mhurhangee/patent-ind-claim-en huggingface dataset:
Method for controlling an exhaust gas recirculation system of a combustion engine having at least one combustion chamber , wherein the combustion chamber comprises at least one inlet valve which, in the open state, connects an inlet channel to the combustion chamber , wherein the combustion chamber comprises at least one outlet valve which, in the open state, connects the combustion chamber to an outlet channel , wherein an internal exhaust gas recirculation (IEGR) is provided and wherein an external exhaust gas recirculation (EEGR) is provided, wherein the method relates to the control of the exhaust gas recirculation rate (EGR rate), which is composed of an internal exhaust gas recirculation rate (IEGR rate) and an external exhaust gas recirculation rate (EEGR rate), and wherein the internal exhaust gas recirculation is switchable at least in two discrete stages between an activated state and a partially activated or deactivated state by a switching operation, characterized in that with suitable means , the charging pressure is at least partially increased in an adaptation period (a), wherein the adaptation period (a) is at least partially temporally prior to a switching operation by which the IEGR rate has a jump, as a result of the switching operation, into the partially activated or deactivated state.
Beverage making device, comprising a housing having: a bottom portion and a front portion fixed to this bottom portion , adapted for accommodating space for a coffee pot, a top portion and a back portion which are rigidly connected each other, side portions of the housing , and a beverage producing unit in the said housing characterized in that the front portion has a pair of supporting elements on the horizontal portion of it, provided with slots , and the top portion is disposed with a pair of protrusions , extending downwardly, provided with sliding elements , wherein after mounting the top portion to the front portion , sliding elements slide along slots , and the said slot with the said sliding element form a movement supporting means for supporting movement of the top portion with respect to the front portion about a rotation axis , wherein the movement supporting means is placed outside the rotation axis of the said pivot motion. a bottom portion and a front portion fixed to this bottom portion , adapted for accommodating space for a coffee pot, a top portion and a back portion which are rigidly connected each other, side portions of the housing , and a beverage producing unit in the said housing characterized in that the front portion has a pair of supporting elements on the horizontal portion of it, provided with slots , and the top portion is disposed with a pair of protrusions , extending downwardly, provided with sliding elements , wherein after mounting the top portion to the front portion , sliding elements slide along slots , and the said slot with the said sliding element form a movement supporting means for supporting movement of the top portion with respect to the front portion about a rotation axis , wherein the movement supporting means is placed outside the rotation axis of the said pivot motion.
A method for cell management, applied to a terminal and characterized by comprising: receiving configuration information sent by a network-side device, wherein the configuration information comprises a trigger condition for triggering the terminal to perform a cell management operation, N pieces of management information corresponding to the trigger condition, and evaluation periods respectively corresponding to the N pieces of management information, wherein the management information is used to indicate a cell management operation type, the cell management operation type comprises at least one of addition, deletion, and change of a cell, wherein N is a positive integer; and if a duration of satisfying the trigger condition is less than an evaluation period corresponding to target management information in the N pieces of management information, skipping performing the cell management operation; and/or if a duration of satisfying the trigger condition is greater than or equal to an evaluation period corresponding to target management information in the N pieces of management information, performing, on a cell, a management operation corresponding to the target management information. receiving configuration information sent by a network-side device, wherein the configuration information comprises a trigger condition for triggering the terminal to perform a cell management operation, N pieces of management information corresponding to the trigger condition, and evaluation periods respectively corresponding to the N pieces of management information, wherein the management information is used to indicate a cell management operation type, the cell management operation type comprises at least one of addition, deletion, and change of a cell, wherein N is a positive integer; and if a duration of satisfying the trigger condition is less than an evaluation period corresponding to target management information in the N pieces of management information, skipping performing the cell management operation; and/or if a duration of satisfying the trigger condition is greater than or equal to an evaluation period corresponding to target management information in the N pieces of management information, performing, on a cell, a management operation corresponding to the target management information.
Plastic container with - a blow molded container part for receiving a filling material, comprising a container body and a container neck, wherein the container neck comprises an inner wall and an outer wall , - a pouring element that can be mounted on the container neck and that has a pouring opening and - a closure with which the plastic container can be closed, wherein a first holding means and a second holding means are formed on the inner wall of the container neck , wherein the first holding means is formed to hold the pouring element in the container neck and the second holding means is formed to hold the closure in the container neck , characterized in that the first holding means is formed in such a way that the first holding means and the pouring element can be locked in a form-fitting manner, wherein the first holding means is a groove extending in the circumferential direction of the inner wall . - a blow molded container part for receiving a filling material, comprising a container body and a container neck, wherein the container neck comprises an inner wall and an outer wall , - a pouring element that can be mounted on the container neck and that has a pouring opening and - a closure with which the plastic container can be closed, wherein a first holding means and a second holding means are formed on the inner wall of the container neck , wherein the first holding means is formed to hold the pouring element in the container neck and the second holding means is formed to hold the closure in the container neck ,
Method for determining N flow parameters of a supersonic flying body wherein a) as at least one flow parameter a Mach number, a pressure, an angle of attack and/or an angle of yaw of the supersonic flying body is determined, b) M pressure sensors are provided by which M pressure measurements are made, wherein ba) the pressure sensors are arranged remote from a nose or a front face of the supersonic flying body , bb) the pressure sensors comprise different surface normals and bc) for the number of pressure sensors and pressure measurements M ≥ 2 N applies and c) under consideration of the M pressure measurements with the use of ca) a database (17; 28) and/or cb) a formula and/or cc) a neuronal network the N flow parameters are determined, wherein d) of the M pressure measurements X pressure measurements are made by pressure sensors fixed to the body, wherein X ≥ N applies, and from the X pressure measurements a first estimate of the N flow parameters is determined and e) of the M pressure measurements Y pressure measurements are made by pressure sensors having an adjustable local angel of attack wherein Y ≥ N applies, and from the Y pressure measurements a second estimate of the N flow parameters is determined and f) from the first estimate and the second estimate a common estimate of the N flow parameters is determined. a) as at least one flow parameter a Mach number, a pressure, an angle of attack and/or an angle of yaw of the supersonic flying body is determined, b) M pressure sensors are provided by which M pressure measurements are made, wherein ba) the pressure sensors are arranged remote from a nose or a front face of the supersonic flying body , bb) the pressure sensors comprise different surface normals and bc) for the number of pressure sensors and pressure measurements M ≥ 2 N applies and ba) the pressure sensors are arranged remote from a nose or a front face of the supersonic flying body , bb) the pressure sensors comprise different surface normals and bc) for the number of pressure sensors and pressure measurements M ≥ 2 N applies and c) under consideration of the M pressure measurements with the use of ca) a database (17; 28) and/or cb) a formula and/or cc) a neuronal network the N flow parameters are determined, wherein ca) a database (17; 28) and/or cb) a formula and/or cc) a neuronal network the N flow parameters are determined, d) of the M pressure measurements X pressure measurements are made by pressure sensors fixed to the body, wherein X ≥ N applies, and from the X pressure measurements a first estimate of the N flow parameters is determined and e) of the M pressure measurements Y pressure measurements are made by pressure sensors having an adjustable local angel of attack wherein Y ≥ N applies, and from the Y pressure measurements a second estimate of the N flow parameters is determined and f) from the first estimate and the second estimate a common estimate of the N flow parameters is determined.
An information reading system, comprising an information reading device and a device to be identified , the information reading device comprising a first signal pin (11-1), a second signal pin (11-2), and a control module , the device to be identified comprising a third signal pin (21-1) and a ground pin (21-GND), wherein the control module is configured to: when recognizing that the device to be identified is inserted, control the first signal pin to connect to the third signal pin, and control the second signal pin to connect to the ground pin of the device to be identified, to form a first single-wire path by using the first signal pin, the second signal pin, the third signal pin, and the ground pin; attempt to read anti-counterfeiting information stored in the device to be identified by using the first single-wire path; characterized in that when the anti-counterfeiting information fails to be read, control the first signal pin to connect to the ground pin of the device to be identified, and control the second signal pin to connect to the third signal pin of the device to be identified, to form a second single-wire path by using the first signal pin, the second signal pin, the third signal pin, and the ground pin; and attempt to read the anti-counterfeiting information stored in the device to be identified by using the second single-wire path. the control module is configured to: when recognizing that the device to be identified is inserted, control the first signal pin to connect to the third signal pin, and control the second signal pin to connect to the ground pin of the device to be identified, to form a first single-wire path by using the first signal pin, the second signal pin, the third signal pin, and the ground pin; attempt to read anti-counterfeiting information stored in the device to be identified by using the first single-wire path; characterized in that when the anti-counterfeiting information fails to be read, control the first signal pin to connect to the ground pin of the device to be identified, and control the second signal pin to connect to the third signal pin of the device to be identified, to form a second single-wire path by using the first signal pin, the second signal pin, the third signal pin, and the ground pin; and attempt to read the anti-counterfeiting information stored in the device to be identified by using the second single-wire path.
A camera, comprising: a lens holder and one or more lens elements coupled to the lens holder, wherein the one or more lens elements define an optical axis for the camera; an image sensor configured to capture light passing through the one or more lens elements and convert the captured light into image signals; and a flexure assembly comprising: a first frame coupled to the image sensor such that: the image sensor moves together with the first frame; and the first frame receives the image signals from the image sensor; a second frame coupled to a stationary component of the camera; a first layer of flexure arms configured to mechanically connect the first frame to the second frame; and a second layer of flexure arms, mounted above or below the first layer of flexure arms, configured to mechanically connect the first frame to the second frame; wherein first layer of flexure arms and the second layer of flexure arms are separated at least in part by an open space between the flexure arms. a lens holder and one or more lens elements coupled to the lens holder, wherein the one or more lens elements define an optical axis for the camera; an image sensor configured to capture light passing through the one or more lens elements and convert the captured light into image signals; and a flexure assembly comprising: a first frame coupled to the image sensor such that: the image sensor moves together with the first frame; and the first frame receives the image signals from the image sensor; a second frame coupled to a stationary component of the camera; a first layer of flexure arms configured to mechanically connect the first frame to the second frame; and a second layer of flexure arms, mounted above or below the first layer of flexure arms, configured to mechanically connect the first frame to the second frame; wherein first layer of flexure arms and the second layer of flexure arms are separated at least in part by an open space between the flexure arms. a first frame coupled to the image sensor such that: the image sensor moves together with the first frame; and the first frame receives the image signals from the image sensor; the image sensor moves together with the first frame; and the first frame receives the image signals from the image sensor; a second frame coupled to a stationary component of the camera; a first layer of flexure arms configured to mechanically connect the first frame to the second frame; and a second layer of flexure arms, mounted above or below the first layer of flexure arms, configured to mechanically connect the first frame to the second frame; wherein first layer of flexure arms and the second layer of flexure arms are separated at least in part by an open space between the flexure arms.
Door closing assembly for a double door comprising an opening leaf and a semi-fixed leaf each mounted on either sides of a fixed frame framing the door, - comprising closing means with electromagnetic locking means for locking the opening leaf in the closed position on the semi-fixed leaf, by magnetic attraction between magnetic suction cups housed in a suction-cup carrier band mounted on the semi-fixed leaf and cooperating counter-plates housed in a handle profile mounted on the opening leaf, - as well as mechanical locking means characterised in that , said mechanical locking means being for locking the opening leaf in a fixed position on the frame under the control of a window catch mechanism integrated in said band, they are of the cylinder and key type, whereby the access to the cylinder is covered by the handle profile when in closed position on the suction-cup band. - comprising closing means with electromagnetic locking means for locking the opening leaf in the closed position on the semi-fixed leaf, by magnetic attraction between magnetic suction cups housed in a suction-cup carrier band mounted on the semi-fixed leaf and cooperating counter-plates housed in a handle profile mounted on the opening leaf, - as well as mechanical locking means
A process for preparing enterically-coated lyospheres comprising a therapeutic agent comprising: a.) providing lyospheres comprising the therapeutic agent; b.) coating said lyospheres with an enteric polymer coating composition; and c.) isolating said enterically-coated lyospheres; wherein said lyospheres in step a.) are prepared by: mixing the therapeutic agent, a sugar, and a binding-gel forming agent in an aqueous medium to form an aqueous medium mixture; segregating the aqueous medium mixture into unitary volumes; freezing said unitary volumes to form unitary forms; and separating water from said unitary forms to yield the lyospheres. a.) providing lyospheres comprising the therapeutic agent; b.) coating said lyospheres with an enteric polymer coating composition; and c.) isolating said enterically-coated lyospheres; mixing the therapeutic agent, a sugar, and a binding-gel forming agent in an aqueous medium to form an aqueous medium mixture; segregating the aqueous medium mixture into unitary volumes; freezing said unitary volumes to form unitary forms; and separating water from said unitary forms to yield the lyospheres.
A method of producing a perfusable multi-layered tubular tissue construct, comprising: depositing on a substrate one or more filaments, each filament comprising: a plurality of concentric and coaxial cell-laden ink layers, each cell-laden ink layer comprising one or more predetermined cell types and extending at least a portion of the length of the filament, and a core comprising a fugitive ink, wherein the fugitive ink serves as a template for an open perfusable lumen within the filament; removing the fugitive ink to create the open perfusable lumen; injecting a suspension of endothelial cells into the open perfusable lumen after removing the fugitive ink; and exposing the one or more filaments to fluid perfusion to induce cell proliferation and development, thereby producing the perfusable multi-layered tubular tissue construct. depositing on a substrate one or more filaments, each filament comprising: a plurality of concentric and coaxial cell-laden ink layers, each cell-laden ink layer comprising one or more predetermined cell types and extending at least a portion of the length of the filament, and a core comprising a fugitive ink, wherein the fugitive ink serves as a template for an open perfusable lumen within the filament; removing the fugitive ink to create the open perfusable lumen; injecting a suspension of endothelial cells into the open perfusable lumen after removing the fugitive ink; and exposing the one or more filaments to fluid perfusion to induce cell proliferation and development, thereby producing the perfusable multi-layered tubular tissue construct.
A system for monitoring perishable goods within a distribution chain including a transport refrigeration system , the system comprising: sensors for monitoring parameters associated with the perishable goods in the transport refrigeration system ; a storage device to store the parameters associated with the perishable goods, the storage device storing historical parameters for other goods, at least one of the parameters being received from the transport refrigeration system; and a parameter management system coupled to the storage device; characterised in that the parameter management system includes a predictive module to determine parameters that are missing in response to the sensors being unavailable, detect trends in the parameters, and determine predicted parameters which are probable values to fill in gaps of the missing parameters based on the trends and the historical parameters; and a meshing module to determine output parameters by combining the predicted parameters and the parameters . sensors for monitoring parameters associated with the perishable goods in the transport refrigeration system ; a storage device to store the parameters associated with the perishable goods, the storage device storing historical parameters for other goods, at least one of the parameters being received from the transport refrigeration system; and a parameter management system coupled to the storage device; characterised in that the parameter management system includes a predictive module to determine parameters that are missing in response to the sensors being unavailable, detect trends in the parameters, and determine predicted parameters which are probable values to fill in gaps of the missing parameters based on the trends and the historical parameters; and a meshing module to determine output parameters by combining the predicted parameters and the parameters .
Injection-moulding nozzle for an injection mould, a) with a material tube in which at least one flow duct is formed which is connected in terms of flow to a mould cavity of the injection mould formed by at least one mould insert , and b) with an insert , wherein the insert can be arranged on the mould insert side end of the material tube, c) wherein the insert has an insert body which has a rear end and a front end and in which at least one flow duct is formed between the rear end and the front end , d) wherein the insert body has a first part for arranging the insert on or in the injection moulding nozzle and second part for arranging on or in the mould insert , e) wherein the first part is made from a first material and extends from the rear end of the insert body up to a contact surface and wherein the second part is made from a material different from the first material and extends from the contact surface up to the front end of the insert body , f) wherein the first part and the second part are connected to one another in and/or along the contact surface , characterised in that g) the insert is designed to be longitudinally displaceable in relation to the material tube and the mould insert . a) with a material tube in which at least one flow duct is formed which is connected in terms of flow to a mould cavity of the injection mould formed by at least one mould insert , and b) with an insert , wherein the insert can be arranged on the mould insert side end of the material tube, c) wherein the insert has an insert body which has a rear end and a front end and in which at least one flow duct is formed between the rear end and the front end , d) wherein the insert body has a first part for arranging the insert on or in the injection moulding nozzle and second part for arranging on or in the mould insert , e) wherein the first part is made from a first material and extends from the rear end of the insert body up to a contact surface and wherein the second part is made from a material different from the first material and extends from the contact surface up to the front end of the insert body , f) wherein the first part and the second part are connected to one another in and/or along the contact surface , characterised in that g) the insert is designed to be longitudinally displaceable in relation to the material tube and the mould insert .