mhurhangee/patent-ind-claim-en huggingface dataset:
Process for drawing a steel wire (F1; F2) as defined in Standard NF EN 10020, having a microstructure that is completely ferritic, a mixture of ferrite and cementite or a mixture of ferrite and pearlite, characterized in that the wire (F1; F2) has a weight content of carbon C such that C < 0.05% and a weight content of chromium Cr such that Cr < 12%, the process comprising: - at least one first uninterrupted series of steps (400 1 - 400 m ) of drawing the wire (F1 ; F2) from a diameter D to a diameter d', - at least one second uninterrupted series of steps (700 1 - 700 m ) of drawing the wire (F1 ; F2) of diameter d' to a diameter d, - one or more intermediate steps between the first and second uninterrupted series of steps (400 1 - 400 m , 700 1 - 700 m ) of drawing the wire (F1 ; F2), the wire (F1 ; F2) having a temperature less than or equal to 300°C during the or each intermediate step, the intermediate step or steps comprising a step of coating the wire of diameter d' with at least one metal layer, the step of coating the wire of diameter d' is selected from a step of depositing a layer of an alloy of substantially pure metals, a step of depositing a first layer of a first substantially pure metal followed by a step of depositing a second layer of a second substantially pure metal, a step of depositing a layer of a substantially pure metal. - at least one first uninterrupted series of steps (400 1 - 400 m ) of drawing the wire (F1 ; F2) from a diameter D to a diameter d', - at least one second uninterrupted series of steps (700 1 - 700 m ) of drawing the wire (F1 ; F2) of diameter d' to a diameter d, - one or more intermediate steps between the first and second uninterrupted series of steps (400 1 - 400 m , 700 1 - 700 m ) of drawing the wire (F1 ; F2), the wire (F1 ; F2) having a temperature less than or equal to 300°C during the or each intermediate step, the intermediate step or steps comprising a step of coating the wire of diameter d' with at least one metal layer, the step of coating the wire of diameter d' is selected from a step of depositing a layer of an alloy of substantially pure metals, a step of depositing a first layer of a first substantially pure metal followed by a step of depositing a second layer of a second substantially pure metal, a step of depositing a layer of a substantially pure metal.
A method for connecting to a registered public land mobile network, RPLMN, by a user equipment, UE , the method comprising: presenting to the user of the UE on the UE's display a closed subscriber group, CSG, list for a manual CSG selection ; identifying a CSG which is selected ; storing a value of the RPLMN in use prior to the manual CSG selection being initiated, when the CSG is in a public land mobile network, PLMN, that is different from the RPLMN; sending an attach request to a cell corresponding to the CSG in the PLMN ; receiving an attach accept message including information indicating limited service from the PLMN in response to the attach request, the information including a value related to at least one cause of the limited service, wherein the at least one cause of the limited service includes at least one of 'SMS only' or 'circuit switched, CS, fallback not preferred'; and connecting to the RPLMN using the stored value of the RPLMN, if the attach accept message includes information indicating that the limited service is received and the CSG is not available on universal mobile telecommunications system, UMTS, terrestrial radio access, UTRA, network, UTRAN . presenting to the user of the UE on the UE's display a closed subscriber group, CSG, list for a manual CSG selection ; identifying a CSG which is selected ; storing a value of the RPLMN in use prior to the manual CSG selection being initiated, when the CSG is in a public land mobile network, PLMN, that is different from the RPLMN; sending an attach request to a cell corresponding to the CSG in the PLMN ; receiving an attach accept message including information indicating limited service from the PLMN in response to the attach request, the information including a value related to at least one cause of the limited service, wherein the at least one cause of the limited service includes at least one of 'SMS only' or 'circuit switched, CS, fallback not preferred'; and connecting to the RPLMN using the stored value of the RPLMN, if the attach accept message includes information indicating that the limited service is received and the CSG is not available on universal mobile telecommunications system, UMTS, terrestrial radio access, UTRA, network, UTRAN .
A propionate inulin ester for use in therapy for the reduction of appetite, food intake and/or calorie intake and/or to improve insulin sensitivity in a subject; and/or for use in the treatment or prevention of obesity or diabetes.
Connection assembly for connecting two mounting rails , having a locking element the length of which is greater than its width, having a connector which is arranged to be placed onto the mounting rail , and having a holder which connects the locking element and the connector and which is joined to the locking element for rotation therewith, wherein the connector has a non-circular hole through which the holder passes, wherein the holder has an anti-rotation element which, by interlocking engagement in the hole of the connector , holds the holder in an intended angled position relative to the connector , and wherein by movement of the holder perpendicularly to the connector the anti-rotation element of the holder can be disengaged from the non-circular hole of the connector so that the holder with the locking element can be rotated relative to the connector , characterised in that the holder has a counter-bearing which is releasably supported against the connector and holds the anti-rotation element , secured against rotation, in engagement in the non-circular hole of the connector .
System for conveying products , comprising - a conveyor with a carrying surface for the products and with a drive device for moving products , located on the carrying surface , in a conveying direction ; - a supply conveyor that is connected to the conveyor at a supply location , with a supplying carrying surface (14a-c) for products and with a supply drive device for moving products located on the supplying carrying surface (14a-c) in a supply direction and transferring these products to the conveyor ; - a control device that is configured for controlling, in operation, the supply drive device in such a way relative to the drive device that a product is transferred from the supply conveyor to a predetermined position on the conveyor ; wherein the supply conveyor comprises a positioning portion and the supply drive device is configured to speed up or to slow down a product at the location of the positioning portion in order to ensure that the product , on being transferred from the supply conveyor to the conveyor , moves to the predetermined position on the conveyor ; characterized by: - a blowing device , configured for generating, in operation, under the influence of the control device , an air stream from above the supplying carrying surface in the direction of the supplying carrying surface at the location of the positioning portion , for forcing, in operation, products against the supplying carrying surface . - a conveyor with a carrying surface for the products and with a drive device for moving products , located on the carrying surface , in a conveying direction ; - a supply conveyor that is connected to the conveyor at a supply location , with a supplying carrying surface (14a-c) for products and with a supply drive device for moving products located on the supplying carrying surface (14a-c) in a supply direction and transferring these products to the conveyor ; - a control device that is configured for controlling, in operation, the supply drive device in such a way relative to the drive device that a product is transferred from the supply conveyor to a predetermined position on the conveyor ; wherein the supply conveyor comprises a positioning portion and the supply drive device is configured to speed up or to slow down a product at the location of the positioning portion in order to ensure that the product , on being transferred from the supply conveyor to the conveyor , moves to the predetermined position on the conveyor ; characterized by: wherein the supply conveyor comprises a positioning portion and the supply drive device is configured to speed up or to slow down a product at the location of the positioning portion in order to ensure that the product , on being transferred from the supply conveyor to the conveyor , moves to the predetermined position on the conveyor ; characterized by: - a blowing device , configured for generating, in operation, under the influence of the control device , an air stream from above the supplying carrying surface in the direction of the supplying carrying surface at the location of the positioning portion , for forcing, in operation, products against the supplying carrying surface .
A side airbag apparatus , comprising: a seat frame built in a seat back of a vehicle seat along a side surface of the seat back ; an inflator attached on an occupant side of the seat frame when an occupant is seated normally in the vehicle seat ; an airbag cushion connected to the inflator and folded back to an opposite side of the seat frame from the occupant side via a front edge of the seat frame ; and a retaining portion retaining the airbag cushion in a folded-back state onto the opposite side of the seat frame from the occupant side; wherein the retaining portion has a fragile portion capable of releasing the airbag cushion by rupturing when the airbag cushion inflates and deploys, characterized in that the retaining portion is formed as a part of a cover covering at least a part of the airbag cushion . a seat frame built in a seat back of a vehicle seat along a side surface of the seat back ; an inflator attached on an occupant side of the seat frame when an occupant is seated normally in the vehicle seat ; an airbag cushion connected to the inflator and folded back to an opposite side of the seat frame from the occupant side via a front edge of the seat frame ; and a retaining portion retaining the airbag cushion in a folded-back state onto the opposite side of the seat frame from the occupant side; wherein the retaining portion has a fragile portion capable of releasing the airbag cushion by rupturing when the airbag cushion inflates and deploys, characterized in that the retaining portion is formed as a part of a cover covering at least a part of the airbag cushion .
Method for preparing a rigid, mineral and porous foam, consisting of the following steps: (i) preparing an aqueous suspension comprising or constituted by - 35%-60% water relative to the total weight of the abovementioned suspension, - 5-35% alkali metal silicate, alkali metal aluminate, or mixtures thereof, relative to the total weight of the abovementioned suspension, - 30-60% mineral particles insoluble in the abovementioned suspension relative to the total weight of the abovementioned suspension, - 0-2% mineral or organic fibres relative to the total weight of the abovementioned suspension, - 0.3-10%, in particular 0.3-5%, at least one foaming agent of animal or plant, natural or synthetic origin relative to the total weight of the abovementioned suspension, - optionally at least one texturing agent, and - optionally at least one functional molecule, and - optionally a surfactant different from the foaming agent used in said suspension, (ii) dispersing a gas in the abovementioned suspension to obtain a stable moist foam; (iii) hardening the moist foam obtained at the end of step (ii) to obtain said rigid foam. (i) preparing an aqueous suspension comprising or constituted by - 35%-60% water relative to the total weight of the abovementioned suspension, - 5-35% alkali metal silicate, alkali metal aluminate, or mixtures thereof, relative to the total weight of the abovementioned suspension, - 30-60% mineral particles insoluble in the abovementioned suspension relative to the total weight of the abovementioned suspension, - 0-2% mineral or organic fibres relative to the total weight of the abovementioned suspension, - 0.3-10%, in particular 0.3-5%, at least one foaming agent of animal or plant, natural or synthetic origin relative to the total weight of the abovementioned suspension, - optionally at least one texturing agent, and - optionally at least one functional molecule, and - optionally a surfactant different from the foaming agent used in said suspension, - 35%-60% water relative to the total weight of the abovementioned suspension, - 5-35% alkali metal silicate, alkali metal aluminate, or mixtures thereof, relative to the total weight of the abovementioned suspension, - 30-60% mineral particles insoluble in the abovementioned suspension relative to the total weight of the abovementioned suspension, - 0-2% mineral or organic fibres relative to the total weight of the abovementioned suspension, - 0.3-10%, in particular 0.3-5%, at least one foaming agent of animal or plant, natural or synthetic origin relative to the total weight of the abovementioned suspension, - optionally at least one texturing agent, and - optionally at least one functional molecule, and - optionally a surfactant different from the foaming agent used in said suspension, (ii) dispersing a gas in the abovementioned suspension to obtain a stable moist foam; (iii) hardening the moist foam obtained at the end of step (ii) to obtain said rigid foam.
A fuel pump system , comprising: an inlet line ; a motorized pump having a motorized pump inlet in fluid communication with the inlet line to receive fuel from the inlet line , and a motorized pump outlet configured to output flow from the motorized pump ; a first selector valve in fluid communication with the inlet line at a first inlet port , wherein the first selector valve is in fluid communication with the motorized pump outlet via a first outlet branch at a second inlet port to receive fuel from the motorized pump outlet , wherein the first selector valve is configured to selectively communicate the first inlet port to an outlet port , and to selectively communicate the second inlet port to the outlet port ; a main fuel pump having a main fuel pump inlet in fluid communication with the first selector valve to be downstream of the first selector valve , and having a main fuel pump outlet ; and a second selector valve in fluid communication with the main fuel pump outlet at a first input port , wherein the second selector valve is in fluid communication with the motorized pump outlet via a second outlet branch at a second input port to receive fuel from the motorized pump outlet , wherein the second selector valve is configured to selectively communicate the first input port to an output port , and to selectively communicate the second input port to the output port , wherein the output port is in fluid communication with an outlet line . an inlet line ; a motorized pump having a motorized pump inlet in fluid communication with the inlet line to receive fuel from the inlet line , and a motorized pump outlet configured to output flow from the motorized pump ; a first selector valve in fluid communication with the inlet line at a first inlet port , wherein the first selector valve is in fluid communication with the motorized pump outlet via a first outlet branch at a second inlet port to receive fuel from the motorized pump outlet , wherein the first selector valve is configured to selectively communicate the first inlet port to an outlet port , and to selectively communicate the second inlet port to the outlet port ; a main fuel pump having a main fuel pump inlet in fluid communication with the first selector valve to be downstream of the first selector valve , and having a main fuel pump outlet ; and a second selector valve in fluid communication with the main fuel pump outlet at a first input port , wherein the second selector valve is in fluid communication with the motorized pump outlet via a second outlet branch at a second input port to receive fuel from the motorized pump outlet , wherein the second selector valve is configured to selectively communicate the first input port to an output port , and to selectively communicate the second input port to the output port , wherein the output port is in fluid communication with an outlet line .
A camera assembly having a camera dome , a camera housing , and a plurality of camera heads arranged inside the housing and the dome, each camera head being arranged in a camera support which is movable around a center of the camera assembly, wherein: - each camera support has a first, inner, follower portion configured to engage a first, inner, guide portion of the camera housing, and a second, outer, follower portion configured to engage a second, outer, guide portion of the camera housing, and a camera head fixture connecting the first follower portion with the second follower portion , - each follower portion is arranged to slide in the corresponding guide portion , and characterized in that the first follower portion has an extension (d) in a direction along the first guide portion , on both sides of a camera support centerline. - each camera support has a first, inner, follower portion configured to engage a first, inner, guide portion of the camera housing, and a second, outer, follower portion configured to engage a second, outer, guide portion of the camera housing, and a camera head fixture connecting the first follower portion with the second follower portion , - each follower portion is arranged to slide in the corresponding guide portion , and
A method performed by a first wireless communication node, comprising: receiving a downlink signal containing a first channel busy ratio, CBR, threshold value and a second CBR threshold value, from a second wireless communication node , and based on the first and second CBR threshold values, determining a first resource for use in a sidelink communication between the first wireless communication node and at least one third wireless communication node, wherein the first CBR threshold value is different from the second CBR threshold value, the first CBR threshold value is used to determine whether the first resource is suitable for use in the sidelink communication, and the second CBR threshold value is used to determine when the first resource becomes unsuitable for use in the sidelink communication. receiving a downlink signal containing a first channel busy ratio, CBR, threshold value and a second CBR threshold value, from a second wireless communication node , and based on the first and second CBR threshold values, determining a first resource for use in a sidelink communication between the first wireless communication node and at least one third wireless communication node, wherein the first CBR threshold value is different from the second CBR threshold value, the first CBR threshold value is used to determine whether the first resource is suitable for use in the sidelink communication, and the second CBR threshold value is used to determine when the first resource becomes unsuitable for use in the sidelink communication.
A control system of a microgrid, comprising: a grid-connection switch , an energy router , a first controller and a second controller , wherein the first controller is configured to control connection and disconnection of the grid-connection switch and send a first control instruction based on a state of the control system of the microgrid; and the second controller is configured to receive the first control instruction from the first controller and control the energy router in response to the first control instruction; wherein the second controller is further configured to detect odd harmonics in the output voltage of the energy router , and determine a direct current component of each of the harmonic voltages, perform proportional integral PI adjustment on a difference between the direct current component of each of the harmonic voltages and zero, and perform inverse transformation on the difference after the PI adjustment to obtain a given value of each of the harmonic voltages to suppress harmonics in the output voltage of the energy router . wherein the first controller is configured to control connection and disconnection of the grid-connection switch and send a first control instruction based on a state of the control system of the microgrid; and the second controller is configured to receive the first control instruction from the first controller and control the energy router in response to the first control instruction; wherein the second controller is further configured to detect odd harmonics in the output voltage of the energy router , and determine a direct current component of each of the harmonic voltages, perform proportional integral PI adjustment on a difference between the direct current component of each of the harmonic voltages and zero, and perform inverse transformation on the difference after the PI adjustment to obtain a given value of each of the harmonic voltages to suppress harmonics in the output voltage of the energy router .
A water based drilling fluid comprising water and 0.01 to 10 wt% of an additive composition, wherein the additive composition comprises: 0.01 to 10 wt% of at least one of a metal dithiophosphate compound and a sulfurized olefin; and a reaction product of: a. at least one hydrocarbyl substituted carboxylic acid or an ester or anhydride thereof; and b. at least one polyalkylene glycol wherein the hydrocarbyl substituent of the hydrocarbyl substituted carboxylic acid comprises a C 10 to C 22 straight chain or branched alkane or alkene. 0.01 to 10 wt% of at least one of a metal dithiophosphate compound and a sulfurized olefin; and a reaction product of: a. at least one hydrocarbyl substituted carboxylic acid or an ester or anhydride thereof; and b. at least one polyalkylene glycol a. at least one hydrocarbyl substituted carboxylic acid or an ester or anhydride thereof; and b. at least one polyalkylene glycol wherein the hydrocarbyl substituent of the hydrocarbyl substituted carboxylic acid comprises a C 10 to C 22 straight chain or branched alkane or alkene.