mhurhangee/patent-ind-claim-en huggingface dataset:
A method pertaining to regeneration of a particle filter in a post-treatment system of a vehicle , which particle filter is adapted to treatment of an exhaust mass flow arising from combustion in a combustion engine which is supplied with air for said combustion, which method comprises the steps of, during NO 2 based regeneration of the particle filter when the vehicle is stationary, - determining a representation of a temperature of the air supplied for the combustion, - determining a representation of a pressure of the air supplied for the combustion, - supplying unburnt fuel during said regeneration to said exhaust mass flow which arises from said combustion, - on the basis of said representations of temperature and pressure of said air supplied for said combustion, controlling said engine so that the magnitude of the exhaust mass flow arising from the combustion substantially corresponds to a first value, which engine is controlled so that the magnitude of the exhaust mass flow arising from the combustion corresponds substantially to said first value at least partly by controlling the speed of said engine , and - setting the speed of said engine so that the magnitude of the exhaust mass flow arising from the combustion corresponds substantially to said first value during a first period of time during the NO 2 based regeneration of the particle filter . - determining a representation of a temperature of the air supplied for the combustion, - determining a representation of a pressure of the air supplied for the combustion, - supplying unburnt fuel during said regeneration to said exhaust mass flow which arises from said combustion, - on the basis of said representations of temperature and pressure of said air supplied for said combustion, controlling said engine so that the magnitude of the exhaust mass flow arising from the combustion substantially corresponds to a first value, which engine is controlled so that the magnitude of the exhaust mass flow arising from the combustion corresponds substantially to said first value at least partly by controlling the speed of said engine , and - setting the speed of said engine so that the magnitude of the exhaust mass flow arising from the combustion corresponds substantially to said first value during a first period of time during the NO 2 based regeneration of the particle filter .
Backrest of a vehicle seat with a pocket , wherein the pocket is formed by the backrest and a cover , wherein an axis of rotation of the cover is located in the region of the lower edge of the cover , wherein the cover is pivoted about the axis of rotation when the pocket is opened or closed, wherein the axis of rotation can be displaced with respect to its distance from the backrest so that the distance between the cover and the backrest is adjusted when an object is stored in the pocket , characterized in that the cover cooperates with a plurality of spring elements , wherein said spring elements are disposed between the cover and the backrest , wherein at least one first spring element associated with the cover extends along the cover in the region between the lower edge of the cover and the upper edge of the cover and is fastened to the cover , and at least one further spring element associated with the backrest extends along the backrest in the region between the lower edge and the upper edge of the backrest , wherein the at least one further spring element penetrates a backrest covering disposed on the backrest through an aperture in the backrest covering and is fastened inside the backrest , wherein the at least one first spring element is connected to the at least one further spring element in the region of the lower edge of the cover between the backrest covering and the cover so that when an object to be stored in the pocket is introduced into the pocket , the cover is initially raised from the backrest against the spring action of the at least one first spring element , wherein the cover is pivoted about the axis of rotation located in the region of the lower edge of the cover and the cover braces against the backrest in the region of the lower edge of the cover , wherein during the further course of the opening process, the cover is additionally raised from the backrest against the spring action of the at least one further spring element so that the axis of rotation of the cover is displaced and the distance of the axis of rotation of the cover is changed with respect to the backrest and that the at least one first spring element and the at least one further spring element is a fully extended bending spring in each case.
An electrical storage device (100; 200) comprising: a casing ; an electrode assembly that is placed inside the casing ; a terminal plate that is electrically connected to the electrode assembly ; and a holder that is provided to surround a side of the terminal plate , the holder having insulating properties, wherein the terminal plate has a first plane that is situated on an outer side and a second plane that is situated opposite to the first plane and comes in contact with the holder , wherein the dimension of the terminal plate in a first direction is larger than the dimension of the terminal plate in a second direction that is orthogonal to the first direction in a plan view onto the first plane , and wherein the terminal plate has a step or a slope in an area in which the terminal plate comes in contact with the holder , characterized in that the first plane has a dimension L1 in the second direction, the second plane has a dimension L2 in the second direction, and the ratio L1/L2 is 1.1 to 1.5. a casing ; an electrode assembly that is placed inside the casing ; a terminal plate that is electrically connected to the electrode assembly ; and a holder that is provided to surround a side of the terminal plate , the holder having insulating properties, wherein the terminal plate has a first plane that is situated on an outer side and a second plane that is situated opposite to the first plane and comes in contact with the holder , wherein the dimension of the terminal plate in a first direction is larger than the dimension of the terminal plate in a second direction that is orthogonal to the first direction in a plan view onto the first plane , and wherein the terminal plate has a step or a slope in an area in which the terminal plate comes in contact with the holder , characterized in that the first plane has a dimension L1 in the second direction, the second plane has a dimension L2 in the second direction, and the ratio L1/L2 is 1.1 to 1.5.
A horticulture arrangement for plants , the horticulture arrangement comprising: - a horticulture lighting system comprising one or more lighting devices configured to provide horticulture light for the plants; - one or more reflective elements configured to reflect part of the horticulture light to provide reflected horticulture light and provide the reflected horticulture light as recycled horticulture light for the plants; and - a control system , wherein the control system is configured to control one or more of a light intensity and a spectral distribution of the horticulture light , characterized in that the control system is configured to control the one or more of the light intensity and the spectral distribution of the horticulture light in dependence on the extent to which the horticulture light is reflected by the one or more reflective elements . - a horticulture lighting system comprising one or more lighting devices configured to provide horticulture light for the plants; - one or more reflective elements configured to reflect part of the horticulture light to provide reflected horticulture light and provide the reflected horticulture light as recycled horticulture light for the plants; and - a control system , wherein the control system is configured to control one or more of a light intensity and a spectral distribution of the horticulture light ,
A method performed by a gateway node , arranged between an Internet Protocol (IP) Multimedia Subsystem (IMS) network and a Private Branch Exchange, PBX, node , for enhancing a call session between a first User Equipment, UE, and a second UE in a communications network comprising the IMS network , which second UE is associated to the PBX node , the method comprising: when a call session has been established between the first UE and the second UE via the PBX node and via the IMS network , receiving , from any one out of the first UE and the second UE , a request for establishing a data channel between the first UE and the second UE to enhance the call session, negotiating one or more parameters to be used in the requested data channel between the first UE and the second UE , and establishing the data channel according to the negotiation, to enhance the call session between the first UE and the second UE . when a call session has been established between the first UE and the second UE via the PBX node and via the IMS network , receiving , from any one out of the first UE and the second UE , a request for establishing a data channel between the first UE and the second UE to enhance the call session, negotiating one or more parameters to be used in the requested data channel between the first UE and the second UE , and establishing the data channel according to the negotiation, to enhance the call session between the first UE and the second UE .
A method of generating a suggested optimal time for performing an agricultural operation in a field, the method comprising: providing a computing device at a location remote from the field, the computing device including a processor and a memory having a time estimator algorithm stored thereon, wherein the processor is operable to execute the time estimator algorithm; receiving data with the time estimator algorithm of the computing device , wherein the data is related to a current condition of a crop in the field; calculating a predicted optimal time to perform the agricultural operation in the field, with the time estimator algorithm of the computing device using an agricultural model, wherein the agricultural model calculates the predicted optimal time using the data related to the current condition of the crop as an input; receiving crowdsourcing data with the time estimator algorithm of the computing device , communicating the suggested optimal time to a communicator located remote from the computing device with the time estimator algorithm of the computing device ; and displaying the suggested optimal time on the communicator the method being characterised by the step of adjusting the predicted optimal time to perform the agricultural operation calculated by the agricultural model, with the time estimator algorithm of the computing device , based on the crowdsourcing data, to generate the suggested optimal time to perform the agricultural operation, wherein the crowdsourcing data is related to agricultural operations occurring within a defined area surrounding the field and within a defined preceding time period. providing a computing device at a location remote from the field, the computing device including a processor and a memory having a time estimator algorithm stored thereon, wherein the processor is operable to execute the time estimator algorithm; receiving data with the time estimator algorithm of the computing device , wherein the data is related to a current condition of a crop in the field; calculating a predicted optimal time to perform the agricultural operation in the field, with the time estimator algorithm of the computing device using an agricultural model, wherein the agricultural model calculates the predicted optimal time using the data related to the current condition of the crop as an input; receiving crowdsourcing data with the time estimator algorithm of the computing device , communicating the suggested optimal time to a communicator located remote from the computing device with the time estimator algorithm of the computing device ; and displaying the suggested optimal time on the communicator the method being characterised by the step of adjusting the predicted optimal time to perform the agricultural operation calculated by the agricultural model, with the time estimator algorithm of the computing device , based on the crowdsourcing data, to generate the suggested optimal time to perform the agricultural operation, wherein the crowdsourcing data is related to agricultural operations occurring within a defined area surrounding the field and within a defined preceding time period.
A composite structure comprising: a base structure ; a core disposed on the base structure, the core having a non-uniform contour relative to the base structure; and a layered cover material disposed on the base structure covering the core, the layered cover material conforming to the non-uniform contour of the core and having at least one overlay ply , each of the at least one overlay ply having at least one slit cut through fibers of the respective overlay ply, and at least one cover ply having a shape that spans the at least one slit, and being configured to transfer a load across the at least one slit; wherein the non-uniform contour of the core includes a non-uniform height (H) relative to the base structure ; and wherein the at least one overlay ply comprises at least a first overlay ply and a second overlay ply where the at least one slit of the first overlay ply is offset from a corresponding slit of the second overlay ply. a base structure ; a core disposed on the base structure, the core having a non-uniform contour relative to the base structure; and a layered cover material disposed on the base structure covering the core, the layered cover material conforming to the non-uniform contour of the core and having at least one overlay ply , each of the at least one overlay ply having at least one slit cut through fibers of the respective overlay ply, and at least one cover ply having a shape that spans the at least one slit, and being configured to transfer a load across the at least one slit; at least one overlay ply , each of the at least one overlay ply having at least one slit cut through fibers of the respective overlay ply, and at least one cover ply having a shape that spans the at least one slit, and being configured to transfer a load across the at least one slit; wherein the non-uniform contour of the core includes a non-uniform height (H) relative to the base structure ; and wherein the at least one overlay ply comprises at least a first overlay ply and a second overlay ply where the at least one slit of the first overlay ply is offset from a corresponding slit of the second overlay ply.
A ship for bringing liquified gas, such as liquified carbon dioxide, CO 2 , from an onshore terminal (OT) across a sea (S) to a subsurface permanent storage reservoir (R), the ship comprising a loading line for communicating liquified gas received from the onshore terminal (OT) into at least one vessel onboard the ship, and a processing plant , wherein processing plant comprises: - an injection processing module comprising an injection pump configured for injecting liquified gas into the subsurface permanent storage reservoir (R); wherein the injection processing module is operatively connected to the at least one vessel and a gas injection line provided with a connector for connecting to a flexible injection hose (RP) extending from a subsea connection point (SCP) being connected to a well (W) of the subsurface permanent storage reservoir (R), characterised in that the ship is a shuttle tanker comprising a storage tank having a larger volume than the at least one vessel , wherein a portion of the at least one vessel is housed within the storage tank . - an injection processing module comprising an injection pump configured for injecting liquified gas into the subsurface permanent storage reservoir (R);
Authorization system for vehicles, which has at least one authentication element for capturing a movement, vibration and/or inclination and an apparatus for producing a movement, vibration and/or inclination, - wherein the authentication element , in particular a key or a Keyless-Go means for a vehicle , for example an automobile, has the following: • a radio interface for transmitting and receiving an authentication signal, and • a sensor element for capturing a movement, vibration and/or inclination, - wherein the apparatus is arranged on the vehicle side, in particular in or on an automobile, and - wherein the apparatus has the following: • at least one actuator for producing a movement, vibration and/or inclination, and • a radio device for transmitting and receiving an authentication signal, • wherein the at least one actuator is arranged on a transmission means , in particular on a vehicle, in order to produce an authentication signal by a movement, vibration and/or inclination and to transmit it to the authentication element . - wherein the authentication element , in particular a key or a Keyless-Go means for a vehicle , for example an automobile, has the following: • a radio interface for transmitting and receiving an authentication signal, and • a sensor element for capturing a movement, vibration and/or inclination, • a radio interface for transmitting and receiving an authentication signal, and • a sensor element for capturing a movement, vibration and/or inclination, - wherein the apparatus is arranged on the vehicle side, in particular in or on an automobile, and - wherein the apparatus has the following: • at least one actuator for producing a movement, vibration and/or inclination, and • a radio device for transmitting and receiving an authentication signal, • wherein the at least one actuator is arranged on a transmission means , in particular on a vehicle, in order to produce an authentication signal by a movement, vibration and/or inclination and to transmit it to the authentication element . • at least one actuator for producing a movement, vibration and/or inclination, and • a radio device for transmitting and receiving an authentication signal, • wherein the at least one actuator is arranged on a transmission means , in particular on a vehicle, in order to produce an authentication signal by a movement, vibration and/or inclination and to transmit it to the authentication element .
An occluder comprising a first disk-shaped structure having grids, wherein the first disk-shaped structure is woven by at least two groups of weaving wires, the at least two groups of weaving wires being crossed to form multiple circles of crossing points, a blocking membrane arranged in the first disk-shaped structure , characterised by an edge of the blocking membrane being connected with an outermost circle of crossing points of the multiple circles of crossing points through a suture , wherein the number of the crossing points sutured with the blocking membrane in the outermost circle of crossing points is less than that of all the crossing points in the outermost circle of crossing points, and wherein a position close to the edge of the blocking membrane is connected with a first circle of crossing points located within the outermost circle of crossing points in the multiple circles of crossing points through the suture. wherein the first disk-shaped structure is woven by at least two groups of weaving wires, the at least two groups of weaving wires being crossed to form multiple circles of crossing points, a blocking membrane arranged in the first disk-shaped structure , characterised by an edge of the blocking membrane being connected with an outermost circle of crossing points of the multiple circles of crossing points through a suture , wherein the number of the crossing points sutured with the blocking membrane in the outermost circle of crossing points is less than that of all the crossing points in the outermost circle of crossing points, and wherein a position close to the edge of the blocking membrane is connected with a first circle of crossing points located within the outermost circle of crossing points in the multiple circles of crossing points through the suture.
A friction reducing motor oil additive, wherein the additive has the structure of the general formula (I): wherein, R 1 is straight or branched C 5 -C 30 alkyl, or alkenyl; R 2 is H, or a straight or branched alkyl of C 1 -C 10 ; R 3 is H, or a straight or branched alkyl of C 1 -C 10 ; P is 0 or C 1 ; n is C 1 -C 5 ; and m is C 0 -C 5 , wherein the additive is not
Vehicle body for commercial vehicles, comprising a box-shaped cargo space , in particular a cargo space that can be cooled at least in regions, having at least one adjustable partition that is arranged in guides of the vehicle body so as to be longitudinally displaceable within the cargo space and that is pivotable from a substantially horizontally oriented inoperative position into a substantially vertically oriented end operating position pivoting the cargo space into separate cargo-space compartments (10.1, 10.2), the partition , when it is in the end operating position, being connected to floor and roof regions and side-wall regions of the vehicle body via sealing elements , the partition being pivotable from the inoperative position into an intermediate operating position, from which intermediate operating position said partition can be transferred into the end operating position via at least one pressure body , it being possible for the pressure body to be clamped to a floor region or the roof region via power lifts , characterised in that the partition can be moved, by means of the pressure body , from the intermediate operating position comprising a clearance with respect to the floor region or the roof region of the vehicle body into the end operating position closing the clearance , the pressure body and the partition being designed so as to be translationally movable relative to one another and the pressure body being connected to the partition by means of levers which each rest against the pressure body at one end and against a brace at the other end, a support being provided between the respective ends, which support defines the pivot axis and is directly or indirectly connected to the partition .