mhurhangee/ep-ind-claims huggingface dataset:
Emergency case having a first case shell and a second case shell and having a first handling device on the first case shell, which is able to be brought from a rest position into a closed position and vice versa, and having a second handling device on the second case shell, which is likewise able to be brought from a rest position into a closed position and vice versa, wherein, in the given rest position of both handling devices (90a, 90b), the emergency case is open, and wherein, in the closed position of the first handling device, the first handling device engages by way of a rear-engagement element behind a body formed on the second case shell, and wherein, in the closed position of the second handling device, the second handling device engages by way of a rear-engagement element behind a body formed on the first case shell, characterized in that each handling device (90a, 90b) is rotatable.
A ball joint assembly comprising: a housing at least partially defining a cavity; a ball stud including a head portion positioned within the cavity and a shaft extending from the head portion; a ball race positioned within the cavity, the ball race positioned about at least a portion of the head portion of the ball stud; a solid friction coating applied to at least one of an inner surface of the ball race and an outer surface of the head portion of the ball stud; and a piston positioned within the cavity, the piston configured to seal an opening at a first end of the housing, wherein at least one gap is defined between one or more of the following: an upper portion of the ball race and an inner surface of the piston and a lower portion of the ball race and an inner surface of the housing, characterized in that the piston is configured to engage at least a portion of the ball race by conical engagement surfaces of the piston and the ball race; and a central axis of the housing is defined between the first end of the housing and an opposing second end of the housing, the central axis extending through a centerline of the ball joint and parallel to an outer surface of the piston, an angle A2 between the inner surface of the housing and the central axis is between 8 degrees and 15 degrees, an angle B2 between the outer surface of the lower portion of the ball race and the central axis is between 8 degrees and 15 degrees, and second gap between the outer surface of the lower portion of the ball race and the inner surface of the housing is defined as the difference between the angles B2 and A2. a housing at least partially defining a cavity; a ball stud including a head portion positioned within the cavity and a shaft extending from the head portion; a ball race positioned within the cavity, the ball race positioned about at least a portion of the head portion of the ball stud; a solid friction coating applied to at least one of an inner surface of the ball race and an outer surface of the head portion of the ball stud; and a piston positioned within the cavity, the piston configured to seal an opening at a first end of the housing, wherein at least one gap is defined between one or more of the following: an upper portion of the ball race and an inner surface of the piston and a lower portion of the ball race and an inner surface of the housing, characterized in that the piston is configured to engage at least a portion of the ball race by conical engagement surfaces of the piston and the ball race; and a central axis of the housing is defined between the first end of the housing and an opposing second end of the housing, the central axis extending through a centerline of the ball joint and parallel to an outer surface of the piston, an angle A2 between the inner surface of the housing and the central axis is between 8 degrees and 15 degrees, an angle B2 between the outer surface of the lower portion of the ball race and the central axis is between 8 degrees and 15 degrees, and second gap between the outer surface of the lower portion of the ball race and the inner surface of the housing is defined as the difference between the angles B2 and A2.
A seatback-motion controller for a vehicle seat including a seat base formed to include a pin-receiving slot and a cam-contact surface and a seat back mounted for forward and rearward pivotable movement about a seat-back pivot axis relative to the seat base between an upright use position and a forward-leaning easy-entry position, the seatback-motion controller comprising a foundation adapted to be coupled to the seat back to pivot therewith relative to the seat base about the seat-back pivot axis, a seat-back lock coupled to the foundation to move therewith during pivoting movement of the seat back about the seat-back pivot axis relative to the seat base, the seat-back lock including a latch having a motion-blocking latch pin and a swing arm coupled to the motion-blocking latch pin and arranged to pivot relative to the foundation about a latch pivot axis to move the motion-blocking latch pin relative to the foundation between a locked position located in the pin-receiving slot formed in the seat base to block pivotable movement of the seat back relative to the seat base in a counterclockwise direction from the upright use position to the forward-leaning easy-entry position and a withdrawn position located outside of the pin-receiving slot to disable the seat-back lock and free the seat back for pivotable movement from the upright use position to the forward-leaning easy-entry position, and a seat-back release manager including a cam-pivot post coupled to the foundation to move therewith and a friction cam mounted on the cam-pivot post for pivotable movement between an engaged position establishing frictional contact with the cam-contact surface included in the seat base to block pivotable movement of the seat back from the upright use position to the forward-leaning easy-entry position even when the motion-blocking latch pin is in the withdrawn position and a disengaged position disengaging the cam-contact surface included in the seat base to free the seat back for pivotable movement from the upright use position to the forward-leaning easy-entry position.
A system for producing and executing functional tests on equipment in a server cluster network, comprising at least one processor, storage means, a command line interface stored in the storage means and executable by the processor, as well as a software platform consisting of a plurality of functional modules (18, 20) stored in the storage means and executable by the processor, wherein: - the software platform comprises a functional module for producing a file of functional test commands for the command line interface and an associated interface (UI 18) dedicated to entering these functional test commands in at least one executable block of the command file, - the software platform comprises a functional module for executing the command file, designed to activate the command line interface and to execute therein said at least one executable block of the command file, characterized in that: - the interface (UI 18) associated with the functional module for producing the command file is additionally dedicated to entering descriptors of the functional test commands in at least one descriptive block of the command file and to identifying said at least one descriptive block in the command file as being different from said at least one executable block, and - the functional module for executing the command file is designed not to execute said at least one descriptive block of the command file in the command line interface. - the software platform comprises a functional module for producing a file of functional test commands for the command line interface and an associated interface (UI 18) dedicated to entering these functional test commands in at least one executable block of the command file, - the software platform comprises a functional module for executing the command file, designed to activate the command line interface and to execute therein said at least one executable block of the command file, characterized in that: - the interface (UI 18) associated with the functional module for producing the command file is additionally dedicated to entering descriptors of the functional test commands in at least one descriptive block of the command file and to identifying said at least one descriptive block in the command file as being different from said at least one executable block, and - the functional module for executing the command file is designed not to execute said at least one descriptive block of the command file in the command line interface. - the interface (UI 18) associated with the functional module for producing the command file is additionally dedicated to entering descriptors of the functional test commands in at least one descriptive block of the command file and to identifying said at least one descriptive block in the command file as being different from said at least one executable block, and - the functional module for executing the command file is designed not to execute said at least one descriptive block of the command file in the command line interface.
A dishwasher for treating dishes according to an automatic cycle of operation, the dishwasher comprising: a chassis; a tub mounted to the chassis; and a water supply circuit comprising: a household inlet fitting carried by the chassis, a conduit fluidly coupling the inlet fitting to the tub, and an actuatable valve fluidly controlling liquid flow through the conduit, and having a volumetric flow limiter that shuts off the flow of water through the valve after the passing of a predetermined volume of water through the valve upon an actuation of the actuatable valve, wherein the volumetric flow limiter comprises a flow meter, an actuator, and a stopper, with the flow meter operably coupled to the actuator and the actuator operably coupled to the stopper, whereby upon the flow meter determining the passing of the predetermined volume, the actuator effects movement of the stopper, the stopper being in the form of a wedge having a shaft protruding therefrom, said stopper being configured to fluidly close the valve and wherein the flow meter comprises a turbine located within the valve and rotated by the water passing through the valve; characterised in that the actuator comprises a threaded output shaft that is rotated with the turbine and the wedge is provided circumferentially about and threadably mounted to the threaded output shaft. a chassis; a tub mounted to the chassis; and a water supply circuit comprising: a household inlet fitting carried by the chassis, a conduit fluidly coupling the inlet fitting to the tub, and an actuatable valve fluidly controlling liquid flow through the conduit, and having a volumetric flow limiter that shuts off the flow of water through the valve after the passing of a predetermined volume of water through the valve upon an actuation of the actuatable valve, a household inlet fitting carried by the chassis, a conduit fluidly coupling the inlet fitting to the tub, and an actuatable valve fluidly controlling liquid flow through the conduit, and having a volumetric flow limiter that shuts off the flow of water through the valve after the passing of a predetermined volume of water through the valve upon an actuation of the actuatable valve, wherein the volumetric flow limiter comprises a flow meter, an actuator, and a stopper, with the flow meter operably coupled to the actuator and the actuator operably coupled to the stopper, whereby upon the flow meter determining the passing of the predetermined volume, the actuator effects movement of the stopper, the stopper being in the form of a wedge having a shaft protruding therefrom, said stopper being configured to fluidly close the valve and wherein the flow meter comprises a turbine located within the valve and rotated by the water passing through the valve; characterised in that the actuator comprises a threaded output shaft that is rotated with the turbine and the wedge is provided circumferentially about and threadably mounted to the threaded output shaft.
An atomizer assembly for an aerosol electronic cigarette, comprising: a porous component; and a heating body in the form of a heating wire; wherein the atomizer assembly includes a support member having a run-through hole; characterized in that: the porous component is mounted on the support member and is wound with the heating wire in a part that is on the side in the axial direction of the run-through hole. a porous component; and a heating body in the form of a heating wire; wherein the atomizer assembly includes a support member having a run-through hole; characterized in that: the porous component is mounted on the support member and is wound with the heating wire in a part that is on the side in the axial direction of the run-through hole.
Method for producing a bearing arrangement for a suspension arm (9, 9a) of a wheel suspension of the motor vehicle, which suspension arm is pivotably mounted or can be pivotably mounted on an auxiliary frame of a motor vehicle, having the following steps to be carried out in succession: a) provision of the auxiliary frame which has a first and a second bearing flange (10, 11) for mounting the suspension arm (9, 9a), b) provision of at least one preliminary product of a bracket, c) material bonding of the preliminary product to a bearing flange of the auxiliary frame via welding, d) formation of a long hole in the preliminary product by punching said preliminary product, and e) formation of at least one stop (19, 20) on the preliminary product for an adjustable eccentric for adjusting the chassis by impressing the preliminary product. a) provision of the auxiliary frame which has a first and a second bearing flange (10, 11) for mounting the suspension arm (9, 9a), b) provision of at least one preliminary product of a bracket, c) material bonding of the preliminary product to a bearing flange of the auxiliary frame via welding, d) formation of a long hole in the preliminary product by punching said preliminary product, and e) formation of at least one stop (19, 20) on the preliminary product for an adjustable eccentric for adjusting the chassis by impressing the preliminary product.
A method for use in an automated wireless industrial system comprising a device (100, 210,220) configured to act as a control node and at least one field level device, 230), wherein the method comprises: issuing a control communication loop from the control node to the field level device; inserting at least one time delay (tk) to the control communication loop; noting the communication time for the communication loop from transmittal to reception by the control node; comparing the communication time to an expected time for communication; and determining if any of the at least one time delay (tk) should be adapted, and if so, adapting at least that time delay, by, if the communication time is lower than the expected time for communication (TCL < TR), then adjusting the time delay to a higher value, and if the communication time is higher than the expected time for communication (TCL > TR), then adjusting the time delay to a lower value. issuing a control communication loop from the control node to the field level device; inserting at least one time delay (tk) to the control communication loop; noting the communication time for the communication loop from transmittal to reception by the control node; comparing the communication time to an expected time for communication; and determining if any of the at least one time delay (tk) should be adapted, and if so, adapting at least that time delay, by, if the communication time is lower than the expected time for communication (TCL < TR), then adjusting the time delay to a higher value, and if the communication time is higher than the expected time for communication (TCL > TR), then adjusting the time delay to a lower value.
A tensioning device for tensioning changes, belts, cables or similar clamping means, with at least one tubular clamping nut and with a least one threaded bolt entering into the clamping nut and interacting with it, wherein the threaded bolt is provided with at least one end-side unscrewing protection device (9; 10a, 10b, 11), and wherein at its end the threaded bolt is provided with a thread-free section and an adjoining stop (10a, 10b, 11) as the unscrewing protection device (9, 10a, 10b, 11) characterised in that the stop (10a, 10b, 11) is designed in two parts with a fixed stop and loose stop as well as a spring arranged between them. the threaded bolt is provided with at least one end-side unscrewing protection device (9; 10a, 10b, 11), and wherein at its end the threaded bolt is provided with a thread-free section and an adjoining stop (10a, 10b, 11) as the unscrewing protection device (9, 10a, 10b, 11) characterised in that the stop (10a, 10b, 11) is designed in two parts with a fixed stop and loose stop as well as a spring arranged between them.
An exhaust gas purification catalyst that is adapted to be arranged on an exhaust path of an internal combustion engine and to purify exhaust gas exhausted from the internal combustion engine, the exhaust gas purification catalyst comprising: a base material; and a catalyst layer that is arranged on the base material and comprises: a catalyst metal; and a carrying material carrying the catalyst metal, wherein the catalyst layer satisfies condition described below: in a pore distribution curve measured by a mercury porosimeter, a peak for the largest pore volume exists within a range of a pore diameter equal to or more than 1 μm and not more than 10 μm; characterized in that the catalyst layer satisfies condition described below: on an electron microscopy observation image with a 1000-fold magnification of a surface of the catalyst layer, when areas of a plurality of voids comprised in the electron microscopy observation image are respectively observed and calculated with a method as described under the header Observing void with scanning electron microscopy in the description, a standard deviation for the areas of the plurality of voids is not more than 30 μm 2. a base material; and a catalyst layer that is arranged on the base material and comprises: a catalyst metal; and a carrying material carrying the catalyst metal, a catalyst metal; and a carrying material carrying the catalyst metal, wherein the catalyst layer satisfies condition described below: in a pore distribution curve measured by a mercury porosimeter, a peak for the largest pore volume exists within a range of a pore diameter equal to or more than 1 μm and not more than 10 μm; in a pore distribution curve measured by a mercury porosimeter, a peak for the largest pore volume exists within a range of a pore diameter equal to or more than 1 μm and not more than 10 μm; characterized in that the catalyst layer satisfies condition described below: on an electron microscopy observation image with a 1000-fold magnification of a surface of the catalyst layer, when areas of a plurality of voids comprised in the electron microscopy observation image are respectively observed and calculated with a method as described under the header Observing void with scanning electron microscopy in the description, a standard deviation for the areas of the plurality of voids is not more than 30 μm 2.
A mobile communication terminal device comprising: a data analysis circuit configured to identify a first uplink data and a second uplink data, wherein the first uplink data has a higher transmission priority than the second uplink data; a channel evaluation circuit configured to evaluate a plurality of candidate carrier channels for uplink transmission to generate a plurality of uplink channel quality measures, the plurality of uplink channel quality measures comprising at least power headroom, where each of the plurality of uplink channel quality measures is associated with one of the plurality of candidate carrier channels for uplink transmission; a channel selection circuit configured to perform a comparison between one or more of the plurality of uplink channel quality measures to select a first uplink channel from the plurality of candidate carrier channels for uplink transmission; and a transmitter configured to transmit the first uplink data using the first uplink channel, and to transmit the second uplink data using a second uplink channel of the plurality of candidate carrier channels for uplink transmission. a data analysis circuit configured to identify a first uplink data and a second uplink data, wherein the first uplink data has a higher transmission priority than the second uplink data; a channel evaluation circuit configured to evaluate a plurality of candidate carrier channels for uplink transmission to generate a plurality of uplink channel quality measures, the plurality of uplink channel quality measures comprising at least power headroom, where each of the plurality of uplink channel quality measures is associated with one of the plurality of candidate carrier channels for uplink transmission; a channel selection circuit configured to perform a comparison between one or more of the plurality of uplink channel quality measures to select a first uplink channel from the plurality of candidate carrier channels for uplink transmission; and a transmitter configured to transmit the first uplink data using the first uplink channel, and to transmit the second uplink data using a second uplink channel of the plurality of candidate carrier channels for uplink transmission.
A modular magazine well insert system for a firearm, the system comprising: a longitudinal axis; a stock defining an open mounting receptacle; an elongated magazine latch stud transversely disposed in the stock proximate to the receptacle, the latch stud slideably movable in a lateral direction between a locked position and an unlocked position; a first magazine well insert configured for insertion and detachable mounting in the receptacle, the first magazine well insert comprising a walled body defining a downwardly open central cavity configured for receiving a first magazine therein having a front catch feature, and a pivotable first latch lever movable to selectively retain or release the first magazine when positioned in the central cavity; and a second magazine well insert configured for insertion and detachable mounting in the receptacle, the second magazine well insert comprising a walled body defining a downwardly open central cavity configured for receiving a second magazine therein having a side catch feature; wherein the first and second magazine well inserts (100, 200) each have a common first mounting interface configured to mate with a corresponding second mounting interface formed in the receptacle of the stock. a longitudinal axis; a stock defining an open mounting receptacle; an elongated magazine latch stud transversely disposed in the stock proximate to the receptacle, the latch stud slideably movable in a lateral direction between a locked position and an unlocked position; a first magazine well insert configured for insertion and detachable mounting in the receptacle, the first magazine well insert comprising a walled body defining a downwardly open central cavity configured for receiving a first magazine therein having a front catch feature, and a pivotable first latch lever movable to selectively retain or release the first magazine when positioned in the central cavity; and a second magazine well insert configured for insertion and detachable mounting in the receptacle, the second magazine well insert comprising a walled body defining a downwardly open central cavity configured for receiving a second magazine therein having a side catch feature; wherein the first and second magazine well inserts (100, 200) each have a common first mounting interface configured to mate with a corresponding second mounting interface formed in the receptacle of the stock.