mhurhangee/ep-ind-claims huggingface dataset:
Cartridge for the storage of a medically active liquid and for supply of the same to a pumping unit of an inhalation device, - said inhalation device comprising a housing, a pumping unit which can be fluidically connected with said cartridge, a holder for said cartridge, and a nozzle which is fluidically connected downstream of said pumping unit, - wherein, when the pumping unit is fluidically connected to the cartridge, the pumping unit is capable of generating a negative gauge pressure such as to draw medically active liquid from the cartridge into the pumping unit, and of generating a positive gauge pressure such as to press said liquid from said pumping unit into and through the nozzle such as to atomize said liquid, - wherein the cartridge comprises an outer container enclosing a collapsible inner bag, and a cap which is capable of closing the container, the cap further providing an openable access opening to the inner bag, - wherein further, the container of the cartridge has at least one pressure compensation opening, and wherein said at least one pressure compensation opening is located in a region of the container which is covered by the cap. - said inhalation device comprising a housing, a pumping unit which can be fluidically connected with said cartridge, a holder for said cartridge, and a nozzle which is fluidically connected downstream of said pumping unit, - wherein, when the pumping unit is fluidically connected to the cartridge, the pumping unit is capable of generating a negative gauge pressure such as to draw medically active liquid from the cartridge into the pumping unit, and of generating a positive gauge pressure such as to press said liquid from said pumping unit into and through the nozzle such as to atomize said liquid, - wherein the cartridge comprises an outer container enclosing a collapsible inner bag, and a cap which is capable of closing the container, the cap further providing an openable access opening to the inner bag, - wherein further, the container of the cartridge has at least one pressure compensation opening,
A welding method comprising: - generating a control waveform for welding power output, the waveform comprising a plurality of successive peaks (128, 130) followed by a short circuit between an advancing welding wire electrode and a weld puddle; characterized by - analyzing an immediately preceding short circuit prior to implementation of the immediately subsequent peak phase; - computing parameters of the peaks, - regulating each then present peak based upon the at least one of duration, energy, heating or maximum current of the immediately preceding short circuit to control the short circuit that will occur following the then present peak based on proportional control, integral control and/or derivative control, wherein the sampling rate of voltage and current is higher as compared to the frequency of the voltage and current pulses of the control regime; and wherein the peak is a regulated voltage peak controlled in a voltage-closed loop manner. - generating a control waveform for welding power output, the waveform comprising a plurality of successive peaks (128, 130) followed by a short circuit between an advancing welding wire electrode and a weld puddle; - analyzing an immediately preceding short circuit prior to implementation of the immediately subsequent peak phase; - computing parameters of the peaks, - regulating each then present peak based upon the at least one of duration, energy, heating or maximum current of the immediately preceding short circuit to control the short circuit that will occur following the then present peak based on proportional control, integral control and/or derivative control,
A top socket, in particular for roof openings, e.g. for smoke and heat vent assemblies, comprising a surrounding socket frame of quadratic to rectangular shape, having a smaller opening at the top than at the bottom, extending from the bottom opening to the top opening conically and having slanted wall surfaces (14 to 17) and for defining side walls as a kit, having individual longitudinal profiles (18 to 21) consisting preferably of sheet profiles of a quadratic to rectangular shape and having in the corner regions corner connectors (40 to 43), by means of which the longitudinal profiles (18 to 21) can be releasably connected at least in the region of the slanted wall surfaces (14 to 17) by means of which they rest against the corner connectors (40 to 43) in a slanted way, characterized in that the socket frame is assembled from the longitudinal profiles (18 to 21) and the corner connectors (40 to 43) by respective plug-in-connectors, wherein the corner connectors (40 to 43) comprise hooks (42c, 42d, 44c, 44d) protruding peripherally, and in that the longitudinal profiles (18 to 21) at the peripheral regions of the slanted wall surfaces (14 to 17) by means of which these rest against the corner connectors (40 to 43), comprise recesses (34 to 37), e.g. slots, for hanging up the hooks (42c, 42d, 44c, 44d), and in that the corner connectors (40 to 43) are each formed of two folding parts (44a, 44b, 42a, 42b) folded in an angle in the shape of roughly rectangular triangles which in the region of the triangle hypotenuse are connected integrally and are folded, and in that the protruding hooks (42c, 42d, 44c, 44d) are provided at the edges of the corner connectors (40 to 43), which respectively form the opposite side of the triangle, and in that the hooks (42c, 42d, 44c, 44d) extend roughly in parallel to the extension of the respective edge, wherein the hooks (42c, 44c) at an edge of each corner connector (40 to 43) direct into one direction, while the hooks (42d, 44d) at the other edge direct into an opposite direction.
Stretch-blow-moulded plastic container with a container body, which is closed by a container base, and with a container neck, which adjoins the container body via a shoulder region and has a container opening, the container body and the container neck being separated from one another by a supporting ring, which protrudes essentially radially, runs circumferentially in at least some regions and has a supporting ring underside facing in the direction of the container base, characterized in that the shoulder region has a first shoulder portion and a second shoulder portion, which is connected in one piece to the first shoulder portion, the first shoulder portion in its alignment running at first unchanged in the direction of the container base and then extending radially essentially parallel to the supporting ring, to then go over in a rising step into the second shoulder portion, which essentially radially adjoins the peripheral edge of the supporting ring.
A stump planing device comprising a rotatable support shaft, and at least two cutting arms extending from the support shaft, each said cutting arm including a cutter on a cutting-arm body of the cutting arm and an arcuate centring-guide arm at or adjacent to a distal end of the cutting-arm body, wherein each said cutting arm is detachably fastenable to the support shaft for storage and transportation, characterised in that each arcuate centring-guide arm defines a constant outer radius along its longitudinal extent and is spaced from a neighbouring arcuate centring-guide arm, so as to provide a gap for the passage of cut material.
A network interface device (208; 410) for a first device, said network interface device (208; 410) comprising: an interface configured to receive a first input from a network, wherein said first input comprises provenance information of at least one network interface device (208; 410) from which said first input has been received via said network, wherein said first input comprises data including provenance information added to the data for each network interface device through which the data has passed; and at least one processor configured to provide: an output in dependence on contents of said first input; and provenance information which uniquely identifies the network interface device (208; 410), said output being output via said interface to an analytics function (220; 310) over said network, said output comprises a digest of provenance information associated with each of a plurality of network interface devices through which said data has passed, wherein the analytics function (220; 310) is configured to generate an alert in response to one or more rules being violated, wherein the alert is generated when the digest indicates that a network flow has come via a particular device which is contrary to the one or more rules. an interface configured to receive a first input from a network, wherein said first input comprises provenance information of at least one network interface device (208; 410) from which said first input has been received via said network, wherein said first input comprises data including provenance information added to the data for each network interface device through which the data has passed; and at least one processor configured to provide: an output in dependence on contents of said first input; and provenance information which uniquely identifies the network interface device (208; 410), an output in dependence on contents of said first input; and provenance information which uniquely identifies the network interface device (208; 410), said output being output via said interface to an analytics function (220; 310) over said network, said output comprises a digest of provenance information associated with each of a plurality of network interface devices through which said data has passed, wherein the analytics function (220; 310) is configured to generate an alert in response to one or more rules being violated, wherein the alert is generated when the digest indicates that a network flow has come via a particular device which is contrary to the one or more rules.
A method for selecting at least one item in an electronic device using one of a touch screen and a mouse, the method comprising: displaying a plurality of items in a region of the touch screen; detecting an input by using one of the touch screen and the mouse, on a point which is a vacant of the plurality of items in the region, wherein the input is maintained for more than a predetermined time; in response to detecting the input on the point, entering a multi-item selection mode of the electronic device to display a menu list as a pop-up window for classifying the plurality of items, wherein the menu list is displayed adjacent to the point; detecting another input for selecting an option among a plurality of options in the menu list, wherein the plurality of options indicate different file formats; in response to detecting the other input for selecting the option in the menu list, identifying at least one item that has a file format corresponding to a file format of the selected option among the plurality of the items; and displaying the at least one item with a selected status while displaying the plurality of the items. displaying a plurality of items in a region of the touch screen; detecting an input by using one of the touch screen and the mouse, on a point which is a vacant of the plurality of items in the region, wherein the input is maintained for more than a predetermined time; in response to detecting the input on the point, entering a multi-item selection mode of the electronic device to display a menu list as a pop-up window for classifying the plurality of items, wherein the menu list is displayed adjacent to the point; detecting another input for selecting an option among a plurality of options in the menu list, wherein the plurality of options indicate different file formats; in response to detecting the other input for selecting the option in the menu list, identifying at least one item that has a file format corresponding to a file format of the selected option among the plurality of the items; and displaying the at least one item with a selected status while displaying the plurality of the items.
An hydrostatic energy generator comprising a static pressure source as supply source, wherein the hydrostatic energy generator further comprises at least a first chamber and a second chamber, wherein the first chamber and the second chamber are at least partially filled with a fluid, the hydrostatic energy generator further comprises an internal piston, wherein the internal piston comprises a first piston movably arranged within the first chamber and a second piston movably arranged within the second chamber, wherein the first piston is mechanically or hydraulically connected to the second piston, wherein the first chamber comprises at least a first means for inlet and / or discharge of the fluid and a second means for inlet and / or discharge of the fluid, wherein the second chamber comprises at least a third means for inlet and / or discharge of the fluid and a fourth means for inlet and / or discharge of the fluid, wherein at least one means (15, 16, 17, 18) for inlet and/or discharge of the fluid is connected by connection means (26a, 26b, 26c, 26d, 26e, 26f, 26g, 26h, 26i) to the static pressure source, wherein the hydrostatic energy generator comprises a first tank, wherein the first tank is connected by a connection means to the first means for inlet and/or discharge of the fluid and/or that the first tank is connected by a connection means to the second means for inlet and/or discharge of the fluid and/or that the first tank is connected by a connection means to the third means for inlet and/or discharge of the fluid and/or that the first tank is connected by a connection means to the fourth means for inlet and/or discharge of the fluid, wherein the first piston comprises a first front side with a first surface area and wherein the first piston comprises a second front side with a second surface area and wherein the first surface area is larger than the second surface area and wherein the second piston comprises a third front side with a third surface area and a fourth front side with a fourth surface area, and wherein the fourth surface area is larger than the third surface area, wherein the fourth surface area is larger than the first surface area, and wherein the third surface area is larger than the second surface area, wherein the hydrostatic energy generator comprises an automatic control system, namely an automatic hydraulic directional valve, wherein the automatic hydraulic directional valve comprises at least a third piston, wherein the automatic hydraulic directional valve is connected to the first means for inlet and / or discharge of the fluid and to the second means for inlet and / or discharge of the fluid and to the third means for inlet and / or discharge of the fluid and to the fourth means for inlet and / or discharge of the fluid to control the flow direction of the fluid to and from the first volume, the second volume, the third volume, and the fourth volume, characterized in that the hydrostatic energy generator comprises an internal piston, wherein the internal piston includes a first internal hole and a second internal hole for synchronizing the position of the third piston with the internal piston.
A high voltage direct current (HVDC) electrical power supply system for an aircraft, the system comprising at least: • a first electrical power supply network including a first alternator; • a second electrical power supply network including a second alternator; and • secondary lines for electrically powering elements of the aircraft, the system being characterized in that the secondary lines are united in at least a first group so as to be connected via switches to a common first intermediate line, and in at least a second group so as to be connected via switches to a common second intermediate line; and in that the system includes a control member for controlling the electrical power supply networks, the control member being arranged to servo-control each of the alternators in current, the system being arranged in such a manner that the first power supply outputs of the two electrical power supply networks are connected together prior to being connected to the first intermediate line and so that second power supply outputs of the two electrical power supply networks, distinct from the first outputs, are connected together prior to being connected to the second intermediate line, each intermediate line thus being powered by the two electrical power supply networks and the two intermediate lines being powered in parallel. • a first electrical power supply network including a first alternator; • a second electrical power supply network including a second alternator; and • secondary lines for electrically powering elements of the aircraft,
A ribbon cartridge comprising: a first spool housing configured to receive a first spool; a second spool housing configured to receive a second spool; at least one frame member extending between the first spool housing and the second spool housing; and characterized by a snap feature comprising a flexible member configured to flex the snap feature between a locked position and an unlocked position, the snap feature adapted to retain the ribbon cartridge within a ribbon positioning assembly. a first spool housing configured to receive a first spool; a second spool housing configured to receive a second spool; at least one frame member extending between the first spool housing and the second spool housing; and characterized by a snap feature comprising a flexible member configured to flex the snap feature between a locked position and an unlocked position, the snap feature adapted to retain the ribbon cartridge within a ribbon positioning assembly.
Method for automatically activating the configuration of a communication terminal (TER i) that is customized depending on a current user of the terminal, said user being identified, at a current time, as being in possession of said terminal, characterized in that it implements the following: - recovering settings information, which has been predefined by the identified current user, of said terminal, in the form of recovery rules for recovering usage data of the terminal, - recovering usage data of at least one communication terminal having been used by said current user before the current time, depending on said recovery rules, - configuring said terminal that the current user has in his possession with the usage data recovered depending on said rules. - recovering settings information, which has been predefined by the identified current user, of said terminal, in the form of recovery rules for recovering usage data of the terminal, - recovering usage data of at least one communication terminal having been used by said current user before the current time, depending on said recovery rules, - configuring said terminal that the current user has in his possession with the usage data recovered depending on said rules.
A power analyzer system comprising: a housing mounted on a pole and including a channel for a power line; a ground line extending from the housing; a power line conductive contact in the channel; a voltage sensor including voltage sensing circuitry connected to the power line conductive contact and the ground line; a high voltage capacitance (C 0) between the ground line and the voltage sensing circuitry; a current sensor including windings (52a, 52b) about and spaced from the power line; and a processing subsystem responsive to the voltage sensing circuitry (30, 32, 34) and the current sensor and configured to compute power analysis metrics. a housing mounted on a pole and including a channel for a power line; a ground line extending from the housing; a power line conductive contact in the channel; a voltage sensor including voltage sensing circuitry connected to the power line conductive contact and the ground line; a high voltage capacitance (C 0) between the ground line and the voltage sensing circuitry; a current sensor including windings (52a, 52b) about and spaced from the power line; and a processing subsystem responsive to the voltage sensing circuitry (30, 32, 34) and the current sensor and configured to compute power analysis metrics.
An apparatus for providing negative pressure wound therapy to an abdominal wound and for detecting excessive pressure in the abdominal compartment, comprising: a wound packing member or wound filler (124; 450; 550; 500; 1000) that has an adjustable volume; a backing layer for providing a substantially air and liquid-tight seal over the wound when the wound packing member or wound filler is positioned in the wound; a source of negative pressure for providing negative pressure to a space beneath the backing layer; a pressure sensor for measuring internal abdominal pressure wherein said pressure sensor is configured to be placed in communication with one or more human organs; and wherein a controller configured to control closure of the wound by controlling the amount that the wound packing member or wound filler collapses based on the measured internal abdominal pressure and wherein the controller is further configured to adjust one or more pressure levels to reduce the pressure exerted on the organ or organs if the monitored internal pressure in the abdominal region as detected by the pressure sensor exceeds a threshold value, characterized in that the threshold value is from 8 mmHg to 12 mmHg (approx. 1067 Pa to 1600 Pa) or wherein the threshold value is selected from 10 mmHg (approx. 1333 Pa), 12 mmHg (approx. 1600 Pa) or 15 mmHg (approx. 2000 Pa). a wound packing member or wound filler (124; 450; 550; 500; 1000) that has an adjustable volume; a backing layer for providing a substantially air and liquid-tight seal over the wound when the wound packing member or wound filler is positioned in the wound; a source of negative pressure for providing negative pressure to a space beneath the backing layer; a pressure sensor for measuring internal abdominal pressure wherein said pressure sensor is configured to be placed in communication with one or more human organs; and wherein a controller configured to control closure of the wound by controlling the amount that the wound packing member or wound filler collapses based on the measured internal abdominal pressure and wherein the controller is further configured to adjust one or more pressure levels to reduce the pressure exerted on the organ or organs if the monitored internal pressure in the abdominal region as detected by the pressure sensor exceeds a threshold value, characterized in that the threshold value is from 8 mmHg to 12 mmHg (approx. 1067 Pa to 1600 Pa) or wherein the threshold value is selected from 10 mmHg (approx. 1333 Pa), 12 mmHg (approx. 1600 Pa) or 15 mmHg (approx. 2000 Pa).
Rail vehicle having a solar cell, wherein at least one solar cell is provided on the outer skin of the rail vehicle, characterised in that the at least one solar cell is movably supported and is able to be moved between an operating position and an inactive position, wherein in the inactive position the light-receiving surface of the at least one solar cell is covered.