mhurhangee/ep-ind-claims huggingface dataset:
A system for displaying state information for an industrial process, comprising: a design diagram template (408; 414) configured for display on an operator interface, wherein the design diagram template comprises at least one of a dataflow diagram or a state diagram, wherein the design diagram template is configured to display status data for an industrial process and includes at least one numeric entry field configured to receive input data that sets a corresponding at least one parameter of the industrial process; a mapping component configured to receive configuration data that maps a status display graphic object of the design diagram template to a data structure in an industrial controller; and a graphic object library that stores a plurality of design diagram templates including the design diagram template, wherein the graphic object library classifies the plurality of design diagram templates according to at least one of an industry, a type of industrial process, or a type of device. a design diagram template (408; 414) configured for display on an operator interface, wherein the design diagram template comprises at least one of a dataflow diagram or a state diagram, wherein the design diagram template is configured to display status data for an industrial process and includes at least one numeric entry field configured to receive input data that sets a corresponding at least one parameter of the industrial process; a mapping component configured to receive configuration data that maps a status display graphic object of the design diagram template to a data structure in an industrial controller; and a graphic object library that stores a plurality of design diagram templates including the design diagram template, wherein the graphic object library classifies the plurality of design diagram templates according to at least one of an industry, a type of industrial process, or a type of device.
A method for a client device (102, 602, 1500) in a network, comprising: registering to the network; obtaining at least a user plane key shared with a user plane network function implemented at a first network node (109, 607, 1900) or a control plane key shared with a control plane network function implemented at a second network node (109, 607, 1900); and protecting a data packet with the user plane key or a control packet with the control plane key, wherein the data packet includes first destination information indicating that the data packet is to be processed at the first network node (109, 607, 1900), the first destination information enabling a network access node (104, 604, 1900) to forward the data packet to the first network node (109, 607, 1900), and wherein the control packet includes second destination information indicating that the control packet is to be processed at the second network node (107, 605, 1900), the second destination information enabling the network access node (104, 604, 1900) to forward the control packet to the second network node (107, 605, 1900); transmitting the protected data packet or the protected control packet and an encrypted client device context within a message to the network, wherein the encrypted client device context includes at least the user plane key or the control plane key and enables reconstruction of at least a security context at the network for the client device, wherein the security context enables processing of the protected data packet or the protected control packet at the network. registering to the network; obtaining at least a user plane key shared with a user plane network function implemented at a first network node (109, 607, 1900) or a control plane key shared with a control plane network function implemented at a second network node (109, 607, 1900); and protecting a data packet with the user plane key or a control packet with the control plane key, wherein the data packet includes first destination information indicating that the data packet is to be processed at the first network node (109, 607, 1900), the first destination information enabling a network access node (104, 604, 1900) to forward the data packet to the first network node (109, 607, 1900), and wherein the control packet includes second destination information indicating that the control packet is to be processed at the second network node (107, 605, 1900), the second destination information enabling the network access node (104, 604, 1900) to forward the control packet to the second network node (107, 605, 1900); transmitting the protected data packet or the protected control packet and an encrypted client device context within a message to the network, wherein the encrypted client device context includes at least the user plane key or the control plane key and enables reconstruction of at least a security context at the network for the client device, wherein the security context enables processing of the protected data packet or the protected control packet at the network.
A solenoid valve comprising a solenoid operated according to application of electric power, the solenoid comprising: a bobbin outer that is hollow and has a circumferential surface around which a coil is wound; a fixed iron core (240, 250) coupled to at least one of both ends of the bobbin and inducing a magnetic force generated from the coil; a movable iron core movably provided in the bobbin and moved by a magnetic force induced by the fixed iron core; a case enclosing the bobbin, the fixed iron core, and the movable iron core; and a lead wire connector for supplying electric power to the solenoid, the lead wire connector comprising: an insulation block protruding to the outside of the case; a power terminal provided in the insulation block and electrically connected to the coil; a lead wire connected to the power terminal and extending to the outside of the insulation block; a wire tube encompassing at least part of the lead wire; and a connector provided at an end portion of the lead wire, wherein the lead wire is bent in a U shape outside the insulation block and is attached and fixed to an outer wall of the insulation block; and, wherein an insertion groove in which the lead wire is inserted is formed on the outer wall of the insulation block. a bobbin outer that is hollow and has a circumferential surface around which a coil is wound; a fixed iron core (240, 250) coupled to at least one of both ends of the bobbin and inducing a magnetic force generated from the coil; a movable iron core movably provided in the bobbin and moved by a magnetic force induced by the fixed iron core; a case enclosing the bobbin, the fixed iron core, and the movable iron core; and a lead wire connector for supplying electric power to the solenoid, the lead wire connector comprising: an insulation block protruding to the outside of the case; a power terminal provided in the insulation block and electrically connected to the coil; a lead wire connected to the power terminal and extending to the outside of the insulation block; a wire tube encompassing at least part of the lead wire; and a connector provided at an end portion of the lead wire, an insulation block protruding to the outside of the case; a power terminal provided in the insulation block and electrically connected to the coil; a lead wire connected to the power terminal and extending to the outside of the insulation block; a wire tube encompassing at least part of the lead wire; and a connector provided at an end portion of the lead wire, wherein the lead wire is bent in a U shape outside the insulation block and is attached and fixed to an outer wall of the insulation block; and, wherein an insertion groove in which the lead wire is inserted is formed on the outer wall of the insulation block.
Disc brake with a brake calliper encompassing an edge region of a brake disc, a) comprising an application device located in the brake calliper and designed for applying at least an application-side brake pad to the brake disc, b) wherein the an application device comprises an adjusting system for adjusting a clearance, which adjusting system has an adjusting device (39, 110) and one or more threaded drive(s) consisting of a threaded spindle (25, 120) and a threaded sleeve (26, 119) rotatable relative thereto or another element having a female thread, such as a crossbar, c) wherein the at least one threaded drive is axially displaceable towards the brake disc during the application of the disc brake, and wherein the axial length of the threaded drive can be changed by means of the adjusting device by a relative rotation of the elements of the threaded drive, d) wherein at least clearance securing device with one or more distance-dependent clutch(es) designed as switching clutch(es) (43, 143) is provided, which clearance securing device(s) is/are directly or indirectly coupled to the at least one threaded drive or to another rotary element of the adjusting system, characterised in that e) the switching clutch(es) is/are closed in the released state of the brake, so that it/they prevent(s) relative rotations between the elements of the threaded drive(s), and open in the applied state of the brake to enable an adjusting movement of the threaded drive after overcoming a minimum stroke. a) comprising an application device located in the brake calliper and designed for applying at least an application-side brake pad to the brake disc, b) wherein the an application device comprises an adjusting system for adjusting a clearance, which adjusting system has an adjusting device (39, 110) and one or more threaded drive(s) consisting of a threaded spindle (25, 120) and a threaded sleeve (26, 119) rotatable relative thereto or another element having a female thread, such as a crossbar, c) wherein the at least one threaded drive is axially displaceable towards the brake disc during the application of the disc brake, and wherein the axial length of the threaded drive can be changed by means of the adjusting device by a relative rotation of the elements of the threaded drive, d) wherein at least clearance securing device with one or more distance-dependent clutch(es) designed as switching clutch(es) (43, 143) is provided, which clearance securing device(s) is/are directly or indirectly coupled to the at least one threaded drive or to another rotary element of the adjusting system, characterised in that e) the switching clutch(es) is/are closed in the released state of the brake, so that it/they prevent(s) relative rotations between the elements of the threaded drive(s), and open in the applied state of the brake to enable an adjusting movement of the threaded drive after overcoming a minimum stroke.
Coupling device for mechanically connecting a first structural part and a second structural part of a medical instrument, with: a first component; a second component, wherein the first component and the second component are designed to be connected to each other by a bayonet connection which permits a rotation of the second component relative to the first component about a rotation axis in the connected state; a detent device (74, 83, 84) for alternatively locking the second component in a first predetermined angle positions or in a second predetermined angle position relative to the first component, wherein the detent device comprises a detent lug and several recesses which correspond to the detent lug and which predetermine the first predetermined angle position and the second predetermined angle position, or a recess and several detent lugs which correspond to the recess and which predetermine the several different angle positions, characterized in that at least either a detent lug or a recess of the detent device (74, 83, 84) is elastically deflectable in a direction that is substantially parallel to the rotation axis. a first component; a second component, wherein the first component and the second component are designed to be connected to each other by a bayonet connection which permits a rotation of the second component relative to the first component about a rotation axis in the connected state; a detent device (74, 83, 84) for alternatively locking the second component in a first predetermined angle positions or in a second predetermined angle position relative to the first component, wherein the detent device comprises a detent lug and several recesses which correspond to the detent lug and which predetermine the first predetermined angle position and the second predetermined angle position, or a recess and several detent lugs which correspond to the recess and which predetermine the several different angle positions, characterized in that at least either a detent lug or a recess of the detent device (74, 83, 84) is elastically deflectable in a direction that is substantially parallel to the rotation axis.
An engine air intake system for an engine-powered walk-behind working machine having an operation handle connected at one end to a body of the working machine for operation by a human operator to steer the working machine, and an operation control lever mounted to the operation handle for operation by the human operator to control operation of at least one of the working machine and an engine mounted on the body of the working machine, said engine air intake system comprising: an air-cleaner case mountable on the engine and having an air-cleaner element accommodated within the air-cleaner case; an air intake portion having an air inlet opening for introducing therefrom the outside air into the air intake portion; a fresh air guide conduit interconnecting the air intake portion and an internal space of the air-cleaner case; characterised by a first cover which covers at least a base portion of the operation control lever from above; a second cover disposed inside the first cover so as to define jointly with the first cover a hollow space (Sp), the hollow space communicating with the outside air; and the air intake portion being disposed in the first cover such that at least the air inlet opening is disposed within the hollow space (Sp) defined between the first and second covers (40, 90). an air-cleaner case mountable on the engine and having an air-cleaner element accommodated within the air-cleaner case; an air intake portion having an air inlet opening for introducing therefrom the outside air into the air intake portion; a fresh air guide conduit interconnecting the air intake portion and an internal space of the air-cleaner case; characterised by a first cover which covers at least a base portion of the operation control lever from above; a second cover disposed inside the first cover so as to define jointly with the first cover a hollow space (Sp), the hollow space communicating with the outside air; and the air intake portion being disposed in the first cover such that at least the air inlet opening is disposed within the hollow space (Sp) defined between the first and second covers (40, 90).
A method of refining a grain oil composition feedstock to provide a grain oil product, wherein the method comprises: combining the grain oil composition feedstock with water to form an oil-water mixture having water in an amount of 10-50% based on the total volume of the oil-water mixture (v/v), wherein the grain oil composition feedstock comprises an impurity component; exposing the oil-water mixture to a temperature in the range from 0°C to 50°C for a time period at least until the oil-water mixture forms at least an oil phase and an emulsion phase; and separating at least a portion of the oil phase from the emulsion phase to form the grain oil product, wherein an amount of the impurity component in the emulsion phase is greater than an amount of the impurity component in the grain oil product. combining the grain oil composition feedstock with water to form an oil-water mixture having water in an amount of 10-50% based on the total volume of the oil-water mixture (v/v), wherein the grain oil composition feedstock comprises an impurity component; exposing the oil-water mixture to a temperature in the range from 0°C to 50°C for a time period at least until the oil-water mixture forms at least an oil phase and an emulsion phase; and separating at least a portion of the oil phase from the emulsion phase to form the grain oil product, wherein an amount of the impurity component in the emulsion phase is greater than an amount of the impurity component in the grain oil product.
Alarm mechanism arranged to control the motion of at least one mechanical actuator cooperating with a striking mechanism controlled by a timepiece movement, and comprising a timer arranged to set a snooze time, which timer is entirely mechanical, and comprises first control means actuatable by a user at a first moment during the playing of an alarm chime in order to disengage said actuator and momentarily stop said alarm chime, and said timer includes mechanical timing means arranged to automatically cause said alarm chime to play again at a second moment, after a predefined duration from said first moment, characterized in that said timer includes a release cam indirectly controlled by said first control means and which is arranged to control the pivoting of a hammer lever, comprised in said timer, which hammer lever is arranged, depending on its angular position, to release or lock said actuator in order respectively to allow or prevent the playing of an alarm chime.
A refrigerator comprising: a body comprising a storage room therein; a machine room formed in the body and separated from the storage room; and a cool air generating unit comprising a compressor and a condenser arranged inside the machine room and configured to provide cool air to the storage room, wherein the condenser is provided to extend and be bent along an edge area inside the machine room and comprises: a first condensing portion which faces a rear surface of the machine room; and a second condensing portion which is bent from the first condensing portion and faces a first side of the machine room, wherein the condenser further comprises a third condensing portion which extends from the second condensing portion and is provided in a position which faces the first condensing portion, characterized in that the machine room comprises an inlet into which air flows in a bottom of a front surface of the machine room, and wherein the third condensing portion is disposed to heat-exchange air introduced through the inlet. a body comprising a storage room therein; a machine room formed in the body and separated from the storage room; and a cool air generating unit comprising a compressor and a condenser arranged inside the machine room and configured to provide cool air to the storage room, wherein the condenser is provided to extend and be bent along an edge area inside the machine room and comprises: a first condensing portion which faces a rear surface of the machine room; and a second condensing portion which is bent from the first condensing portion and faces a first side of the machine room, a first condensing portion which faces a rear surface of the machine room; and a second condensing portion which is bent from the first condensing portion and faces a first side of the machine room, wherein the condenser further comprises a third condensing portion which extends from the second condensing portion and is provided in a position which faces the first condensing portion, characterized in that the machine room comprises an inlet into which air flows in a bottom of a front surface of the machine room, and wherein the third condensing portion is disposed to heat-exchange air introduced through the inlet.
A computer-implemented method for determining a maximum transmission power (Pmax, PR, PO) of a non-geostationary satellite (NSGO1, NGSO2) towards a ground station (GSO_SOL), the method comprising the following steps: - determining the minimum value of a topocentric angle ( α NGSO1, α NGSO2) formed, on the one hand, between the direction between the non-geostationary satellite and the ground station and, on the other hand, between the ground station and a point of the geostationary arc (ARC_GSO) corresponding to the orbit of a constellation of geostationary satellites; - comparing, in terms of absolute value, the minimum value of the topocentric angle with at least two threshold values ( α r, α o), so as to: - if said minimum value is less, in terms of absolute value, than the first threshold ( α r), define the maximum transmission power of the non-geostationary satellite at a first value; - if said minimum value ranges, in terms of absolute value, between the first threshold and the second threshold ( α o), define the maximum transmission power of the non-geostationary satellite at a second value, greater than the first value; - if said minimum value is greater, in terms of absolute value, than the second threshold, define the maximum transmission power of the non-geostationary satellite at a third value (Pmax), greater than the second value; the first, the second and the third maximum transmission power value (PR, PO, Pmax), the first and the second threshold ( α r, α o) being determined so as to minimise the difference between a distribution of the power levels received by the ground station (GSO_SOL) and cumulated over a time interval and a reference distribution, with the distribution of the received and cumulated power levels being less than the reference distribution. - determining the minimum value of a topocentric angle ( α NGSO1, α NGSO2) formed, on the one hand, between the direction between the non-geostationary satellite and the ground station and, on the other hand, between the ground station and a point of the geostationary arc (ARC_GSO) corresponding to the orbit of a constellation of geostationary satellites; - comparing, in terms of absolute value, the minimum value of the topocentric angle with at least two threshold values ( α r, α o), so as to: - if said minimum value is less, in terms of absolute value, than the first threshold ( α r), define the maximum transmission power of the non-geostationary satellite at a first value; - if said minimum value ranges, in terms of absolute value, between the first threshold and the second threshold ( α o), define the maximum transmission power of the non-geostationary satellite at a second value, greater than the first value; - if said minimum value is greater, in terms of absolute value, than the second threshold, define the maximum transmission power of the non-geostationary satellite at a third value (Pmax), greater than the second value;
Botanical composition of strengthening body resistance and dissipating blood stasis for use in a treatment of cirrhotic portal hypertension, the botanical composition comprising salvia miltiorrhiza extract 25-38%, Gynostemma pentaphyllum extract 20-25%, Schisandra chinens alcohol extract 1-6%, Cordyceps Mycelium extract 19-26%, pine pollen extract 6-8% and peach kernel extract 6-10%.
A luggage comprising a shell (2, 2') closed by a lid, provided with a retractable handle (12a, 12'a) and with two wheels (4, 4'), the shell (2, 2') comprising at least one slidably unfoldable part (2b, 2'b) so as to increase its storage volume, the lid forming a foldable sheet able to fold back about transverse hinge zones (18a, 18b, 18c, 18d), the foldable sheet comprising several rigid or semi-rigid slats (16a, 16b, 16c, 16d) which are articulated to each other around the hinge zones (18a, 18b, 18c, 18d).