mhurhangee/ep-ind-claims huggingface dataset:
A heat dissipation member comprising a frame member including a first frame and a second frame that are connected to each other. wherein an inner surface of the first frame and an inner surface of the second frame are folded to face each other; a first heat insulating member attached to the outer surface of the first frame; a second heat insulating member attached to the outer surface of the second frame; a central heat insulating member located between the inner surface of the first frame and the inner surface of the second frame; a first heat dispersion member located between the inner surface of the first frame and the central heat insulating member; and a second heat dispersion member located between the inner surface of the second frame and the central heat insulating member. and an inner surface of the second frame are folded to face each other; a first heat insulating member attached to the outer surface of the first frame; a second heat insulating member attached to the outer surface of the second frame; a central heat insulating member located between the inner surface of the first frame and the inner surface of the second frame; a first heat dispersion member located between the inner surface of the first frame and the central heat insulating member; and a second heat dispersion member located between the inner surface of the second frame and the central heat insulating member.
A modified conjugated diene-based polymer represented by Chemical Formula 1 below: in Chemical Formula 1, R 1, R 2, and R 5 are each independently a C1-C10 alkylene group, R 3, R 4, R 6, and R 7 are each independently a C1-C10 alkyl group, R 8 is hydrogen or a C1-C10 alkyl group, P is a conjugated diene-based polymer chain, B is Chemical Formula 15 below, a and c are each independently 0, 1, or 2, b and d are each independently 1, 2, or 3, a+b and c+d are each independently 1, 2, or 3, and A is wherein R 9, R 10, R 11, and R 12 are each independently hydrogen or a C1-C10 alkyl group, and in Chemical Formula 15, n is an integer from 3 to 6, and R 1 and R 2 each are hydrogen, an alkyl group, an aryl group or a cycloalkyl group.
A knitting method of knitwear including sleeves (3, 4) and a body using a flat knitting machine having at least a front and a back needle bed, the knitting method being characterized by comprising the steps of: moving stitches of the sleeve (3,4) and at least one stitch at an end of the body adjacent to the stitches of the sleeve (3,4) in a sleeve direction thereby providing an empty needle within a knitting width of the body to increase a knitting width of the body; carrying out hole filling of the empty needle; and providing at least one double stitch by at least one stitch near an end of the sleeve (3,4) adj acent to the stitches of the body and the at least one stitch at the end of the body when narrowing the sleeve. moving stitches of the sleeve (3,4) and at least one stitch at an end of the body adjacent to the stitches of the sleeve (3,4) in a sleeve direction thereby providing an empty needle within a knitting width of the body to increase a knitting width of the body; carrying out hole filling of the empty needle; and providing at least one double stitch by at least one stitch near an end of the sleeve (3,4) adj acent to the stitches of the body and the at least one stitch at the end of the body when narrowing the sleeve.
A method for controlling one or more brakes, in particular disc brakes, of a brake system of a vehicle, in particular a trailer vehicle, comprising at least the following steps: a) providing the vehicle having the brake system with at least one or more brakes with brake pads (6a, 6b) that have a pad carrier plate and a friction lining, and with at least one evaluation and control device; b) determining the braking energy per brake converted during one or more brake applications by means of the evaluation and control device; c) comparing the braking energy determined with at least one setpoint value by means of the evaluation and control device; characterised in that the method also comprises the following step: d) increasing the energy input during a current and/or one or more subsequent brake applications by means of the evaluation and control device when the braking energy determined falls below the setpoint value. a) providing the vehicle having the brake system with at least one or more brakes with brake pads (6a, 6b) that have a pad carrier plate and a friction lining, and with at least one evaluation and control device; b) determining the braking energy per brake converted during one or more brake applications by means of the evaluation and control device; c) comparing the braking energy determined with at least one setpoint value by means of the evaluation and control device; characterised in that the method also comprises the following step: d) increasing the energy input during a current and/or one or more subsequent brake applications by means of the evaluation and control device when the braking energy determined falls below the setpoint value.
A method of controlling an electromagnetic hydraulic brake system comprising a main brake unit and redundancy brake unit, the method comprising: determining a failure type of the main brake unit, the failure type being one of a plurality of failure types comprising: a sensor failure type comprising a failure occurred at a first sensor connected to the main brake unit; an independent wheel control failure type comprising a failure at the main brake unit to perform an independent wheel control; a hydraulic pressure generation failure type comprising a failure at the main brake unit to form a hydraulic pressure; and an inoperable failure type comprising the main brake being not controllable; and in response to determining that the failure type of the main brake unit is the sensor failure type or the independent wheel control failure type, causing the main brake unit to generate a braking force, in response to determining that the failure type of the main brake unit is the hydraulic pressure generation failure type or the inoperable type, causing the redundancy brake unit to generate a braking force. a sensor failure type comprising a failure occurred at a first sensor connected to the main brake unit; an independent wheel control failure type comprising a failure at the main brake unit to perform an independent wheel control; a hydraulic pressure generation failure type comprising a failure at the main brake unit to form a hydraulic pressure; and an inoperable failure type comprising the main brake being not controllable; and in response to determining that the failure type of the main brake unit is the sensor failure type or the independent wheel control failure type, causing the main brake unit to generate a braking force, in response to determining that the failure type of the main brake unit is the hydraulic pressure generation failure type or the inoperable type, causing the redundancy brake unit to generate a braking force.
An electro-acoustic transducer, comprising: a housing (102, 302) having a plurality of walls that define an interior volume (112, 312) with first and second interior volume portions (116, 118, 316, 318) and a sound aperture (150, 350) that extends through at least one of the walls to the first interior volume portion; a diaphragm (114, 234, 314) located between the first and second interior volume portions; and an environmental sensor associated with the housing and having an inlet in fluid communication with the first interior volume portion, characterized in that the environmental sensor inlet is located within the first interior volume portion. a housing (102, 302) having a plurality of walls that define an interior volume (112, 312) with first and second interior volume portions (116, 118, 316, 318) and a sound aperture (150, 350) that extends through at least one of the walls to the first interior volume portion; a diaphragm (114, 234, 314) located between the first and second interior volume portions; and an environmental sensor associated with the housing and having an inlet in fluid communication with the first interior volume portion, characterized in that the environmental sensor inlet is located within the first interior volume portion.
An apparatus for indicating flex of a distal end of a catheter comprising: an elongated shaft; at least one pull wire connected to a distal end portion of the elongated shaft; a handle portion comprising a flex activating member, the flex activating member being coupled to the at least one pull wire such that adjustment of the flex activating member causes the distal end portion of the elongated shaft to flex; a slide member connected to the at least one pull wire; and a flex indicating member; wherein adjustment of the flex activating member causes the flex indicating member to move relative to the handle portion, and wherein the flex activating member comprises a rotatable member (155, 157) which includes an internally threaded surface portion characterised in that the flex activating member also has an externally threaded surface portion, wherein the internally threaded surface portion is configured to receive the slide member connected to the at least one pull wire, and the externally threaded surface portion is configured to receive an extending portion of the flex indicating member. an elongated shaft; at least one pull wire connected to a distal end portion of the elongated shaft; a handle portion comprising a flex activating member, the flex activating member being coupled to the at least one pull wire such that adjustment of the flex activating member causes the distal end portion of the elongated shaft to flex; a slide member connected to the at least one pull wire; and a flex indicating member; wherein adjustment of the flex activating member causes the flex indicating member to move relative to the handle portion, and wherein the flex activating member comprises a rotatable member (155, 157) which includes an internally threaded surface portion characterised in that the flex activating member also has an externally threaded surface portion, wherein the internally threaded surface portion is configured to receive the slide member connected to the at least one pull wire, and the externally threaded surface portion is configured to receive an extending portion of the flex indicating member.
A method in a service layer of a Machine-to-Machine, M2M, network, the method comprising: configuring a charging policy at a service domain charging management function at the service layer, the charging policy being defined as a rule with associated attributes, the attributes including a rule status attribute indicating if the rule is active, and a chargeable event identifier which refers to a resource that defines the chargeable event that should be applied to the charging policy rule, the charging policy being stored in a RESTful architecture resource configurable using Create, Retrieve, Update, Delete, CRUD, operations; and using the charging policy to determine chargeable events within the service layer of the M2M network. configuring a charging policy at a service domain charging management function at the service layer, the charging policy being defined as a rule with associated attributes, the attributes including a rule status attribute indicating if the rule is active, and a chargeable event identifier which refers to a resource that defines the chargeable event that should be applied to the charging policy rule, the charging policy being stored in a RESTful architecture resource configurable using Create, Retrieve, Update, Delete, CRUD, operations; and using the charging policy to determine chargeable events within the service layer of the M2M network.
A door station for a door communication system, having a housing which has on its front side an optically transparent cover behind which a camera module is arranged, a device for capturing a fingerprint being arranged behind the same cover, characterized in in that the device for capturing the fingerprint has a proximity sensor which is set up to detect an approach of an object to the front side of the housing, the camera module being set up to adopt an operating mode for capturing the fingerprint when the approach is detected.
A shelf that is suitable for using on a cooling device door comprising - a body having as a single piece two opposite side walls, a rear wall and a front wall extending between the side walls, - a plate whereon the objects are placed and situated at the portion of the body remaining between the side walls, the rear wall and the front wall, - a support member that is detachably mounted onto the front wall so as to at least partially extend over the plate and that provides the plate to be fixed to the body by preventing the plate from moving in the vertical direction, wherein at least some portion of the support member exerts pressure onto the plate from above, when mounted to the front wall, characterized in that the plate is detachable from the body of the shelf. - a body having as a single piece two opposite side walls, a rear wall and a front wall extending between the side walls, - a plate whereon the objects are placed and situated at the portion of the body remaining between the side walls, the rear wall and the front wall, - a support member that is detachably mounted onto the front wall so as to at least partially extend over the plate and that provides the plate to be fixed to the body by preventing the plate from moving in the vertical direction, wherein at least some portion of the support member exerts pressure onto the plate from above, when mounted to the front wall, characterized in that the plate is detachable from the body of the shelf.
A method of controlled cooling of one or multiple previously heated and substantially straight steel wires to a predetermined temperature range, said method comprising the steps of: a) guiding said heated and substantially straight steel wire/wires along individual path/paths through a coolant bath, said coolant bath comprising as bath liquid water and a stabilizing polymer, said bath liquid having a temperature of more than 80 °C, said bath liquid and said multiple previously heated and substantially straight steel wires creating a steam film around each steel wire itself along each individual path; b) directing an impinging liquid immersed inside said coolant bath towards said steam film over a certain length L along individual path/paths, in order to decrease the thickness of said steam film or to destabilize said steam film, thereby increasing the speed of cooling over said length L along individual path/paths, wherein the impinging liquid is immersed below each said previously heated and substantially straight steel wire itself along each individual path or wherein the impinging liquid is immersed partially below some of the multiple said previously heated and substantially straight steel wires along their individual paths. a) guiding said heated and substantially straight steel wire/wires along individual path/paths through a coolant bath, said coolant bath comprising as bath liquid water and a stabilizing polymer, said bath liquid having a temperature of more than 80 °C, said bath liquid and said multiple previously heated and substantially straight steel wires creating a steam film around each steel wire itself along each individual path; b) directing an impinging liquid immersed inside said coolant bath towards said steam film over a certain length L along individual path/paths, in order to decrease the thickness of said steam film or to destabilize said steam film, thereby increasing the speed of cooling over said length L along individual path/paths, wherein the impinging liquid is immersed below each said previously heated and substantially straight steel wire itself along each individual path or wherein the impinging liquid is immersed partially below some of the multiple said previously heated and substantially straight steel wires along their individual paths.
Method for automatically switching on and off a lighting system for illuminating a route inside or outside a building, wherein a light source of the lighting system is switched on or off as a function of a location at which the building is located and an expected period of use, characterized in that a programmable control unit periodically triggers the light source to be switched on via a pulse generator.
A system for an aerospace gas turbine engine fuel system comprising: a flow inlet conduit; a primary conduit branching from the flow inlet conduit for delivering flow to a set of primary nozzles; an equalization bypass valve, EBV, that connects between the flow inlet conduit and a secondary conduit for delivering flow to a set of secondary nozzles, wherein the EBV is connected to be controlled to apportion flow from the flow inlet conduit to the secondary conduit; a secondary equalization valve, SEV, that connects between the flow inlet conduit and the secondary conduit, to apportion flow from the flow inlet conduit to the secondary conduit; characterised in that the system comprises a drain pressure, PD, inlet configured to be connected to an integrated fuel pump control (IFPC) of the engine fuel system; and in that the SEV is connected to be controlled by the drain pressure, PD. a flow inlet conduit; a primary conduit branching from the flow inlet conduit for delivering flow to a set of primary nozzles; an equalization bypass valve, EBV, that connects between the flow inlet conduit and a secondary conduit for delivering flow to a set of secondary nozzles, wherein the EBV is connected to be controlled to apportion flow from the flow inlet conduit to the secondary conduit; a secondary equalization valve, SEV, that connects between the flow inlet conduit and the secondary conduit, to apportion flow from the flow inlet conduit to the secondary conduit; characterised in that the system comprises a drain pressure, PD, inlet configured to be connected to an integrated fuel pump control (IFPC) of the engine fuel system; and in that the SEV is connected to be controlled by the drain pressure, PD.
A distributed message handling apparatus, comprising: a data storage; and a processor communicatively coupled to the data storage, the processor configured to: retrieve a session state representing an initial session context based on a session id of a received message; create a session context based on the session state; execute the session context using a state machine; and create an updated session state based on the executed session context; wherein the initial session context is different from the session context being executed; and wherein the data storage comprises the updated session state associated with the state machine and a secondary session state associated with a second state machine of a second distributed message handling apparatus. a data storage; and a processor communicatively coupled to the data storage, the processor configured to: retrieve a session state representing an initial session context based on a session id of a received message; create a session context based on the session state; execute the session context using a state machine; and create an updated session state based on the executed session context; wherein the initial session context is different from the session context being executed; and wherein the data storage comprises the updated session state associated with the state machine and a secondary session state associated with a second state machine of a second distributed message handling apparatus. retrieve a session state representing an initial session context based on a session id of a received message; create a session context based on the session state; execute the session context using a state machine; and create an updated session state based on the executed session context; wherein the initial session context is different from the session context being executed; and wherein the data storage comprises the updated session state associated with the state machine and a secondary session state associated with a second state machine of a second distributed message handling apparatus.
An information processing system for a Body-Ghost network comprising: a control unit configured to control display of an integrated image on a display unit of an image provision device that is associated with a role of a Body (111, 1510, 1520) in the Body-Ghost network, wherein the integrated image is obtained by integrating first information generated in accordance with input to a first image display device that is associated with a role of a first Ghost (112, 1511, 1512, 1513, 1521, 1522, 1523) in the Body-Ghost network and that receives a captured image by an imaging system of the image provision device and second information generated in accordance with input to a second image display device that is associated with a role of a second Ghost (112, 1511, 1512, 1513, 1521, 1522, 1523) in the Body-Ghost network and that receives the captured image by the imaging system of the image provision device, wherein the control unit is further configured to extract a common word or a word that frequently appears from a plurality of pieces of text information generated by a plurality of image display devices that includes the first image display device and the second image display device and receives the captured image and wherein the control unit causes the word to be displayed on the display unit of the image provision device. a control unit configured to control display of an integrated image on a display unit of an image provision device that is associated with a role of a Body (111, 1510, 1520) in the Body-Ghost network, wherein the integrated image is obtained by integrating first information generated in accordance with input to a first image display device that is associated with a role of a first Ghost (112, 1511, 1512, 1513, 1521, 1522, 1523) in the Body-Ghost network and that receives a captured image by an imaging system of the image provision device and second information generated in accordance with input to a second image display device that is associated with a role of a second Ghost (112, 1511, 1512, 1513, 1521, 1522, 1523) in the Body-Ghost network and that receives the captured image by the imaging system of the image provision device, wherein the control unit is further configured to extract a common word or a word that frequently appears from a plurality of pieces of text information generated by a plurality of image display devices that includes the first image display device and the second image display device and receives the captured image and wherein the control unit causes the word to be displayed on the display unit of the image provision device.