mhurhangee/ep-ind-claims huggingface dataset:
Cleaning system for industrially manufactured components with at least two process chambers (4, 5, 23) spatially separated from one another for cleaning the components and an adjacent robot chamber spatially separated therefrom to accommodate a robot for handling the components in the cleaning system, said chambers being disposed on a common base plate, wherein each process chamber (4, 5, 23) is provided with its own hydraulic circuit for conveying a process fluid into the process chamber (4, 5, 23), wherein the process chambers (4, 5, 23) and the robot chamber form a common base surface and the base plate forms a base surface, wherein the base surface of the base plate is greater than the common base surface of the process chambers (4, 5, 23) and the robot chamber, and at least two spatially separated hollow spaces (10, 11, 20) to accommodate the process fluids are provided in the base plate, wherein the hollow spaces (10, 11, 20) in each case extend at least partially below the process chamber (4, 5, 23) and extend at least partially outside the common base surface of the process chambers (4, 5, 23) and the robot chamber, and at least one hydraulic component of a hydraulic circuit is disposed on the base plate above at least one hollow space (10, 11, 20).
Turbine valve actuating device for controlling at least one valve unit of a media-operated consumer, such as a steam or gas turbine, with an actuator drive (102, 202, 302) which has a movable actuator (104, 204, 304), at least one first media chamber (106, 206, 306) and at least one second media chamber (108, 208, 308), wherein a build-up of pressure in the first media chamber (106, 206, 306) seeks to bring about a movement of the actuator (104, 204, 304) in a first direction and a build-up of pressure in the second media chamber (108, 208, 308) seeks to bring about a movement of the actuator (104, 204, 304) in an opposing second direction, wherein the first media chamber (106, 206, 306) can be supplied with a fluid in predefinable quantities by means of a supply device (110, 210, 310) which cooperates with a positioning device (117, 217, 317) and wherein the second media chamber (108, 208, 308) is acted upon by an energy accumulator (112, 212, 312), wherein the energy accumulator is at least a hydraulic accumulator (112, 212, 312) provided with a preload pressure, said hydraulic accumulator being permanently connected to the second media chamber (108, 208, 308), characterised in that the fluid pressure in the second media chamber (108, 208, 308) is set by means of a pressure setting device (136, 236, 336) and the preload pressure on a gas side (144, 244, 344) of the hydraulic accumulator (112, 212, 312) is set by means of a preload setting device (146, 246, 346), and in that the positioning device (117, 217, 317), the pressure setting device (136, 236, 336) and the preload setting device (146, 246, 346) receive position setpoints (xSet) or actual position values (xActual) for the respective media chambers (106, 108; 206, 208; 306, 308) from a centralised or decentralised controller (148, 248, 348), such that different force-stroke characteristics of the actuator (104, 204, 304) are realised and are modifiable during operation of the turbine valve actuating device.
A dishwasher for treating dishes according to a cycle of operation, the dishwasher comprising: a chassis; a tub supported by the chassis and at least partially defining a treating chamber for receiving dishes; a structural element extending from the chassis along the tub and defining a socket, the structural element including a column extending in a vertical direction between a top and a bottom; and a drain line extending between an inlet and an outlet and received in the socket, characterized in that the socket includes a first vertical portion extending from the bottom at least partially along the column, a second vertical portion being located next to the first vertical portion and extending parallel to the first vertical portion from the bottom at least partially along the first vertical portion. a chassis; a tub supported by the chassis and at least partially defining a treating chamber for receiving dishes; a structural element extending from the chassis along the tub and defining a socket, the structural element including a column extending in a vertical direction between a top and a bottom; and a drain line extending between an inlet and an outlet and received in the socket,
A method of forming an optical cable comprising: wrapping a plurality of elongate optical transmission core elements around an elongate central support member; extruding a low-density polyethylene material having a modulus of elasticity between 600 MPa and 1000 MPa to form a film around the plurality of wrapped elongate optical transmission core elements such that an inner surface of the film is in contact with an outer surface of each of the plurality of elongate optical transmission core elements; cooling the film such that the film solidifies while applying a radially inwardly directed force to the plurality of elongate optical transmission core elements; and extruding a cable body around the film following cooling of the film; wherein each elongate optical transmission core element includes a tube having an inner surface defining a bore having a diameter between 0.5 mm and 3.0 mm, wherein a plurality of optical fibers are located within the bore, wherein the film has a thickness that is less than 100 micrometers, and wherein the cable body has a thickness greater than 1 millimeter and an outer diameter between 4 millimeters and 10 millimeters. wrapping a plurality of elongate optical transmission core elements around an elongate central support member; extruding a low-density polyethylene material having a modulus of elasticity between 600 MPa and 1000 MPa to form a film around the plurality of wrapped elongate optical transmission core elements such that an inner surface of the film is in contact with an outer surface of each of the plurality of elongate optical transmission core elements; cooling the film such that the film solidifies while applying a radially inwardly directed force to the plurality of elongate optical transmission core elements; and extruding a cable body around the film following cooling of the film; wherein each elongate optical transmission core element includes a tube having an inner surface defining a bore having a diameter between 0.5 mm and 3.0 mm, wherein a plurality of optical fibers are located within the bore, wherein the film has a thickness that is less than 100 micrometers, and wherein the cable body has a thickness greater than 1 millimeter and an outer diameter between 4 millimeters and 10 millimeters.
A method of executing a command on a device (110, 120, 130, or 140) within a multiple device system, the method comprising: receiving a command including a select identifier, a select identifier being used to select which device is to be used to perform a command; in response to receiving the command, when the received command is a SelectID command, updating the device with the select identifier for a next series of commands until another SelectID command is received; characterised by when the received command is not a SelectID command, ignoring the command when the command is not intended for the device, in response to determining if the received command is intended for the device (110, 120, 130, or 140) by comparing the select identifier of the received command to a master identifier of the device, a master identifier being a device identifier that all devices of the multiple device system respond to, regardless of their current assigned identifier, an assigned identifier being a value held by a device, set upon initialization and not changed until the device is initialized again; or upon determination that the select identifier does not equal the master identifier, by comparing the select identifier of the received command to an assigned identifier of the device. when the received command is a SelectID command, updating the device with the select identifier for a next series of commands until another SelectID command is received; characterised by when the received command is not a SelectID command, ignoring the command when the command is not intended for the device, in response to determining if the received command is intended for the device (110, 120, 130, or 140) by comparing the select identifier of the received command to a master identifier of the device, a master identifier being a device identifier that all devices of the multiple device system respond to, regardless of their current assigned identifier, an assigned identifier being a value held by a device, set upon initialization and not changed until the device is initialized again; or upon determination that the select identifier does not equal the master identifier, by comparing the select identifier of the received command to an assigned identifier of the device.
A process for the conversion of oxygenic compounds selected from one or more of the group consisting of aldehydes, ketones, ethers, esters, alcohols and organic acids present in syngas, obtainable by gasification of biomass, waste or coal, to one or more hydrocarbon compounds, wherein the oxygenic compounds are contacted with a catalyst comprising metals selected from the group consisting of Co and Mo, Ni and Mo, and Mn and Mo.
A method performed by a control node in a communications network for enabling communication with a newly detected device connected to the network, the method comprising: - receiving a request message including an id associated with the newly detected device from a gateway, - retrieving configuration data associated with the device based on the id, from a device vendor database, where the device vendor database is indicated by the id, wherein the id is used to select from which vendor database to retrieve the data, - providing a resource in the communications network based on the configuration data, - acknowledging the request message to the gateway, thereby enabling the device to communicate with the resource in the communications network, wherein when the control node is unable to resolve the device vendor database indicated by the id, complementing device information is retrieved from a device identification node, for resolution of from which device vendor database to retrieve configuration data. - receiving a request message including an id associated with the newly detected device from a gateway, - retrieving configuration data associated with the device based on the id, from a device vendor database, where the device vendor database is indicated by the id, wherein the id is used to select from which vendor database to retrieve the data, - providing a resource in the communications network based on the configuration data, - acknowledging the request message to the gateway, thereby enabling the device to communicate with the resource in the communications network,
An alignment device for aligned and detachable securing of at least one functional component, in particular in the form of a tool holder, on another functional component, in particular in the form of a tool disc, around at least one alignment axis, the two functional components (10, 12) each having at least one contact surface (16,18) for mutual contact with one another, both one and also the other functional component (10, 12) having at least one alignment part (22, 24), the respective alignment part of the one functional component being a component part of an alignment body and forming an alignment surface which can be moved into at least partial contact with one positioning surface of the assignable alignment part of the other functional component with a definable alignment force, the alignment body being made as an independent, cuboid component part and having a respective alignment part with the alignment surface on its free, opposite end regions, characterised in that the alignment body is designed as a strip-shaped component through which a groove passes from the top towards the other functional component and which discharges downward into a bridge as a connecting brace which extends parallel to two strip bodies (34, 36) over the entire length of the alignment body and forms a bending articulation via which the one strip body can be adjusted with elastic deflection around this bending site to the other strip body, that the definable alignment force is formed by the preload which is produced by an elastic deflection of the part which forms the respective alignment surface, which deflection takes place when the functional components (10, 12) are secured on one another, relative to the other part of the alignment body, and that the one strip body, which has the respective alignment part, can be deflected against the elastic force relative to the other strip body which can be connected to one functional component by means of a connection device.
An endless rubber belt comprising a main belt body comprising a compression portion, tension portion, an adhesion portion, and a tensile cord in contact with the adhesion portion and embedded between the compression portion and the tension portion, angled sides, and a width to thickness ratio on the order of 2; wherein at least one of the compression portion, the tension portion and the adhesion portion comprises an elastomer composition comprising an elastomer, a staple fiber, and a pulp fiber, characterized in that: the endless rubber belt is a continuously variable transmission, CVT, belt, wherein the elastomer comprises a saturated ethylene-alpha-olefin elastomer, and wherein the total amount of the staple fiber and pulp fiber is between about 17 and 65 parts per hundred weight (phr) of elastomer. the endless rubber belt is a continuously variable transmission, CVT, belt, wherein the elastomer comprises a saturated ethylene-alpha-olefin elastomer, and wherein the total amount of the staple fiber and pulp fiber is between about 17 and 65 parts per hundred weight (phr) of elastomer.
A method of data management between a mobile device and a network data store in a wireless network, said method comprising: (i) establishing a connection between the mobile device and the network data store by way of a wireless access point; (ii) estimating a connection duration between the mobile device and the wireless access point, and the bandwidth of the connection between the mobile device and the wireless network; (iii) determining if the mobile device has sufficient available storage for storing a network file selected from the network data store, said network file having an interest value based on a user profile, and the mobile device comprises a plurality of device files ranked in order of the interest value, wherein if it is determined that the mobile device does not have sufficient available storage for the selected network file, then deleting one or more device files starting with the device file with lowest ranked interest parameter until the mobile device has sufficient available storage for the network file; (v) determining if there is sufficient time to load the selected network file from the network data store to the mobile device in dependence on the estimated connection duration and the estimated bandwidth; and (vi) loading the selected network file from the network data store to the mobile device by way of the access point if it is determined that there is sufficient time to transfer the selected network file. (i) establishing a connection between the mobile device and the network data store by way of a wireless access point; (ii) estimating a connection duration between the mobile device and the wireless access point, and the bandwidth of the connection between the mobile device and the wireless network; (iii) determining if the mobile device has sufficient available storage for storing a network file selected from the network data store, said network file having an interest value based on a user profile, and the mobile device comprises a plurality of device files ranked in order of the interest value, wherein if it is determined that the mobile device does not have sufficient available storage for the selected network file, then deleting one or more device files starting with the device file with lowest ranked interest parameter until the mobile device has sufficient available storage for the network file; (v) determining if there is sufficient time to load the selected network file from the network data store to the mobile device in dependence on the estimated connection duration and the estimated bandwidth; and (vi) loading the selected network file from the network data store to the mobile device by way of the access point if it is determined that there is sufficient time to transfer the selected network file.
A truss section (2, 3, 4) configured to support at least one tread element in a passenger area of a passenger conveyor of the type conveying passengers by moving the at least one tread element in a longitudinal direction along the passenger area between a first landing and a second landing; the truss section (2, 3, 4) comprising: at least two longitudinal elements (5a, 5b) extending basically parallel to each other in the longitudinal direction; and at least one lateral connector connecting the at least two longitudinal elements (5a, 5b); wherein each of the at least two longitudinal elements (5a, 5b) comprises at least one load-bearing portion (51, 52, 53) having the configuration of a single wall profile; characterized in that the truss section (2, 3, 4) further comprises an inner skirt panel which is formed integrally with the at least one load-bearing portion (51, 52, 53). at least two longitudinal elements (5a, 5b) extending basically parallel to each other in the longitudinal direction; and at least one lateral connector connecting the at least two longitudinal elements (5a, 5b); wherein each of the at least two longitudinal elements (5a, 5b) comprises at least one load-bearing portion (51, 52, 53) having the configuration of a single wall profile; characterized in that the truss section (2, 3, 4) further comprises an inner skirt panel which is formed integrally with the at least one load-bearing portion (51, 52, 53).
A therapeutic combination for use in a method for the treatment of cancer expressing ErbB2, wherein the method comprises administering a therapeutic combination as a combined formulation or by alternation to a mammal, wherein the therapeutic combination comprises a therapeutically effective amount of trastuzumab-MCC-DM1 and a therapeutically effective amount of docetaxel.
An active oxygen barrier film comprising an irradiated multilayer film having an active oxygen barrier layer comprising an oxygen scavenging composition that is a blend of: a thermoplastic resin having carbon-carbon double bonds substantially in its main chain; a transition metal salt; and an oxygen barrier polymer, wherein the active oxygen barrier layer is disposed between an outer sealant layer and an outer abuse layer, wherein the multilayer film has been irradiated with an electron beam radiation dosage between 2 and 200 kGy, and wherein the film has an oxygen scavenging rate that is at least 0.01 cm 3 oxygen per day per gram of the oxygen scavenging composition blend. a thermoplastic resin having carbon-carbon double bonds substantially in its main chain; a transition metal salt; and an oxygen barrier polymer,
A method in a radio network node for scheduling data transmission and/or reception, the method comprising the steps of: - predicting at least one autonomous gap occurrence in which user equipments served by the radio network node will use autonomously created gaps for acquiring system information from a neighboring base station and during which the user equipments are not able to receive data from, and/or transmit data to, the radio network node, wherein predicting at least one autonomous gap occurrence comprises determining (520, 620) when the neighboring base station transmits system information; and - scheduling a user equipment for data transmission and/or reception in a time period which does not overlap with any predicted autonomous gap occurrence. - predicting at least one autonomous gap occurrence in which user equipments served by the radio network node will use autonomously created gaps for acquiring system information from a neighboring base station and during which the user equipments are not able to receive data from, and/or transmit data to, the radio network node, wherein predicting at least one autonomous gap occurrence comprises determining (520, 620) when the neighboring base station transmits system information; and - scheduling a user equipment for data transmission and/or reception in a time period which does not overlap with any predicted autonomous gap occurrence.
Method for remotely control a device by means of a fixed transceiver station in a radio cell of a cellular mobile telecommunications network of the type of either a Long Term Evolution or a Universal Mobile Telecommunications System Terrestrial Radio Access Network, characterised in that the device lacks a registration with the network, the method comprising the fixed transceiver station emitting a control information on a control channel, the control information being an information specific to the radio cell and the control channel being a channel or portion of a channel used to broadcast a location information, wherein the control channel is a System Information Block channel, wherein the control information comprises an identification part serving to specify the device.
An acoustic sensor (31, 61, 62, 63, 64, 65, 66), comprising: a semiconductor substrate, a back plate including a fixed film arranged on an upper side of the semiconductor substrate, and a fixed electrode film arranged on the fixed film, wherein a plurality of acoustic holes are opened in the back plate; and a vibration electrode film arranged on an upper side of the semiconductor substrate to face the back plate through a void, wherein the acoustic sensor (31, 61, 62, 63, 64, 65, 66) is adapted to convert an acoustic vibration into a change in electrostatic capacitance between the vibration electrode film and the fixed electrode film, wherein a plurality of types of projections (42a, 42b, 42c, 42d, 42e) being stoppers is arranged on a surface, on the side of said void, of at least one of the back plate and the vibration electrode film, the acoustic sensor being characterized in that a cross-sectional area of the plurality of types of projections (42a, 42b, 42c, 42d, 42e) being stoppers is differed according to a projection forming region in at least one of the back plate and the vibration electrode film, wherein said plurality of types of projections include a projection having a first cross-sectional area which is arranged in an outer peripheral area of at least one of the back plate and the vibration electrode film, and a projection having a second cross-sectional area that is larger than the first cross-sectional area and which is arranged in an internal area of at least one of the back plate and the vibration electrode film. a fixed film arranged on an upper side of the semiconductor substrate, and a fixed electrode film arranged on the fixed film,
A composition comprising: a. alpha-ketoglutaric acid or a pharmaceutically acceptable salt thereof; and b. a lipase, a protease and an amylase, for use as a medicament. a. alpha-ketoglutaric acid or a pharmaceutically acceptable salt thereof; and b. a lipase, a protease and an amylase,