mhurhangee/ep-ind-claims huggingface dataset:
Device for detecting a fall of and for geolocating a container (100, 200) that has gone overboard, comprising: an electronic box and a means for removably attaching the electronic box to an external part of the container, the electronic box comprising a means for detecting the fall of the container, a control unit designed to control the removable attachment means in the event of a fall of the container being detected and disconnecting the electronic box from the external part of the container, a flotation means for making said electronic box float on a stretch of water, a geolocation module, a data communication means, and a means for powering the control unit, the device also comprising a tie for maintaining a permanent connection between the electronic box and the container (100, 200) when the box is disconnected from the container, the removable attachment means comprising two jacks (12, 13) extending on either side of the electronic box, each comprising a portion (121, 131) able to at least partially surround a locking bar (202, 203) of the container door so as to hold the device between two locking bars, at least one of said jacks being controlled by the control unit alternately to retract or elongate so as either to hold the box between the locking bars or to release said portions (121, 131) of the locking bar.
A method of removing food soil particles from a recirculated aqueous solution in dishmachines comprising: (a) performing a wash cycle, including at least one wash step and at least one rinse step, wherein at least the wash step includes recirculating the aqueous solution; (b) adding a flocculating agent to the recirculated aqueous solution to agglomerate the food soil particles into agglomerated particles having densities greater than at least some of the food soil particles; and (c) separating the agglomerated particles having a density greater than that of water from the recirculated aqueous solution using a hydrocyclone, wherein the density of water is measured at conditions of the recirculated aqueous solution. (a) performing a wash cycle, including at least one wash step and at least one rinse step, wherein at least the wash step includes recirculating the aqueous solution; (b) adding a flocculating agent to the recirculated aqueous solution to agglomerate the food soil particles into agglomerated particles having densities greater than at least some of the food soil particles; and (c) separating the agglomerated particles having a density greater than that of water from the recirculated aqueous solution using a hydrocyclone, wherein the density of water is measured at conditions of the recirculated aqueous solution.
A communication method of a machine type communication, MTC, terminal with low power consumption, comprising: sending (201;302;402; 502;602;701;801), by the MTC terminal, a channel request message to a base station, BTS, through a random access channel, the channel request message requesting a transmission resource of sending an MTC data report message; receiving (202;303;403;503;603;702;802), by the MTC terminal, an immediate assignment message sent by a base station controller, BSC, the immediate assignment message comprising the transmission resource; and sending (203;304;404;504;604;703;803), by the MTC terminal, an MTC data report message to the BSC through the transmission resource, wherein the MTC data report message comprises a unique identifier of the MTC terminal, authentication information and service data; characterized in that, receiving (204; 305,306; 405; 505; 605; 704; 804), by the MTC terminal, an MTC device control message from the BSC after the BSC receives the MTC data report message, wherein the MTC device control message comprises a control command instructing the MTC terminal to perform a corresponding operation which comprises changing a report period of the service data or stopping working after termination of transmission of the service data; performing (204; 306; 406;506;606;704), by the MTC terminal, the corresponding operation; entering(306; 406;506;606), by the MTC terminal, an idle mode. sending (201;302;402; 502;602;701;801), by the MTC terminal, a channel request message to a base station, BTS, through a random access channel, the channel request message requesting a transmission resource of sending an MTC data report message; receiving (202;303;403;503;603;702;802), by the MTC terminal, an immediate assignment message sent by a base station controller, BSC, the immediate assignment message comprising the transmission resource; and sending (203;304;404;504;604;703;803), by the MTC terminal, an MTC data report message to the BSC through the transmission resource, wherein the MTC data report message comprises a unique identifier of the MTC terminal, authentication information and service data;
A method of forming a confined magnetic memory cell structure, the method comprising: first forming a recess in a dielectric substrate; depositing a conductive material in the recess to form a bottom lead; forming an antiferromagnetic region over the bottom lead; forming a magnetic pinned region directly over the antiferromagnetic region; depositing dielectric materials over the magnetic pinned region; forming a via in the dielectric materials, wherein the via exposes a portion of the magnetic pinned region; depositing barrier materials conformally into the via to form a barrier region such that all surface area of the via are covered by the barrier region; forming a free region onto the barrier region by filling the via with magnetic materials, wherein the free region is contained in the via and surrounded by the barrier region; forming a top lead directly over the free region, such that a bottom section and a periphery of the free region are entirely surrounded by the barrier region and a top section of the free region is entirely covered by the top lead. first forming a recess in a dielectric substrate; depositing a conductive material in the recess to form a bottom lead; forming an antiferromagnetic region over the bottom lead; forming a magnetic pinned region directly over the antiferromagnetic region; depositing dielectric materials over the magnetic pinned region; forming a via in the dielectric materials, wherein the via exposes a portion of the magnetic pinned region; depositing barrier materials conformally into the via to form a barrier region such that all surface area of the via are covered by the barrier region; forming a free region onto the barrier region by filling the via with magnetic materials, wherein the free region is contained in the via and surrounded by the barrier region; forming a top lead directly over the free region, such that a bottom section and a periphery of the free region are entirely surrounded by the barrier region and a top section of the free region is entirely covered by the top lead.
A multi-port active circulator, comprising: a plurality of transistors (FET1, FET2, FET3) arranged in a ring, each transistor (FET1, FET2, FET3) in said ring having a first electrode coupled with a port (RFPort1, RFPort2, RFPort3) of said multi-port active circulator via one of a first plurality of RF chokes, each RF choke of said first plurality of RF chokes having means for applying a bias voltage (Vss) or current to the first electrode with which it is connected, each transistor (FET1, FET2, FET3) in said ring having a second electrode coupled in common at a common point with all other second electrodes of said plurality of transistors (FET1, FET2, FET3), and each transistor (FET1, FET2, FET3) in said ring having a third electrode coupled via one of a plurality of feedback circuits (18, 16) with the first electrode thereof and coupled with the first electrode of a neighboring transistor (FET1, FET2, FET3) in said ring via one of a second plurality of RF chokes, each choke of said second plurality of RF chokes having means for applying a bias voltage (Vdd) or current to said third electrode, the bias voltages (Vss, Vdd) or currents applied via said first and second pluralities of RF chokes being in electrical communication with ground via said common point.
Circuit arrangement to convert a differential signal path (ZF out A - ZF out B) at the output of a mixer pertaining to the circuit arrangement to a signal path (S single) switched against the reference potential, - wherein a controllable switching element (24a, 24b) is provided in each of the two individual signal paths (ZF out A, ZF out B) of the differential signal path (ZF out A - ZF out B), - wherein a first storage element is switched in series to the two switching elements (24a, 24b), - wherein at least one control system is provided for the two switching elements (24a, 24b) which connects the differential signal path (ZF out A, ZF out B) at the output of the mixer to the first storage element during a charging phase of the first storage element, and transfers the output signal, which is present at the differential output of the mixer, onto the first storage element, and which connects the first storage element to the signal path switched against the reference potential during the discharging or charge transfer phase, so that the charge stored in the first storage element is transferred via the signal path switched against the reference potential. - wherein a controllable switching element (24a, 24b) is provided in each of the two individual signal paths (ZF out A, ZF out B) of the differential signal path (ZF out A - ZF out B), - wherein a first storage element is switched in series to the two switching elements (24a, 24b), - wherein at least one control system is provided for the two switching elements (24a, 24b) which connects the differential signal path (ZF out A, ZF out B) at the output of the mixer to the first storage element during a charging phase of the first storage element, and transfers the output signal, which is present at the differential output of the mixer, onto the first storage element, and which connects the first storage element to the signal path switched against the reference potential during the discharging or charge transfer phase, so that the charge stored in the first storage element is transferred via the signal path switched against the reference potential.
1. A blood sampling device comprising a piston-cylinder arrangement as an intermediate storage for diluted blood, said piston-cylinder arrangement comprises a cylindrical housing cooperating with a through-flow channel and being closed by means of a rotating handle, and a piston moving within said cylindrical housing and connected to said rotating handle said piston actuated by means of an actuating means via a transmission means, characterized in that it comprises a holder formed of at least one fixed section and at least one swivelling section mutually connected by means of a swivel joint, said swivelling section being formed in a manner that in the operating position for a blood sampling the free end thereof is located in the area directly blood sampling the free end thereof is located in the area directly above said rotating handle of the arrangement which is removably mounted on said fixed section of the holder, the actuating means being attached to said fixed section or to said swivelling section, the actuating means being connected by means of the transmission means to said rotating handle of the arrangement.
A membrane electrode assembly comprising: an electrode consisting of at least one compound selected from the group consisting of lanthanum strontium cobalt complex oxide, lanthanum strontium cobalt ferrite complex oxide, lanthanum strontium ferrite complex oxide, and lanthanum nickel ferrite complex oxide or consisting of a composite of the compound and an electrolyte material; characterized by further comprising a first solid electrolyte membrane represented by a composition formula of BaZr 1-x In x O 3-δ (0 < x < 1); and a second solid electrolyte membrane having a composition different from the composition of the first solid electrolyte membrane, wherein the first solid electrolyte membrane has a first surface in contact with the electrode and a second surface, which is a surface opposite to the first surface, in contact with the second solid electrolyte membrane, and wherein the electrode, the first solid electrolyte membrane, and the second solid electrolyte membrane are stacked in this order. an electrode consisting of at least one compound selected from the group consisting of lanthanum strontium cobalt complex oxide, lanthanum strontium cobalt ferrite complex oxide, lanthanum strontium ferrite complex oxide, and lanthanum nickel ferrite complex oxide or consisting of a composite of the compound and an electrolyte material; characterized by further comprising a first solid electrolyte membrane represented by a composition formula of BaZr 1-x In x O 3-δ (0 < x < 1); and a second solid electrolyte membrane having a composition different from the composition of the first solid electrolyte membrane, wherein the first solid electrolyte membrane has a first surface in contact with the electrode and a second surface, which is a surface opposite to the first surface, in contact with the second solid electrolyte membrane, and wherein the electrode, the first solid electrolyte membrane, and the second solid electrolyte membrane are stacked in this order.
Stencil for a screen-printing system, comprising slits (22, 23) in a central printing zone, forming a pattern to be printed, said stencil comprising, in a peripheral deforming zone, at least one aperture including at least one rectilinear aperture lying parallel to slits in the central printing zone, which at least one rectilinear aperture is placed in each of the two lateral parts of the stencil, characterized in that said lateral parts are oriented in the direction of this slit in the central printing zone and positioned on either side of this slit in the central printing zone, the aperture in the peripheral deforming zone having an area leading the peripheral deforming zone to have a greater tendency to deform than the central printing zone, and being intended to cause this peripheral deforming zone to deform under the effect of a stress applied to the stencil while reducing deformation of the central printing zone.
A method for short range data transmission, comprising using a Bluetooth low energy enabled apparatus to perform the following steps as a first advertising device: - detecting a first BLE advertisement packet received from a second BLE advertising device; - extracting time information of the first BLE advertisement packet, the extracted time information being the transmission time of the first BLE advertisement packet from the second BLE advertising device relative to a previous transmitted BLE advertisement packet from the second BLE advertising device; - generating a new time information on the basis of the extracted time information; and - sending a second BLE advertisement packet from the first advertising device at the generated new time information. - detecting a first BLE advertisement packet received from a second BLE advertising device; - extracting time information of the first BLE advertisement packet, the extracted time information being the transmission time of the first BLE advertisement packet from the second BLE advertising device relative to a previous transmitted BLE advertisement packet from the second BLE advertising device; - generating a new time information on the basis of the extracted time information; and - sending a second BLE advertisement packet from the first advertising device at the generated new time information.
Switching or pressure-regulating valve for a fuel injection system, in particular a common-rail injection system, comprising a valve closure element which is able to perform stroke movements and interacts with a valve seat and is able to be actuated by means of an actuator and is acted on by the spring force of a valve spring counter to the direction of action of the actuator, also comprising a pressure pin which is received at least regionally in a central bore of the valve closure element and is acted on by the spring force of a pressure-maintaining spring in the direction of a sealing seat, wherein the pressure pin is able to bear against the sealing seat and the pressure pin and the sealing seat thus form a pressure-maintaining valve, wherein the spring force of the valve spring acts on the valve closure element in the opening direction, characterized in that the sealing seat directly adjoins, radially on the inside, the valve seat and is passed through by an inflow duct.
A bed cover, comprising: - an exterior cover fabric which is sewn to form a shell that is closed by a connecting seam on all sides; - a filling material in an interior of the shell characterized in that the connecting seam of the shell that extends parallel to outer edges (5, 6) of the bed cover is arranged outside of an edge portion having at least a width of 5 cm in a top view of the shell. - an exterior cover fabric which is sewn to form a shell that is closed by a connecting seam on all sides; - a filling material in an interior of the shell
A molding apparatus comprising a nozzle, a guide member guiding a molding material to the nozzle, and a heating device, wherein a prevention structure is so provided as to prevent melting of the molding material during transportation of the molding material through the guide member, wherein the prevention structure is a heat insulation structure, and wherein the heat insulation structure is a gap provided between the heating device and the guide member, wherein air is present in the gap, characterized in that the guide member is a cooling structure provided with a blowing structure. a prevention structure is so provided as to prevent melting of the molding material during transportation of the molding material through the guide member, wherein the prevention structure is a heat insulation structure, and wherein the heat insulation structure is a gap provided between the heating device and the guide member, wherein air is present in the gap, characterized in that the guide member is a cooling structure provided with a blowing structure.
A computer-implemented method for providing personal security features to a user of a mobile computing device, the method comprising: receiving, at the mobile computing device, input from the user of the mobile computing device that indicates a safety incident is occurring that poses a potential threat to the user's personal safety; determining a location of the mobile computing device using one or more of a plurality of data sources; receiving information that indicates whether responders (116a; 116b; 116c; 116d) are currently available for the user of the mobile computing device; if it is detected that no responders are currently available, taking an appropriate alternate action; communicating, by the mobile computing device, with another computing device (108a; 108b; 108c; 108d) as part of a two-way video chat session over a first network connection, the communicating including transmitting the location of the mobile computing device; and displaying, as part of the two-way video chat session, real-time video from the other computing device wherein the real-time video is output by the mobile computing device in a manner to convey to one or more people involved in the safety incident (112; 110) that a remote user (116a; 116b; 116c; 116d) of the other computing device (108a; 108b; 108c; 108d) is observing the incident in real time; recording video of the safety incident using one or more cameras that are accessible to the mobile computing device; and transmitting, concurrently while displaying the real-time video and over a second network connection, the video of the safety incident to a remote storage system for persistent storage. determining a location of the mobile computing device using one or more of a plurality of data sources; receiving information that indicates whether responders (116a; 116b; 116c; 116d) are currently available for the user of the mobile computing device; if it is detected that no responders are currently available, taking an appropriate alternate action; communicating, by the mobile computing device, with another computing device (108a; 108b; 108c; 108d) as part of a two-way video chat session over a first network connection, the communicating including transmitting the location of the mobile computing device; and displaying, as part of the two-way video chat session, real-time video from the other computing device wherein the real-time video is output by the mobile computing device in a manner to convey to one or more people involved in the safety incident (112; 110) that a remote user (116a; 116b; 116c; 116d) of the other computing device (108a; 108b; 108c; 108d) is observing the incident in real time; recording video of the safety incident using one or more cameras that are accessible to the mobile computing device; and transmitting, concurrently while displaying the real-time video and over a second network connection, the video of the safety incident to a remote storage system for persistent storage.
A tissue mincing tool comprising: a compartment for a tissue sample; a solid member actuable by a handle and moveable within the compartment; a rotatable cutting surface at one end of the compartment; and a sterile, sealed container, wherein the compartment is arranged to position the tissue sample between the solid member and the rotatable cutting surface and actuation of the handle in one direction causes the solid member to move only towards the rotatable cutting surface, and further wherein the rotatable cutting surface separates the compartment from the sterile, sealed container, such that a tissue sample that is pressed, via the solid member, into contact with and through the rotatable cutting surface is deposited as minced tissue within the sterile, sealed container. a compartment for a tissue sample; a solid member actuable by a handle and moveable within the compartment; a rotatable cutting surface at one end of the compartment; and a sterile, sealed container, wherein the compartment is arranged to position the tissue sample between the solid member and the rotatable cutting surface and actuation of the handle in one direction causes the solid member to move only towards the rotatable cutting surface, and further wherein the rotatable cutting surface separates the compartment from the sterile, sealed container, such that a tissue sample that is pressed, via the solid member, into contact with and through the rotatable cutting surface is deposited as minced tissue within the sterile, sealed container.
A liquid or pasty substance dispenser device comprising a dispenser body having an inlet, a first outlet, and a second outlet, together with means for selectively connecting the inlet to the first outlet or to the second outlet, these means comprising a piston that is movable back and forth in the body, the piston presenting a connection configuration and being suitable for occupying a first dispensing position in which the piston connects the inlet with the first outlet via the connecting configuration while isolating the second outlet from the inlet, and a second dispensing position in which the piston connects the inlet with the second outlet while isolating the first outlet from the inlet, the body presenting a first channel having a first end continuously in communication with the first outlet and having a second end that is an admission orifice suitable for being connected to the inlet via the connection configuration in the first dispensing position of the piston, and a second channel in which the piston is movable, said second channel having one end continuously in communication with the second outlet, characterized in that the second channel is connected to the inlet in the first and second positions of the piston, in that the admission orifice of the first channel opens out into the second channel, and in that the inlet is connected to the second channel in a zone that is situated between the second outlet and the zone where the admission orifice of the first channel opens into the second channel.