mhurhangee/ep-ind-claims huggingface dataset:
A method of determining information on network resources in a packet-based internetwork comprising multiple routing nodes (4a - w), the method comprising: distributing a respective instance of a user application to each of multiple end-user terminals (2a - ψ) connected to the internetwork, the user application comprising user software and secondary code, the secondary code being configured to participate in collection of data on network resources in said packet-based internetwork by transmitting one or more probe packets along different routes in order to probe the different routes from the respective end-user terminal to a destination terminal over the internetwork, each route passing via a plurality of said routing nodes, said one or more probe packets triggering the destination terminal to report data resulting from the probing, said data being at least one delivery property experienced by the one or more probe packets over the probed route; receiving said data resulting from the probing, including data resulting from routes involving the routing nodes of different network service providers; and determining estimates of network resources based on the received data; wherein the user software has a primary user function other than said collection of network data; the method being characterized in that: the user software and secondary code are part of the same application at least in that the secondary code is configured so as, when the user application is launched, to automatically run in the background whilst a user has open the user application for the primary user function of said user software for which the user ostensibly uses the user application. distributing a respective instance of a user application to each of multiple end-user terminals (2a - ψ) connected to the internetwork, the user application comprising user software and secondary code, the secondary code being configured to participate in collection of data on network resources in said packet-based internetwork by transmitting one or more probe packets along different routes in order to probe the different routes from the respective end-user terminal to a destination terminal over the internetwork, each route passing via a plurality of said routing nodes, said one or more probe packets triggering the destination terminal to report data resulting from the probing, said data being at least one delivery property experienced by the one or more probe packets over the probed route; receiving said data resulting from the probing, including data resulting from routes involving the routing nodes of different network service providers; and determining estimates of network resources based on the received data; wherein the user software has a primary user function other than said collection of network data;
An electric power tool comprising: a motor that is adapted to rotary drive an output shaft on which a tool element is mounted; an operation unit that is adapted to input a drive command of the motor by an external operation; a torque setting device that is adapted to set an upper limit value of a rotational torque of the output shaft in accordance with a torque setting command inputted externally; and a control device that is adapted to drive the motor in one of a forward direction and a reverse direction in accordance with the drive command from the operation unit, and is adapted to stop driving of the motor when the rotational torque of the output shaft has reached the upper limit value set by the torque setting device during driving of the motor, characterized in that the torque setting device is configured to set the upper limit value such that the upper limit value during driving of the motor in the forward direction and the upper limit value during driving of the motor in the reverse direction are different, and the control device is configured to stop driving of the motor when the rotational torque of the output shaft has reached the upper limit value set by the torque setting device during driving of the motor in the forward direction and during driving of the motor in the reverse direction. a motor that is adapted to rotary drive an output shaft on which a tool element is mounted; an operation unit that is adapted to input a drive command of the motor by an external operation; a torque setting device that is adapted to set an upper limit value of a rotational torque of the output shaft in accordance with a torque setting command inputted externally; and a control device that is adapted to drive the motor in one of a forward direction and a reverse direction in accordance with the drive command from the operation unit, and is adapted to stop driving of the motor when the rotational torque of the output shaft has reached the upper limit value set by the torque setting device during driving of the motor, characterized in that the torque setting device is configured to set the upper limit value such that the upper limit value during driving of the motor in the forward direction and the upper limit value during driving of the motor in the reverse direction are different, and the control device is configured to stop driving of the motor when the rotational torque of the output shaft has reached the upper limit value set by the torque setting device during driving of the motor in the forward direction and during driving of the motor in the reverse direction.
A blowby gas processing device of an internal combustion engine, the blowby gas processing device comprising: a cylinder block including an inter-block passage constituting a part of a blowby gas passage, the blowby gas passage allowing blowby gas in a crank case of the internal combustion engine to pass through via the inter-block passage, and the blowby gas passage being configured to introduce the blowby gas into an intake passage of the internal combustion engine; a cylinder head; a cylinder head cover including an in-head passage constituting a part of the blowby gas passage, the in-head passage being provided in at least one of the cylinder head or the cylinder head cover; an oil separator provided in the inter-block passage, the oil separator being configured to separate and remove oil from the blowby gas; the blowby gas processing device characterized by comprising: a flow velocity amplification device configured to increase flow velocity of the blowby gas flowing in a bottommost portion of the in-head passage, the bottommost portion being provided in the vicinity of the lowest position in a posture in which the internal combustion engine is mounted. a cylinder block including an inter-block passage constituting a part of a blowby gas passage, the blowby gas passage allowing blowby gas in a crank case of the internal combustion engine to pass through via the inter-block passage, and the blowby gas passage being configured to introduce the blowby gas into an intake passage of the internal combustion engine; a cylinder head; a cylinder head cover including an in-head passage constituting a part of the blowby gas passage, the in-head passage being provided in at least one of the cylinder head or the cylinder head cover; an oil separator provided in the inter-block passage, the oil separator being configured to separate and remove oil from the blowby gas; the blowby gas processing device characterized by comprising: a flow velocity amplification device configured to increase flow velocity of the blowby gas flowing in a bottommost portion of the in-head passage, the bottommost portion being provided in the vicinity of the lowest position in a posture in which the internal combustion engine is mounted. a flow velocity amplification device configured to increase flow velocity of the blowby gas flowing in a bottommost portion of the in-head passage, the bottommost portion being provided in the vicinity of the lowest position in a posture in which the internal combustion engine is mounted.
A blood treatment device, in particular a dialysis machine, comprising at least one adjusting means by means of which a blood pump delivery rate can be adjusted, at least one detection means for detecting at least one physical attribute, wherein the physical attribute is a physical attribute of a patient to be treated with the blood treatment device and wherein the blood treatment device is formed such that the type of vascular access can be entered into the blood treatment device via an operator input or a patient card and that by means of the adjusting means the blood pump delivery rate can be adjusted and/or limited with reference to the detected at least one physical attribute.
A tomosynthesis imaging apparatus comprising: a radiation source (25, 199) in which three or more radiation tubes (27, 201) emitting radiation are arranged to perform tomosynthesis imaging which irradiates an object with the radiation at a plurality of different irradiation angles; and an irradiation field limiter (29, 199) in which a plurality of irradiation openings for the radiation that define an irradiation field of the radiation are arranged along an arrangement direction of the radiation tubes (27, 201) at an interval of at least one radiation tube and a position of the irradiation openings is moved to at least two set positions including a first set position in a case in which the radiation is emitted from first radiation tubes which are some of the three or more radiation tubes (27, 201) and a second set position in a case in which the radiation is emitted from second radiation tubes different from the first radiation tubes among the three or more radiation tubes (27, 201), wherein the irradiation field limiter (29, 199) comprises a plate-like member in which a through hole functioning as the irradiation opening is formed, the plate-like member is moved along the arrangement direction of the radiation tubes (27, 201) to move the position of the irradiation openings to the at least two set positions, and characterised in that the plate-like member has a convex portion that protrudes toward the radiation tube (27, 201) between the through holes adjacent to each other. a radiation source (25, 199) in which three or more radiation tubes (27, 201) emitting radiation are arranged to perform tomosynthesis imaging which irradiates an object with the radiation at a plurality of different irradiation angles; and an irradiation field limiter (29, 199) in which a plurality of irradiation openings for the radiation that define an irradiation field of the radiation are arranged along an arrangement direction of the radiation tubes (27, 201) at an interval of at least one radiation tube and a position of the irradiation openings is moved to at least two set positions including a first set position in a case in which the radiation is emitted from first radiation tubes which are some of the three or more radiation tubes (27, 201) and a second set position in a case in which the radiation is emitted from second radiation tubes different from the first radiation tubes among the three or more radiation tubes (27, 201), wherein the irradiation field limiter (29, 199) comprises a plate-like member in which a through hole functioning as the irradiation opening is formed, the plate-like member is moved along the arrangement direction of the radiation tubes (27, 201) to move the position of the irradiation openings to the at least two set positions, and characterised in that the plate-like member has a convex portion that protrudes toward the radiation tube (27, 201) between the through holes adjacent to each other.
LID FOR CONTAINERS FOR VOLATILE SUBSTANCES of the type comprising a body defined by a peripheral wall and two open bases, a top base and a bottom base, a fixed perforated partition dividing the internal space of the aforementioned body into two cavities, an upper cavity and a lower cavity, a perforated area that communicates the inside and the outside of the container and anchoring means to the container characterised by comprising: 1. A removable partition arranged in the upper cavity that fully covers the perforated area of the fixed partition wherein the removable partition is attached to the lid by pressure as the outer perimeter thereof fits snugly in the inner perimeter of the peripheral wall. 2. At least one handle accessible from the top part of the removable partition. 1. A removable partition arranged in the upper cavity that fully covers the perforated area of the fixed partition wherein the removable partition is attached to the lid by pressure as the outer perimeter thereof fits snugly in the inner perimeter of the peripheral wall. 2. At least one handle accessible from the top part of the removable partition.
A tool device (1, 1b) which is suitable for use with a machine tool, and in particular suitable for use with a hand guided machine tool, which has a driving device moving around a driving axis, and in particular oscillating around the driving axis, and which has an attachment device by means of which it can be fastened to a machine tool in such a manner that the driving axis and a tool axis of rotation are substantially coincident, wherein, for receiving a driving force, the attachment device comprises at least two driving area regions (2, 2a, 2b) each having a plurality of surface points and which are spaced from this tool axis of rotation, characterized in that tangent planes at these surface points are inclined relative to an axial plane, which includes the tool axis of rotation, wherein the tangent planes are inclined relative to a radial plane, which extends perpendicular to the tool axis of rotation, wherein the attachment device comprises a side wall, wherein the side wall extends spaced radially from the tool axis of rotation, wherein the side wall extends between a first, upper boundary plane and a second, lower boundary plane, and wherein the side wall comprises the driving area regions (2, 2a, 2b), wherein a substantially hollow conical section is formed in the region of the attachment device by means of the side wall, which section has a cross section with a variable spacing of the side wall to the tool axis of rotation in a plane orthogonal to the tool axis of rotation. and which has an attachment device by means of which it can be fastened to a machine tool in such a manner that the driving axis and a tool axis of rotation are substantially coincident, wherein, for receiving a driving force, the attachment device comprises at least two driving area regions (2, 2a, 2b) each having a plurality of surface points and which are spaced from this tool axis of rotation, characterized in that tangent planes at these surface points are inclined relative to an axial plane, which includes the tool axis of rotation, wherein the tangent planes are inclined relative to a radial plane, which extends perpendicular to the tool axis of rotation, wherein the attachment device comprises a side wall, wherein the side wall extends spaced radially from the tool axis of rotation, wherein the side wall extends between a first, upper boundary plane and a second, lower boundary plane, and wherein the side wall comprises the driving area regions (2, 2a, 2b), wherein a substantially hollow conical section is formed in the region of the attachment device by means of the side wall, which section has a cross section with a variable spacing of the side wall to the tool axis of rotation in a plane orthogonal to the tool axis of rotation.
A method of supporting a measurement at a mobile terminal receiving a service from a network node in a mobile communication system, comprising: receiving, at the mobile terminal, measurement control information associated with the measurement from the network node; determining, at the mobile terminal, a time interval for performing the measurement, the time interval is determined using the measurement control information; transmitting, by the mobile terminal, a measurement request message including the time interval to the network node,; and receiving, at the mobile terminal, a measurement response message in response to the measurement request message from the network node, the measurement response message indicates whether to allow the mobile terminal to perform the measurement or not; wherein if the measurement is allowed, the measurement response message includes an allowable time interval determined in consideration of the time interval, and the mobile terminal performs the measurement during the allowable time interval, wherein if the measurement is not allowed, the mobile terminal determines another time interval for performing the measurement and transmits another measurement request message including the another time interval to the network node. receiving, at the mobile terminal, measurement control information associated with the measurement from the network node; determining, at the mobile terminal, a time interval for performing the measurement, the time interval is determined using the measurement control information; transmitting, by the mobile terminal, a measurement request message including the time interval to the network node,; and receiving, at the mobile terminal, a measurement response message in response to the measurement request message from the network node, the measurement response message indicates whether to allow the mobile terminal to perform the measurement or not; wherein if the measurement is allowed, the measurement response message includes an allowable time interval determined in consideration of the time interval, and the mobile terminal performs the measurement during the allowable time interval, wherein if the measurement is not allowed, the mobile terminal determines another time interval for performing the measurement and transmits another measurement request message including the another time interval to the network node.
A mat, comprising a supporting layer; a plurality of filaments anchored to the layer; compacted zones made on the layer wherein the filaments are compacted on the layer and bonded to each other characterized in that the compacted zones are defined by melting the filaments; the compacted zones track the contour of the appropriate shape in such a way that, by cutting the mat according to a selected compacted zone, the mat can be given the required shape, the compacted zones having a knurled surface.
A system (20 for depositing a substantially uniform coating, the system comprising: a first detector and a second detector, wherein the first detector is configured to detect at least one condition parameter; and the second detector is configured to detect at least one substrate parameter, wherein said at least one substrate parameter comprises an angle of deposition of a coating material relative to a substrate surface; a controller; at least one memory, said memory containing a collection of at least one of: at least one condition parameter, or at least one substrate parameter, said memory being in communication with said controller; and a coating material applicator being in communication with the controller and being configured to be operated automatically; and wherein said system is configured to detect that the angle of deposition of the coating material relative to the substrate surface has changed and is not within a predetermined range of values, wherein said system is configured to alter the deposition rate of the coating material being released from the coating material applicator in response to the angle of deposition of the coating material relative to the substrate surface not being within the predetermined range of values wherein said system is configured to terminate the release of coating material from the coating material applicator, if the change of the angle of deposition cannot be corrected through alteration of a coating material release rate. a first detector and a second detector, wherein the first detector is configured to detect at least one condition parameter; and the second detector is configured to detect at least one substrate parameter, wherein said at least one substrate parameter comprises an angle of deposition of a coating material relative to a substrate surface; a controller; at least one memory, said memory containing a collection of at least one of: at least one condition parameter, or at least one substrate parameter, said memory being in communication with said controller; and a coating material applicator being in communication with the controller and being configured to be operated automatically; and wherein said system is configured to detect that the angle of deposition of the coating material relative to the substrate surface has changed and is not within a predetermined range of values, wherein said system is configured to alter the deposition rate of the coating material being released from the coating material applicator in response to the angle of deposition of the coating material relative to the substrate surface not being within the predetermined range of values wherein said system is configured to terminate the release of coating material from the coating material applicator, if the change of the angle of deposition cannot be corrected through alteration of a coating material release rate.
Heating device having a fan for supplying combustion air to a burner, having a pump for conveying a heat carrier medium, having a combustion gas-air mixing device, wherein the fan, the combustion gas-air mixing device, the burner and the pump are units of the heating device, having a suction system, which is disposed upstream from the fan for guiding the combustion air, comprising a suction system outer housing and a flow channel disposed therein, wherein the suction system outer housing has a hollow space, the suction system outer housing is constructed partitioned along the hollow space and the suction system outer housing comprises on the interior receptacles for the reception of air conducting elements, with which within the hollow space the flow channel is able to be formed in different ways, through which the combustion air can be guided to the fan, characterised in that the suction system outer housing is made of foam material, preferably of expanded polypropylene, and that at least a part of the suction system outer housing is formed integrally with a fixing for at least one unit (3, 4, 5, 17) of the heating device and/or is connected with a fixing, provided in an insulation made of foam material, preferably of expanded polypropylene, for fixed units (3, 4, 5, 17) of the heating device which are form-fittingly inlaid into the fixing and therewith are fixed.
A method of producing glutathione, the method comprising: a) a step of generating adenosine triphosphate from adenosine diphosphate and an inorganic phosphate by irradiating isolated photosynthetic membrane vesicles with light; b) a step of synthesizing glutathione by enzymes that catalyze glutathione synthesis using ATP generated in step a), and forming ADP and an inorganic phosphate; and c) a step of reusing ADP and an inorganic phosphate formed in step b) to generate ATP by photosynthetic membrane vesicles; wherein the isolated photosynthetic membrane vesicles are selected from the group consisting of chromatophore membrane vesicles isolated from purple non-sulfur bacteria and thylakoid membrane vesicles isolated from cyanobacteria or algae. a) a step of generating adenosine triphosphate from adenosine diphosphate and an inorganic phosphate by irradiating isolated photosynthetic membrane vesicles with light; b) a step of synthesizing glutathione by enzymes that catalyze glutathione synthesis using ATP generated in step a), and forming ADP and an inorganic phosphate; and c) a step of reusing ADP and an inorganic phosphate formed in step b) to generate ATP by photosynthetic membrane vesicles;