mhurhangee/ep-ind-claims huggingface dataset:
Assembly, comprising - a storage chamber cover, - a storage chamber that stores an adhesive inside and that melts the stored adhesive by heating, and - a screw cover that is mounted by being screwed onto an opening portion of the storage chamber, in a state in which an axis of rotation of the screw cover and a central axis of the tube portion are parallel to one another, wherein the storage chamber cover comprises: - a tube portion that has a tube shape and that covers an outer circumference of the storage chamber, wherein the at least one recessed portion that is recessed toward the inside is formed in the tube portion; - a top wall that is formed on one of two openings in the tube portion; and - a cover fixing portion that fixes, on an inner side of the tube portion, the screw cover. - a storage chamber cover, - a storage chamber that stores an adhesive inside and that melts the stored adhesive by heating, and - a screw cover that is mounted by being screwed onto an opening portion of the storage chamber, in a state in which an axis of rotation of the screw cover and a central axis of the tube portion are parallel to one another, - a tube portion that has a tube shape and that covers an outer circumference of the storage chamber, wherein the at least one recessed portion that is recessed toward the inside is formed in the tube portion; - a top wall that is formed on one of two openings in the tube portion; and - a cover fixing portion that fixes, on an inner side of the tube portion, the screw cover.
A gas turbomachine having a combustion chamber, the combustion chamber comprising: - two walls which are inner wall and outer wall, respectively, - a chamber bottom comprising an upstream wall and a downstream wall extending between said inner and outer walls and comprising mounting openings (221, 219) for mounting fuel injection devices for injecting fuel through said openings, the downstream wall being sectorised (218a, 218b), for support on the upstream wall, the downstream wall comprises: - at an outer periphery, an upstream facing annular flange, and, - at an inner periphery, an upstream facing annular flange, characterised in that the downstream wall bears under radial prestress on the upstream wall and the upstream wall is screwed with the inner wall and outer wall and comprises: - at an outer periphery, an upstream facing annular flange for attachment to an upstream end of the outer wall, and - at an inner periphery, an upstream facing annular flange for attachment to an upstream end of the inner wall. - two walls which are inner wall and outer wall, respectively, - a chamber bottom comprising an upstream wall and a downstream wall extending between said inner and outer walls and comprising mounting openings (221, 219) for mounting fuel injection devices for injecting fuel through said openings, the downstream wall being sectorised (218a, 218b), for support on the upstream wall, the downstream wall comprises: - at an outer periphery, an upstream facing annular flange, and, - at an inner periphery, an upstream facing annular flange, - at an outer periphery, an upstream facing annular flange, and, - at an inner periphery, an upstream facing annular flange, characterised in that the downstream wall bears under radial prestress on the upstream wall and the upstream wall is screwed with the inner wall and outer wall and comprises: - at an outer periphery, an upstream facing annular flange for attachment to an upstream end of the outer wall, and - at an inner periphery, an upstream facing annular flange for attachment to an upstream end of the inner wall. - at an outer periphery, an upstream facing annular flange for attachment to an upstream end of the outer wall, and - at an inner periphery, an upstream facing annular flange for attachment to an upstream end of the inner wall.
Method for controlling a first and a second household appliance in a household by means of an external location, wherein the method comprises the following steps: - providing two household appliances (105, 110); - establishing a first communication link between the two household appliances (105, 110); - negotiating between the two household appliances to determine which acts as a first and which acts as a second household appliance; - establishing a second communication link between the second household appliance and the external location; - acquiring a message by means of the second household appliance, wherein the message is directed from the external location to one of the household appliances (105, 110); - forwarding the message to the first household appliance if the message is directed at the first household appliance. - providing two household appliances (105, 110); - establishing a first communication link between the two household appliances (105, 110); - negotiating between the two household appliances to determine which acts as a first and which acts as a second household appliance; - establishing a second communication link between the second household appliance and the external location; - acquiring a message by means of the second household appliance, wherein the message is directed from the external location to one of the household appliances (105, 110); - forwarding the message to the first household appliance if the message is directed at the first household appliance.
A seeding heart for a single-grain seeding machine comprising - a seeding disc rotatable in a rotational direction with a plurality of seeding holes distributed concentrically with respect to the seeding disc along at least one seeding hole circle and - at least one agitator shaft (18, 18') for the movement of the seed, said agitator shaft (18,18') being disposed in a holding section for holding the seed on the seeding holes of the seeding disc, characterised in that the agitator shaft (18, 18') is constituted replaceable in a modular manner. - a seeding disc rotatable in a rotational direction with a plurality of seeding holes distributed concentrically with respect to the seeding disc along at least one seeding hole circle and - at least one agitator shaft (18, 18') for the movement of the seed, said agitator shaft (18,18') being disposed in a holding section for holding the seed on the seeding holes of the seeding disc,
An antagonist / inhibitor of T-cell immune response cDNA7 (TIRC7), namely anti-TIRC7 antibody or HLA-DR alpha2 protein, for use in the treatment, prophylaxis or diagnosis of cytokine release syndrome.
Method for operating a motor-actuated hand-held pressing device, in which one or more pressing jaws are moved from a start position into a closed pressing position on actuation of a switch until a predetermined pressing force is achieved or a predetermined period of time has elapsed, after which the pressing jaw is automatically released, for example by the return of a pressing piston, the pressing piston further being hydraulically actuated by means of a hydraulic medium, the pressure of the hydraulic medium being detected by means of a pressure sensor, characterised in that a position of an actuator acting on one or more pressing jaws is detected by means of the pressure detected by the pressure sensor, by a pressure value measured over time being converted into a stroke value or being used as an analogue value for this purpose.
A robotic surgical system comprising: at least one robot arm (12, 14); a camera; and a console including: a first handle; a second handle; and a selector switch configured to select between a robotic control mode and a camera control mode, wherein the first handle or the second handle control the at least one robot arm in the robotic control mode and the first handle and the second handle control the camera in the camera control mode, wherein the console includes a controller configured to control operation of the robotic surgical system when the camera control mode is selected, the controller is configured to record a first set point based on a current position for the first handle and a second set point based on a current position for the second handle; characterised in that the controller is configured to create a first dead zone around the first set point and a second dead zone around the second set point and wherein a camera function is performed by the camera only when both the first handle is moved past the first dead zone and the second handle is moved past the second dead zone and wherein the camera function is a movement of the camera and a velocity of the camera movement is based on a distance between: (i) a first handle position and the first set point and (ii) a second handle position and the second set point. at least one robot arm (12, 14); a camera; and a console including: a first handle; a second handle; and a selector switch configured to select between a robotic control mode and a camera control mode, a first handle; a second handle; and a selector switch configured to select between a robotic control mode and a camera control mode, wherein the first handle or the second handle control the at least one robot arm in the robotic control mode and the first handle and the second handle control the camera in the camera control mode, wherein the console includes a controller configured to control operation of the robotic surgical system when the camera control mode is selected, the controller is configured to record a first set point based on a current position for the first handle and a second set point based on a current position for the second handle; characterised in that the controller is configured to create a first dead zone around the first set point and a second dead zone around the second set point and wherein a camera function is performed by the camera only when both the first handle is moved past the first dead zone and the second handle is moved past the second dead zone and wherein the camera function is a movement of the camera and a velocity of the camera movement is based on a distance between: (i) a first handle position and the first set point and (ii) a second handle position and the second set point.
Apparatus for dispensing a measured quantity of fluid, comprising: an object sensor which generates an object signal upon detection of an object; a container carrying a supply of fluid; a dispense mechanism coupled to said container to control an amount of fluid to be dispensed; a pump actuator mechanism coupled to said object sensor, wherein detection of an object by said object sensor cycles said pump actuator mechanism to engage said dispense mechanism which dispenses a measured quantity of fluid and wherein said pump actuator mechanism converts rotational motion to linear motion to cycle said dispense mechanism; and a motor carried by said pump actuator mechanism, characterized by a control circuit having a processor to receive said object signal, wherein said processor generates a cycle signal received by said pump actuator mechanism to actuate said dispense mechanism, and wherein a motor drive signal is generated by said processor to actuate said motor and said pump actuator mechanism; and an overload circuit being carried by said control circuit, wherein if said overload circuit detects a voltage value in excess of a predetermined threshold, an overload signal is generated and received by said processor which in turn stops generation of said motor drive signal. an object sensor which generates an object signal upon detection of an object; a container carrying a supply of fluid; a dispense mechanism coupled to said container to control an amount of fluid to be dispensed; a pump actuator mechanism coupled to said object sensor, wherein detection of an object by said object sensor cycles said pump actuator mechanism to engage said dispense mechanism which dispenses a measured quantity of fluid and wherein said pump actuator mechanism converts rotational motion to linear motion to cycle said dispense mechanism; and a motor carried by said pump actuator mechanism, characterized by a control circuit having a processor to receive said object signal, wherein said processor generates a cycle signal received by said pump actuator mechanism to actuate said dispense mechanism, and wherein a motor drive signal is generated by said processor to actuate said motor and said pump actuator mechanism; and an overload circuit being carried by said control circuit, wherein if said overload circuit detects a voltage value in excess of a predetermined threshold, an overload signal is generated and received by said processor which in turn stops generation of said motor drive signal.
An in-line monitoring device for detecting a material of interest in a mining material, the device including: a plurality of electrodes (410, 412, 414, 416) including at least a first electrode which is a positive (410, 412) or a negative electrode (414, 416), and second and third electrodes which are opposite in charge from the first electrode, the first electrode being separated from the second and third electrodes by a non-conductive space or spaces through which mining material can pass, the device configured to detect the presence of the material of interest in the mining material as it passes through the space and forms an electrical connection between the first electrode and at least one of the second or third electrodes characterized in that the first electrode is configured to form with each of the second and third electrodes a different electrical circuit. a plurality of electrodes (410, 412, 414, 416) including at least a first electrode which is a positive (410, 412) or a negative electrode (414, 416), and second and third electrodes which are opposite in charge from the first electrode, the first electrode being separated from the second and third electrodes by a non-conductive space or spaces through which mining material can pass, the device configured to detect the presence of the material of interest in the mining material as it passes through the space and forms an electrical connection between the first electrode and at least one of the second or third electrodes characterized in that the first electrode is configured to form with each of the second and third electrodes a different electrical circuit.
A method in an industrial safety system for controlling a process or equipment, said industrial safety system comprising components with inputs and safety devices and wherein said safety system enables signals to be generated as a result of an event or alarm, the method comprising creating an automated link between the event or alarm and an effect or an action to be taken upon receipt of said event or alarm signal due to the event, configuring a representation of a safety device, and configuring a different representation of said event or alarm, configuring one or more links comprising a link between the event and the input, thus forming a cause and effect matrix, generating a control code using said cause and effect matrix for subsequent download of said control code to safety process controllers whereby a control signal is subsequently generated by at least one safety process controller to initiate the action or effect, characterized by calculating a controller load for each safety process controller processing said control code based on said cause and effect matrix for the safety process controllers such that the calculated controller load is not exceeded in any safety process controller, and by automatically dividing the control code between two or more safety process controllers by dividing up said cause and effect matrix first into smaller matrices, each of them corresponding to one safety process controller, generating a plurality of said control code, and distributing each of the plurality of said control code from each smaller matrix to each of the two or more safety process controllers. configuring a representation of a safety device, and configuring a different representation of said event or alarm, configuring one or more links comprising a link between the event and the input, thus forming a cause and effect matrix, generating a control code using said cause and effect matrix for subsequent download of said control code to safety process controllers whereby a control signal is subsequently generated by at least one safety process controller to initiate the action or effect, characterized by calculating a controller load for each safety process controller processing said control code based on said cause and effect matrix for the safety process controllers such that the calculated controller load is not exceeded in any safety process controller, and by automatically dividing the control code between two or more safety process controllers by dividing up said cause and effect matrix first into smaller matrices, each of them corresponding to one safety process controller, generating a plurality of said control code, and distributing each of the plurality of said control code from each smaller matrix to each of the two or more safety process controllers.
A growing system comprising: a first set of substantially parallel rails or tracks and a second set of substantially parallel rails or tracks extending transverse to the first set in a substantially horizontal plane to form a grid pattern comprising a plurality of grid spaces; a plurality of storage containers arranged in stacks, located beneath the grid spaces and; at least one load handling device disposed on the tracks, arranged to move laterally above the stacks on the rails, the load handling device comprising a lifting device arranged to lift at least one container, or part thereof, from a stack, the system being characterised in that a number of the containers comprise service means suitable for cultivation, controlling or maintaining living organisms and connection means positioned on co-operating surfaces of the containers and configured to carry services between two or more co-operating containers in a stack so that the service can be transferred in the containers of the stack when the containers are located in the growing system, wherein the connection means comprises releasably latching connectors.
A surface-coated high hardness material for a tool comprising: a cubic boron nitride sintered compact (CBN sintered compact, hereinafter) as a substrate, and at least one coating film layer formed on the surface of the substrate, wherein said coating film layer has thickness of 0.1 μm or more and less than 1 μm, wherein the coating film has as composition expressed by (Ti 1-x Al x)N, where 0.3 ≤ X ≤ 0.6, wherein a relationship of 0 ≤ I /I ≤ 3 is established when the diffraction strength of the plane in an X-ray diffraction of the coating film is I and the diffraction strength of the plane is I, and wherein the average grain diameter of a crystal constituting the coating film is 50 nm or more and less than 150 nm. a cubic boron nitride sintered compact (CBN sintered compact, hereinafter) as a substrate, and at least one coating film layer formed on the surface of the substrate, wherein said coating film layer has thickness of 0.1 μm or more and less than 1 μm, wherein the coating film has as composition expressed by (Ti 1-x Al x)N, where 0.3 ≤ X ≤ 0.6, wherein a relationship of 0 ≤ I /I ≤ 3 is established when the diffraction strength of the plane in an X-ray diffraction of the coating film is I and the diffraction strength of the plane is I, and wherein the average grain diameter of a crystal constituting the coating film is 50 nm or more and less than 150 nm.
A jet cutting device for cutting materials by means of a cutting jet, the jet cutting device comprising at least one cutting head which is arranged to discharge the cutting jet onto the material to be cut, the cutting head having at least one first supply connection for supplying a cutting medium in liquid form and at least one second supply connection for supplying an abrasive agent to be added to the cutting medium in solid form, the first supply connection being coupled to a first supply line carrying a liquefied gas, and the second supply connection being coupled to a second supply line carrying, as abrasive agent, a gas solidified in solid form, so that the first supply connection supplies the liquefied gas to the cutting head and the second supply connection supplies the gas solidified in solid form to the cutting head, and wherein the cutting medium and the abrasive agent form the same gas in the gaseous state.
A package of a liquid battery material comprising: a liquid battery material; a container that contains the liquid battery material; and a wrapping cover enclosing an outer surface of the container, wherein the wrapping cover includes a bag-shaped sheet constituted by a sheet including a resin layer and having a shape of a bag with an opening, a surface resistance value of the sheet is 10 11 Ω/sq. or less, the bag-shaped sheet includes a contracting portion provided around the opening so as to be capable of adjusting a size of the opening, the wrapping cover further comprises a fastening member provided along the opening so as to be capable of adjusting the size of the opening, the enclosing is in a manner of covering an outer surface at at least an upper portion of the container with the opening of the wrapping cover facing downward, and the opening is closed at the contracting portion. a liquid battery material; a container that contains the liquid battery material; and a wrapping cover enclosing an outer surface of the container, wherein the wrapping cover includes a bag-shaped sheet constituted by a sheet including a resin layer and having a shape of a bag with an opening, a surface resistance value of the sheet is 10 11 Ω/sq. or less, the bag-shaped sheet includes a contracting portion provided around the opening so as to be capable of adjusting a size of the opening, the wrapping cover further comprises a fastening member provided along the opening so as to be capable of adjusting the size of the opening, the enclosing is in a manner of covering an outer surface at at least an upper portion of the container with the opening of the wrapping cover facing downward, and the opening is closed at the contracting portion.
Household refrigeration appliance with an interior, which is embodied for accommodating foodstuffs and is delimited by walls (4 to 8) of an inner container, wherein holding apparatuses for at least one interior element (12, 13) are embodied on vertical walls (4, 5, 6), wherein a vertical wall (4, 5, 6) has a hollow pocket (19, 20) embodied such that it is elevated in the interior in relation to an inner side of the vertical wall (4, 5, 6) and embodied for accommodating a holding element of the holding apparatus, wherein the holding apparatus extends into the interior through at least one opening (19b, 19c, 19d) in the pocket (19, 20), wherein the pocket (19, 20) is embodied in one piece with the vertical wall (4, 5, 6), characterised in that the holding element fills a cavity of the pocket (19, 20) and an outer side of the holding element is flush with flat regions, which abut the pocket (19, 20), of an outer side of the vertical wall (4, 5, 6) facing away from the interior.