mhurhangee/ep-ind-claims huggingface dataset:
An adjustable electromagnetic release comprising: an armature, a magnetic yoke, a push rod, a conductor, a blocking piece, an adjusting piece, a shaft, an adjusting screw, a bracket, an adjusting rod and a torsion spring, wherein the magnetic yoke is fixed on the bracket, the conductor passes through the bracket and the magnetic yoke and is mounted on the bracket; the shaft is mounted on the top of the bracket and is above the conductor, the shaft is rotatable about the bracket; the push rod is mounted on the shaft, the push rod rotates with the shaft about the bracket, the armature is fixed on the push rod, the armature and the magnetic yoke are spaced apart; two adjusting mechanisms are mounted on the shaft, the two adjusting mechanisms are mounted on both sides of the push rod, and between the push rod and the bracket, the torsion spring is surrounded on the shaft, the torsion spring is positioned within the adjusting mechanism, one pin (end part) of the torsion spring is connected to the armature, the two adjusting mechanisms contact with the push rod; the adjusting rod is provided with a plurality of adjusting surfaces, the two adjusting mechanisms contact with the adjusting surfaces, the adjusting rod is able to move along the longitudinal direction; the spring force of the torsion spring enables the push rod to rotate towards a direction which makes the armature and the magnetic yoke separate, when large current passes through the conductor, the armature and the magnetic yoke attract each other under the electromagnetic force, when the electromagnetic force is larger than the spring force, the push rod rotates towards a direction which makes the armature and the magnetic yoke close, the push rod strikes the release mechanism to release and cut off the circuit, the electromagnetic force disappears, the push rod resets under the spring force of the torsion spring.
A system for selectively displaying image data in a working machine (100, 500, 600), said working machine (100, 500, 600) comprising a movable unit (102, 104, 106, 108, 502, 504, 506, 602), which is movable in relation to a ground portion of said working machine (100, 500, 600), said working machine (100, 500, 600) further comprising an image capturing arrangement and a display adapted to display image data captured by said image capturing arrangement, said system comprising a position determination means, adapted to determine a position of said movable unit (102, 104, 106, 108, 502, 504, 506, 602), characterized in that said system further comprises a control unit configured to compare said position of said movable unit (102, 104, 106, 108, 502, 504, 506, 602) to a risk zone (200, 202) associated with a current environment of said working machine (100, 500, 600) and to issue a signal to said working machine (100, 500, 600) to display image data of said risk zone (200, 202) captured by said image capturing arrangement on said display, when said position of said movable unit (102, 104, 106, 108, 502, 504, 506, 602) is within said risk zone (200, 202), wherein said control unit further is configured to issue a signal to said working machine (100, 500, 600) not to display image data captured by said image capturing arrangement on said display, when said position of said movable unit (102, 104, 106, 108, 502, 504, 506, 602) is outside said risk zone (200, 202). said working machine (100, 500, 600) comprising a movable unit (102, 104, 106, 108, 502, 504, 506, 602), which is movable in relation to a ground portion of said working machine (100, 500, 600), said working machine (100, 500, 600) further comprising an image capturing arrangement and a display adapted to display image data captured by said image capturing arrangement, said system comprising a position determination means, adapted to determine a position of said movable unit (102, 104, 106, 108, 502, 504, 506, 602), characterized in that said system further comprises a control unit configured to compare said position of said movable unit (102, 104, 106, 108, 502, 504, 506, 602) to a risk zone (200, 202) associated with a current environment of said working machine (100, 500, 600) and to issue a signal to said working machine (100, 500, 600) to display image data of said risk zone (200, 202) captured by said image capturing arrangement on said display, when said position of said movable unit (102, 104, 106, 108, 502, 504, 506, 602) is within said risk zone (200, 202), wherein said control unit further is configured to issue a signal to said working machine (100, 500, 600) not to display image data captured by said image capturing arrangement on said display, when said position of said movable unit (102, 104, 106, 108, 502, 504, 506, 602) is outside said risk zone (200, 202).
An air sanitation device for a refrigerator, comprising: a housing; an air channel located in the housing, and comprising an air inlet and an air outlet; a fan located in the air channel, to force air to enter the air channel from the air inlet, and then be discharged out of the air channel from the air outlet; and an air detection device comprising a gas sensor fixed to a circuit board, wherein the air channel is configured to enable air to flow along a side of the circuit board to which the gas sensor is fixed, and a direction that an inlet of the fan faces is opposite to a direction in which the gas sensor protrudes from the circuit board, the inlet of the fan is open downward, and the housing comprises an upper wall, a lower wall, and a side wall, characterized in that the side wall comprises an oblique portion inclined downward, the air inlet is located on the oblique portion, and the air detection device is located between the air inlet and the inlet of the fan. a housing; an air channel located in the housing, and comprising an air inlet and an air outlet; a fan located in the air channel, to force air to enter the air channel from the air inlet, and then be discharged out of the air channel from the air outlet; and an air detection device comprising a gas sensor fixed to a circuit board, wherein the air channel is configured to enable air to flow along a side of the circuit board to which the gas sensor is fixed, and a direction that an inlet of the fan faces is opposite to a direction in which the gas sensor protrudes from the circuit board, the inlet of the fan is open downward, and the housing comprises an upper wall, a lower wall, and a side wall,
A method for producing a cutting and/or punching and/or grooving tool, comprising a carrier plate for accommodating at least one line (14, 16) from the group of the cutting and/or scoring and/or grooving lines, characterized in that the carrier plate of the cutting and/or punching and/or grooving tool and at least one plastic or elastomer strip to be arranged on the carrier plate are produced by means of a generative manufacturing method, wherein multiple plastic or elastomer strips have different degrees of hardness in relation to each other and/or one plastic or elastomer strip has different degrees of hardness within the individual strip.
A die casting apparatus for manufacturing metal parts, comprising: an upper die and a lower die providing a mold cavity therebetween, each of said dies (12, 14) presenting a forming surface (16, 18), at least one of said dies (12, 14) including at least one insert and at least one sub-insert (24, 26) each presenting a portion of said forming surface (16, 18) of the respective die (12, 14) in which the at least one insert and at least one sub-insert (24, 26) are disposed, said at least one insert and said at least one sub-insert (24, 26) being removable from said dies (12, 14) and replaceable. an upper die and a lower die providing a mold cavity therebetween, each of said dies (12, 14) presenting a forming surface (16, 18), at least one of said dies (12, 14) including at least one insert and at least one sub-insert (24, 26) each presenting a portion of said forming surface (16, 18) of the respective die (12, 14) in which the at least one insert and at least one sub-insert (24, 26) are disposed, said at least one insert and said at least one sub-insert (24, 26) being removable from said dies (12, 14) and replaceable.
A method for separating hexafluoropropylene oxide from hexafluoropropylene, which comprises subjecting a mixture including hexafluoropropylene oxide and hexafluoropropylene to an extractive distillation operation using, as a solvent, at least one saturated fluorine-containing compound selected from 1,1,1,3,3-pentafluoropropane, 1,1,1,3,3-pentafluorobutane, 1,1,1,2,2,3,4,5,5,5-decafluoropentane, and 1,1,2,2,3,3,4-heptafluorocyclopentane, thereby separating into a first fraction including hexafluoropropylene oxide and a second fraction including hexafluoropropylene and the solvent.
A method for applying a protective coating on a flat steel product, wherein the protective coating is produced by guiding the flat steel product having a strip entry temperature in the range between 400 and 490 degrees Celsius through a molten zinc alloy bath, wherein the molten zinc alloy bath has a bath temperature in the range from 400 to 480 degrees Celsius and has an aluminum content and a magnesium content, wherein the molten zinc alloy bath has the following composition: - the aluminum content lies in the range between 2.0 and 2.9 weight percent; - the magnesium content lies in the range between 1.5 and 2.4 weight percent; - the aluminum content in weight percent is greater than the magnesium content in weight percent; - the ratio of the magnesium content in weight percent to the sum of the aluminum content in weight percent and the magnesium content in weight percent lies in the range between 0.34 to 0.40; and - the remainder of the molten zinc alloy bath are zinc and unavoidable impurities, wherein a solidification process on the flat steel product is controlled in an apparatus applying control technology using nozzles, wherein in the molten zinc alloy bath before the solidification of the ternary eutectic a solid content results, which lies in the range between 0.4 and 0.6 molar fraction of the solid content of the molten zinc alloy bath, and wherein a cooling rate is adjusted for solidifying the composition of the molten zinc alloy in a solidification process on the flat steel product with which a Mg 2 Zn 11 -phase is excluded. - the aluminum content lies in the range between 2.0 and 2.9 weight percent; - the magnesium content lies in the range between 1.5 and 2.4 weight percent; - the aluminum content in weight percent is greater than the magnesium content in weight percent; - the ratio of the magnesium content in weight percent to the sum of the aluminum content in weight percent and the magnesium content in weight percent lies in the range between 0.34 to 0.40; and - the remainder of the molten zinc alloy bath are zinc and unavoidable impurities,
Assembly, comprising at least two train cars (1, 3) which are coupled with each other, wherein at least one train car (1, 3) is provided with at least one connection arrangement for electrically contacting one end (21, 23) of at least one flexible cable, the at least one connection arrangement comprising at least one connection element being fixated to the corresponding train car (1, 3), wherein at least one flexible cable is electrically connected to the at least one connection arrangement and extends at least towards the other train car (1, 3), wherein at least one of the train cars (1, 3) is provided with at least one cable holder arrangement which holds the at least one flexible cable in a slidable manner, wherein the at least one cable holder arrangement comprises at least one holding member comprising at least one guiding opening for receiving the at least one flexible cable at least in parts, the holding member providing a cage- or frame-like structure which is formed by two side walls which are arranged opposite to each other and a top wall which interconnects the two side walls, and wherein the at least one cable holder arrangement comprises at least one sliding collar fixated on the flexible cable, characterized in that the flexible cable with the sliding collar extends through the guiding opening of the holding member such that the sliding collar is arranged inside the holding member, wherein the at least one flexible cable with the sliding collar is held by the at least one holding member such that a vertical movement is prevented but a horizontal movement at least partially allowed.
A method to detect access authorization for a service during an audit, the method comprising, at a media device that is operable to communicate the service to a media presentation device: operating the media device such that the service is presented on a display of the media presentation device; receiving an audit trigger during presentation of the service on the display, the audit trigger being received from a security device operated by the auditor performing the audit; wherein the security device is a key fob or token-secured device that is physically coupled to the media device by the auditor performing the audit, and the audit trigger is communicated from the key fob or token-secured device to the media device; determining, in response to receiving the audit trigger, whether the media device is authorized to communicate the service to the media presentation device; generating a security watermark in response to determining that the media device is, or is not, authorized to communicate the service to the media presentation device; and communicating the security watermark from the media device to the media presentation device; wherein the security watermark is displayed on the display of the media presentation device, and wherein the presence or absence of the security watermark on the display indicates authorization to access the service to an auditor performing the audit. operating the media device such that the service is presented on a display of the media presentation device; receiving an audit trigger during presentation of the service on the display, the audit trigger being received from a security device operated by the auditor performing the audit; wherein the security device is a key fob or token-secured device that is physically coupled to the media device by the auditor performing the audit, and the audit trigger is communicated from the key fob or token-secured device to the media device; determining, in response to receiving the audit trigger, whether the media device is authorized to communicate the service to the media presentation device; generating a security watermark in response to determining that the media device is, or is not, authorized to communicate the service to the media presentation device; and communicating the security watermark from the media device to the media presentation device; wherein the security watermark is displayed on the display of the media presentation device, and wherein the presence or absence of the security watermark on the display indicates authorization to access the service to an auditor performing the audit.
A room divider for dividing at least a portion of a room into two sub-portions (R1, R2) and for attenuating sound (S1, S2) travelling between the two sub-portions (R1, R2), the room divider comprising a plurality of hollow cylindrical elements (110, 210, 310, 410, 510, 610, 710) arranged periodically for dividing said portion of the room into said two sub-portions, wherein each hollow cylindrical element (110, 210, 310, 410, 510, 610, 710) has a cylindrical shell comprising a slit that extends in an axial direction of the cylindrical shell, the cylindrical shell extending continuously along the perimeter of the hollow cylindrical element (110, 210, 310, 410, 510, 610, 710) from one side of the slit to another side of the slit, and the slit facing in a local elongation direction of the room divider, characterized in that the room divider further comprises a light source arranged to emit light out of at least one of the hollow cylindrical elements (110, 210, 310, 410, 510, 610,710).
A method for cleaving adapter dimers produced in a ligation reaction, comprising: (a) ligating a T-tailed double-stranded adapter to A-tailed double-stranded fragments of nucleic acid to produce ligation products that comprise: (i) adapter-ligated double-stranded nucleic acid fragments and (ii) double-stranded adapter dimers that comprise a T:T mismatch at the ligation junction; and (b) cleaving both strands of the adapter dimers using EndoMS. (a) ligating a T-tailed double-stranded adapter to A-tailed double-stranded fragments of nucleic acid to produce ligation products that comprise: (i) adapter-ligated double-stranded nucleic acid fragments and (ii) double-stranded adapter dimers that comprise a T:T mismatch at the ligation junction; and (b) cleaving both strands of the adapter dimers using EndoMS.
Method for casting a cast piece (Z1, Z2) made of molten metal provided with at least one through-opening, comprising the following steps: a) Provision of a casting mould in which at least one casting core is present to represent the through opening (01, 02), wherein the casting core consists of a moulding material comprising a binder which material disintegrates under the effect of force or temperature, b) Pouring of the molten metal into the casting mould to form the cast piece (Z1, Z2), c) Cooling of the cast piece (Z1, Z2) in the casting mould to a temperature, which is below the liquidus temperature of the molten metal, but above a minimum temperature, from which minimum temperature accelerated cooling effects the formation of a high-tensile structure, d) Formation of a through-channel (G1, G2) leading through the through-opening (01,02) of the cast piece (Z1, Z2), which in each case opens on to an external side of the casting mould, by burning the binder in the moulding material out of the casting core representing the through-opening (01, 02) by means of the heat input into the casting mould when pouring the molten metal into said casting mould, or by mechanically destroying, at least in part, the respective casting core representing the through-opening (01, 02) and the regions of the casting mould arranged in the extension (V1, V2) of said core, e) Cooling of the cast piece (Z1, Z2) in the casting mould whilst a cooling medium (M1, M2) flows through the through-channel (G1, G2). a) Provision of a casting mould in which at least one casting core is present to represent the through opening (01, 02), wherein the casting core consists of a moulding material comprising a binder which material disintegrates under the effect of force or temperature, b) Pouring of the molten metal into the casting mould to form the cast piece (Z1, Z2), c) Cooling of the cast piece (Z1, Z2) in the casting mould to a temperature, which is below the liquidus temperature of the molten metal, but above a minimum temperature, from which minimum temperature accelerated cooling effects the formation of a high-tensile structure, d) Formation of a through-channel (G1, G2) leading through the through-opening (01,02) of the cast piece (Z1, Z2), which in each case opens on to an external side of the casting mould, by burning the binder in the moulding material out of the casting core representing the through-opening (01, 02) by means of the heat input into the casting mould when pouring the molten metal into said casting mould, or by mechanically destroying, at least in part, the respective casting core representing the through-opening (01, 02) and the regions of the casting mould arranged in the extension (V1, V2) of said core, e) Cooling of the cast piece (Z1, Z2) in the casting mould whilst a cooling medium (M1, M2) flows through the through-channel (G1, G2).
System comprising an introduction assembly and comprising an articulated probe, the introduction assembly comprises a feeding mechanism having at least one actuator (46, 48) for controlling the articulated probe; and the articulated probe includes an inner core and an outer sleeve provided outside the inner core, the inner core having a plurality of inner links, the outer sleeve having a plurality of outer links and a plurality of distal outer links; characterised in that the introduction assembly further comprises an introduction device having a proximal end fixed in a positional relationship to the feeding mechanism and an exit opening at a distal end, wherein the introduction device is configured to receive the articulated probe and provide a supporting force to the articulated probe, and wherein the outer links each have an outwardly extending flange, the flange is configured to control the pivot angle of the outer links relative to one another, the distal outer links are larger in diameter than the exit opening of the introduction device such that a proximal side of one of the distal outer links can contact the distal end of the introduction device.
Rotary fluid distributor for a treatment device for treating the interior of preforms made of thermoplastic material by injection of treatment gas, comprising a carousel mounted so as to be able to rotate about a central axis on a fixed base, the carousel carrying holding members for holding preforms, and injection tubes which are carried on the carousel corresponding to each holding member, said distributor comprising: -- an internal stator which is intended to be mounted fixed with respect to a base, the stator comprising a treatment gas supply pipe; -- an external rotor which is mounted so as to be able to rotate around the stator about a central axis and which comprises at least one treatment port passing radially through the rotor, said treatment port being intended to be connected to at least one injection tube for injecting treatment gas into a preform, the treatment port travelling along a circular path about the central axis; -- a distribution chamber interposed radially between the stator and the rotor, the distribution chamber being supplied with treatment gas by the supply pipe, and the treatment port opening into the distribution chamber over at least a first angular sector of its circular path, referred to as "active angular sector (72-ON)"; characterized in that the stator comprises a fixed shut-off face which shuts off each treatment port over a second angular sector of their circular path, referred to as "inactive angular sector (72-OFF)". -- an internal stator which is intended to be mounted fixed with respect to a base, the stator comprising a treatment gas supply pipe; -- an external rotor which is mounted so as to be able to rotate around the stator about a central axis and which comprises at least one treatment port passing radially through the rotor, said treatment port being intended to be connected to at least one injection tube for injecting treatment gas into a preform, the treatment port travelling along a circular path about the central axis; -- a distribution chamber interposed radially between the stator and the rotor, the distribution chamber being supplied with treatment gas by the supply pipe, and the treatment port opening into the distribution chamber over at least a first angular sector of its circular path, referred to as "active angular sector (72-ON)";