mhurhangee/ep-ind-claims huggingface dataset:
Method of detecting a position of at least one bolt end of at least one bolt of a series of bolts arranged in a linear or curved flanged connection, wherein the bolt ends of the bolts arranged in the flanged connection are protruding beyond the flanged connection, with a camera which is movable along the flanged connection, the method comprising the steps of: Defining a first bolt end level at a first distance (d 1) from the flanged connection; defining a first tolerance range (t 1) surrounding the first bolt end level; Detecting the position of the bolt end of the at least one bolt arranged in the flanged connection with the camera; determining whether the position of the bolt end of the at least one bolt is located within the first tolerance range (t 1) surrounding the first bolt end level; and characterised by Elongating at least one bolt of the flanged connection by applying a force on the bolt in an axial direction of the bolt; Tightening a lock nut threaded onto the bolt while applying the force on the bolt; Releasing the force on the bolt; Defining a second bolt end level at a second distance (d 2) from the flanged connection, wherein the second distance (d 2) is greater than the first distance (d 1); Defining a second tolerance range (t 2) surrounding the second bolt end level; After elongating the bolt, tightening the lock nut and releasing the force on bolt, detecting the position of the bolt end of the bolt with the camera; Determining whether the position of the bolt end is located within the second tolerance range (t 2) surrounding the second bolt end level. Defining a first bolt end level at a first distance (d 1) from the flanged connection; defining a first tolerance range (t 1) surrounding the first bolt end level; Detecting the position of the bolt end of the at least one bolt arranged in the flanged connection with the camera; determining whether the position of the bolt end of the at least one bolt is located within the first tolerance range (t 1) surrounding the first bolt end level; and characterised by Elongating at least one bolt of the flanged connection by applying a force on the bolt in an axial direction of the bolt; Tightening a lock nut threaded onto the bolt while applying the force on the bolt; Releasing the force on the bolt; Defining a second bolt end level at a second distance (d 2) from the flanged connection, wherein the second distance (d 2) is greater than the first distance (d 1); Defining a second tolerance range (t 2) surrounding the second bolt end level; After elongating the bolt, tightening the lock nut and releasing the force on bolt, detecting the position of the bolt end of the bolt with the camera; Determining whether the position of the bolt end is located within the second tolerance range (t 2) surrounding the second bolt end level.
A cable strain relief with a crimp sleeve for the mechanical operative connection of a cable with a crimp collar, wherein in the crimped state the crimp sleeve serves to clamp a fibre braid of the cable, provided for strain relief, between the crimp sleeve and the crimp collar, characterised in that at its cable-side end the crimp sleeve has a deformable plastic sleeve, which is inserted into the crimp sleeve, and, in the crimped state, produces a mechanical operative connection between an outer sheath of the cable and the crimp sleeve, wherein the crimp sleeve is cylindrical, and in the same crimping operation the fibre braid can be clamped under the crimp sleeve, and the deformable plastic sleeve can be crimped onto the cable sheath.
Electromechanical protective switching device, in particular line circuit breaker, residual-current circuit breaker or power breaker, having at least one insulating apparatus for covering a conductive contact element of the electromechanical protective switching device, wherein the conductive contact element is arranged behind a housing opening in the protective switching device, - comprising a main body which can be fastened to a housing of the protective switching device and has an opening for at least one electrical connection line to pass through for the purpose of contact to be made by the contact element, - wherein the insulating apparatus has an insulating element which is firmly but detachably connected to the main body in the region of the opening, and - wherein the opening has an opening cross section which, with the aid of the insulating element, can be matched to a line cross section of the electrical connection line in such a way that, in the state in which the insulating apparatus is mounted on the protective switching device, manual contact with the contact element is precluded, characterized in that the insulating apparatus has insulating elements of different dimensions which can be combined with the main body and cover differently sized parts of the opening, so that the opening cross section can be matched to the different line cross sections both by fitting and also by removing the insulating element. - comprising a main body which can be fastened to a housing of the protective switching device and has an opening for at least one electrical connection line to pass through for the purpose of contact to be made by the contact element, - wherein the insulating apparatus has an insulating element which is firmly but detachably connected to the main body in the region of the opening, and - wherein the opening has an opening cross section which, with the aid of the insulating element, can be matched to a line cross section of the electrical connection line in such a way that, in the state in which the insulating apparatus is mounted on the protective switching device, manual contact with the contact element is precluded,
Method for producing a structured, at least partly optically transparent varnish surface on the surface of a substrate board, preferably of a wood material board, which has a decoration, wherein transparent or at least partly transparent varnish is applied to an applicator roll (6.2) to produce the structured varnish surface and is transferred to the surface of the substrate board having a decoration by the applicator roll (6.2), characterised in that the varnish is transformed on the applicator roll (6.2) by a plurality of digitally controlled gas nozzles (6.1,6.1') into a distribution defining a structure.
An epilation device comprising: a body portion; an arm connected to the body portion; a slider mechanism held under tension; and a rotatable flexible member having a first and a second portion, the rotatable flexible member connected to the arm at one end and the slider mechanism at the other end, the rotatable flexible member held under tension with first portion held under greater tension than the second portion; wherein when the rotatable flexible member rotates, first and second portions of the rotatable flexible member coil and uncoil relative to the direction of rotation along the first portion of the rotatable flexible member, and thereby move the slider mechanism to guide the second portion of the rotatable flexible member to maintain a consistent angle relative to the first portion of the rotatable flexible member; and wherein the coiled rotatable flexible member deviates minimally from an initial position of the first portion of the rotatable flexible member which serves as a guide for precise hair removal. a body portion; an arm connected to the body portion; a slider mechanism held under tension; and a rotatable flexible member having a first and a second portion, the rotatable flexible member connected to the arm at one end and the slider mechanism at the other end, the rotatable flexible member held under tension with first portion held under greater tension than the second portion;
An apparatus, comprising: an air intake; an occupant detection sensor configured to detect the presence of the driver within the predetermined detection zone; a detector module comprising an alcohol sensor configured to produce an electrical signal representative of a blood alcohol content of the driver, wherein the electrical signal is generated by measuring an alcohol content of the air sample; and a control module electrically coupled to the detector module, the control module configured to control at least one operation of the vehicle in response to the electrical signal received by the control module from the alcohol sensor, characterised in that: the air intake is configured to collect an air sample from a predetermined detection zone, wherein the predetermined detection zone is defined as a three-dimensional zone substantially in or in proximity of an area of a vehicle occupied by a driver during operation of the vehicle; the occupant detection sensor automatically operates the air intake to sample the predetermined detection zone when the driver is detected; and the alcohol sensor is calibrated according to a volume of air located within the predetermined detection zone. an air intake; an occupant detection sensor configured to detect the presence of the driver within the predetermined detection zone; a detector module comprising an alcohol sensor configured to produce an electrical signal representative of a blood alcohol content of the driver, wherein the electrical signal is generated by measuring an alcohol content of the air sample; and a control module electrically coupled to the detector module, the control module configured to control at least one operation of the vehicle in response to the electrical signal received by the control module from the alcohol sensor, characterised in that: the air intake is configured to collect an air sample from a predetermined detection zone, wherein the predetermined detection zone is defined as a three-dimensional zone substantially in or in proximity of an area of a vehicle occupied by a driver during operation of the vehicle; the occupant detection sensor automatically operates the air intake to sample the predetermined detection zone when the driver is detected; and the alcohol sensor is calibrated according to a volume of air located within the predetermined detection zone. the air intake is configured to collect an air sample from a predetermined detection zone, wherein the predetermined detection zone is defined as a three-dimensional zone substantially in or in proximity of an area of a vehicle occupied by a driver during operation of the vehicle; the occupant detection sensor automatically operates the air intake to sample the predetermined detection zone when the driver is detected; and the alcohol sensor is calibrated according to a volume of air located within the predetermined detection zone.
A method of occluding one or more arterioles, venules, or capillaries in a cadaver, the method comprising: perfusing the cadaver with a fluid configured to occlude one or more arterioles, venules, or capillaries of the cadaver, characterised in that (a) perfusing the cadaver with a fluid includes perfusing the cadaver via a single access point for fluid communication with the cadaver; and (b) the fluid includes a liquid medium, a dispersant, an embolization material, and a viscosifier.
A system for accessing protected data comprising: a token retriever system operating on a first processor and configured to receive a token from a user and to transmit a request including the token to a detokenization system over a data communications medium; the detokenization system operating on a second processor and configured to receive the token, to verify (214, 216, 218, 220) that the request has been received from an authorized source, and to transmit a message that includes an account number associated with the token if verified that the request has been received from an authorized source, characterized in that: the message is transmitted to the token retriever system in response to the request; and the token retriever system is configured to: receive the account number; and display the account number for a predetermined period of time. a token retriever system operating on a first processor and configured to receive a token from a user and to transmit a request including the token to a detokenization system over a data communications medium; the detokenization system operating on a second processor and configured to receive the token, to verify (214, 216, 218, 220) that the request has been received from an authorized source, and to transmit a message that includes an account number associated with the token if verified that the request has been received from an authorized source, characterized in that: the message is transmitted to the token retriever system in response to the request; and the token retriever system is configured to: receive the account number; and display the account number for a predetermined period of time. the message is transmitted to the token retriever system in response to the request; and the token retriever system is configured to: receive the account number; and display the account number for a predetermined period of time. receive the account number; and display the account number for a predetermined period of time.
A link usable in a conveyor belt of the type with articulated links, the link having a main link supporting member, of plastic material, more specifically a rigid or substantially rigid material such as acetalic resin, polyamide or the like, and a secondary or product engagement member, of elastically compliant material, preferably an elastomeric material, and in particular defining a product supporting member having a corresponding surface for supporting the product to be conveyed; the secondary or product engagement member has a main, transversely widened part, and a plurality of front longitudinal protrusions, and rear longitudinal protrusions; the longitudinal protrusions (114b, 114c) extend from the main transversal portion and are offset from each other along the longitudinal or feed direction; the longitudinal protrusions (114b, 114c) of the secondary or product engagement member are positioned, in the link, at similar front and rear longitudinal protrusions (112b, 112c) of the upper plate of the main link supporting member, which are also longitudinally offset from each other; the secondary or product engagement member being held to the main link supporting member by respective fastening means on the secondary or product engagement member and on the main link supporting member, respectively; said fastening means comprises a respective protruding means provided at the free end of a longitudinally protruding portion (114b, 114c) of the secondary or product engagement member; characterized in that the fastening means comprise, on the secondary or product engagement member, corresponding protruding means (18, 20, 22) adapted to be inserted into a respective socket (19, 21, 23) formed in the main link supporting member and defining corresponding perpendicular retaining undercut means for holding the secondary or product engagement member to the selfsame main link supporting member, and in that fastening means are provided which comprise the respective protruding means, extending outwardly relative to the peripheral edge of the secondary or product engagement member for insertion into a corresponding socket which is provided on the main link supporting member and which, in particular, is recessed relative to an internal edge delimiting a respective housing cavity for the secondary or product engagement member.
A modular signal interface system (10, 110, 210) for providing electrical communication with a surgical instrument when the surgical instrument is inserted into a cannula of a trocar, the system comprising: (a) a signal interface adapter (12, 112, 212) provided on, or adapted to be mounted on a trocar, the signal interface adapter having a central aperture (19, 219) extending therethrough and a proximal face (18, 118); and (b) an instrument connector (50, 150, 250) provided on, or adapted to be mounted on a shaft of the surgical instrument; characterized in that the proximal face has a plurality of conductive contacts (26A, 26B, 26C, 126A, 126B, 126C); the instrument connector has a central aperture (57, 257) extending therethrough and a distal face (56, 156) having a plurality of conductive contacts (27A, 27B, 60), the instrument connector is adapted for providing electrical communication between one or more of said contacts and the surgical instrument on which the instrument connector is provided or mounted; and the signal interface adapter and the instrument connector are adapted for mating engagement such that, when matingly engaged, said central apertures are axially aligned and predetermined ones of the plurality of contacts of the signal interface adapter are in conductive contact with predetermined ones of the plurality of contacts of the instrument connector. (a) a signal interface adapter (12, 112, 212) provided on, or adapted to be mounted on a trocar, the signal interface adapter having a central aperture (19, 219) extending therethrough and a proximal face (18, 118); and (b) an instrument connector (50, 150, 250) provided on, or adapted to be mounted on a shaft of the surgical instrument; characterized in that
System for the purification of recovered NMP from a lithium-ion battery production, comprising: - a first column for separating low-boiling impurities, which has a feed for the recovered NMP in its middle part and can be heated by supplying thermal energy via a first evaporator; and - a second column for separating high-boiling impurities, - a condenser for condensing the low-boiling impurities, which is coupled to a head of the first column wherein a connecting line is provided from a lower part of the first column to a lower part of the second column; wherein the second column can be heated by means of a second evaporator with an inlet and an outlet for purified NMP, and a compressor section is assigned to the second column, which runs from a head of the second column to the inlet of the second evaporator and includes a mechanical vapour compressor for inputting energy to the vapour of the second column, characterised in that a gas pendulum line is provided between the lower part of the first column and the lower part of the second column, and a vent line with a control valve is provided between the second evaporator and a middle section of the first column. - a first column for separating low-boiling impurities, which has a feed for the recovered NMP in its middle part and can be heated by supplying thermal energy via a first evaporator; and - a second column for separating high-boiling impurities, - a condenser for condensing the low-boiling impurities, which is coupled to a head of the first column wherein a connecting line is provided from a lower part of the first column to a lower part of the second column; wherein the second column can be heated by means of a second evaporator with an inlet and an outlet for purified NMP, and a compressor section is assigned to the second column, which runs from a head of the second column to the inlet of the second evaporator and includes a mechanical vapour compressor for inputting energy to the vapour of the second column, characterised in that a gas pendulum line is provided between the lower part of the first column and the lower part of the second column, and a vent line with a control valve is provided between the second evaporator and a middle section of the first column.
Assembly for an aircraft, said assembly having: - a pylon extending along a longitudinal direction and having a chassis and two side walls disposed on either side of the chassis, each provided with an aperture, - at least one reservoir (102a-b), which has fastening means and is intended to contain an extinguishing agent, - for each reservoir (102a-b), a support (111a-b) which has two support elements (110a-b), characterized in that each support (111a-b) is offset along the longitudinal direction with respect to said apertures, wherein each support element (110a-b) has an upwardly facing first bearing face against which the fastening means bear, wherein each support element (110a-b) has a proximal end at said apertures and a distal end on the opposite side to said apertures, wherein each proximal end is fastened to the chassis by at least one first fastening means which ensures removable fastening of said proximal end, wherein each distal end is mounted on the chassis rotatably about a horizontal axis of rotation perpendicular to the longitudinal direction, and wherein each support element (110a-b) can be moved between a use position, in which the associated first bearing face is horizontal, and a fitted position, in which the first bearing face is tilted downwards, - for each reservoir (102a-b) and for each support element (110a-b), fastening elements which fasten the fastening means of said reservoir (102a-b) to said support element (110a-b). - a pylon extending along a longitudinal direction and having a chassis and two side walls disposed on either side of the chassis, each provided with an aperture, - at least one reservoir (102a-b), which has fastening means and is intended to contain an extinguishing agent, - for each reservoir (102a-b), a support (111a-b) which has two support elements (110a-b), characterized in that each support (111a-b) is offset along the longitudinal direction with respect to said apertures, wherein each support element (110a-b) has an upwardly facing first bearing face against which the fastening means bear, wherein each support element (110a-b) has a proximal end at said apertures and a distal end on the opposite side to said apertures, wherein each proximal end is fastened to the chassis by at least one first fastening means which ensures removable fastening of said proximal end, wherein each distal end is mounted on the chassis rotatably about a horizontal axis of rotation perpendicular to the longitudinal direction, and wherein each support element (110a-b) can be moved between a use position, in which the associated first bearing face is horizontal, and a fitted position, in which the first bearing face is tilted downwards, - for each reservoir (102a-b) and for each support element (110a-b), fastening elements which fasten the fastening means of said reservoir (102a-b) to said support element (110a-b).
Strand-guiding rolling unit (33, 33a) for guiding a metal strand in a continuous casting machine, having a strand-guiding roller, which can be placed individually against the strand, a roller carrier (28, 28a), an adjusting device and a crosshead (32, 32a), wherein the individually placeable strand-guiding roller is connected to the roller carrier (28, 28a) and the adjusting device is connected at one end to the roller carrier (28, 28a) and at the other end to the crosshead (32, 32a), characterized in that the adjusting device is connected to the crosshead (32, 32a) or to the roller carrier (28, 28a) in a translationally and rotationally movable manner by means of at least one mounting.