12) and seventh (1.17) sides; left side (1.11) between the fourth (1.6), fifth (1.7), sixth (1.12) and seventh (1.17) sides; in this way the following tabs are configured as follows: second tab (1.13) between the sixth side (1.12) and first notch (1.22); third tab (1.14) between the sixth side (1.12), first (1.22) and second notches (1.23); fourth tab (1.15) between the sixth side (1.12), second (1.23) and third (1.24) notches; fifth tab (1.16) between the third notch (1.24) and the fifth (1.7) and sixth (1.12) sides; sixth tab (1.18) between the seventh side (1.17) and the fourth notch (1.25); seventh tab (1.19) between the seventh side (1.17), fourth (1.25) and fifth (1.26) notches; eighth tab (1.20) between the seventh side (1.17) and fifth (1.26) and sixth (1.27) notches; ninth tab (1.21) between the sixth notch (1.27) and the fifth (1.7) and seventh (1.17) sides; a breakline (1.29) is provided along the sheet (1.1) parallel to the sixth side (1.12), in each of the first (1.2) and second (1.4) sides a guide orifice (1.28) is made for the elastic band between the sixth side (1.12) and the breakline (1.29), in each of the third (1.5) and fourth (1.6) sides a guide orifice (1.28) is made for the elastic band at the intersection of each of said sides (1.5,1.6) with the breakline (1.29), such that when forming the container the first tab (1.3) coincides with the fifth side (1.7) such that when the breakable upper portion is separated along the breakline (1.29), the elastic band exerts a constant traction force on the products towards the anterior face (1.8) of the container.
A method for manufacturing an ingot mold, for example an ingot mold for casting, comprising the steps of: a) providing a copper sheet wrapped about a main extension direction so as to encompass an inner cavity and so that a left flap and a right flap of the metal sheet are arranged close together in front of each other, said metal sheet being arranged on a work plane; b) providing a tool holder head, which is translatable at least along a direction parallel to the main extension direction, said tool holder head supporting a tool for friction stir welding; c) rotating the tool at the right flap and the left flap of the metal sheet and proceeding with welding between the right flap and the left flap by friction stir welding until an ingot mold is obtained. a) providing a copper sheet wrapped about a main extension direction so as to encompass an inner cavity and so that a left flap and a right flap of the metal sheet are arranged close together in front of each other, said metal sheet being arranged on a work plane; b) providing a tool holder head, which is translatable at least along a direction parallel to the main extension direction, said tool holder head supporting a tool for friction stir welding; c) rotating the tool at the right flap and the left flap of the metal sheet and proceeding with welding between the right flap and the left flap by friction stir welding until an ingot mold is obtained.
An ocular device for a surgical instrument, in particular an endoscope, with an optical assembly which can be seated or is seated in an ocular window frame in an interior space of the surgical instrument, wherein the optical assembly is separated from an exterior space by an ocular window, and the ocular window is seated in a holder which is connectible or connected to the ocular window frame, wherein in a connected state, the holder exerts a clamping force on the ocular window in a clamping direction, wherein at least one elastic element transmitting the clamping force is comprised, and wherein the holder comprises an edge that is connectible or connected to the ocular window frame and a collar adjacent thereto, wherein the collar surrounds an opening in which the ocular window is at least partially seated, and the collar comprises a first clamping region on its bottom side facing the ocular window, wherein the ocular window has a cutout running along its outer perimeter, wherein the ocular window has a second clamping region in the region of the cutout at a top side facing the collar, wherein the elastic element is arranged between the first and second clamping region (40, 44), and wherein there is a clamping gap between the first and the second clamping region (40, 44) and the elastic element is arranged in the clamping gap and wherein the ocular window frame has a shoulder that extends along the inner space enclosed by the ocular window frame along the perimeter, characterized in that the ocular window is glued to the ocular window frame on an annular surface of the shoulder facing the ocular window.
A load carrier foot for attaching a load carrying portion, preferably a profile element, to a vehicle, comprising a base portion (6, 7), a cover portion (8, 9), a lock for locking the cover portion (8, 9) to the base portion (6, 7) at a first position (P 1), and a fixing mechanism for fixing the cover portion (8, 9) to the base portion (6, 7) at a second position (P 2) spaced apart from the first position (P 1), wherein the fixing mechanism is releasable by opening the lock, characterized in that the cover portion (8, 9) is shifted sideways to release the fixing mechanism by opening the lock. a base portion (6, 7), a cover portion (8, 9), a lock for locking the cover portion (8, 9) to the base portion (6, 7) at a first position (P 1), and a fixing mechanism for fixing the cover portion (8, 9) to the base portion (6, 7) at a second position (P 2) spaced apart from the first position (P 1), wherein the fixing mechanism is releasable by opening the lock, characterized in that the cover portion (8, 9) is shifted sideways to release the fixing mechanism by opening the lock.
An electrode assembly comprising: an even number of unit cells, each of the unit cells having a structure in which electrode plates having opposite polarities are stacked in a height direction on the basis of a plane in a state in which a separator plate is disposed between the electrode plates, an uppermost electrode plate and a lowermost electrode plate have the same polarity, and electrode tabs protrude from the electrode plates; and a sheet type separation film to cover one major surface and the other major surface of each of the unit cells and sides of the unit cells, which constitute an electrode tab non-formation region, wherein the unit cells are stacked in the height direction on the basis of the plane such that the electrode plates having opposite polarities face each other in a state in which the separation film is disposed between the electrode plates, and the stacked unit cells have different sizes, whereby the electrode assembly has a stair-like structure. an even number of unit cells, each of the unit cells having a structure in which electrode plates having opposite polarities are stacked in a height direction on the basis of a plane in a state in which a separator plate is disposed between the electrode plates, an uppermost electrode plate and a lowermost electrode plate have the same polarity, and electrode tabs protrude from the electrode plates; and a sheet type separation film to cover one major surface and the other major surface of each of the unit cells and sides of the unit cells, which constitute an electrode tab non-formation region, wherein the unit cells are stacked in the height direction on the basis of the plane such that the electrode plates having opposite polarities face each other in a state in which the separation film is disposed between the electrode plates, and the stacked unit cells have different sizes, whereby the electrode assembly has a stair-like structure.
System (1, 10, 20) for processing visual information, comprising: - a number of cameras (2, 11) configured to record visual information, - a control room (4, 21) in communication with the cameras (2, 11) and having means (8, 14, 23) for displaying recorded visual information, - control means (5, 6, 13, 22) configured to influence by zooming and/or selecting the information displayed in the control room (4, 21), and - storage means (9, 15, 26) configured to store the operations performed with the control means (5, 6, 13, 22), characterised in that the system (1, 10, 20) also comprises: - input means to supply to the storage means (9, 15, 26) an identification of an operator (7, 25) of the control means (5, 6, 13, 22), and - visual detection means configured to observe the behaviour of the operator (7, 25) of the control means (5, 6, 13, 22) wherein the visual detection means are connected to the storage means (9, 15, 26) and are configured to store the operations performed with the control means (5, 6, 13, 22), and wherein the storage means (9, 15, 26) are configured to store the information generated with the visual detections means. - a number of cameras (2, 11) configured to record visual information, - a control room (4, 21) in communication with the cameras (2, 11) and having means (8, 14, 23) for displaying recorded visual information, - control means (5, 6, 13, 22) configured to influence by zooming and/or selecting the information displayed in the control room (4, 21), and - storage means (9, 15, 26) configured to store the operations performed with the control means (5, 6, 13, 22), - input means to supply to the storage means (9, 15, 26) an identification of an operator (7, 25) of the control means (5, 6, 13, 22), and - visual detection means configured to observe the behaviour of the operator (7, 25) of the control means (5, 6, 13, 22) wherein the visual detection means are connected to the storage means (9, 15, 26) and are configured to store the operations performed with the control means (5, 6, 13, 22), and wherein the storage means (9, 15, 26) are configured to store the information generated with the visual detections means.
A user equipment, UE, comprising: an initiation unit configured to initiate a random access procedure for a system information request and to initiate a first timer; a reception unit configured to attempt to receive a random access response including an acknowledgement for the system information request but not including an uplink, UL, grant, wherein, if the random access response is received, the UE considers, without transmitting Message 3, that the random access procedure is successfully completed; and a reset unit configured to reset a MAC layer in a case that a cell reselection occurs during running of the first timer in the random access procedure, the cell reselection occurring in a situation where the MAC layer has not indicated, to an RRC layer, information indicating the acknowledgement for the system information request. an initiation unit configured to initiate a random access procedure for a system information request and to initiate a first timer; a reception unit configured to attempt to receive a random access response including an acknowledgement for the system information request but not including an uplink, UL, grant, wherein, if the random access response is received, the UE considers, without transmitting Message 3, that the random access procedure is successfully completed; and a reset unit configured to reset a MAC layer in a case that a cell reselection occurs during running of the first timer in the random access procedure, the cell reselection occurring in a situation where the MAC layer has not indicated, to an RRC layer, information indicating the acknowledgement for the system information request.
A method of managing petro-chemical reservoir production, said method comprising: modeling a hydrocarbon field in a finite volume method model including a plurality of FVM cells; modeling a hydrocarbon field in a finite element method model including a plurality of FEM elements; mapping model centroids to one another between said FVM model and said FEM model, determining fluid characteristics in each FEM element responsive to geomechanical FEM model characteristics; and adjusting field production responsive to determined said fluid characteristics, wherein the mapping model is characterized in that it comprises: - locating centroids in each FVM cell and each FEM element; - identifying for said each FEM element every overlapping FVM cell; - determining the distance ( d i) from the respective centroid for each identified said overlapping FVM cell to the respective overlapped FEM element centroid; - determining overlapping FVM cell centroid pore pressure ( P i), permeability norm (∥ k i ∥) and temperature ( T i); - determining overlapped FEM element centroid pore pressure P K c, permeability norm ‖ k K c ‖, conductivity norm ‖ λ K c ‖ and temperature T K c weighted inversely for distance between the respective centroids; - segmenting each overlapped FEM element into a plurality of sub-volumes ( V K), one sub-volume for each FEM element node; - determining a weighted average pore pressure ( P j) and temperature ( T j) of sub-volumes ( V K) clustered around said each FEM element node. modeling a hydrocarbon field in a finite volume method model including a plurality of FVM cells; modeling a hydrocarbon field in a finite element method model including a plurality of FEM elements; mapping model centroids to one another between said FVM model and said FEM model, determining fluid characteristics in each FEM element responsive to geomechanical FEM model characteristics; and adjusting field production responsive to determined said fluid characteristics, - locating centroids in each FVM cell and each FEM element; - identifying for said each FEM element every overlapping FVM cell; - determining the distance ( d i) from the respective centroid for each identified said overlapping FVM cell to the respective overlapped FEM element centroid; - determining overlapping FVM cell centroid pore pressure ( P i), permeability norm (∥ k i ∥) and temperature ( T i); - determining overlapped FEM element centroid pore pressure P K c, permeability norm ‖ k K c ‖, conductivity norm ‖ λ K c ‖ and temperature T K c weighted inversely for distance between the respective centroids; - segmenting each overlapped FEM element into a plurality of sub-volumes ( V K), one sub-volume for each FEM element node; - determining a weighted average pore pressure ( P j) and temperature ( T j) of sub-volumes ( V K) clustered around said each FEM element node.
A floor sweeper, comprising: a body having a periphery (23, 24, 25, 26), a base and a top; a container for receiving debris; first and second brush parts (33, 34), each brush part comprising at least a portion of one or more elongate rotary brushes mounted to the body; drive means to rotate the rotary brush parts; first and second concavities (28, 29) in the base adjacent the periphery of the body, each concavity (28, 29) holding a respective one of the first and second brush parts (33, 34), the sweeper defining a floor-simulating plane which simulates a planar floor supporting the sweeper in use, a mouth of each concavity (28, 29) having a height measured perpendicular to the floor-simulating plane, each brush part (33, 34) having a periphery engaging or spaced apart from the floor-simulating plane such that debris entering through each mouth and engaged by one of the brush parts (33, 34) is propelled into the container, characterized in that the heights of the mouths of the concavities (28, 29) vary relative to one another such that matter too large to enter the mouth of one concavity (28, 29) may enter the mouth of the other concavity (29, 28).
A method for recovering a customer service, comprising: intercepting, by a local area network, LAN, bridge, a hello packet at a trusted port connected to a first routing bridge, wherein the first routing bridge is an appointed forwarder of a customer virtual local area network, C-VLAN, on a transparent interconnection of lots of links, TRILL, network; wherein the trusted port refers to a port of the LAN bridge and is concerned by the LAN Bridge; determining, by the LAN bridge, according to an interception result of the intercepting, whether the first routing bridge has permission to continue to forward traffic from the C-VLAN; and if the first routing bridge no longer has permission to forward the traffic from the C-VLAN, broadcasting, by the LAN bridge, the traffic from the C-VLAN to a second routing bridge so that the second routing bridge forwards the traffic from the C-VLAN, wherein the second routing bridge is a neighboring routing bridge of the first routing bridge and acting as new appointed forwarder of the C-VLAN. intercepting, by a local area network, LAN, bridge, a hello packet at a trusted port connected to a first routing bridge, wherein the first routing bridge is an appointed forwarder of a customer virtual local area network, C-VLAN, on a transparent interconnection of lots of links, TRILL, network; wherein the trusted port refers to a port of the LAN bridge and is concerned by the LAN Bridge; determining, by the LAN bridge, according to an interception result of the intercepting, whether the first routing bridge has permission to continue to forward traffic from the C-VLAN; and if the first routing bridge no longer has permission to forward the traffic from the C-VLAN, broadcasting, by the LAN bridge, the traffic from the C-VLAN to a second routing bridge so that the second routing bridge forwards the traffic from the C-VLAN, wherein the second routing bridge is a neighboring routing bridge of the first routing bridge and acting as new appointed forwarder of the C-VLAN.
A method operable on a user device (1000, 1100) for enforcing program entitlements in a broadcast stream delivered by employing a manifest, the method comprising: receiving a subscriber override indicator; receiving the manifest containing first program information for a first program in the broadcast stream, the first program information providing a first program entitlement block including a plurality of entitlement objects; determining, based on the received subscriber override indicator, whether a subscriber override is in effect for the user device allowing the entitlements of a specific subscriber to override the content entitlements of a program; responsive to determining that the subscriber override is in effect, sending an override entitlement request to a network node; and responsive to receiving override entitlements, using the override entitlements to enforce entitlements for the first program, otherwise using entitlements specified in the first program entitlement block to enforce entitlements for the first program. receiving a subscriber override indicator; receiving the manifest containing first program information for a first program in the broadcast stream, the first program information providing a first program entitlement block including a plurality of entitlement objects; determining, based on the received subscriber override indicator, whether a subscriber override is in effect for the user device allowing the entitlements of a specific subscriber to override the content entitlements of a program; responsive to determining that the subscriber override is in effect, sending an override entitlement request to a network node; and responsive to receiving override entitlements, using the override entitlements to enforce entitlements for the first program, otherwise using entitlements specified in the first program entitlement block to enforce entitlements for the first program.