mhurhangee/ep-ind-claims huggingface dataset:
A vehicle for detecting and neutralizing an incendiary object located beneath a ground surface, the vehicle comprising: a detecting device configured to mount at fore-end of the vehicle, wherein the detecting device comprises: platforms configured to be mounted at the fore end of the vehicle, wherein the one or more platforms are located proximal to the ground surface; a plurality of sensors, wherein each of the plurality of sensors are mounted on the platforms for capturing information related to the incendiary object; a neutralizing device interfaced with the detecting device, wherein the neutralizing device comprises: a neutralizing arm member which actuates in one or more directions for handling and neutralizing the incendiary object based on the information related to the incendiary object; and an annihilator device equipped with the neutralizing device to annihilate the incendiary object, characterized in that the platforms comprise a first platform and a second platform which are configured with at least one first arm member and at least one second arm member, respectively, wherein the at least one first arm member is configured for extending and retracting the first platform and wherein the at least one second arm member is configured for extending and retracting the second platform. a detecting device configured to mount at fore-end of the vehicle, wherein the detecting device comprises: platforms configured to be mounted at the fore end of the vehicle, wherein the one or more platforms are located proximal to the ground surface; a plurality of sensors, wherein each of the plurality of sensors are mounted on the platforms for capturing information related to the incendiary object; platforms configured to be mounted at the fore end of the vehicle, wherein the one or more platforms are located proximal to the ground surface; a plurality of sensors, wherein each of the plurality of sensors are mounted on the platforms for capturing information related to the incendiary object; a neutralizing device interfaced with the detecting device, wherein the neutralizing device comprises: a neutralizing arm member which actuates in one or more directions for handling and neutralizing the incendiary object based on the information related to the incendiary object; and an annihilator device equipped with the neutralizing device to annihilate the incendiary object, characterized in that the platforms comprise a first platform and a second platform which are configured with at least one first arm member and at least one second arm member, respectively, wherein the at least one first arm member is configured for extending and retracting the first platform and wherein the at least one second arm member is configured for extending and retracting the second platform.
An orthodontic appliance (20, 20 1, 202) for moving and aligning at least one tooth of a set of teeth (40, 42) of at least one of an upper jaw and a lower jaw of a patient, the orthodontic appliance (20, 20 1, 20 2) comprising: A mouthpiece; a force exerting member for applying a force to and moving the at least one tooth; a tooth movement sensor member or arrangement (80, 84, 86 1, 86 2, 88) attached to or partially embedded in an interior surface of a facial wall and/or a lingual wall or a base wall of the mouthpiece, or attached to or embedded in the interior surface of the facial wall and/or the lingual wall or the base wall of the mouthpiece, or attached to, partially embedded in, or fully embedded in an exterior surface of the base wall of the mouthpiece, or attached to or embedded in an inner surface of the facial wall and/or the lingual wall and/or the base wall of the mouthpiece, the tooth movement sensor member or arrangement (80, 84, 86 1, 86 2, 88) for obtaining at least one of tooth movement data, tooth position data, and tooth identification data; and a tooth movement monitor (82, 82 1, 82 2) for calculating at least one of an amount of tooth movement and a tooth position from the at least one of the tooth movement data, the tooth position data, and the tooth identification data obtained with the tooth movement sensor member (80, 84, 86 1, 86 2, 88). A mouthpiece; a force exerting member for applying a force to and moving the at least one tooth; a tooth movement sensor member or arrangement (80, 84, 86 1, 86 2, 88) attached to or partially embedded in an interior surface of a facial wall and/or a lingual wall or a base wall of the mouthpiece, or attached to or embedded in the interior surface of the facial wall and/or the lingual wall or the base wall of the mouthpiece, or attached to, partially embedded in, or fully embedded in an exterior surface of the base wall of the mouthpiece, or attached to or embedded in an inner surface of the facial wall and/or the lingual wall and/or the base wall of the mouthpiece, the tooth movement sensor member or arrangement (80, 84, 86 1, 86 2, 88) for obtaining at least one of tooth movement data, tooth position data, and tooth identification data; and a tooth movement monitor (82, 82 1, 82 2) for calculating at least one of an amount of tooth movement and a tooth position from the at least one of the tooth movement data, the tooth position data, and the tooth identification data obtained with the tooth movement sensor member (80, 84, 86 1, 86 2, 88).
A multilayer material comprising at least one layer of non-woven fabric and a second layer connected to said first layer by means of connection regions, said connection regions comprising a plurality of primary patterns, each primary pattern consisting of at least one central connection region and two non-rectilinear connection regions (6,7) arranged alongside said central region, but without contact between each other and with said central region, characterized in that said central connection region has a circular shape and is central with respect to the two non-rectilinear connection regions (6, 7), said central connection region and said non-rectilinear connection regions form overall a semicircular arc region comprising a concave region and said central region is arranged at the maximum height of the arc and said two non-rectilinear connection regions (6,7) are semi-arcuate regions having a concave portion and a convex portion and said concave portions of said semi-arcuate regions (6, 7) are all facing towards the concave regions.
Electronic automation technology module with a housing, a rear side and a front side, wherein the rear side is configured with retaining means for fastening to a support system and a mobile cover connected to the housing is arranged on the front side, wherein in an upper region of the front side of the housing a receptacle is arranged, wherein the receptacle is configured so as to accommodate a first hinge part of a hinge connecting the housing and the cover, with a locking mechanism, the cover being configured at a first end as a second hinge part of the hinge in this case, wherein the cover has a first tab and a second tab to form the second hinge part, wherein a shaft is arranged in the first tab in a rotationally fixed manner, characterised in that the first hinge part has a first countertab and a second countertab and the first countertab has a first pin, which is arranged in a borehole of the shaft, the second countertab furthermore has a recess in which a second pin of the second tab is arranged, wherein a spring element is arranged in the first hinge part, wherein the spring element surrounds the shaft, wherein the spring element is embodied to form a torque when opening the cover and to reach opening positions such that it has a first shaft rest and a second shaft rest which, depending on the position of the cover, exert pressure on the shaft or engage into depressions (33, 34, 35, 36) in the shaft.
A product rod (1, 51, 101) comprising a plurality of individual tobacco smoke filters (3, 53, 103) or filter elements abutted end to end; and a wrapper (5, 55, 105) engaged around the plurality of filters or filter elements, the wrapper including a, or at least one, line (7, 57, 107) formed in but not through the wrapper; wherein the wrapper is paper having a basis weight of 50-140 gsm.
A solar receiver comprising: a cylindrical assembly of panels wherein each panel includes light apertures and a watertight plenum arranged to cool the light apertures, the light apertures of each panel arranged to receive light from a light-receiving face of the panel, the light-receiving faces of panels facing outward from the cylindrical assembly of panels; a cylindrical back plate disposed inside the cylindrical assembly of panels with an annular gap through which a flowing heat transfer medium is configured to flow being defined between the cylindrical assembly of panels and the cylindrical back plate; and light channeling tubes having open first ends connected to the light apertures of the cylindrical assembly of panels and extending into the annular gap defined between the cylindrical assembly of panels and the cylindrical back plate and having closed second ends opposite the open first ends. a cylindrical assembly of panels wherein each panel includes light apertures and a watertight plenum arranged to cool the light apertures, the light apertures of each panel arranged to receive light from a light-receiving face of the panel, the light-receiving faces of panels facing outward from the cylindrical assembly of panels; a cylindrical back plate disposed inside the cylindrical assembly of panels with an annular gap through which a flowing heat transfer medium is configured to flow being defined between the cylindrical assembly of panels and the cylindrical back plate; and light channeling tubes having open first ends connected to the light apertures of the cylindrical assembly of panels and extending into the annular gap defined between the cylindrical assembly of panels and the cylindrical back plate and having closed second ends opposite the open first ends.
Device for damping oscillations of an airbag or of an airbag device with a holding device for fastening the airbag or the airbag device to a carrier, wherein the holding device is movably fixed on the carrier counter to a spring force and a damping device is arranged between the holding device and the carrier, wherein the holding device is guided in a guide sleeve fixed on the carrier and the guide sleeve is supported on the carrier with oscillation damping, characterized by that a jacketing which can be fastened on the carrier is arranged between the carrier and the damping sleeve.
Method for controlling a plurality of electric heating elements on board a vehicle having a central computer and an autonomous computer per electric heating element, each autonomous computer being coupled to the central computer and associated with an electric heating element, comprising controlling the temperature of said heating element, controlling the consumption of said heating element on the basis of an elementary power consumption limitation of said electric heating element used sent by the central computer to each autonomous computer, said elementary power consumption limitation being calculated unitarily and dynamically by the central computer on the basis of the actual consumption of each electric heating element and on the basis of the sum of the consumptions of each electric element compared with an overall power consumption limitation for the heating elements that is imposed on the central computer, characterized in that a user generates a comfort setpoint desired by the user for the use of at least two of the electric heating elements and in that the power consumption of each heating element is limited to the elementary consumption used as soon as the sum of the consumption currents associated with each desired comfort setpoint for the use of the two electric heating elements exceeds the overall power consumption limitation for the heating elements that is imposed on the central computer, and this independently of the desired comfort setpoints for the use of the electric heating elements, wherein the calculated elementary power consumption limitation extends between zero and the overall power consumption limitation imposed on the central computer, wherein the elementary power consumption limitation depends on the difference between the overall power consumption limitation imposed on the central computer and the sum of the currents associated with each desired comfort setpoint for the use of the electric heating elements, where the elementary power consumption limitations of two electric heating elements used are linked by a relationship of proportionality as soon as the sum of the consumption currents associated with each desired comfort setpoint for the use of the two electric heating elements exceeds the overall power consumption limitation imposed on the central computer, and this independently of the desired comfort setpoints for the use of the two electric heating elements.
A bistable valve, comprising: an armature movable to selectively block and unblock at least a first port; a biasing device configured to provide a first biasing force to the armature, with the biasing device biasing the armature toward a first position blocking the first port; a plurality of permanent magnets configured to provide a second biasing force to the armature substantially opposite to the first biasing force; and an electromagnetic coil configured to generate a third biasing force when energized with a first current polarity, with the third biasing force being substantially opposite to the first biasing force, wherein the third biasing force in combination with the second biasing force overcomes the first biasing force and moves the armature to unblock the first port; wherein, the plurality of magnets are substantially coaxial with the electromagnetic coil and a magnet of the plurality of permanent magnets is substantially radially magnetized. an armature movable to selectively block and unblock at least a first port; a biasing device configured to provide a first biasing force to the armature, with the biasing device biasing the armature toward a first position blocking the first port; a plurality of permanent magnets configured to provide a second biasing force to the armature substantially opposite to the first biasing force; and an electromagnetic coil configured to generate a third biasing force when energized with a first current polarity, with the third biasing force being substantially opposite to the first biasing force, wherein the third biasing force in combination with the second biasing force overcomes the first biasing force and moves the armature to unblock the first port;
A memory comprising: media access circuitry connected to a memory media, wherein the media access circuitry is to: receive a request to perform an in-memory macro operation indicative of a set of multiple in-memory operations; and perform, in response to the request, the in-memory macro operation on data present in the memory media, characterized in that to perform, in response to the request, the in-memory macro operation comprises to provide, to a component of a compute device in which the memory is located, status data indicating that the macro operation is in progress, and wherein the media access circuitry is further to: determine whether performance of the in-memory macro operation is complete; and provide, in response to a determination that performance of the in-memory macro operation is complete, status data indicating that the macro operation is complete. media access circuitry connected to a memory media, wherein the media access circuitry is to: receive a request to perform an in-memory macro operation indicative of a set of multiple in-memory operations; and perform, in response to the request, the in-memory macro operation on data present in the memory media, receive a request to perform an in-memory macro operation indicative of a set of multiple in-memory operations; and perform, in response to the request, the in-memory macro operation on data present in the memory media, characterized in that to perform, in response to the request, the in-memory macro operation comprises to provide, to a component of a compute device in which the memory is located, status data indicating that the macro operation is in progress, and wherein the media access circuitry is further to: determine whether performance of the in-memory macro operation is complete; and provide, in response to a determination that performance of the in-memory macro operation is complete, status data indicating that the macro operation is complete. determine whether performance of the in-memory macro operation is complete; and provide, in response to a determination that performance of the in-memory macro operation is complete, status data indicating that the macro operation is complete.
A fuel control system for a gas turbine, comprising: a fuel delivery valve selectively moveable to a closed position to shut off a flow of fuel to a downstream location; wherein the fuel delivery valve is a minimum pressure shutoff valve (MPSOV); a windmill bypass valve; characterised by: a shutoff pressure line between the windmill bypass valve and the fuel delivery valve, the windmill bypass valve selectively operable to direct fuel to the shutoff pressure line to assist the movement of the fuel delivery valve to the closed position, and wherein, when the windmill bypass valve is in the open position, the shutoff pressure line is fluidly coupled to a spring chamber of the fuel delivery valve only when the fuel delivery valve is in an open position. a fuel delivery valve selectively moveable to a closed position to shut off a flow of fuel to a downstream location; wherein the fuel delivery valve is a minimum pressure shutoff valve (MPSOV); a windmill bypass valve; characterised by: a shutoff pressure line between the windmill bypass valve and the fuel delivery valve, the windmill bypass valve selectively operable to direct fuel to the shutoff pressure line to assist the movement of the fuel delivery valve to the closed position, and wherein, when the windmill bypass valve is in the open position, the shutoff pressure line is fluidly coupled to a spring chamber of the fuel delivery valve only when the fuel delivery valve is in an open position. a shutoff pressure line between the windmill bypass valve and the fuel delivery valve, the windmill bypass valve selectively operable to direct fuel to the shutoff pressure line to assist the movement of the fuel delivery valve to the closed position, and wherein, when the windmill bypass valve is in the open position, the shutoff pressure line is fluidly coupled to a spring chamber of the fuel delivery valve only when the fuel delivery valve is in an open position.
A method for providing at least one commercial information CI message as a ring back tone RBT to a caller, the caller having initiated a call with a callee, the caller being registered with a first telecommunication service provider, the callee being registered with a second telecommunication service provider, the method comprises: forwarding an incoming call from a mobile switching center to a CI system associated with the second telecommunication service provider; sending from the CI system associated with the second telecommunication service provider, a request to the first telecommunication service provider for at least one CI id corresponding to the caller's profile, each CI id being associated with a CI message; routing the request for the at least one CI id through a global broker configured to facilitate communication between the Cl system associated with the second telecommunication service provider and a CI system associated with the first telecommunication service provider; extracting caller profile information at the CI system associated with the first telecommunication system, wherein the caller profile information is identified using caller id of the caller and is based on caller attribute values stored in a customer database of the first telecommunication service provider; associating at least one CI id with the caller profile information and transmitting the at least one CI id from the CI system associated with the first telecommunication system to the Cl system associated with the second telecommunication system through the global broker; playing the CI message corresponding to the at least one CI id to the caller, as a ring back tone. forwarding an incoming call from a mobile switching center to a CI system associated with the second telecommunication service provider; sending from the CI system associated with the second telecommunication service provider, a request to the first telecommunication service provider for at least one CI id corresponding to the caller's profile, each CI id being associated with a CI message; routing the request for the at least one CI id through a global broker configured to facilitate communication between the Cl system associated with the second telecommunication service provider and a CI system associated with the first telecommunication service provider; extracting caller profile information at the CI system associated with the first telecommunication system, wherein the caller profile information is identified using caller id of the caller and is based on caller attribute values stored in a customer database of the first telecommunication service provider; associating at least one CI id with the caller profile information and transmitting the at least one CI id from the CI system associated with the first telecommunication system to the Cl system associated with the second telecommunication system through the global broker; playing the CI message corresponding to the at least one CI id to the caller, as a ring back tone.
Composition comprising: - from 11% to 13% by weight of difluoromethane; - from 58% to 62% by weight of pentafluoroethane; - from 18% to 29% by weight of 2,3,3,3-tetrafluoropropene and - from 0% to 7% by weight of propane. - from 11% to 13% by weight of difluoromethane; - from 58% to 62% by weight of pentafluoroethane; - from 18% to 29% by weight of 2,3,3,3-tetrafluoropropene and - from 0% to 7% by weight of propane.
A method for filtering information whereby the method comprises: • acquiring (202, 301) a network identity of a currently accessed network, the network identity being an identity of a communication carrier providing the network; • detecting (204, 302) whether an information filtering rule corresponding to the network identity is stored; and • if the information filtering rule is stored, filtering (206, 303) carrier-inserted code in webpage code according to the information filtering rule, the webpage code being sent from a webpage server to a client terminal via a carrier server, said method further comprising: • if the information filtering rule is not stored, detecting whether an action of inserting the carrier-inserted code is performed by the carrier server through accessing a predetermined page of the webpage; and • if the action of inserting the carrier-inserted code is performed by the carrier server, generating an information filtering rule according to the network identity and the carrier-inserted code. • acquiring (202, 301) a network identity of a currently accessed network, the network identity being an identity of a communication carrier providing the network; • detecting (204, 302) whether an information filtering rule corresponding to the network identity is stored; and • if the information filtering rule is stored, filtering (206, 303) carrier-inserted code in webpage code according to the information filtering rule, the webpage code being sent from a webpage server to a client terminal via a carrier server, • if the information filtering rule is not stored, detecting whether an action of inserting the carrier-inserted code is performed by the carrier server through accessing a predetermined page of the webpage; and • if the action of inserting the carrier-inserted code is performed by the carrier server, generating an information filtering rule according to the network identity and the carrier-inserted code.