mhurhangee/ep-ind-claims huggingface dataset:
An amusement park attraction system, comprising: a railing extending along a user path extending through at least a portion of the amusement park attraction system; characterised by a platform slidingly and rotatably coupled to the railing, wherein the platform is configured to translate along the railing to position the platform relative to the user path, and the platform is configured to rotate relative to the user path to adjust between a stowed configuration and a deployed configuration. a railing extending along a user path extending through at least a portion of the amusement park attraction system; characterised by a platform slidingly and rotatably coupled to the railing, wherein the platform is configured to translate along the railing to position the platform relative to the user path, and the platform is configured to rotate relative to the user path to adjust between a stowed configuration and a deployed configuration.
Dishwasher, in particular household dishwasher, with a washing tank located in a carcass of the dishwasher for the purpose of cleaning dishes, glasses, cutlery or similar wash items to be cleaned, wherein on its front side the washing tank can be closed by a door which is upright in a closed position and can be moved for its opening, and wherein a control panel is assigned to the door in its top region in the closed position, characterised in that instead of a continuous metallic hood on its front side in a closed position, the door has a metallic casing of the control panel and further metallic casings on surfaces of the control panel pointing to the transverse sides as individual metallic elements, wherein these individual metallic casings (11, 16) of the front side and of the surfaces of the control panel pointing to the transverse sides are connected in an electrically conducting manner to one another by way of at least one bridging contact element.
A process for mechanical stabilization of polybenzimidazoles comprising the steps of: a) providing a porous self-supporting water-containing polybenzimidazole membrane, b) providing a cross-linking solution comprising 0.01 - 15 wt.% of at least one peroxide compound as chemical cross-linker, the cross-linker solution is free of any acid or base, c) treating the porous self-supporting water-containing polybenzimidazole membrane with the cross-linking solution at a temperature between 0 and 95 °C for a time period of 0.5 - 90 minutes to obtain a porous cross-linked polybenzimidazole membrane, d) washing the porous cross-linked polybenzimidazole membrane with an aqueous solution for removing excessive cross-linker residues, and e) doping the washed porous cross-linked polybenzimidazole membrane with a doping solution comprising at least one acid, base or an ionic liquid to obtain an ion-conductive polymer electrolyte membrane. a) providing a porous self-supporting water-containing polybenzimidazole membrane, b) providing a cross-linking solution comprising 0.01 - 15 wt.% of at least one peroxide compound as chemical cross-linker, the cross-linker solution is free of any acid or base, c) treating the porous self-supporting water-containing polybenzimidazole membrane with the cross-linking solution at a temperature between 0 and 95 °C for a time period of 0.5 - 90 minutes to obtain a porous cross-linked polybenzimidazole membrane, d) washing the porous cross-linked polybenzimidazole membrane with an aqueous solution for removing excessive cross-linker residues, and e) doping the washed porous cross-linked polybenzimidazole membrane with a doping solution comprising at least one acid, base or an ionic liquid to obtain an ion-conductive polymer electrolyte membrane.
Loupe spectacles, comprising a spectacle frame, two spectacle lenses and two telescopes which are each arranged on or in front of one of the spectacle lenses, characterized in that the telescopes are each provided with a magnification attachment which is detachably fastened to the respective telescope, and wherein the loupe spectacles have an adapter for coupling a magnification attachment to one of the telescopes, the adapter comprising a ring body which has on one side a connecting element for detachably connecting the ring body to a front end of a telescope of said loupe spectacles and on the other side of the ring body a coupling mechanism for coupling a magnification attachment to the adapter and thus indirectly to a telescope of said loupe spectacles, wherein the loupe spectacles can be used with and without magnification attachment, wherein the connecting element for detachably connecting the ring body to the front end of one of the telescopes of the loupe spectacles is a thread. the telescopes are each provided with a magnification attachment which is detachably fastened to the respective telescope, and wherein the loupe spectacles have an adapter for coupling a magnification attachment to one of the telescopes, the adapter comprising a ring body which has on one side a connecting element for detachably connecting the ring body to a front end of a telescope of said loupe spectacles and on the other side of the ring body a coupling mechanism for coupling a magnification attachment to the adapter and thus indirectly to a telescope of said loupe spectacles, wherein the loupe spectacles can be used with and without magnification attachment, wherein the connecting element for detachably connecting the ring body to the front end of one of the telescopes of the loupe spectacles is a thread.
A power transmitter for wirelessly providing power to a power receiver via an inductive power transfer signal; the power transmitter comprising: a transmitter coil for generating the power transfer signal; a driver for generating a drive signal for the transmitter coil, the driver being arranged to, during a power transfer phase, generate the drive signal to employ a repeating time frame comprising at least a power transfer time interval and a foreign object detection time interval; a receiver for receiving messages from the power receiver; characterized in the power transmitter further comprising: a test coil for generating an electromagnetic test signal; a test generator arranged to generate a test drive signal for the test coil to provide the electromagnetic test signal during the foreign object detection time interval; a foreign object detector arranged to perform a foreign object detection test in response to a measured parameter for the test drive signal; an adapter for, prior to entering the power transfer phase, control the power transmitter to operate in a foreign object detection initialization mode in which a preferred value of a signal parameter for the test drive signal is determined in response to at least a first message received from the power receiver; and wherein the test generator is arranged to set the signal parameter of the test drive signal to the preferred value during the foreign object detection time interval. a transmitter coil for generating the power transfer signal; a driver for generating a drive signal for the transmitter coil, the driver being arranged to, during a power transfer phase, generate the drive signal to employ a repeating time frame comprising at least a power transfer time interval and a foreign object detection time interval; a receiver for receiving messages from the power receiver; a test coil for generating an electromagnetic test signal; a test generator arranged to generate a test drive signal for the test coil to provide the electromagnetic test signal during the foreign object detection time interval; a foreign object detector arranged to perform a foreign object detection test in response to a measured parameter for the test drive signal; an adapter for, prior to entering the power transfer phase, control the power transmitter to operate in a foreign object detection initialization mode in which a preferred value of a signal parameter for the test drive signal is determined in response to at least a first message received from the power receiver; and wherein the test generator is arranged to set the signal parameter of the test drive signal to the preferred value during the foreign object detection time interval.
A plug with a plug housing, in which a clamping bush, a clamping sleeve and a shielding sleeve of the plug are received, wherein the annular clamping sleeve is arranged circumferentially surrounding a partial area of the annular clamping bush and a first EMC shielding braid layer clearance for receiving a first shielding braid layer is configured in radial direction between an inner side of the clamping sleeve and an outer side of the partial area of the clamping bush surrounded by the clamping sleeve, and the annular shielding sleeve is arranged circumferentially surrounding the clamping socket, wherein a second EMC shielding braid layer clearance for receiving multiple further shielding braid layers (32, 33) is configured between an inner side of the shielding sleeve and an outer side of the clamping bush.
A terminal support structure for a flexible printed board comprising: a housing that is of a resin molding product, an opening in which a leading-end portion of said flexible printed board can be inserted, said opening being formed on a front surface of said housing, terminal inserting holes penetrating said housing from said front surface of said housing to a rear surface of said housing, said terminal inserting holes being made in parallel with a predetermined pitch, and connecting terminals for connecting the flexible printed board, which are inserted into said terminal inserting holes, a retaining projection characterized in that the retaining projection includes a press-in groove parallel to a connecting terminal insertion portion and is projected from the rear surface of the housing at an opening edge portion on one side of each terminal inserting hole, a press-in portion is integrally formed in a side portion of the connecting terminal, and upper and lower end portions of the press-in portion are latched and retained in upper and lower surfaces opposite to each other in the press-in groove, respectively. a housing that is of a resin molding product, an opening in which a leading-end portion of said flexible printed board can be inserted, said opening being formed on a front surface of said housing, terminal inserting holes penetrating said housing from said front surface of said housing to a rear surface of said housing, said terminal inserting holes being made in parallel with a predetermined pitch, and connecting terminals for connecting the flexible printed board, which are inserted into said terminal inserting holes, a retaining projection characterized in that the retaining projection includes a press-in groove parallel to a connecting terminal insertion portion and is projected from the rear surface of the housing at an opening edge portion on one side of each terminal inserting hole, a press-in portion is integrally formed in a side portion of the connecting terminal, and upper and lower end portions of the press-in portion are latched and retained in upper and lower surfaces opposite to each other in the press-in groove, respectively.
A spiral conveyor comprising: a drive tower extending from a bottom to a top and rotating about a vertical axis; a plurality of parallel drive members extending in length from the bottom to the top of the drive tower; wherein each of the drive members includes an outwardly projecting ridge whose distance from the vertical axis varies from the bottom to the top of the drive tower, wherein the drive tower has an upper portion with a first diameter (d 1) and a skirt portion tapered outwardly away from the vertical axis toward the bottom of the drive tower; and characterised in that the skirt portion includes a bottom portion with a second diameter (d 2) greater than the first diameter (d 1) and a tapered portion connecting the bottom portion to the upper portion. a drive tower extending from a bottom to a top and rotating about a vertical axis; a plurality of parallel drive members extending in length from the bottom to the top of the drive tower; wherein each of the drive members includes an outwardly projecting ridge whose distance from the vertical axis varies from the bottom to the top of the drive tower, wherein the drive tower has an upper portion with a first diameter (d 1) and a skirt portion tapered outwardly away from the vertical axis toward the bottom of the drive tower; and characterised in that the skirt portion includes a bottom portion with a second diameter (d 2) greater than the first diameter (d 1) and a tapered portion connecting the bottom portion to the upper portion.
A detection system for intravenous injection leakage, comprising: a detection module, configured to detect a status parameter of a skin at an acupuncture point; and an analysis module, configured to acquire the status parameter, and to determine whether the intravenous injection leakage happens or not, depending on the status parameter, characterized in that the status parameter comprises a temperature field parameter and an electrical conductivity field parameter, and the detection module comprises a temperature measuring module configured to detect the temperature field parameter of the skin at the acupuncture point and an electrical conductivity module configured to detect an electrical conductivity field parameter of the skin at the acupuncture point, wherein the temperature field parameter comprises temperatures of several points within the skin at the acupuncture point, the electrical conductivity field parameter comprises an assemblage of electrical conductivities between any two adjacent points among the several points, and the temperature field parameter and the electrical conductivity field parameter are measured at the same time; and wherein the analysis module is configured to acquire the temperature field parameter and the electrical conductivity field parameter, to analyze an integrated gradient change of both the temperature field parameter and the electrical conductivity field parameter by the analysis module, and to determine, with a classifier method, whether the intravenous injection leakage happens or not depending on the integrated gradient change. a detection module, configured to detect a status parameter of a skin at an acupuncture point; and an analysis module, configured to acquire the status parameter, and to determine whether the intravenous injection leakage happens or not, depending on the status parameter, characterized in that the status parameter comprises a temperature field parameter and an electrical conductivity field parameter, and the detection module comprises a temperature measuring module configured to detect the temperature field parameter of the skin at the acupuncture point and an electrical conductivity module configured to detect an electrical conductivity field parameter of the skin at the acupuncture point, wherein the temperature field parameter comprises temperatures of several points within the skin at the acupuncture point, the electrical conductivity field parameter comprises an assemblage of electrical conductivities between any two adjacent points among the several points, and the temperature field parameter and the electrical conductivity field parameter are measured at the same time; and wherein the analysis module is configured to acquire the temperature field parameter and the electrical conductivity field parameter, to analyze an integrated gradient change of both the temperature field parameter and the electrical conductivity field parameter by the analysis module, and to determine, with a classifier method, whether the intravenous injection leakage happens or not depending on the integrated gradient change.
A system for supplying and removing a plurality of fluids to and from a cell stack that forms part of the system, wherein the cell stack comprises a plurality of fluid connection ports (62, 62a); and the system also comprises a connection module defining a plurality of connection ports to mate with the connection ports (62, 62a, 64) of the cell stack, with a fluid duct communicating with each connection port of the connection module, there being a plurality of ducts to feed fluids to the cell stack, and with a valve in each fluid feed duct to control fluid flow through that duct, characterised in that the connection ports comprise push-in male and female connectors, wherein the female connector (62, 62a, 64) locates the male connector while allowing limited misalignment, the female connector (62, 62a, 64) also defining a flat sealing surface, and the male connector comprising a sealing element to seal onto the flat sealing surface defined by the female connector (62, 62a, 64).
A linear two-way solenoid valve, comprising a main valve body and a pilot valve body, a coil, and a static iron core and a movable iron core cooperating with each other are provided in the pilot valve body; a piston being provided in a valve chamber formed by the main valve body to form a piston chamber, and the main valve body being provided with a first connecting port and a second connecting port, connection and disconnection between the first connecting port and the second connecting port being controlled by the piston; the linear two-way solenoid valve further comprising a first flow channel and a second flow channel, which are respectively in communication with the first connecting port and the second connecting port to allow refrigerant to flow out, wherein, the main valve body is internally provided with a pilot valve flow channel, and the piston chamber is remained in communication with a pilot valve chamber formed between the pilot valve body and the main valve body via the pilot valve flow channel; and a pilot valve head of the pilot valve body is configured to move, to open or close a pilot valve port internally provided in the main valve body to connect or disconnect the piston chamber with the first flow channel or the second flow channel wherein an inflow channel in communication with the second connecting port is arranged on an end portion of the piston; and an inlet one-way valve configured to unidirectionally connect the second connecting port with the piston chamber is arranged in the inflow channel in communication with the second connecting port, characterized in that the first flow channel and the second flow channel are both wholly internally arranged in the main valve body; and in that an inlet balance hole is further provided on a side wall of the piston to connect the piston chamber with the first connecting port. the main valve body is internally provided with a pilot valve flow channel, and the piston chamber is remained in communication with a pilot valve chamber formed between the pilot valve body and the main valve body via the pilot valve flow channel; and a pilot valve head of the pilot valve body is configured to move, to open or close a pilot valve port internally provided in the main valve body to connect or disconnect the piston chamber with the first flow channel or the second flow channel wherein an inflow channel in communication with the second connecting port is arranged on an end portion of the piston; and an inlet one-way valve configured to unidirectionally connect the second connecting port with the piston chamber is arranged in the inflow channel in communication with the second connecting port, characterized in that the first flow channel and the second flow channel are both wholly internally arranged in the main valve body; and in that an inlet balance hole is further provided on a side wall of the piston to connect the piston chamber with the first connecting port.
A method of operating a policy server connected to a network including a plurality of network termination devices and a plurality of customer premises equipments, CPEs, that are behind the plurality of network termination devices, said method comprising: polling the plurality of termination devices for data maintained by the network termination devices; processing the polled data to generate topology information, said topology information identifying which CPEs are behind which network termination devices; storing the topology information in a topology data structure; receiving a request for setting up a session for one of the CPEs among the plurality of CPEs; referencing, in response to receiving the request, the topology data structure to identify the network termination device behind which said one of the CPEs is located; and sending a policy decision to the identified network termination device to configure characteristics of the requested session; wherein the termination devices are cable modem termination systems, CMTSs. polling the plurality of termination devices for data maintained by the network termination devices; processing the polled data to generate topology information, said topology information identifying which CPEs are behind which network termination devices; storing the topology information in a topology data structure; receiving a request for setting up a session for one of the CPEs among the plurality of CPEs; referencing, in response to receiving the request, the topology data structure to identify the network termination device behind which said one of the CPEs is located; and sending a policy decision to the identified network termination device to configure characteristics of the requested session; wherein the termination devices are cable modem termination systems, CMTSs.
Self lock mechanism configured to be positioned between an actuating means and a means to be actuated, allowing rotation from one side while denying rotation from the other side, the mechanism comprising one or more sets of rollers and arranged between a housing and a valve connection part with a shape which will press one of the rollers in each set against the housing wall, locking the self lock mechanism if a torque is applied from the valve side and that a motor connection part is configured so that it will press the rollers out of locking position and release the locking before the motor connection part makes contact with the valve connection part and start transferring torque, characterized in that a spring is arranged between each of the roller in a pair, the spring has stiffness and a length so as to provide a force which is sufficient for keeping the rollers in position but not sufficient to cause considerable friction between rollers and housing, and thereby allow a motor to rotate the gear trough the self lock mechanism with relatively small torque and power losses in the self lock mechanism.