mhurhangee/ep-ind-claims huggingface dataset:
Helicoidal switch comprising: a stator and a rotor both made of an insulating material, the stator having a casing and having internally a cylindrically-shaped chamber, and wherein the rotor is housed within said chamber and the rotor is movable defining a helicoidal movement about its axis of rotation between a closed position and an electrical cut-off position of the switch, the switch further comprising at least one pair of fixed contacts (4,4') assembled in the casing, at least one moving contact movable between a closed position of the switch in which it establishes electrical continuity with the fixed contacts (4,4'), and an open position in which current circulation is prevented, and wherein said at least one moving contact is assembled with the rotor, and it configured such that it has two ends accessible through different points on the outer surface of the rotor, characterized in that the rotor is elongated with respect to its axis of rotation, and the switch further comprises two or more moving contacts (9,9',9") assembled in the rotor, in the same position but at a different axial position, of the axis of rotation of the rotor, the switch further comprising one or more plates (19,19') made of a conductive material assembled in the stator outside the rotor, which respectively incorporate footings (20,20') and are arranged such that in the electrically closed position of the switch, they connect the moving contacts (9,9',9") in series between the fixed contacts (4,4'). a stator and a rotor both made of an insulating material, the stator having a casing and having internally a cylindrically-shaped chamber, and wherein the rotor is housed within said chamber and the rotor is movable defining a helicoidal movement about its axis of rotation between a closed position and an electrical cut-off position of the switch, the switch further comprising at least one pair of fixed contacts (4,4') assembled in the casing, at least one moving contact movable between a closed position of the switch in which it establishes electrical continuity with the fixed contacts (4,4'), and an open position in which current circulation is prevented, and wherein said at least one moving contact is assembled with the rotor, and it configured such that it has two ends accessible through different points on the outer surface of the rotor, characterized in that the rotor is elongated with respect to its axis of rotation, and the switch further comprises two or more moving contacts (9,9',9") assembled in the rotor, in the same position but at a different axial position, of the axis of rotation of the rotor, the switch further comprising one or more plates (19,19') made of a conductive material assembled in the stator outside the rotor, which respectively incorporate footings (20,20') and are arranged such that in the electrically closed position of the switch, they connect the moving contacts (9,9',9") in series between the fixed contacts (4,4').
A seat cushion airbag device mountable to a vehicle seat, the vehicle seat comprising a seat portion comprising a seat cushion supported from below by a support portion of a seat frame, said seat cushion airbag device comprising: an airbag of which a front portion is attachable to the seat frame and which comprises an inflation portion comprising an upper fabric portion and a lower fabric portion which are arranged to overlap with each other in an upper-lower direction and which are joined to each other to form a bag shape, the inflation portion being inflatable between the support portion and the seat cushion by an inflating fluid supplied from an inflating fluid generation source in response to an impact applied to the vehicle from a front side of the vehicle seat, such that a seat surface of the seat portion bulges, thereby suppressing a forward movement of an object to be restrained on the seat portion, wherein the airbag further comprises a restriction member which extends in a front-rear direction of the vehicle seat within the inflation portion and which bridges the upper fabric portion and the lower fabric portion to restrict an inflated thickness of the inflation portion in the upper-lower direction, characterized in that the restriction member restricts the inflated thickness in the upper-lower direction to become small toward a rear side of the inflation portion such that the upper fabric portion on an upper side of the restriction member is inclined downward toward the rear side. an airbag of which a front portion is attachable to the seat frame and which comprises an inflation portion comprising an upper fabric portion and a lower fabric portion which are arranged to overlap with each other in an upper-lower direction and which are joined to each other to form a bag shape, the inflation portion being inflatable between the support portion and the seat cushion by an inflating fluid supplied from an inflating fluid generation source in response to an impact applied to the vehicle from a front side of the vehicle seat, such that a seat surface of the seat portion bulges, thereby suppressing a forward movement of an object to be restrained on the seat portion, wherein the airbag further comprises a restriction member which extends in a front-rear direction of the vehicle seat within the inflation portion and which bridges the upper fabric portion and the lower fabric portion to restrict an inflated thickness of the inflation portion in the upper-lower direction, characterized in that the restriction member restricts the inflated thickness in the upper-lower direction to become small toward a rear side of the inflation portion such that the upper fabric portion on an upper side of the restriction member is inclined downward toward the rear side.
A method of operating an application service to enhance document productivity, the method comprising: examining a plurality of entries in a document hosted by the application service to identify at least an entry recognizable as an entity that is potentially related to at least one of a plurality of additional entities external to the document, wherein a successful query to a data source external to the document based on the at least one entry leads to the entry being recognized as an entity. wherein the document comprises a spreadsheet and wherein an entry comprises text entered in a cell in the spreadsheet defined by a row and a column pair: identifying, from the data source external to the document, at least a subset of the plurality of additional entities to surface in a user interface to the application service for potential inclusion in the document, wherein the additional entities comprise additional information related to the recognized entity; in response to a selection of at least one of the subset of the plurality of additional entities received via the user interface, including at least the one of the subset of the additional entities in the document in association with the entry. examining a plurality of entries in a document hosted by the application service to identify at least an entry recognizable as an entity that is potentially related to at least one of a plurality of additional entities external to the document, wherein a successful query to a data source external to the document based on the at least one entry leads to the entry being recognized as an entity. wherein the document comprises a spreadsheet and wherein an entry comprises text entered in a cell in the spreadsheet defined by a row and a column pair: identifying, from the data source external to the document, at least a subset of the plurality of additional entities to surface in a user interface to the application service for potential inclusion in the document, wherein the additional entities comprise additional information related to the recognized entity; in response to a selection of at least one of the subset of the plurality of additional entities received via the user interface, including at least the one of the subset of the additional entities in the document in association with the entry. identifying, from the data source external to the document, at least a subset of the plurality of additional entities to surface in a user interface to the application service for potential inclusion in the document, wherein the additional entities comprise additional information related to the recognized entity; in response to a selection of at least one of the subset of the plurality of additional entities received via the user interface, including at least the one of the subset of the additional entities in the document in association with the entry.
A method for stabilizing a camera frame of a video sequence comprising: a) obtaining an indication of movement of a camera from acquisition of a previous camera frame to acquisition of a current camera frame; b) determining an absolute orientation ( Q F) for said camera at a time of acquiring said current camera frame; c) determining a candidate orientation, Q → C ′, for a crop frame for the current camera frame by adjusting an orientation, Q C, of a crop frame associated with said previous camera frame according to said determined absolute orientation to maintain stable image content in the presence of camera movement; d) traversing a boundary of one of said camera frame or said crop frame to determine if a specific point ( p) on the boundary of the crop frame in the candidate orientation, Q → C ′, exceeds a boundary of said camera frame; e) responsive to a specific point maximally exceeding said boundary, determining a rotation, Q cor, of said specific point location which would bring said specific point location onto said boundary of said crop frame, f) updating said candidate crop frame orientation, Q → C ′, according to said rotation, Q cor, g) mapping image information from said camera frame to said crop frame in accordance with said updated candidate crop frame orientation, Q → C "; h) displaying said crop frame; and i) repeating steps a) to i) for successive camera frames. a) obtaining an indication of movement of a camera from acquisition of a previous camera frame to acquisition of a current camera frame; b) determining an absolute orientation ( Q F) for said camera at a time of acquiring said current camera frame; c) determining a candidate orientation, Q → C ′, for a crop frame for the current camera frame by adjusting an orientation, Q C, of a crop frame associated with said previous camera frame according to said determined absolute orientation to maintain stable image content in the presence of camera movement; d) traversing a boundary of one of said camera frame or said crop frame to determine if a specific point ( p) on the boundary of the crop frame in the candidate orientation, Q → C ′, exceeds a boundary of said camera frame; e) responsive to a specific point maximally exceeding said boundary, determining a rotation, Q cor, of said specific point location which would bring said specific point location onto said boundary of said crop frame, f) updating said candidate crop frame orientation, Q → C ′, according to said rotation, Q cor, g) mapping image information from said camera frame to said crop frame in accordance with said updated candidate crop frame orientation, Q → C "; h) displaying said crop frame; and i) repeating steps a) to i) for successive camera frames.
A method for producing a composite or coating composition, wherein said method comprises: (a) combining one or more cationic polymers with one or more anionic nano-materials or with one or more anionic micro-materials to obtain a mixture, (b) combining one or more anionic polymers in a polar solution with said mixture to obtain a solution, and (c) vigorously blending said solution to produce said composite or coating composition such that the viscosity and particle size of the combined polymers are reduced, wherein said one or more cationic polymers are selected from chitosan, a cationic guar gum, or a cationic starch, and wherein said one or more anionic polymers are selected from carboxymethyl cellulose, an anionic starch, an alginate, an hyaluronate, a pectin, a carrageenan, a xanthan gum, and a sulfated dextran. (a) combining one or more cationic polymers with one or more anionic nano-materials or with one or more anionic micro-materials to obtain a mixture, (b) combining one or more anionic polymers in a polar solution with said mixture to obtain a solution, and (c) vigorously blending said solution to produce said composite or coating composition such that the viscosity and particle size of the combined polymers are reduced, wherein said one or more cationic polymers are selected from chitosan, a cationic guar gum, or a cationic starch, and wherein said one or more anionic polymers are selected from carboxymethyl cellulose, an anionic starch, an alginate, an hyaluronate, a pectin, a carrageenan, a xanthan gum, and a sulfated dextran.
Method for regulating a circulation pump for a heating installation, wherein the pump controller records the temperature profile of the medium temperature for a particular time period and, taking into the account the recorded temperature profile, adapts the pump rotational speed during circulation operation, characterized in that, on the basis of the recorded temperature profile, a mean cooling curve for the medium temperature during a cooling phase of the heating boiler is determined, wherein the mean cooling curve is characteristic of a mean heating requirement of the heating installation.
An apparatus for exercising muscles, comprising a power arm which can be equipped at one end region with actuation elements and which can be pivoted with the other end region about a pivot axis which is arranged on a holding element, to which power arm the one end region of a compression spring element is articulated at a first articulation point, which first articulation point can be adjusted along the power arm, while the other end region of the compression spring element is articulated at a second articulation point to the holding element, wherein the one end region of the compression spring element is provided with a first joint surface which has a first curvature, characterized in that a series of second joint surfaces are arranged along the power arm over an adjustment zone, said second joint surfaces each having a second curvature which is configured in a complementary manner to the first curvature such that the one end region of the compression spring element having the first joint surface can be brought into operative connection with one of the second joint surfaces, and the power arm can be pressed via a further spring element which is configured as a tension spring against the one end region of the compression spring element in such a manner that the two joint surfaces (14, 16) in operative connection are held in contact, wherein the tension spring is fastened with a first end to the holding element and is fastened with a second end to the power arm in a region separated from the first articulation point.
Method for the demodulation of the ADIP data having ADIP units (monotone, reference, sync_0, sync_1, sync_2, sync_3, data_0, data_1) of a wobble signal (wobble) of an optical recording medium, whereby the wobble signal (wobble) is modulated using the methods of minimum shift keying and harmonic modulated wave, including the steps of - recovering the carrier (f wob) of the wobble signal (wobble), - down-converting of the wobble signal (wobble), and - demodulating the down-converted wobble signal (wobble) based on the recovered carrier (f wob), characterized in that the step of demodulating the down-converted wobble signal (wobble) includes the steps of - using a filter, which receives at least two orthogonal signals (I1, I1h) resulting from the down-converting step and representing an MSK signal (I1, I1h), and which outputs a one dimensional signal, for detecting MSK marks in the wobble signal (wobble), the MSK marks indicating at least the start of ADIP units (monotone, reference, sync_0, sync_1, sync_2, sync_3, data_0, data_1), and - demodulating down-converted data (l1, l1h, l2) using a combination of MSK demodulation and HMW demodulation, the combination being based on the locations of the MSK marks. - recovering the carrier (f wob) of the wobble signal (wobble), - down-converting of the wobble signal (wobble), and - demodulating the down-converted wobble signal (wobble) based on the recovered carrier (f wob), - using a filter, which receives at least two orthogonal signals (I1, I1h) resulting from the down-converting step and representing an MSK signal (I1, I1h), and which outputs a one dimensional signal, for detecting MSK marks in the wobble signal (wobble), the MSK marks indicating at least the start of ADIP units (monotone, reference, sync_0, sync_1, sync_2, sync_3, data_0, data_1), and - demodulating down-converted data (l1, l1h, l2) using a combination of MSK demodulation and HMW demodulation, the combination being based on the locations of the MSK marks.
A boiler comprising side tubed walls enclosing an inner space and a device for selective non catalytic reduction, the device for selective non catalytic reduction comprising a lance carrying a hose having at least a nozzle, wherein the lance protrudes into the inner space from a side tubed wall of the boiler, characterized in that from the lance the hose and the nozzle hang in the inner space and in that the device for selective non catalytic reduction comprises a hose drive mechanism for driving the hose within the lance.
An engine comprising: a cylinder member; a piston slidably disposed in the cylinder member; a crankshaft operatively coupled to the piston, the crankshaft having at least one counterweight located adjacent to the cylinder member; and a guide member coupled to the cylinder member and being disposed outside the cylinder member, the guide member comprises a first portion coupled to the cylinder member and a second portion angularly extending from the first portion so as to guide lubricant around the counterweight and, at least partially, direct a flow of the lubricating fluid away from the counterweight adjacent to the cylinder member. a cylinder member; a piston slidably disposed in the cylinder member; a crankshaft operatively coupled to the piston, the crankshaft having at least one counterweight located adjacent to the cylinder member; and a guide member coupled to the cylinder member and being disposed outside the cylinder member, the guide member comprises a first portion coupled to the cylinder member and a second portion angularly extending from the first portion so as to guide lubricant around the counterweight and, at least partially, direct a flow of the lubricating fluid away from the counterweight adjacent to the cylinder member.
A method for preparing high-rate lithium cobaltate positive electrode material, characterized in that the lithium cobaltate positive electrode material is prepared by uniformly mixing a cobalt oxide impregnated with a hydroxide of M', with M' being one or more of Ti, Nb or W, with a lithium source and then sintering the mixture in an air atmosphere furnace at a high temperature; the sintering is sintering performed at a temperature between 850 °C and 1000 °C for 6-20 hours; the cobalt oxide impregnated with a hydroxide of M' is prepared using the following steps in which:an organic compound containing M' is dissolved in absolute ethyl alcohol, wherein it is dissolved and dispersed using a disperser; after the complete and uniform stirring, the solution is added with a porous cobalt oxide and stirred for 0.5-1.5 hours; then, it is added with an ethanol aqueous solution, with the volume ratio of ethanol to water being 5-20, continuously stirred for 2-5 hours, subjected to suction filtration and dried to obtain the cobalt oxide impregnated with a hydroxide of M'.
An injector for delivering an intraocular lens into the eye of a subject, comprising: a housing; a load chamber within the housing for holding an IOL; a delivery tube in communication with the load chamber and terminating at a distal tip; a push rod within the housing and movable through the load chamber for urging the IOL in a distal direction from the load chamber, through the delivery tube and out of the distal tip in a delivery procedure; an actuator mounted to slide within the housing; a biasing member connected between the actuator and the housing, the biasing member assuming a relaxed state when the actuator is in a retracted position and assuming a stressed configuration when the actuator is in a cocked position, characterised by the actuator and housing having cooperating features to hold the actuator in the cocked position, and the biasing member being coupled to apply a distally-directed force to the push rod when the biasing member is in its stressed configuration; and a latch that maintains the push rod in a proximal position against the force of the biasing member and a trigger that releases the latch to permit the biasing member to apply a distally-directed force to the push rod. a housing; a load chamber within the housing for holding an IOL; a delivery tube in communication with the load chamber and terminating at a distal tip; a push rod within the housing and movable through the load chamber for urging the IOL in a distal direction from the load chamber, through the delivery tube and out of the distal tip in a delivery procedure; an actuator mounted to slide within the housing; a biasing member connected between the actuator and the housing, the biasing member assuming a relaxed state when the actuator is in a retracted position and assuming a stressed configuration when the actuator is in a cocked position, characterised by the actuator and housing having cooperating features to hold the actuator in the cocked position, and the biasing member being coupled to apply a distally-directed force to the push rod when the biasing member is in its stressed configuration; and a latch that maintains the push rod in a proximal position against the force of the biasing member and a trigger that releases the latch to permit the biasing member to apply a distally-directed force to the push rod.
Method for treating a DNS resolution request, the method including: - storing, in a cache memory of a DNS resolver, a domain name database storing at least one continuous listing of domain names, a continuous listing of domain names including every existent domain name included, in a linear order, between a first endpoint domain name and a second endpoint domain name, - receiving a DNS resolution request, the DNS resolution request identifying a domain name; - if the domain name identified in the DNS resolution request is included, in the linear order, between the first endpoint domain name and the second endpoint domain name of one of the continuous listing of domain names stored in the domain name database, searching the domain name database in order to determine whether the domain name identified in the DNS resolution request matches a corresponding domain name in the domain name database; and - initiating a DNS query for the DNS resolution request only if the domain name identified in the DNS resolution request matches a corresponding domain name in the domain name database. - storing, in a cache memory of a DNS resolver, a domain name database storing at least one continuous listing of domain names, a continuous listing of domain names including every existent domain name included, in a linear order, between a first endpoint domain name and a second endpoint domain name, - receiving a DNS resolution request, the DNS resolution request identifying a domain name; - if the domain name identified in the DNS resolution request is included, in the linear order, between the first endpoint domain name and the second endpoint domain name of one of the continuous listing of domain names stored in the domain name database, searching the domain name database in order to determine whether the domain name identified in the DNS resolution request matches a corresponding domain name in the domain name database; and - initiating a DNS query for the DNS resolution request only if the domain name identified in the DNS resolution request matches a corresponding domain name in the domain name database.