mhurhangee/ep-ind-claims huggingface dataset:
Hose lifter comprising a lifting hose which has a hose interior and can be shortened by applying negative pressure to the hose interior, and comprising a suction gripping device which is arranged on one end of the lifting hose and can be supplied with negative pressure through the hose interior in order to suction and lift an object, and comprising an operating device which has a suction connection for flow connection with the suction gripping device, a lifting hose connection for flow connection with the hose interior of the lifting hose, and a valve device for controlling flow connections and a manually operable operating element, characterized by a holding device for fixing the operating device together with the suction gripping device and the lifting hose in the shortened collapsed state of the lifting hose in order to prevent unwanted falling, the holding device having two holding points which are opposite one another with respect to the lifting hose and the operating device and on which a load-bearing element of the holding device can act in order to fix the operating device together with the suction gripping device and the lifting hose, a dimensionally stable locking member being provided which is in loadable connection with the load-bearing element and which is designed and arrangeable in such a way that it can form a load-bearing, releasable fixing connection with both holding points at the same time, and in that the locking member has two coupling regions (36, 38) for this purpose, which are arranged such that they can form the releasable fixing connection with the mutually opposite holding points. and comprising an operating device which has a suction connection for flow connection with the suction gripping device, a lifting hose connection for flow connection with the hose interior of the lifting hose, and a valve device for controlling flow connections and a manually operable operating element, characterized by a holding device for fixing the operating device together with the suction gripping device and the lifting hose in the shortened collapsed state of the lifting hose in order to prevent unwanted falling, the holding device having two holding points which are opposite one another with respect to the lifting hose and the operating device and on which a load-bearing element of the holding device can act in order to fix the operating device together with the suction gripping device and the lifting hose, a dimensionally stable locking member being provided which is in loadable connection with the load-bearing element and which is designed and arrangeable in such a way that it can form a load-bearing, releasable fixing connection with both holding points at the same time, and in that the locking member has two coupling regions (36, 38) for this purpose, which are arranged such that they can form the releasable fixing connection with the mutually opposite holding points.
System consisting of a first plug-in connector housing and a second plug-in connector housing and a locking device which is pivotably mounted on the first plug-in connector housing via bearing pins and consists of a rear wall and side parts (3, 3') integrally formed on the rear wall, wherein the locking device has a U-shaped cross section, wherein the locking device can be locked to locking pins on the second plug-in connector housing, as a result of which the first plug-in connector housing and the second plug-in connector housing are locked to each other, wherein the bearing pins and the locking pins have a cylindrical basic shape with a prismatic contour (10, 10') integrally formed on the cylindrical basic shape, wherein the side parts (3, 3') each have a bearing receptacle (4, 4'), which bearing receptacles engage over the bearing pins of the first plug-in connector housing, so that the locking device is pivotably mounted on the plug-in connector housing, wherein the locking device, in the region of the respective bearing receptacle, has an embossed portion directed to the first plug-in connector housing, characterized in that the embossed portion of the locking device is supported on the contour of the bearing pin in the locked state such that the locking device is merely in physical contact with the locking pins, the bearing pins and, via the embossed portion and the prismatic contour of the bearing pins, with the plug-in connector housings (6, 7), and such that, owing to the shape of the contours (10, 10') and the associated embossed portions (11, 11'), the locking device is kept in its position in the closed state. wherein the locking device can be locked to locking pins on the second plug-in connector housing, as a result of which the first plug-in connector housing and the second plug-in connector housing are locked to each other, wherein the bearing pins and the locking pins have a cylindrical basic shape with a prismatic contour (10, 10') integrally formed on the cylindrical basic shape, wherein the side parts (3, 3') each have a bearing receptacle (4, 4'), which bearing receptacles engage over the bearing pins of the first plug-in connector housing, so that the locking device is pivotably mounted on the plug-in connector housing, wherein the locking device, in the region of the respective bearing receptacle, has an embossed portion directed to the first plug-in connector housing, characterized in that the embossed portion of the locking device is supported on the contour of the bearing pin in the locked state such that the locking device is merely in physical contact with the locking pins, the bearing pins and, via the embossed portion and the prismatic contour of the bearing pins, with the plug-in connector housings (6, 7), and such that, owing to the shape of the contours (10, 10') and the associated embossed portions (11, 11'), the locking device is kept in its position in the closed state.
A disk brake having a cylinder slidably accommodating a piston that presses a brake pad against a disk, said cylinder comprising a plate-shaped cover member constituting a bottom of said cylinder and a cylinder body having an opening that is closed with said cover member, said cover member being joined to said cylinder body by friction stir welding to close said opening, wherein the cover member can be fitted to the cylinder body reversely in terms of an obverse-reverse orientation, wherein said cover member has a projection on one side thereof having a circular sectional configuration, and wherein said cover member is joined to said cylinder body with said projection of said one side facing said inside of said cylinder, characterized in that said cover member has a blind hole on the other side thereof having a circular sectional configuration, in that the blind hole is sized so as to be contained inside an inner circumferential edge of a circumference defined by weld beads formed by a welding tool during the friction stir welding between the cover member and the cylinder body, and in that said blind hole has a diameter smaller than a diameter of said projection.
Lock comprising a lock housing in which are accommodated: - a first follower, - at least one coupling member (16, 17), which by means of the first follower is movable between a locked and an unlocked position for actuation of a lock bolt, - a second follower, - a blocking element, which by means of the second follower is movable between a blocking position, in which the coupling member (16, 17) is blocked in its locked position, and a release position, in which the coupling member (16, 17) is movable at least from the locked into the unlocked position, and - a latching member, which is arranged to allow latching of the blocking element in its blocking position, wherein the second follower and the blocking element are accommodated in an encapsulated modular unit which is fitted as an integrated unit in the lock housing, characterized in that the latching member is accommodated in the encapsulated modular unit and in that the coupling member (16, 17) is provided with a blocking projection (16a, 17a) which is accommodated and rectilinearly displaceable in a slot (38b, 38a) of the modular unit. - a first follower, - at least one coupling member (16, 17), which by means of the first follower is movable between a locked and an unlocked position for actuation of a lock bolt, - a second follower, - a blocking element, which by means of the second follower is movable between a blocking position, in which the coupling member (16, 17) is blocked in its locked position, and a release position, in which the coupling member (16, 17) is movable at least from the locked into the unlocked position, and - a latching member, which is arranged to allow latching of the blocking element in its blocking position,
Arrangement for installation into a pipeline of a fluid network, comprising an exchangeable functional unit and a connection housing with an inlet, an outlet, and a connection opening for connection of the functional unit, the connection housing having a rotatably arranged core piece whose rotation makes it possible for the throughflow of the fluid through the connection housing to be blocked and/or released, the core piece having a receptacle for connection of the functional unit, the receptacle and the connection opening being oriented in the same direction, the functional unit being connected to the receptacle, and the rotation of the core piece being realized by the rotation of the functional unit connected to the receptacle, and the rotation of the functional unit making it possible for the throughflow through the connection housing and the core piece to be released and/or blocked, characterized in that the core piece is rotatably fixed to the connection housing by a holder, the functional unit and the holder have means for establishing a mechanically releasable connection between the functional unit and the holder, and the functional unit is able to be locked to the holder in at least one rotational position. an exchangeable functional unit and a connection housing with an inlet,
A method performed by one or more processors for monitoring, diagnosing and optimizing operation of a gas lift system that comprises: collecting measured data representative of a state of a GL system within a well, and further storing the measured data; comparing the measured data to calculated data generated by a model of the well; identifying one or more likely conditions of the GL system based at least in part on mismatches between the measured data and the calculated data; updating the well model to reflect the one or more likely conditions and one or more selected corrections to the one or more likely conditions; generating a plurality of GL system performance curves using the updated well model; presenting to a user, via a display, one or more actions recommended to achieve a GL system performance consistent with a GL system operating point on at least one of the plurality of GL system performance curves; accepting a user selection of one of the displayed one or more recommended actions calculated to produce the GL system performance consistent with the GL system operating point; and commanding a choke setting of the GL system in response to the accepting of the user selection. collecting measured data representative of a state of a GL system within a well, and further storing the measured data; comparing the measured data to calculated data generated by a model of the well; identifying one or more likely conditions of the GL system based at least in part on mismatches between the measured data and the calculated data; updating the well model to reflect the one or more likely conditions and one or more selected corrections to the one or more likely conditions; generating a plurality of GL system performance curves using the updated well model; presenting to a user, via a display, one or more actions recommended to achieve a GL system performance consistent with a GL system operating point on at least one of the plurality of GL system performance curves; accepting a user selection of one of the displayed one or more recommended actions calculated to produce the GL system performance consistent with the GL system operating point; and commanding a choke setting of the GL system in response to the accepting of the user selection.
Apparatus for use with a reaction cell having a first electrode and a second electrode, the apparatus comprising a voltage source providing a controllable voltage to the first electrode; a voltage sensor sensing voltage provided to the first electrode; an amplifier; and switch means (132, 133, 134) switchable between first and second positions, said switch means in said first position disposing the amplifier to output a voltage indicative of the current through the reaction cell, said switch means in said second position disposing the amplifier to output a voltage indicative of the voltage at the second electrode characterised in that the switch means comprises first, second and third switches, the first switch connecting the second electrode and an inverting input of the amplifier, the second switch connecting the second electrode and a non-inverting input of the amplifier, and the third switch connecting the non-inverting input of the amplifier and a reference voltage, wherein the first position is defined by the first and third switches (132, 134) being closed and the second switch being open, and the second position is defined by the first and third switches (132, 134) being open and the second switch being closed.
Axle receiving arrangement for fixing to an axle, said axle receiving arrangement comprising components (12, 14, 16) that can move in opposite directions and in each case move in the direction of an axle that is received by the axle receiving arrangement, wherein the components (12, 14, 16) that can move in opposite directions are part of a tensioning side or compressing side of the axle receiving arrangement, characterised in that - the axle receiving arrangement has at least two components (14, 16) that can be combined with one another on the tensioning side and/or on the compressing side, of which one is the component which is close to the axle, and in the case of fixing the axle receiving arrangement to the axle, participates in a positive-locking and non-positive-locking fixing of the axle by means of the axle receiving arrangement and of which the other is the component which is remote from the axle and ensures the movability in the direction of the axle that is received by the axle receiving arrangement and - the tensioning-side or compressing-side components (14, 16) that can be combined with one another enclose a gap in the combined state. - the axle receiving arrangement has at least two components (14, 16) that can be combined with one another on the tensioning side and/or on the compressing side, of which one is the component which is close to the axle, and in the case of fixing the axle receiving arrangement to the axle, participates in a positive-locking and non-positive-locking fixing of the axle by means of the axle receiving arrangement and of which the other is the component which is remote from the axle and ensures the movability in the direction of the axle that is received by the axle receiving arrangement and - the tensioning-side or compressing-side components (14, 16) that can be combined with one another enclose a gap in the combined state.
Infrared heating unit with a furnace, comprising a housing that accommodates a process space, and a heating facility, the heating facility is formed by at least one heating substrate defining a contact surface that is in contact with a conductor track that is made of a resistor material that is electrically conductive and generates heat when current flows through it, whereby the heating substrate forms at least a part of the furnace lining (3.1, 3.2, 3.3), characterised in that the process space is bordered, at least in part, by a furnace lining made of quartz glass, wherein the contact surface is covered, at least in part, by a cover layer made of porous quartz glass and wherein the heating substrate • consists of doped quartz glass, into which an additional component that absorbs in the infrared spectral range is embedded. • consists of doped quartz glass, into which an additional component that absorbs in the infrared spectral range is embedded.
An air supply system comprising: a conduit for channeling a flow of air therethrough, wherein the flow of air has microorganisms entrained therein; and an anti-microbial filter in flow communication with the flow of air, wherein the anti-microbial filter comprises a plurality of atomically sharp surface features for non-selective lysing of at least some of the microorganisms that contact the anti-microbial filter, and wherein each atomically sharp surface feature includes a point or a plurality of points and/or a spike or a plurality of spikes, and wherein the anti-microbial filter further comprises a first filtration surface and a second filtration surface spaced from each other to define an airflow path therebetween, wherein each atomically sharp surface feature comprises at least one atomically sharp edge, the first and second filtration surfaces (160, 164) being oriented such that the at least one atomically sharp edge is oriented obliquely or perpendicularly relative to an airflow direction of the flow of air. a conduit for channeling a flow of air therethrough, wherein the flow of air has microorganisms entrained therein; and an anti-microbial filter in flow communication with the flow of air, wherein the anti-microbial filter comprises a plurality of atomically sharp surface features for non-selective lysing of at least some of the microorganisms that contact the anti-microbial filter, and wherein each atomically sharp surface feature includes a point or a plurality of points and/or a spike or a plurality of spikes, and wherein the anti-microbial filter further comprises a first filtration surface and a second filtration surface spaced from each other to define an airflow path therebetween, wherein each atomically sharp surface feature comprises at least one atomically sharp edge, the first and second filtration surfaces (160, 164) being oriented such that the at least one atomically sharp edge is oriented obliquely or perpendicularly relative to an airflow direction of the flow of air.
A heat shield comprising, a first layer comprising a first material; a second layer radially outward of the first layer comprising a second material; at least one post or at least one support extending between the first layer and the second layer; an air pocket between a radially outer surface of the first layer and a radially inner surface of the second layer; and a third layer radially outward of the second layer comprising a third material. a first layer comprising a first material; a second layer radially outward of the first layer comprising a second material; at least one post or at least one support extending between the first layer and the second layer; an air pocket between a radially outer surface of the first layer and a radially inner surface of the second layer; and a third layer radially outward of the second layer comprising a third material.
Packing column, having at least one treatment chamber, at least one grid (23, 34), a plurality of supports (1, 35) and at least one packing (36, 37) through which a flow can pass vertically, the at least one packing resting on the at least one grid (23, 34), and the at least one grid (23, 34) resting on the supports (1, 35), the respective support having a supporting profile, with: - a web section running in the vertical direction which has a first, lower end and a second, upper end, the web section having only one strut and having in particular a greater vertical extent than horizontal extent, - a foot section of a first width, the foot section adjoining the first end of the web section, - a head section, which adjoins the second end of the web section, the head section having an upper side of a second width, and the head section having an underside of a third width, characterized in that the head section has a trapezoidal cross section, the second width being less than the third width, and the head section having two sides, converging from the bottom upward in the vertical direction which connect the underside to the upper side of the head section. - a web section running in the vertical direction which has a first, lower end and a second, upper end, the web section having only one strut and having in particular a greater vertical extent than horizontal extent, - a foot section of a first width, the foot section adjoining the first end of the web section, - a head section, which adjoins the second end of the web section, the head section having an upper side of a second width, and the head section having an underside of a third width,
A method performed by a stylus to improve synchronization of stylus transmission, comprising: receiving by wireless transmission, a first signal transmitted by a digitizer system, wherein the first signal is configured to define a detection period during which a second signal may be detected by the digitizer system, wherein the second signal is transmitted with the stylus by wireless transmission; detecting a timing of receiving the first signal; detecting a first delay in the receiving due to amplification associated with the receiving; defining timing to transmit the second signal based on the timing of receiving the first signal and the first delay; and transmitting the second signal at the defined timing, wherein the first delay is detected by the stylus that is receiving the first signal and transmitting the second signal; characterised by the first delay is detected based on: generating a test signal in the stylus; transmitting the test signal via tethered connection to a wireless receiving circuit of the stylus; and detecting a delay in receiving the test signal, wherein the first delay is defined as the delay in receiving the test signal; wherein the test signal is transmitted to the wireless receiving circuit via a calibrating capacitor and wherein the calibrating capacitor is selected together with the test signal to mimic the first signal. receiving by wireless transmission, a first signal transmitted by a digitizer system, wherein the first signal is configured to define a detection period during which a second signal may be detected by the digitizer system, wherein the second signal is transmitted with the stylus by wireless transmission; detecting a timing of receiving the first signal; detecting a first delay in the receiving due to amplification associated with the receiving; defining timing to transmit the second signal based on the timing of receiving the first signal and the first delay; and transmitting the second signal at the defined timing, wherein the first delay is detected by the stylus that is receiving the first signal and transmitting the second signal; characterised by the first delay is detected based on: generating a test signal in the stylus; transmitting the test signal via tethered connection to a wireless receiving circuit of the stylus; and detecting a delay in receiving the test signal, wherein the first delay is defined as the delay in receiving the test signal; wherein the test signal is transmitted to the wireless receiving circuit via a calibrating capacitor and wherein the calibrating capacitor is selected together with the test signal to mimic the first signal. generating a test signal in the stylus; transmitting the test signal via tethered connection to a wireless receiving circuit of the stylus; and detecting a delay in receiving the test signal, wherein the first delay is defined as the delay in receiving the test signal; wherein the test signal is transmitted to the wireless receiving circuit via a calibrating capacitor and wherein the calibrating capacitor is selected together with the test signal to mimic the first signal.