mhurhangee/patent-ind-claim-en huggingface dataset:
An oil supply system , comprising: a first oil pump (P1) being connected to a first suction flow path and a first supply flow path , the first oil pump (P1) being configured to suck an oil in an oil pan by the first suction flow path and to supply the sucked oil to an oil hydraulic device via the first supply flow path by being driven by a drive force generated at an internal combustion engine that performs a stop control and a start control in response to a running state of a vehicle; a second oil pump (P2) being connected to a second suction flow path and a second supply flow path , the second oil pump (P2) being configured to suck the oil in the oil pan by the second suction flow path and to supply the sucked oil to the oil hydraulic device via the second supply flow path by being driven by an electric motor ; and a heat exchanging flow path including a heat exchanger , the heat exchanging flow path being configured to return a part of the oil supplied to the oil hydraulic device to the oil pan after a heat exchange is operated by the heat exchanger on which a heat of a coolant of the internal combustion engine is acted, characterized in that the oil pan includes a bulkhead that defines a first reservoir being connected to the first suction flow path and a second reservoir being connected to the second suction flow path , and the heat exchanging flow path is connected to the second reservoir . a first oil pump (P1) being connected to a first suction flow path and a first supply flow path , the first oil pump (P1) being configured to suck an oil in an oil pan by the first suction flow path and to supply the sucked oil to an oil hydraulic device via the first supply flow path by being driven by a drive force generated at an internal combustion engine that performs a stop control and a start control in response to a running state of a vehicle; a second oil pump (P2) being connected to a second suction flow path and a second supply flow path , the second oil pump (P2) being configured to suck the oil in the oil pan by the second suction flow path and to supply the sucked oil to the oil hydraulic device via the second supply flow path by being driven by an electric motor ; and a heat exchanging flow path including a heat exchanger , the heat exchanging flow path being configured to return a part of the oil supplied to the oil hydraulic device to the oil pan after a heat exchange is operated by the heat exchanger on which a heat of a coolant of the internal combustion engine is acted, characterized in that the oil pan includes a bulkhead that defines a first reservoir being connected to the first suction flow path and a second reservoir being connected to the second suction flow path , and the heat exchanging flow path is connected to the second reservoir . the oil pan includes a bulkhead that defines a first reservoir being connected to the first suction flow path and a second reservoir being connected to the second suction flow path , and the heat exchanging flow path is connected to the second reservoir .
Device for detecting the direction of fluid flow through a dialyser that comprises a blood chamber , through which blood flows, and a dialysate chamber , through which dialysate flows, which are separated from one another by a semi-permeable membrane , the device for detecting the direction of fluid flow comprising a measuring unit for measuring the clearance or a value characteristic of the clearance, characterised in that an arithmetic and evaluation unit is provided, which is configured such that the measured clearance or a value characteristic of the clearance is compared to a specified limit value, the direction of blood flow through the blood chamber and dialysate flow through the dialysate chamber being concluded in countercurrent flow if the clearance or a value characteristic of the clearance is greater than the specified limit value.
A nucleic acid molecule comprising a nucleic acid sequence selected from the group consisting of SEQ ID NO:1, SEQ ID NO:3, SEQ ID NO:5, SEQ ID NO:7, SEQ ID NO:9, and SEQ ID NO:11.
Method for producing a fluid-fillable and volume-changeable fluid chamber mat , in particular an air chamber mat for a vehicle seat for adjusting the contours thereof, characterized by the following method steps: producing, by means of a continuous operation, a film profile which, with respect to a profile cross section which is perpendicular to the flow-through direction (DL), has a plurality of cavities which are arranged next to one another and are each enclosed in the profile cross section, severing a length portion of the film profile extending between two longitudinal ends with respect to the flow-through direction (DL) and, for delimiting the length of at least one fluid chamber in each cavity : at a first position selected on the length portion with respect to the flow-through direction (DL) and at a second position spaced apart therefrom in the flow-through direction (DL) in each case producing a connection , which runs transversely, in particular perpendicularly, to the flow-through direction (DL), between two opposite film regions delimiting the cavity , and connecting a respective fluid line to a respective fluid chamber .
A method for repairing an imperfection in a corrosion-inhibiting layer paint oxide system comprising a plurality of layers on a turbine engine component, the method comprising the steps of: providing a turbine engine component comprising a superalloy substrate, wherein at least a portion of the substrate has been treated with a corrosion inhibiting paint oxide system, wherein an imperfection region is present on the system exposing the superalloy substrate beneath the system; providing a touch-up paint comprising alumina particles, an evaporable solvent, and a binder selected from the group consisting of silicate, silicone, chromate phosphate, siloxane, and combinations thereof; applying a layer of the touch-up paint to the imperfection region; drying the layer of touch-up paint; and curing the dried layer of touch-up paint in the range 540°C to 760°C, wherein curing the dried layer of touch-up paint occurs during initial engine operation where the engine component reaches a temperature sufficient to fully cure the dried layer of touch-up paint. providing a turbine engine component comprising a superalloy substrate, wherein at least a portion of the substrate has been treated with a corrosion inhibiting paint oxide system, wherein an imperfection region is present on the system exposing the superalloy substrate beneath the system; providing a touch-up paint comprising alumina particles, an evaporable solvent, and a binder selected from the group consisting of silicate, silicone, chromate phosphate, siloxane, and combinations thereof; applying a layer of the touch-up paint to the imperfection region; drying the layer of touch-up paint; and curing the dried layer of touch-up paint in the range 540°C to 760°C, wherein curing the dried layer of touch-up paint occurs during initial engine operation where the engine component reaches a temperature sufficient to fully cure the dried layer of touch-up paint.
A compression device for applying reduction and/or compression to a bone fracture, wherein the compression device comprises: a. a first handle comprising a first pivot hole and at least one cam portion ; b. a rod holder comprising a channel , a first receiver , and a shaft portion with a locking portion ; c. a second handle comprising a body portion with a second pivot hole which is aligned with the first pivot hole , a second receiver , a chamber , and a passage , the passage adapted to receive the shaft portion of the rod holder ; d. a pivot pin for placement through the first pivot hole and the second pivot hole ; e. a release member comprising an engagement portion and a thumb release , the release member configured to move within the chamber , and the engagement portion adapted to engage the locking portion of the rod holder ; and f. a plate for engagement by the at least one cam portion of the first handle , the plate comprising a capture hole adapted to receive the shaft portion of the rod holder , characterized in that the at least one cam portion of the first handle causes the plate to rotate such that the shaft portion of the rod holder is captured by the capture hole of the plate to move the shaft portion of the rod holder axially to change the distance between the first receiver and the second receiver . a. a first handle comprising a first pivot hole and at least one cam portion ; b. a rod holder comprising a channel , a first receiver , and a shaft portion with a locking portion ; c. a second handle comprising a body portion with a second pivot hole which is aligned with the first pivot hole , a second receiver , a chamber , and a passage , the passage adapted to receive the shaft portion of the rod holder ; d. a pivot pin for placement through the first pivot hole and the second pivot hole ; e. a release member comprising an engagement portion and a thumb release , the release member configured to move within the chamber , and the engagement portion adapted to engage the locking portion of the rod holder ; and f. a plate for engagement by the at least one cam portion of the first handle , the plate comprising a capture hole adapted to receive the shaft portion of the rod holder , characterized in that the at least one cam portion of the first handle causes the plate to rotate such that the shaft portion of the rod holder is captured by the capture hole of the plate to move the shaft portion of the rod holder axially to change the distance between the first receiver and the second receiver .
A method for making multisegment articles , comprising the steps of - preparing a plurality of segments of different kinds; - assembling the segments of different kinds to make an alternating succession of first and second units advancing transversely to the longitudinal axis of the segments and wherein at least the first units are each made up of at least two segments of different kinds; - assembling the units in a single forming beam to form a single continuous rod defined by a predetermined sequence of segments of different kinds; wherein the step of assembling the segments of different kinds to make an alternating succession of first and second units is carried out in such a way that the segments of each of the aforesaid different kinds form part only of the first or the second unit . - preparing a plurality of segments of different kinds; - assembling the segments of different kinds to make an alternating succession of first and second units advancing transversely to the longitudinal axis of the segments and wherein at least the first units are each made up of at least two segments of different kinds; - assembling the units in a single forming beam to form a single continuous rod defined by a predetermined sequence of segments of different kinds;
A method , comprising: determining , by a controller device , whether a pairing between the controller device and an accessory device has been established; receiving , by the controller device, a first identify proof generated by the accessory device; in accordance with a determination that the pairing between the controller device and the accessory device has been established: deriving , by the controller device, a first symmetric key associated with a second symmetric key derived by the accessory device; decrypting the first identity proof using the first symmetric key; and verifying a signature of the accessory device extracted from the first identity proof generated by the accessory device; and transmitting , to the accessory device, a message indicating that the controller device verified the pairing with the accessory device. determining , by a controller device , whether a pairing between the controller device and an accessory device has been established; receiving , by the controller device, a first identify proof generated by the accessory device; in accordance with a determination that the pairing between the controller device and the accessory device has been established: deriving , by the controller device, a first symmetric key associated with a second symmetric key derived by the accessory device; decrypting the first identity proof using the first symmetric key; and verifying a signature of the accessory device extracted from the first identity proof generated by the accessory device; and deriving , by the controller device, a first symmetric key associated with a second symmetric key derived by the accessory device; decrypting the first identity proof using the first symmetric key; and verifying a signature of the accessory device extracted from the first identity proof generated by the accessory device; and transmitting , to the accessory device, a message indicating that the controller device verified the pairing with the accessory device.
Belt , with a belt body which extends substantially in a longitudinal direction and substantially comprises a flexible material, wherein at least one tensioning member , preferably a plurality of tensioning members , is at least substantially embedded in the belt body in the longitudinal direction and at least substantially surrounded by the flexible material of the belt body , and with a coating which is arranged directly on the belt body from a drive side of the belt , wherein the coating comprises a fabric layer , and wherein, facing the belt body , the coating has a first film which is arranged between the belt body and the fabric layer and is designed to isolate the belt body from the fabric layer , characterized in that the flexible material of the belt body comprises polyurethane, preferably consists of polyurethane, and the material of the first film comprises polyurethane, preferably consists of polyurethane, and the flexible material of the belt body and the material of the first film comprise the same polyurethane, preferably consist of the same polyurethane. with a belt body which extends substantially in a longitudinal direction and substantially comprises a flexible material, wherein at least one tensioning member , preferably a plurality of tensioning members , is at least substantially embedded in the belt body in the longitudinal direction and at least substantially surrounded by the flexible material of the belt body , and with a coating which is arranged directly on the belt body from a drive side of the belt , wherein the coating comprises a fabric layer , and wherein, facing the belt body , the coating has a first film which is arranged between the belt body and the fabric layer and is designed to isolate the belt body from the fabric layer , characterized in that the flexible material of the belt body comprises polyurethane, preferably consists of polyurethane, and the material of the first film comprises polyurethane, preferably consists of polyurethane, and the flexible material of the belt body and the material of the first film comprise the same polyurethane, preferably consist of the same polyurethane.
A cable processing system comprising a cable processing machine with a machine control for the automatic processing of cable ends of heavy, rigid cables not yet cut to length with a frame with - an input side for receiving the cables , - at least two frame-supported cable processing stations , - a cable transport device for transporting at least one cable , which cable transport device in the cable processing machine comprises at least one frame-supported, traversable gripper for the cable , and - an output side for the delivery of a processed cable , wherein the cable transport device is equipped with a cable-conveying device designed as a multiple storage unit , which comprises a plurality of cable holders , and wherein at least the at least one gripper is designed as a hand-over gripper, preferably with the aid of a frame-supported transfer mechanism , in order to remove one of the cables after the other from the respective cable holder and to feed the latter to at least one of the cable processing stations and/or to a further gripper , which further gripper is designed movable with a further frame-supported transfer mechanism , in order to carry out a transfer of the cable into one of the cable processing stations , characterised in that the multiple storage unit is designed as an autonomous or guided transporter . with a machine control for the automatic processing of cable ends of heavy, rigid cables not yet cut to length with a frame with - an input side for receiving the cables , - at least two frame-supported cable processing stations , - a cable transport device for transporting at least one cable , which cable transport device in the cable processing machine comprises at least one frame-supported, traversable gripper for the cable , and - an output side for the delivery of a processed cable , - an input side for receiving the cables , - at least two frame-supported cable processing stations , - a cable transport device for transporting at least one cable , which cable transport device in the cable processing machine comprises at least one frame-supported, traversable gripper for the cable , and - an output side for the delivery of a processed cable , wherein the cable transport device is equipped with a cable-conveying device designed as a multiple storage unit , which comprises a plurality of cable holders , and wherein at least the at least one gripper is designed as a hand-over gripper, preferably with the aid of a frame-supported transfer mechanism , in order to remove one of the cables after the other from the respective cable holder and to feed the latter to at least one of the cable processing stations and/or to a further gripper , which further gripper is designed movable with a further frame-supported transfer mechanism , in order to carry out a transfer of the cable into one of the cable processing stations , characterised in that the multiple storage unit is designed as an autonomous or guided transporter .
A method of forming a colored conductive ribbon for a solar module comprising: a) providing a ribbon holder including a channel configured to receive a conductive ribbon therein, b) securing the conductive ribbon in the channel of the ribbon holder, c) applying a color coating to at least the conductive ribbon secured within the channel, d) curing the color coating on the conductive ribbon, and e) separating the conductive ribbon from the channel of the ribbon holder. a) providing a ribbon holder including a channel configured to receive a conductive ribbon therein, b) securing the conductive ribbon in the channel of the ribbon holder, c) applying a color coating to at least the conductive ribbon secured within the channel, d) curing the color coating on the conductive ribbon, and e) separating the conductive ribbon from the channel of the ribbon holder.
Device for defrosting, heating and/or cooking a food product, in particular a frozen dough, this device comprising - a plate , - a cover , defining with the plate a space for cooking the food product, - a support for receiving the food product, arranged on the plate, - first means for heating the support, of electrical type, provided below or inside said support, - second heating means (50, 60; 70, 80), provided above the support, of the infrared emission type, the cooking space being open laterally over at least one substantial portion of the perimeter of the device and the second heating means comprising a central heating member (50; 70), specific to heating a central portion of the food product, as well as a peripheral heating member (60; 80), specific to heating a peripheral portion of the food product, characterised in that said central heating member (50; 70) is separate from the peripheral heating member (60; 80). - a plate , - a cover , defining with the plate a space for cooking the food product, - a support for receiving the food product, arranged on the plate, - first means for heating the support, of electrical type, provided below or inside said support, - second heating means (50, 60; 70, 80), provided above the support, of the infrared emission type, the cooking space being open laterally over at least one substantial portion of the perimeter of the device and the second heating means comprising a central heating member (50; 70), specific to heating a central portion of the food product, as well as a peripheral heating member (60; 80), specific to heating a peripheral portion of the food product, characterised in that said central heating member (50; 70) is separate from the peripheral heating member (60; 80).
An avionics data network comprising: a network switch core uncertified for an ARINC network protocol; and a network traffic policing module comprising: a data ingress port configured to connect to the network switch core and to receive data frames transmitted over the network to the network switch core ; a data egress port configured to connect to the network switch core and transmit a set of the data frames to the network switch core ; a test module having a set of ARINC network protocol compliance tests; and a logic device connected to the test module , the data ingress port , and the data egress port , and configured to execute the set of ARINC network protocol compliance tests on the data frames received at the data ingress port , and transmit to the data egress port a set of data frames that are compliant with the set of ARINC network protocol compliance tests. a network switch core uncertified for an ARINC network protocol; and a network traffic policing module comprising: a data ingress port configured to connect to the network switch core and to receive data frames transmitted over the network to the network switch core ; a data egress port configured to connect to the network switch core and transmit a set of the data frames to the network switch core ; a test module having a set of ARINC network protocol compliance tests; and a logic device connected to the test module , the data ingress port , and the data egress port , and configured to execute the set of ARINC network protocol compliance tests on the data frames received at the data ingress port , and transmit to the data egress port a set of data frames that are compliant with the set of ARINC network protocol compliance tests. a data ingress port configured to connect to the network switch core and to receive data frames transmitted over the network to the network switch core ; a data egress port configured to connect to the network switch core and transmit a set of the data frames to the network switch core ; a test module having a set of ARINC network protocol compliance tests; and a logic device connected to the test module , the data ingress port , and the data egress port , and configured to execute the set of ARINC network protocol compliance tests on the data frames received at the data ingress port , and transmit to the data egress port a set of data frames that are compliant with the set of ARINC network protocol compliance tests.