mhurhangee/ep-ind-claims huggingface dataset:
A primary apparatus to configure a field device in an industrial plant, the primary apparatus comprising: an application for accessing a secondary apparatus, the secondary apparatus including a web application having a host application and a driver validator service, a field device driver deployment service, and a relevant field device driver for configuring the field device; characterized by a deployed web application received from the secondary apparatus, the deployed web application having a user interface and a driver validator service; wherein when the driver validator service on the primary apparatus determines that a relevant field device driver for the field device is not in the primary apparatus, the field device driver deployment service is activated by the driver validator service on the primary apparatus to transfer the relevant field device driver from the secondary apparatus to the primary apparatus, and when the relevant field device driver is transferred to the primary apparatus, the user interface application is activated on the primary apparatus to configure a field device. an application for accessing a secondary apparatus, the secondary apparatus including a web application having a host application and a driver validator service, a field device driver deployment service, and a relevant field device driver for configuring the field device; a web application having a host application and a driver validator service, a field device driver deployment service, and a relevant field device driver for configuring the field device; characterized by a deployed web application received from the secondary apparatus, the deployed web application having a user interface and a driver validator service; wherein when the driver validator service on the primary apparatus determines that a relevant field device driver for the field device is not in the primary apparatus, the field device driver deployment service is activated by the driver validator service on the primary apparatus to transfer the relevant field device driver from the secondary apparatus to the primary apparatus, and when the relevant field device driver is transferred to the primary apparatus, the user interface application is activated on the primary apparatus to configure a field device.
A polyethylene polymer comprising at least 65 wt% ethylene derived units, based upon the total weight of the polymer, having: a. a melt index (MI according to ASTM D1238, condition E (190°C/2.16 kg)) from 0.1 g/10 min to 2.0 g/10 min; b. a density from 0.910 g/cm 3 to 0.918 g/cm 3; c. a melt index ratio (MIR is the ratio of the high load melt index, HLMI, to the melt index, where the HLMI is measured in accordance with ASTM D-1238, condition F (190°C/21.6)) from 30 to 55; d. a molecular weight (M w) of 85,000 or greater; and e. a T 75 -T 25 value of from 5 to 10, where T 25 is the temperature in degrees Celsius at which 25% of the eluted polymer is obtained and T 75 is the temperature in degrees Celsius at which 75% of the eluted polymer is obtained via temperature rising elution fractionation (TREF). a. a melt index (MI according to ASTM D1238, condition E (190°C/2.16 kg)) from 0.1 g/10 min to 2.0 g/10 min; b. a density from 0.910 g/cm 3 to 0.918 g/cm 3; c. a melt index ratio (MIR is the ratio of the high load melt index, HLMI, to the melt index, where the HLMI is measured in accordance with ASTM D-1238, condition F (190°C/21.6)) from 30 to 55; d. a molecular weight (M w) of 85,000 or greater; and e. a T 75 -T 25 value of from 5 to 10, where T 25 is the temperature in degrees Celsius at which 25% of the eluted polymer is obtained and T 75 is the temperature in degrees Celsius at which 75% of the eluted polymer is obtained via temperature rising elution fractionation (TREF).
Laboratory balance comprising a base body, a weighing chamber with a weighing chamber floor and a weighing chamber rear wall, and further comprising a draft shield (5,5',5") with a top wall, a first side wall, a second side wall arranged parallel to the first side wall, and a front wall, wherein the weighing chamber floor, the draft shield (5,5',5") and the weighing chamber rear wall together enclose the weighing chamber, characterized in that the weighing chamber rear wall comprises a base module and a top module (16,16',16"), and further that the base module is connected to the base body, and that the top module (16,16',16") is connected to the top wall of the draft shield (5,5',5").
Suction device for a home vacuum cleaner, comprising: - a motor casing, - a suction motor arranged in the motor casing and configured to generate a suction flow, - an aeraulic sealing element comprising a first annular sealing portion configured to cooperate in a sealed manner with the motor casing, and a second annular sealing portion configured to cooperate in a sealed manner with the suction motor, and - a suspension system configured to support the suction motor, characterised in that the suspension system comprises a plurality of damping elements distributed around the suction motor, each damping element having a cross-section globally in the shape of an S, and in that the suspension system further comprises at least one compensating spring configured to compensate the weight of the suction motor. - a motor casing, - a suction motor arranged in the motor casing and configured to generate a suction flow, - an aeraulic sealing element comprising a first annular sealing portion configured to cooperate in a sealed manner with the motor casing, and a second annular sealing portion configured to cooperate in a sealed manner with the suction motor, and - a suspension system configured to support the suction motor,
An electronic device connectable to an external power supply device (6, 10) and operated with a voltage from the external power supply device (6, 10), the electronic device comprising: a transformer configured to be supplied with the voltage from the external power supply device (6, 10); an electric double-layer capacitor (26, 28) configured to be charged with an output voltage of the transformer; a voltage converter (30, 36) connected to an output of the transformer; a processor comprising a power supply terminal (Vcc) configured to be supplied with an output voltage of the voltage converter (30, 36); first and second photo-couplers (56, 68) configured to be supplied with the voltage from the external power supply device (6, 10); and a capacitor connected to a primary side of the second photo-coupler through a resistor, wherein the primary side of the second photo-coupler is grounded via a pull-down resistor in the external power supply device, and the processor comprises first and second terminals (GPI1, GPI2) configured to be supplied with outputs of the first and second photo-couplers (56, 68) and a third terminal configured to be supplied with a charging voltage of the electric double-layer capacitor (26, 28), and configured to detect occurrence of the power failure or detachment of the electronic device (6, 10) from the external power supply device in response to a combination of states of the first, second and third terminals (GPI1, GPI2, ADC). a transformer configured to be supplied with the voltage from the external power supply device (6, 10); an electric double-layer capacitor (26, 28) configured to be charged with an output voltage of the transformer; a voltage converter (30, 36) connected to an output of the transformer; a processor comprising a power supply terminal (Vcc) configured to be supplied with an output voltage of the voltage converter (30, 36); first and second photo-couplers (56, 68) configured to be supplied with the voltage from the external power supply device (6, 10); and a capacitor connected to a primary side of the second photo-coupler through a resistor, wherein the primary side of the second photo-coupler is grounded via a pull-down resistor in the external power supply device, and the processor comprises first and second terminals (GPI1, GPI2) configured to be supplied with outputs of the first and second photo-couplers (56, 68) and a third terminal configured to be supplied with a charging voltage of the electric double-layer capacitor (26, 28), and configured to detect occurrence of the power failure or detachment of the electronic device (6, 10) from the external power supply device in response to a combination of states of the first, second and third terminals (GPI1, GPI2, ADC).
A method, at a management infrastructure in an enterprise network, for installing apps on a device, wherein the management infrastructure comprises a content server and a management service, and wherein the device comprises a user interface and an agent that communicates with the management infrastructure, the method comprising: receiving, from the user interface of the device, a request that an app requested by a user be installed, the app pertaining to the content server of the management infrastructure; receiving, from the agent, a request to get app details; receiving, from the agent, a request to get app content; receiving, by the management service, information from the agent that the app has been installed; receiving, from the agent, an inventory of apps currently installed on the device, wherein the inventory is restricted to apps from the content server; and performing management of the apps of the inventory at the management infrastructure. receiving, from the user interface of the device, a request that an app requested by a user be installed, the app pertaining to the content server of the management infrastructure; receiving, from the agent, a request to get app details; receiving, from the agent, a request to get app content; receiving, by the management service, information from the agent that the app has been installed; receiving, from the agent, an inventory of apps currently installed on the device, wherein the inventory is restricted to apps from the content server; and performing management of the apps of the inventory at the management infrastructure.
Austenitic steel having high strength and good formability for cold rolling consisting of in weight percent - 0.05 to 0.75 %C - 11.0 to 14.9% Mn - 1.0 to 5.0% Al - 0 to 2.5% Ni the remainder being iron and unavoidable impurities, wherein the microstructure comprises at least 80% in volume of austenite, and wherein (Ni+Mn) is from 11.0 to 15.9% - 0.05 to 0.75 %C - 11.0 to 14.9% Mn - 1.0 to 5.0% Al - 0 to 2.5% Ni
A glove comprising a knitted fabric, comprising a plurality of stitches arranged successively in a course direction and engaged with corresponding stitches arranged in a wale direction, characterized in that: the knitted fabric comprises at least one irregular surface portion comprising a plurality of tucked parts that are arranged in a scattered manner, and at least one rib portion that is provided in proximity to the irregular surface portion and along the course direction; the rib portion comprises a rib main body part having a cylindrical shape comprising a plurality of stitches arranged successively in the course direction and engaged with corresponding stitches arranged in the wale direction, with a region between a pair of base ends of the rib main body part being contracted; a pair of the irregular surface portions is arranged to be adjacent to both sides of the rib main body part in the wale direction; among a plurality of stitches in one irregular surface portion that are adjacent to the rib main body part, at least one stitch engages with a stitch in the other irregular surface portion; and the at least one stitch in the one irregular surface portion that engages with the stitch in the other irregular surface portion engages with the stitch in the other irregular surface portion together with at least one stitch among a plurality of stitches in the other irregular surface portion that are adjacent to the rib main body part. the knitted fabric comprises at least one irregular surface portion comprising a plurality of tucked parts that are arranged in a scattered manner, and at least one rib portion that is provided in proximity to the irregular surface portion and along the course direction; the rib portion comprises a rib main body part having a cylindrical shape comprising a plurality of stitches arranged successively in the course direction and engaged with corresponding stitches arranged in the wale direction, with a region between a pair of base ends of the rib main body part being contracted; a pair of the irregular surface portions is arranged to be adjacent to both sides of the rib main body part in the wale direction; among a plurality of stitches in one irregular surface portion that are adjacent to the rib main body part, at least one stitch engages with a stitch in the other irregular surface portion; and the at least one stitch in the one irregular surface portion that engages with the stitch in the other irregular surface portion engages with the stitch in the other irregular surface portion together with at least one stitch among a plurality of stitches in the other irregular surface portion that are adjacent to the rib main body part.
A Machine Type Communication Inter Working Function, MTC-IWF, control plane entity characterized by comprising: control means for, in response to receiving from a Service Capability Server, SCS, a request indicating information identifying a requested quality of service for background data communication of a User Equipment, UE, sending the information in a second request to a Policy and Charging Rule Function, PCRF, entity, and triggering a procedure in which the PCRF entity determines a policy rule based on the information. control means for, in response to receiving from a Service Capability Server, SCS, a request indicating information identifying a requested quality of service for background data communication of a User Equipment, UE, sending the information in a second request to a Policy and Charging Rule Function, PCRF, entity, and triggering a procedure in which the PCRF entity determines a policy rule based on the information.
A first electronic device comprising: a display unit; at least one processor; an input unit; an output unit; and a transceiver, wherein the input unit is configured to recognize occurrence of a touch input for receiving contents, and wherein the transceiver is configured to receive the contents from a second electronic device based on a received signal strength of a discovery signal or a response signal, received from the second electronic device, wherein the at least one processor is configured to control at least one of the display unit and the output unit so as to indicate that content reception from the second electronic device is possible, wherein, when receiving, from the second electronic device, information on whether the second electronic device plays back content, the at least one processor is configured to make a request for the transmission of a content mirroring signal to the second electronic device; at least one of the display unit and the output unit are configured to output at least one of an indication and an audio signal for notifying that reception of the content mirroring signal from the second electronic device is possible, the transceiver is configured to receive the content mirroring signal from the second electronic device, and the display unit is configured to play back the at least one mirror content successively from a time point at which the content playback is terminated in the second electronic device. a display unit; at least one processor; an input unit; an output unit; and a transceiver, wherein the input unit is configured to recognize occurrence of a touch input for receiving contents, and wherein the transceiver is configured to receive the contents from a second electronic device based on a received signal strength of a discovery signal or a response signal, received from the second electronic device, wherein the at least one processor is configured to control at least one of the display unit and the output unit so as to indicate that content reception from the second electronic device is possible, wherein, when receiving, from the second electronic device, information on whether the second electronic device plays back content, the at least one processor is configured to make a request for the transmission of a content mirroring signal to the second electronic device; at least one of the display unit and the output unit are configured to output at least one of an indication and an audio signal for notifying that reception of the content mirroring signal from the second electronic device is possible, the transceiver is configured to receive the content mirroring signal from the second electronic device, and the display unit is configured to play back the at least one mirror content successively from a time point at which the content playback is terminated in the second electronic device.
Conducting device for installing an electrical link on the surface of a composite material structure, comprising: - an interface layer of small thickness exhibiting a face by which the device is fixed to the surface of the composite material structure; - a conducting metallic element, placed on the face of the interface layer opposite to the face in contact with the surface of the structure, said element having a length that is significant compared with its cross section and being configured so as to be able to undergo compressive and extensile stresses without damage; - a protective layer configured to protect the conducting element from the attacks of the medium surrounding the structure; characterized in that the interface layer is made of composite material, the fabrication of the device comprising a pre-polymerization operation, so that at the end of fabrication the device takes the form of a semi-finished flexible product the total polymerization of which can be carried out after the mounting of the device on the composite material structure considered. - an interface layer of small thickness exhibiting a face by which the device is fixed to the surface of the composite material structure; - a conducting metallic element, placed on the face of the interface layer opposite to the face in contact with the surface of the structure, said element having a length that is significant compared with its cross section and being configured so as to be able to undergo compressive and extensile stresses without damage; - a protective layer configured to protect the conducting element from the attacks of the medium surrounding the structure;
A device for serving and preserving food items, the device comprising: a. an open container, having one or more side walls and a floor, for holding the food items, wherein the device is adapted to immerse the food items in fluid in said open container; b. a liquid-holding compartment, having a tubular form, for holding said fluid; and c. a liquid-transfer mechanism for transferring said fluid from said open container into said liquid-holding compartment and back; wherein one or more passageways, interconnecting said open container and said liquid-holding compartment, facilitate said transfer of fluid between said open container and said liquid-holding compartment; characterized by said liquid-holding compartment includes an inner wall, an outer wall, a bottom edge disposed adjacent or proximal to said floor of said open container, and a top edge, wherein said one or more passageways are formed at or proximal to said bottom edge; wherein said liquid-transfer mechanism is disposed inside said liquid-holding compartment adjacent to said floor of said open container when said food items are immersed in said fluid, thereby said fluid is sustained inside said open container; and wherein said liquid-transfer mechanism is disposed inside said liquid-holding compartment adjacent to said top edge of said liquid-holding compartment, thereby said fluid is sustained inside said liquid-holding compartment. a. an open container, having one or more side walls and a floor, for holding the food items, wherein the device is adapted to immerse the food items in fluid in said open container; b. a liquid-holding compartment, having a tubular form, for holding said fluid; and c. a liquid-transfer mechanism for transferring said fluid from said open container into said liquid-holding compartment and back;
Motor-vehicle headlamp intended to emit an orientable light beam and that includes: - a point light source; - optical means that project the image of the light source in order to form the light beam, and that include an object focal point formed by the intersection between its optical axis and its object focal plane; and - means (38, 44, 46) for orienting the light beam around at least one pivot axis, the light source being movable substantially in the object focal plane in a direction apt to cause the light beam to pivot, said direction in particular being orthogonal to the pivot axis; characterized in that the light source is formed by the real image of a fixed light-emitting diode by an optical condenser that is mounted so as to be able to slide parallel to the object focal plane of the optical means. - a point light source; - optical means that project the image of the light source in order to form the light beam, and that include an object focal point formed by the intersection between its optical axis and its object focal plane; and - means (38, 44, 46) for orienting the light beam around at least one pivot axis,
Covering device (20, 110) for at least regionally closing an underwater opening in a hull of a watercraft, in particular an opening (22, 90) of a transverse channel of a thruster, wherein the covering device (20, 110) has at least one variable-volume hollow-chamber lip, which is able to be set into an expanded state or into a contracted state by the feeding or the discharging of a fluid, in particular air, wherein the hollow-chamber lip is constructed with a fluid-tight and flexible sheet-like structure, characterized in that the hollow-chamber lip comprises at least one buoyancy body, the buoyancy of which supports a transition from the expanded state into the contracted state of the hollow-chamber lip, wherein the at least one buoyancy body is arranged in the region of the free end of the hollow-chamber lip and has a lower density than water.
Tyre, wherein the tyre is rotatable about an axis of rotation in a rotational direction, having a bead region, wherein the bead region has a bead core, and having an electromagnetic transmitting and receiving device and having a carcass ply, wherein the carcass ply has a carcass ply turn-up end, wherein a radial distance of a first surface point of the electromagnetic transmitting and receiving device that is closest to the axis of rotation in the radial direction from the axis of rotation is at least 3 mm greater than a radial distance from the axis of rotation of a surface point of the bead core that is furthest away from the axis of rotation in the radial direction, and a radial distance of a second surface point of the electromagnetic transmitting and receiving device that is furthest away from the axis of rotation in the radial direction from the axis of rotation is at most 10 mm greater than a radial distance of the carcass ply turn-up end from the axis of rotation, wherein the electromagnetic transmitting and receiving device has a rubber covering, wherein the rubber covering is a component part of the electromagnetic transmitting and receiving device, wherein the rubber covering has a modulus of elasticity which is less than or equal to a modulus of elasticity of an adjacent rubber compound, wherein the rubber compound is a rubber compound of the tyre adjacent to the rubber covering, wherein the rubber covering is in particular of a cuboidal or ellipsoidal form, characterized in that a maximum thickness of the electromagnetic transmitting and receiving device of at most 3 mm, a maximum length, extending at right angles thereto, of the electromagnetic transmitting and receiving device of at most 80 mm and a maximum width, extending at right angles to the thickness and length, of the electromagnetic transmitting and receiving device of at most 20 mm are not exceeded.