mhurhangee/ep-ind-claims huggingface dataset:
A rotary laser system comprising a rotary laser irradiating system and a photodetection device, wherein said rotary laser irradiating system comprises a light emitting unit (41, 42) for emitting a laser beam, a rotator for forming a reference plane by projecting said laser beam by rotary irradiation, a tilt driving unit (20a, 20b, 21a, 21b) for tilting said reference plane, an angle detector (44,55) for detecting a rotation reference position of said rotator and for detecting a rotational position of said rotator, and a control unit for controlling a light emission of said light emitting unit, characterised in that said rotation reference position is the position of a trunnion or a position related to an axis orthogonal to said trunnion, said control unit is configured to set said trunnion which becomes a tilt central line when said reference plane is tilted and an axis orthogonal to said trunnion as tilt setting reference axes for setting a tilt angle, and further to set at least one predetermined range around said tilt setting reference axes as a tilt setting reference axis indicating range, and based on a detection signal from said angle detector (44,55) to turn on said laser beam in said tilt setting reference axis indicating range, to turn off said laser beam on both sides of said tilt setting reference axis indicating range and to continuously emit said laser beam in the remaining range and thereby to form said tilt setting reference axis indicating range, or to turn off said laser beam in said tilt setting reference axis indicating range and to turn on said laser beam continuously in the remaining range and thereby to form said tilt setting reference axis indicating range, and wherein said photodetection device is installed in a tilt direction or in a direction orthogonal to the tilt direction, said photodetection device comprises a photodetection sensor, and a detection notifying unit, and said detection notifying unit emits a notifying sign when said photodetection sensor detects said tilt setting reference axis indicating range.
Fastening arrangement having a metal sheet and having a cage nut, wherein the cage nut has a cage and a nut which is accommodated in a rotationally fixed manner in the cage, wherein the cage is fastened to the metal sheet in such a way that a screw can be screwed into the nut through an opening in the metal sheet, wherein the fastening arrangement has a fixing element which serves for fixing the position of the nut in the cage and by way of which the nut is subjected to a force directed in the direction of the metal sheet that pushes the nut against the metal sheet and/or against a reinforcement plate of the cage nut, characterized in that the fixing element has a sealing region for sealing off the internal thread of the nut. the fastening arrangement has a fixing element which serves for fixing the position of the nut in the cage and by way of which the nut is subjected to a force directed in the direction of the metal sheet that pushes the nut against the metal sheet and/or against a reinforcement plate of the cage nut, characterized in that the fixing element has a sealing region for sealing off the internal thread of the nut.
A method for measuring the light gap tightness of a piston ring provided with a joint and manufactured with a non-round design, in that the open piston ring will be tensioned in the circumferential direction using an auxiliary means while almost closing the joint and the light gap tightness will be determined by optical means (9, 10), characterized in that in the area of at least one of the joint ends (5, 6) of the piston ring a defined force will be exerted radially from inside in the direction of a wall of the auxiliary means, wherein it will be determined using the optical means (9, 10), whether the joint area (5, 6) of the piston ring which is subjected to the exerted force rests in a light gap tight manner on the wall of the auxiliary means, wherein the respective joint area (5, 6) is pressed against the wall of the auxiliary means, which is in particular designed as a control ring, with a force comprised between 0.5 and 50 N.
An aggregate zeolitic adsorbent comprising: - zeolite X powder exchanged to at least 90% by barium ions alone or by barium ions and potassium ions, the exchangeable sites occupied by potassium possibly representing up to 1/3 of the exchangeable sites occupied by the barium et potassium ions, the possible complement being generally provided by alkali or alkaline-earth ions other than barium and potassium; - zeolite LSX powder exchanged to at least 90% by barium ions alone or by barium ions and potassium ions, the exchangeable sites occupied by potassium possibly representing up to 1/3 of the exchangeable sites occupied by the barium plus potassium ions, the possible complement being generally provided by alkali or alkaline-earth ions other than barium and potassium; - and a binder in a proportion lower than or equal to 20% by weight of the total mass of the aggregate, the molar ratio of the zeolite LSX concentration to the zeolite X concentration being between 0.1 and 10. - zeolite X powder exchanged to at least 90% by barium ions alone or by barium ions and potassium ions, the exchangeable sites occupied by potassium possibly representing up to 1/3 of the exchangeable sites occupied by the barium et potassium ions, the possible complement being generally provided by alkali or alkaline-earth ions other than barium and potassium; - zeolite LSX powder exchanged to at least 90% by barium ions alone or by barium ions and potassium ions, the exchangeable sites occupied by potassium possibly representing up to 1/3 of the exchangeable sites occupied by the barium plus potassium ions, the possible complement being generally provided by alkali or alkaline-earth ions other than barium and potassium; - and a binder in a proportion lower than or equal to 20% by weight of the total mass of the aggregate, the molar ratio of the zeolite LSX concentration to the zeolite X concentration being between 0.1 and 10.
Method for creating at least one electronic component of a module, with the following steps: cutting out of at least one opening intended for at least one electrical contact-connection of the component in an electrically-insulating carrier film comprising at least one first inorganic material; positioning and fixing the electrical component on the carrier film; creating the electrical contact-connection to outside the electronic component, characterised in that exclusively inorganic or multi-bonded inorganic insulation materials (3; 9) are used for constructing the module, and further characterised by filling of spaces between electronic component, carrier film and a leadframe with a fill layer comprising at least one second inorganic material for electrical insulation of the electronic component by means of a high-temperature package. cutting out of at least one opening intended for at least one electrical contact-connection of the component in an electrically-insulating carrier film comprising at least one first inorganic material; positioning and fixing the electrical component on the carrier film; creating the electrical contact-connection to outside the electronic component,
Drive arrangement for a vehicle that can be driven by muscle power and/or - in particular additionally - by motor power, an electric bicycle, e-bike or pedelec, having: - a crankshaft which is rotatable about an axis of rotation and which serves for receiving a first torque, generated in particular by muscle power, and - a transfer device which is designed for transferring the first torque from the crankshaft to an output element which is couplable to a drive wheel of the vehicle and, by means of an - in particular automatically - shiftable multi-stage planetary gearing, for a variable transmission ratio, in which drive arrangement: - the transmission ratio of the planetary gearing can be adjusted by means of a gear ratio change and by means of a controlled connection and/or release of respective sun gears (55, 56) of corresponding planetary stages (57, 58) by means of a driver element coupled to the respective sun gear (55, 56) for conjoint rotation, - the respective driver element is arranged radially and/or axially outside the respectively coupled sun gear (55, 56), - the respective driver element can be braked and arrested and/or released in controllable fashion by means of controllable frictional engagement with a brake element, and - a respective driver element is formed on a, or as a radially outer or outermost section of a, brake caliper ring which is coupled to the respective sun gear (55, 56) for conjoint rotation, in particular with a circular ring shape in cross section or in plan view in or with a plane perpendicular to an axis of rotation of the brake caliper ring. - a crankshaft which is rotatable about an axis of rotation and which serves for receiving a first torque, generated in particular by muscle power, and - a transfer device which is designed for transferring the first torque from the crankshaft to an output element which is couplable to a drive wheel of the vehicle and, by means of an - in particular automatically - shiftable multi-stage planetary gearing, for a variable transmission ratio, - the transmission ratio of the planetary gearing can be adjusted by means of a gear ratio change and by means of a controlled connection and/or release of respective sun gears (55, 56) of corresponding planetary stages (57, 58) by means of a driver element coupled to the respective sun gear (55, 56) for conjoint rotation, - the respective driver element is arranged radially and/or axially outside the respectively coupled sun gear (55, 56), - the respective driver element can be braked and arrested and/or released in controllable fashion by means of controllable frictional engagement with a brake element, and - a respective driver element is formed on a, or as a radially outer or outermost section of a, brake caliper ring which is coupled to the respective sun gear (55, 56) for conjoint rotation, in particular with a circular ring shape in cross section or in plan view in or with a plane perpendicular to an axis of rotation of the brake caliper ring.
Upholstered element for a seat element and/or a seat back, in particular for an air-conditionable vehicle seat, having an elastic and air-permeable upholstered basic element and at least one top layer (12, 14) which is disposed in a planar manner on the upholstered basic element, wherein the at least one top layer (12, 14) comprises at least one likewise elastic and air-permeable first top-layer tier, which faces the upholstered basic element, and a second top-layer tier which is disposed in a planar manner on the first top-layer tier, wherein a plurality of main air ducts which extend between a seat structure in the direction of the top layer (12, 14) and which are disposed so as to be uniformly distributed across a surface (24, 26) of the upholstered part provided for air conditioning are configured in the upholstered basic element, and each main air duct in the flow direction ends at the first top layer tier, characterized in that an air-distribution system (18, 20) for the planar distribution of the air on the top layer (12, 14) is integrated in the upholstered basic element, in that a plurality of open distribution ducts which are likewise incorporated in the upholstered basic element and directed towards the first top layer and which on each main air duct are guided in a plurality of outflows in a star-shaped manner from one to a next main air duct are disposed between the plurality of main air ducts in the upholstered basic element, on account of which an overall net-like structure of the air-distribution system (18, 20) is configured on the surface (24, 26) provided for air conditioning.
A coated filament for use in an additive manufacturing process, the coated filament comprising: a base polymer layer formed of a base polymer material having a first dielectric loss factor; and a coating polymer layer surrounding the base polymer layer and formed of a coating polymer material having a second dielectric loss factor, wherein the second dielectric loss factor of the coating polymer material is greater than the first dielectric loss factor of the base polymer material, wherein the base polymer material has a first solubility parameter, the coating polymer material has a second solubility parameter, characterized in that the second solubility parameter is within about 10 (J/cm 3) 0.5 of the first solubility parameter. a base polymer layer formed of a base polymer material having a first dielectric loss factor; and a coating polymer layer surrounding the base polymer layer and formed of a coating polymer material having a second dielectric loss factor, wherein the second dielectric loss factor of the coating polymer material is greater than the first dielectric loss factor of the base polymer material, wherein the base polymer material has a first solubility parameter, the coating polymer material has a second solubility parameter, characterized in that the second solubility parameter is within about 10 (J/cm 3) 0.5 of the first solubility parameter.
A wireless communication device, comprising: a first communication module circuitry (404a-d) to communicatively couple the wireless communication device with a first network, the first communication module circuitry (404a-d) to receive a reject message from the first network to disable communications with the first network; a processor to store, in memory, information corresponding to the communications with the first network; wherein from the information a cause of the reject message is analyzable; a second communication module circuitry (404a-d) to communicatively couple the wireless communication device with a second network, the second communication module circuitry (404a-d) to send the information to a remote service monitor, wherein the first communication module circuitry (404a-d) includes a first Subscriber Identity Module, SIM, or a first virtual SIM and the second communication module (404a-d) circuitry includes a second SIM or a second virtual SIM; and wherein the second communication module circuitry (404a-d) is to receive a command from the remote service monitor, wherein the command is to restart the wireless communication device, to reset the first SIM or the first virtual SIM of the first communication module circuitry, or to modify profiles of the first SIM or the first virtual SIM of the first communication module circuitry (404a-d). a first communication module circuitry (404a-d) to communicatively couple the wireless communication device with a first network, the first communication module circuitry (404a-d) to receive a reject message from the first network to disable communications with the first network; a processor to store, in memory, information corresponding to the communications with the first network; wherein from the information a cause of the reject message is analyzable; a second communication module circuitry (404a-d) to communicatively couple the wireless communication device with a second network, the second communication module circuitry (404a-d) to send the information to a remote service monitor, wherein the first communication module circuitry (404a-d) includes a first Subscriber Identity Module, SIM, or a first virtual SIM and the second communication module (404a-d) circuitry includes a second SIM or a second virtual SIM; and wherein the second communication module circuitry (404a-d) is to receive a command from the remote service monitor, wherein the command is to restart the wireless communication device, to reset the first SIM or the first virtual SIM of the first communication module circuitry, or to modify profiles of the first SIM or the first virtual SIM of the first communication module circuitry (404a-d).
A surgical system comprising: a surgical instrument; an instrument carriage; and an instrument sterile adapter for coupling the surgical instrument and the instrument carriage, the instrument sterile adapter comprising: an adapter control surface that extends control features of a control surface of the instrument carriage and that is configured to receive an instrument control surface of the surgical instrument; and a convex curved surface substantially perpendicular to the adapter control surface, the convex curved surface being configured to receive a corresponding concave curved surface on the instrument control surface. a surgical instrument; an instrument carriage; and an instrument sterile adapter for coupling the surgical instrument and the instrument carriage, the instrument sterile adapter comprising: an adapter control surface that extends control features of a control surface of the instrument carriage and that is configured to receive an instrument control surface of the surgical instrument; and a convex curved surface substantially perpendicular to the adapter control surface, the convex curved surface being configured to receive a corresponding concave curved surface on the instrument control surface. an adapter control surface that extends control features of a control surface of the instrument carriage and that is configured to receive an instrument control surface of the surgical instrument; and a convex curved surface substantially perpendicular to the adapter control surface, the convex curved surface being configured to receive a corresponding concave curved surface on the instrument control surface.
A nonwoven web guiding device for guiding a nonwoven web made of plastic fibers, preferably of plastic continuous filaments, arranged in a conveying direction F, wherein at least one feeding device for the conveyed nonwoven web is present, wherein at least one guide and/or treatment roller (roller) for the nonwoven web or at least one roller aggregate, respectively, of at least two guide and/or treatment rollers (rollers) for the nonwoven web is arranged downstream from the feeding device in the conveying direction of the nonwoven web, wherein at least one stabilization plate extending in the conveying direction F and transversely to the conveying direction F of the nonwoven web is provided upstream or directly upstream of the roller, respectively, or the roller aggregate, respectively, in the conveying direction F and/or downstream or directly downstream from the roller, respectively, or the roller aggregate, respectively, in the conveying direction F, wherein the at least one stabilization plate is arranged with the proviso that, in the case of a web thickness d of the nonwoven web of less than 2 mm, the distance a between the surface of the stabilization plate facing the nonwoven web and the nonwoven web surface is between 0.1 and 10 mm, wherein the (shortest) distance A 1 between the roller-side front end of a stabilization plate arranged upstream of the roller or upstream of the roller aggregate, respectively, in the conveying direction F and the roller or first roller, respectively, connected downstream from the stabilization plate in the conveying direction, is between 0.2 and 100 mm, and/or wherein the (shortest) distance A 2 between the roller-side end of a stabilization plate arranged downstream from the roller or downstream from the roller aggregate, respectively, in the conveying direction F and the roller or last roller of the roller aggregate, respectively, connected upstream of the stabilization plate in the conveying direction, is between 0.2 and 100 mm. upstream or directly upstream of the roller, respectively, or the roller aggregate, respectively, in the conveying direction F and/or downstream or directly downstream from the roller, respectively, or the roller aggregate, respectively, in the conveying direction F, wherein the (shortest) distance A 1 between the roller-side front end of a stabilization plate arranged upstream of the roller or upstream of the roller aggregate, respectively, in the conveying direction F and the roller or first roller, respectively, connected downstream from the stabilization plate in the conveying direction, is between 0.2 and 100 mm, and/or wherein the (shortest) distance A 2 between the roller-side end of a stabilization plate arranged downstream from the roller or downstream from the roller aggregate, respectively, in the conveying direction F and the roller or last roller of the roller aggregate, respectively, connected upstream of the stabilization plate in the conveying direction, is between 0.2 and 100 mm.
A lithium secondary battery comprising an integrated electrode assembly, comprising a positive electrode, a first binder polymer layer, an inorganic coating layer comprising a plurality of inorganic particles and a second binder polymer, a third binder polymer layer, and a negative electrode, being sequentially stacked and combined, wherein the first binder polymer layer and the third binder polymer layer are obtained by coating a first binder polymer dispersion and a third binder polymer dispersion, respectively, on the surface of its lower layer by way of dip coating, die coating, roll coating or comma coating, and drying, and wherein the inorganic coating layer is obtained by coating a slurry including the plurality of inorganic particles and the second binder polymer by way of dip coating, die coating, roll coating or comma coating and drying.
A culture substrate for human pluripotent stem cell culture, the culture substrate being coated with human laminin α5β1γ1 E8 fragment or human laminin α3β3γ2 E8 fragment, wherein the coating concentration of human laminin α5β1γ1 E8 fragment or human laminin α3β3γ2 E8 fragment is 0.5 to 25 μg/cm 2.
A central network controller, CNC, for handling routing paths for streams in a time-sensitive networking, TSN, network, the CNC comprising at least one storage device; and at least one processing circuit, coupled to the at least one storage device, wherein the at least one storage device stores instructions, and the at least one processing circuit is configured to execute the instructions of: receiving a request for allocating a first stream in a TSN network from a centralized user configuration, CUC, wherein the TSN network comprises a second stream; determining a first plurality of candidate paths for the first stream according to a first plurality of lengths of a first plurality of links of a network topology of the TSN network; selecting a first routing path for transmitting the first stream from the first plurality of candidate paths; and configuring at least one first bridge passed by the first routing path for the first stream in the TSN network. at least one storage device; and at least one processing circuit, coupled to the at least one storage device, wherein the at least one storage device stores instructions, and the at least one processing circuit is configured to execute the instructions of: receiving a request for allocating a first stream in a TSN network from a centralized user configuration, CUC, wherein the TSN network comprises a second stream; determining a first plurality of candidate paths for the first stream according to a first plurality of lengths of a first plurality of links of a network topology of the TSN network; selecting a first routing path for transmitting the first stream from the first plurality of candidate paths; and configuring at least one first bridge passed by the first routing path for the first stream in the TSN network. receiving a request for allocating a first stream in a TSN network from a centralized user configuration, CUC, wherein the TSN network comprises a second stream; determining a first plurality of candidate paths for the first stream according to a first plurality of lengths of a first plurality of links of a network topology of the TSN network; selecting a first routing path for transmitting the first stream from the first plurality of candidate paths; and configuring at least one first bridge passed by the first routing path for the first stream in the TSN network.