mhurhangee/ep-ind-claims huggingface dataset:
A method for detecting deviations between the angular displacement actually obtained in a screw joint being tightened by an impulse type power wrench and the angular displacement measured between the power wrench housing and the impulse unit of the power wrench, characterized by the following steps: • determining a first angular interval (ΔΦ 1) between an end point (A E) of a first delivered impulse and an end point (B E) of a succeeding second delivered impulse, • determining a second angular interval (ΔΦ 2) between a start point (B S) of said second delivered impulse and a start point (Cs) of a succeeding third delivered impulse, • comparing said first angular interval (ΔΦ 1) with said second angular interval (ΔΦ 2), to determine the difference between said first and said second angular intervals (ΔΦ 1 and ΔΦ 2), and • determining that a deviation exists between the angular displacement actually obtained in a screw joint being tightened by an impulse type power wrench and the angular displacement measured between the power wrench housing and the impulse unit of the power wrench based on the determined difference between said first and said second angular intervals (ΔΦ 1 and ΔΦ 2). • determining a first angular interval (ΔΦ 1) between an end point (A E) of a first delivered impulse and an end point (B E) of a succeeding second delivered impulse, • determining a second angular interval (ΔΦ 2) between a start point (B S) of said second delivered impulse and a start point (Cs) of a succeeding third delivered impulse, • comparing said first angular interval (ΔΦ 1) with said second angular interval (ΔΦ 2), to determine the difference between said first and said second angular intervals (ΔΦ 1 and ΔΦ 2), and • determining that a deviation exists between the angular displacement actually obtained in a screw joint being tightened by an impulse type power wrench and the angular displacement measured between the power wrench housing and the impulse unit of the power wrench based on the determined difference between said first and said second angular intervals (ΔΦ 1 and ΔΦ 2).
A character- shaped porous cleansing mitt, comprising: an outer body having a character shape, such as a hippopotamus, sheep or turtle, defined by a central portion representing a body, the central portion having a proximal portion and a distal portion, two appendages extending from the proximal portion of the central portion, and two appendages extending from the distal portion of the central portion; a cavity disposed within an interior of the outer body; an opening in a portion of the outer body providing access to the cavity; and a first finger pocket (20, 75, 110) disposed on a top surface of a first appendage of the two appendages extending from the proximal portion of the central portion and a second finger pocket (20, 75, 110) disposed on a top surface of a second appendage of the two appendages extending from the proximal portion of the central portion, the first and second finger pockets adapted to receive an end of a user's finger for gripping the outer body. an outer body having a character shape, such as a hippopotamus, sheep or turtle, defined by a central portion representing a body, the central portion having a proximal portion and a distal portion, two appendages extending from the proximal portion of the central portion, and two appendages extending from the distal portion of the central portion; a cavity disposed within an interior of the outer body; an opening in a portion of the outer body providing access to the cavity; and a first finger pocket (20, 75, 110) disposed on a top surface of a first appendage of the two appendages extending from the proximal portion of the central portion and a second finger pocket (20, 75, 110) disposed on a top surface of a second appendage of the two appendages extending from the proximal portion of the central portion, the first and second finger pockets adapted to receive an end of a user's finger for gripping the outer body.
Preservative which comprises a) one or more isothiazolones and b) one or more glycerol monalkyl ethers, where the presence of a mixture of two or more different aromatic alcohols (b1, b2) chosen from the groups of i) aryloxyalkanols, ii) arylalkanols and iii) oligoalkanol aryl ethers is excluded if the two different aromatic alcohols belong to different groups i), ii) and iii). a) one or more isothiazolones and b) one or more glycerol monalkyl ethers, where the presence of a mixture of two or more different aromatic alcohols (b1, b2) chosen from the groups of i) aryloxyalkanols, ii) arylalkanols and iii) oligoalkanol aryl ethers is excluded if the two different aromatic alcohols belong to different groups i), ii) and iii).
A post-accident fission product removal system, comprising: an air mover connected to a filter assembly, the air mover configured to move contaminated air containing radioisotopes through the filter assembly to produce filtered air; and an ionization chamber connected to the filter assembly, the ionization chamber including an anode and a cathode, the ionization chamber configured to receive the filtered air from the filter assembly and to ionize and electrostatically capture the radioisotopes from the filtered air with the anode and the cathode to produce clean air. an air mover connected to a filter assembly, the air mover configured to move contaminated air containing radioisotopes through the filter assembly to produce filtered air; and an ionization chamber connected to the filter assembly, the ionization chamber including an anode and a cathode, the ionization chamber configured to receive the filtered air from the filter assembly and to ionize and electrostatically capture the radioisotopes from the filtered air with the anode and the cathode to produce clean air.
System having one or more sensors (13, 14, 15) for monitoring a space to the side next to a combination composed of at least two vehicles, a towing vehicle and at, least one trailer vehicle, wherein the sensors (13, 14, 15) are arranged on the trailer vehicle, wherein at least one sensor on the trailer vehicle monitors the space to the side, in the direction of travel in front of the trailer vehicle which is provided with the sensors (13, 14, 15), characterized in that a sensor is arranged in such a way that a junction between the rear wall and the side wall of the vehicle which is travelling ahead of the trailer vehicle, or structures of the vehicle travelling ahead, can be detected at least when said vehicle turns.
A temporary safety rail system comprising a plurality of rails; a plurality of posts, each comprising a base for reversible engagement with a floor, a first lower component of a lower height, and a second removable upper component wherein the components are slidable about one another to adjust the height of the post at a plurality of heights between the lower height and an upper height, the upper height being 1.5m to 2.5m, and the upper component being detachable so as to enable the base and first lower component to be used as a temporary safety rail without the second component for lower height applications; and a locking mechanism comprising one or more bolts, pins or screws which pass through the lower component and the upper component, and a stop which passes through an aperture defined by the first lower component and either under or through the upper component to restrict downward movement of the upper component relative to the lower component to reversibly fix the plurality of components at a chosen height, and at least a pair of rail holders (310; 910) to hold a rail in reversibly fixed engagement with the post on each component. a plurality of rails; a plurality of posts, each comprising a base for reversible engagement with a floor, a first lower component of a lower height, and a second removable upper component wherein the components are slidable about one another to adjust the height of the post at a plurality of heights between the lower height and an upper height, the upper height being 1.5m to 2.5m, and the upper component being detachable so as to enable the base and first lower component to be used as a temporary safety rail without the second component for lower height applications; and a base for reversible engagement with a floor, a first lower component of a lower height, and a second removable upper component wherein the components are slidable about one another to adjust the height of the post at a plurality of heights between the lower height and an upper height, the upper height being 1.5m to 2.5m, and the upper component being detachable so as to enable the base and first lower component to be used as a temporary safety rail without the second component for lower height applications; and a locking mechanism comprising one or more bolts, pins or screws which pass through the lower component and the upper component, and a stop which passes through an aperture defined by the first lower component and either under or through the upper component to restrict downward movement of the upper component relative to the lower component to reversibly fix the plurality of components at a chosen height, and at least a pair of rail holders (310; 910) to hold a rail in reversibly fixed engagement with the post on each component.
Polymeric composition characterized by comprising from 1 to 99 % by weight of at least one aromatic polyester substantially comprising repeating units deriving from at least one heterocyclic polyfunctional aromatic acid of renewable origin and from 99 to 1% by weight of at least a second aliphatic-aromatic polyester (AAPE).
A drug for topical use in the treatment of psoriasis, wherein the drug is a tryptamine based drug that acts as a 5-hydroxytryptamine-1 inhibitor and is in a therapeutically effective amount sufficient to reduce the effects of psoriasis, wherein the therapeutically effective amount is from about 0.001% to about 1% per weight.
A method comprising: in a security device cluster comprising a plurality of security devices (110; 112; 114) each configured to receive respective data flows, receiving a first segment of a flow at a first security device of the plurality of security devices; sending the first segment of the flow toward a destination node (160 or 170) without the first security device of the plurality of security devices asserting ownership over the flow; receiving, from the destination node (160 or 170), a second segment of the flow at a second security device of the plurality of security devices, the second segment of the flow being responsive to the first segment; asserting, by the second security device of the plurality of security devices, ownership over the flow; and as a result of the second security device asserting ownership over the flow, forwarding, from the first security device, packets of the flow subsequently received by the first security device to the second security device, such that the second security device receives and processes subsequent packets of the flow. in a security device cluster comprising a plurality of security devices (110; 112; 114) each configured to receive respective data flows, receiving a first segment of a flow at a first security device of the plurality of security devices; sending the first segment of the flow toward a destination node (160 or 170) without the first security device of the plurality of security devices asserting ownership over the flow; receiving, from the destination node (160 or 170), a second segment of the flow at a second security device of the plurality of security devices, the second segment of the flow being responsive to the first segment; asserting, by the second security device of the plurality of security devices, ownership over the flow; and as a result of the second security device asserting ownership over the flow, forwarding, from the first security device, packets of the flow subsequently received by the first security device to the second security device, such that the second security device receives and processes subsequent packets of the flow.
An aircraft comprising at least one wall delimiting a first zone of the aircraft which is thermally insulated from the outside of the aircraft and a second zone contained within the aircraft which is not thermally insulated with respect to the outside of the aircraft and a heat exchanger inside which a heat transfer fluid circulates, characterized in that said wall comprises at least one duct inside which the heat transfer fluid circulates so as to act as a heat exchanger.
A device for supporting at least one arm of a user, the device comprising a. at least one arm support element with at least one spacer element and an arm shell arranged on the spacer element for placing on an arm, b. at least one passive actuator i. that is configured to apply a force in a force direction on the at least one arm support element, and at least one counter bearing for the force to be applied with at least one counter bearing element and at least one force transmission element for transmitting compressive forces, wherein the spacer element is arranged on the force transmission element such that it can be swivelled by means of a swivel joint, wherein at least one part of the arm shell placed on the arm can be moved in at least one further degree of freedom relative to the swivel joint, characterised in that the at least one spacer element is designed to be elastic at least in sections and in at least one direction perpendicular to the direction of force. a. at least one arm support element with at least one spacer element and an arm shell arranged on the spacer element for placing on an arm, b. at least one passive actuator i. that is configured to apply a force in a force direction on the at least one arm support element, and i. that is configured to apply a force in a force direction on the at least one arm support element, and at least one counter bearing for the force to be applied with at least one counter bearing element and at least one force transmission element for transmitting compressive forces, wherein the spacer element is arranged on the force transmission element such that it can be swivelled by means of a swivel joint, wherein at least one part of the arm shell placed on the arm can be moved in at least one further degree of freedom relative to the swivel joint, characterised in that the at least one spacer element is designed to be elastic at least in sections and in at least one direction perpendicular to the direction of force.
Pneumatic tyre tread having at least one circumferential groove extending in the circumferential direction of the tyre, a plurality of transverse grooves extending in the transverse direction of the tyre, a plurality of ground-contacting elements demarcated by the circumferential grooves and the transverse grooves, transverse edges (5a, 5b) formed in the abovementioned ground-contacting elements by means of the abovementioned transverse grooves, and circumferential edges (5c, 5d) formed in the abovementioned ground-contacting elements by means of the abovementioned circumferential grooves, a plurality of incision elements being formed in the abovementioned ground-contacting elements, the incision elements including at least one series of micro-incisions comprising at least two micro-incisions, the micro-incisions constituting the abovementioned series of micro-incisions having one arcuate portion and two end portions (31, 32) formed in the ground-contacting surface of the abovementioned tread, at least when the tyre being new, and opening to a width E in the ground-contacting surface of the abovementioned tread, extending such that they do not open in either the abovementioned circumferential grooves or the abovementioned transverse grooves, the abovementioned series of micro-incisions being formed at least in a region extending from one transverse edge (5a, 5b) of the abovementioned ground-contacting element and having a length which being 25% of the mean length of the ground-contacting element measured in a direction parallel to the mean direction in which the abovementioned circumferential edges (5c, 5d) extend in the abovementioned ground-contacting element, one of the abovementioned series of micro-incisions from among the plurality of incision elements formed in the abovementioned same ground-contacting element being formed so as to be in closest proximity to the transverse edge (5a, 5b), the micro-incisions constituting the abovementioned series of micro-incisions having an incision length at most equal to 3.0 mm, the tread being characterized in that the length, within the same ground-contacting element, of the ground-contacting surface between the mutually closest parts of micro-incisions constituting the abovementioned series of micro-incisions is at least equal to 0.2 mm and at most equal to 1.2 mm.
A security camera system, comprising: a base unit including a plurality of mounting points; sensor modules for attaching to the base unit at the mounting points and generating image data; and a mapping module for receiving reference images and determining the positions of the sensor modules based on the reference images, wherein the reference images are generated based on images captured via a camera of a mobile computing device, and the reference images depict the security camera system, including the base unit and any attached sensor modules. a base unit including a plurality of mounting points; sensor modules for attaching to the base unit at the mounting points and generating image data; and a mapping module for receiving reference images and determining the positions of the sensor modules based on the reference images, wherein the reference images are generated based on images captured via a camera of a mobile computing device, and the reference images depict the security camera system, including the base unit and any attached sensor modules.
Method for operating an electromechanical or electrohydraulic work implement or rescue implement able to be worn or carried by an operator and able to be used autonomously, having a cutting tool with two cutting tool halves (2a, 2b) that are able to be moved towards one another and away from one another and whose movement defines a virtual cutting plane E1, a housing, an electric motor, a pump driven by the electric motor or a mechanical transmission driven by the electric motor, each for actuating use of the tool, an energy source, preferably a rechargeable electrical energy source accommodated, on the implement side, in or on the work implement or rescue implement and preferably being able to be exchanged, during operation of the work implement or rescue implement, the orientation of the work implement or rescue implement is recorded, wherein the force P applied to the cutting object is established as the current drawn by the electric motor over time T, wherein the angular position W of the cutting plane E1 of the work implement or rescue implement in space is initialized, wherein the angular position W of the cutting plane E1 of the work implement or rescue implement in space and the force applied to the cutting object by the cutting tool are correlated with one another and the work implement or rescue implement is controlled on the basis thereof and wherein an operating event G is triggered on the basis thereof. a cutting tool with two cutting tool halves (2a, 2b) that are able to be moved towards one another and away from one another and whose movement defines a virtual cutting plane E1, a housing, an electric motor, a pump driven by the electric motor or a mechanical transmission driven by the electric motor, each for actuating use of the tool, an energy source, preferably a rechargeable electrical energy source accommodated, on the implement side, in or on the work implement or rescue implement and preferably being able to be exchanged, during operation of the work implement or rescue implement, the orientation of the work implement or rescue implement is recorded, wherein the force P applied to the cutting object is established as the current drawn by the electric motor over time T, wherein the angular position W of the cutting plane E1 of the work implement or rescue implement in space is initialized, wherein the angular position W of the cutting plane E1 of the work implement or rescue implement in space and the force applied to the cutting object by the cutting tool are correlated with one another and the work implement or rescue implement is controlled on the basis thereof and wherein an operating event G is triggered on the basis thereof.
Microscope for observing a sample comprising a first turret bearing a plurality of lenses and a second turret bearing a plurality of filtering modules, the first turret and the second turret being borne on the same pivot and mounted to rotate, independently of each other, about this pivot, each lens of the first turret and each filtering module of the second turret being able to be arranged by rotation of the first turret and of the second turret into an active position wherein a filtering module of the second turret is inserted into an optical path between a lens of the first turret and a detector.
An apparatus providing a selectable inductance across a pair of nodes (In1, In2), the apparatus comprising a switchable inductor network comprising: a first coil having terminals coupled to the pair of nodes (In1, In2); a second coil having terminals coupled to the pair of nodes, the second coil comprising at least a first segment (220.1) and a second segment (220.2); and a switch configured to selectively couple or decouple the first segment (220.1) to the second segment (220.2) in response to a control signal. a first coil having terminals coupled to the pair of nodes (In1, In2); a second coil having terminals coupled to the pair of nodes, the second coil comprising at least a first segment (220.1) and a second segment (220.2); and a switch configured to selectively couple or decouple the first segment (220.1) to the second segment (220.2) in response to a control signal.
Method for regulating a rotational speed of a fan wheel to a target rotational speed, said fan wheel being driven jointly by a first drive and a second drive, wherein the first drive is regulated and/or controlled by a first regulating unit and the second drive is regulated and/or controlled by a second regulating unit, characterised in that - a first torque to be generated by the first drive and a second torque to be generated by the second drive are determined based on an efficiency strategy, - a first virtual target rotational speed and a second virtual target rotational speed are determined starting from the first torque and the second torque, - the first virtual target rotational speed is supplied to the first regulating unit as an input variable, and - the second virtual target rotational speed is supplied to the second regulating unit as an input variable. - a first torque to be generated by the first drive and a second torque to be generated by the second drive are determined based on an efficiency strategy, - a first virtual target rotational speed and a second virtual target rotational speed are determined starting from the first torque and the second torque, - the first virtual target rotational speed is supplied to the first regulating unit as an input variable, and - the second virtual target rotational speed is supplied to the second regulating unit as an input variable.