mhurhangee/ep-ind-claims huggingface dataset:
A control system for a perfusion system, the control system being configured to control a plurality of blood flow rates in the perfusion system during a weaning phase, wherein the perfusion system comprises: a venous blood line for draining blood into a reservoir, wherein blood is permitted to flow in the venous blood line at a venous flow rate; a vent blood line for draining a mixture comprising left ventricular blood and residual air into the reservoir, wherein blood is permitted to flow in the vent blood line at a vent flow rate; an arterial blood line in which blood is permitted to flow at an arterial flow rate; and an arterial pump configured to circulate blood at the arterial flow rate in the arterial blood line, wherein the control system comprises: a controller configured to determine the venous flow rate and the vent flow rate and to process the venous and vent flow rates to determine a desired arterial flow rate, wherein the controller is configured to operate in a first mode in which the controller modulates operation of the arterial pump to adjust the arterial flow rate so that the arterial flow rate matches the desired arterial flow rate. a venous blood line for draining blood into a reservoir, wherein blood is permitted to flow in the venous blood line at a venous flow rate; a vent blood line for draining a mixture comprising left ventricular blood and residual air into the reservoir, wherein blood is permitted to flow in the vent blood line at a vent flow rate; an arterial blood line in which blood is permitted to flow at an arterial flow rate; and an arterial pump configured to circulate blood at the arterial flow rate in the arterial blood line, wherein the control system comprises: a controller configured to determine the venous flow rate and the vent flow rate and to process the venous and vent flow rates to determine a desired arterial flow rate, wherein the controller is configured to operate in a first mode in which the controller modulates operation of the arterial pump to adjust the arterial flow rate so that the arterial flow rate matches the desired arterial flow rate. a controller configured to determine the venous flow rate and the vent flow rate and to process the venous and vent flow rates to determine a desired arterial flow rate, wherein the controller is configured to operate in a first mode in which the controller modulates operation of the arterial pump to adjust the arterial flow rate so that the arterial flow rate matches the desired arterial flow rate.
A furniture hinge with equipment comprising a toggle-type hinge with a major longitudinal axis and having a hinge arm supported by a furniture side panel and a hinge pot supported by a furniture wing, whereat the major longitudinal axis of the toggle-type hinge is coincident with a major longitudinal axis of the hinge arm, and perpendicular to a turning axis of the furniture wing, and a eine shock absorber (B2, B3) with a housing, a piston rod, and a pressure spring, characterized in that said shock absorber is arranged transversely to said major longitudinal axis of the toggle-type hinge on said hinge pot of the toggle-type hinge by means of a holder of said shock absorber (B2, B3), said line shock absorber having a swingable wing (3*) mounted onto the housing of said line shock absorber (B2, B3) and co-operating with said hinge arm of said toggle-type hinge, and a ring coulisse integrated into the housing of the line shock absorber (B2, B3); wherein the piston road of the line shock absorber (B2, B3) is retained by a second bearing (5b*) of the holder, and stands still, while the housing of the shock absorber (B2, B3) is axially shiftably, nonrotationally, guided in a first bearing (5a*) of the holder.
A method comprising: a mobile device receiving an invitational message from a local wireless network, the local wireless network being operated by an entity that provides the invitational message, the invitational message being sent by the local wireless network that is selected by the mobile device, the invitational message having content based on a present location of the local wireless network; and in response to receiving the invitational message, the mobile device sending a scheduling request to a server (110, 112, 102) for a specific media content, the scheduling request causing a recording of the specific media content at a multimedia device to be scheduled. a mobile device receiving an invitational message from a local wireless network, the local wireless network being operated by an entity that provides the invitational message, the invitational message being sent by the local wireless network that is selected by the mobile device, the invitational message having content based on a present location of the local wireless network; and in response to receiving the invitational message, the mobile device sending a scheduling request to a server (110, 112, 102) for a specific media content, the scheduling request causing a recording of the specific media content at a multimedia device to be scheduled.
Fertilizer carrier suitable for storing by adsorption and for delivering water and plant-available nutrients, comprising a fraction of bacterial cellulose, the fertilizer carrier being biodegradable, characterized in that the fertilizer carrier comprises a fraction of at least one plant leaf polymer, in that the at least one plant leaf polymer is at least one or a combination of two or more selected from the group of plant cellulose and/or hemicellulose and/or lignin, and in that the plant leaf polymer has a mass fraction of a chlorophyll degradation product, non-fluorescent chlorophyll catabolites (NCCs) of 0.6% by mass to 1.2% by mass in dry matter.
A semiconductor device comprising: a semiconductor buffer layer having a first conductivity type; a semiconductor mesa having the first conductivity type on the buffer layer; a current shifting region within the semiconductor buffer layer having a second conductivity type adjacent a corner between the semiconductor mesa and the semiconductor buffer layer, wherein the first and second conductivity types are different conductivity types; a semiconductor control layer having the second conductivity type on the semiconductor buffer layer so that the semiconductor buffer layer is between the semiconductor control layer and the semiconductor mesa and so that semiconductor buffer layer is between the current shifting region and the semiconductor control layer; and a control contact region having the second conductivity type, wherein the control contact region extends through the semiconductor buffer layer to provide electrical coupling with the semiconductor control layer, wherein the control contact region is spaced apart from the current shifting region so that the current shifting region is electrically isolated from the control contact region. a semiconductor buffer layer having a first conductivity type; a semiconductor mesa having the first conductivity type on the buffer layer; a current shifting region within the semiconductor buffer layer having a second conductivity type adjacent a corner between the semiconductor mesa and the semiconductor buffer layer, wherein the first and second conductivity types are different conductivity types; a semiconductor control layer having the second conductivity type on the semiconductor buffer layer so that the semiconductor buffer layer is between the semiconductor control layer and the semiconductor mesa and so that semiconductor buffer layer is between the current shifting region and the semiconductor control layer; and a control contact region having the second conductivity type, wherein the control contact region extends through the semiconductor buffer layer to provide electrical coupling with the semiconductor control layer, wherein the control contact region is spaced apart from the current shifting region so that the current shifting region is electrically isolated from the control contact region.
Rail device for a guide device that comprises at least one carriage, with which a sliding door is held displaceable along a guide channel provided in the rail device, which guide channel is formed by first rail part extending at least partially in a straight line and at least one second rail part adjoining first rail part and extending at least partially along a curve and which guide channel comprises a first channel section and a second channel section, wherein bearing elements (218, 311, 2211; 219, 2191, 2221) are provided which engage in one another in a form-fitting manner and by means of which the second rail part is held displaceably parallel to a longitudinal axis (x) of the first rail part, wherein fastening means (7, 317, 218) are provided by which the second rail part is connectable or connected at a selected position to the first rail part; wherein overlapping parts (219, 2222) of the first and second rail parts (21, 22) together adjoin the guide channel on a second side and form each a track section for a guide element guided in the guide channel, and wherein the second rail part, which forms the second channel section and comprises a first and a second channel wall (2201, 2202), is part of a rail plate which is made of plastic or metal and has a first plate part running on the first side of the guide channel and a second plate part extending on the second side of the guide channel, characterised in that that the first and the second rail part (21, 22) are connected to one another on a first side of the guide channel by a first auxiliary rail along which the second rail part or the rail plate is displaceable and fixable in a selected position with the first auxiliary rail.
A recessed light fixture assembly comprising at least one recessed light fixture and a sensing system for control of the at least one recessed light fixture, the sensing system including a housing with a elongated adjustable member having a first end and a distal end, said distal end of said adjustable member including one or more sensors, the least one recessed light fixture having a housing, said sensing system housing exteriorly coupled to said light fixture housing, whereby said one or more sensors are in direct communication with said at least one recessed light fixture; and characterized in that: said first end of said adjustable member is coupled to said housing,; said distal end of said adjustable member is repositionable relative to said sensing system housing thereby allowing said one or more sensors to be positioned in a variety of spaced locations from said sensing system housing. said first end of said adjustable member is coupled to said housing,; said distal end of said adjustable member is repositionable relative to said sensing system housing thereby allowing said one or more sensors to be positioned in a variety of spaced locations from said sensing system housing.
An electronic device comprising: a rotation body rotatably installed in the electronic device; at least one body (51, 52) to be detected disposed at a specific gap in the rotation body; at least one detection sensor for detecting the at least one body (51, 52) to be detected according to a rotation of the rotation body; and at least one processor that controls to perform a preset function based on detection of the detection sensor; and either: an ear jack housing for housing an ear jack plug, or an input pen mounting device for housing an input pen, wherein the ear jack housing or the input pen mounting device is not moved while the rotation body rotates. a rotation body rotatably installed in the electronic device; at least one body (51, 52) to be detected disposed at a specific gap in the rotation body; at least one detection sensor for detecting the at least one body (51, 52) to be detected according to a rotation of the rotation body; and at least one processor that controls to perform a preset function based on detection of the detection sensor; and either: an ear jack housing for housing an ear jack plug, or an input pen mounting device for housing an input pen, wherein the ear jack housing or the input pen mounting device is not moved while the rotation body rotates.
An electrode mounting unit comprising: a mounting member comprising a horizontal plate, a vertical plate disposed on a top surface of the horizontal plate, and a shaft which is fixed to the vertical plate and into which an electrode roll is fitted to be mounted; and characterized by an unwinding prevention member press-fitted between the electrode wound around the electrode roll and the horizontal plate to press and support the electrode wound around the electrode roll so as to prevent the electrode wound around the electrode roll from being unwound, wherein a top surface of the unwinding prevention member on which the electrode is supported is formed as a curved surface having the same curvature radius as the electrode wound around the electrode roll, wherein a hook protrusion on which the electrode wound around the electrode roll is hooked and supported is formed on one end (112a-1) of the curved surface. a mounting member comprising a horizontal plate, a vertical plate disposed on a top surface of the horizontal plate, and a shaft which is fixed to the vertical plate and into which an electrode roll is fitted to be mounted; and characterized by an unwinding prevention member press-fitted between the electrode wound around the electrode roll and the horizontal plate to press and support the electrode wound around the electrode roll so as to prevent the electrode wound around the electrode roll from being unwound, wherein a top surface of the unwinding prevention member on which the electrode is supported is formed as a curved surface having the same curvature radius as the electrode wound around the electrode roll, wherein a hook protrusion on which the electrode wound around the electrode roll is hooked and supported is formed on one end (112a-1) of the curved surface.
An illumination device comprising: a plurality of light sources emitting light along an optical axis; an optical gate arranged along the optical axis; a light collector arranged between said plurality of light sources and said optical gate, said light collector is adapted to collect light from the light sources, wherein the light collector comprises a plurality of lenslets adapted to collect light from the light sources and adapted to convert the collected light into a plurality of light beams so that the light beams propagate along an optical axis and through said optical gate where each of the lenslets comprises an entrance surface where said light enters the lenslet and an exit surface where the light exits the lenslet; an optical projecting system adapted to collect at least a part of said light beams and adapted to image said optical gate at a distance along said optical axis; and characterized in that the axial distances between the lenslets and said light sources along the optical axis for adjacent lenslets are different for at least some of the adjacent lenslets, wherein the light collector is molded as a one piece light collector. a plurality of light sources emitting light along an optical axis; an optical gate arranged along the optical axis; a light collector arranged between said plurality of light sources and said optical gate, said light collector is adapted to collect light from the light sources, wherein the light collector comprises a plurality of lenslets adapted to collect light from the light sources and adapted to convert the collected light into a plurality of light beams so that the light beams propagate along an optical axis and through said optical gate where each of the lenslets comprises an entrance surface where said light enters the lenslet and an exit surface where the light exits the lenslet; an optical projecting system adapted to collect at least a part of said light beams and adapted to image said optical gate at a distance along said optical axis; and
A method for detecting a fault in an electrical machine, the method comprising the steps of: - carrying out at least one first measurement on the machine during a normal operation of the machine to obtain a first set of values; - analysing the first set of values to obtain a first fault indication; - interrupting, as a consequence of obtaining the first fault indication, the normal operation of the machine; - choosing, on the basis of the type of the first fault indication, a second measurement from a plurality of alternative measurements; - carrying out the second measurement on the machine when the normal operation of the machine is interrupted to obtain a second set of values; - analysing the second set of values to obtain a second fault indication; and - determining, on the basis of whether the second fault indication is obtained or not, whether the fault is present or not; the method being characterized by comprising the steps of: - as a consequence of not obtaining the second fault indication, resuming the normal operation of the machine and changing a condition of obtaining the first fault indication such that another false first fault indication is prevented from being obtained. - carrying out at least one first measurement on the machine during a normal operation of the machine to obtain a first set of values; - analysing the first set of values to obtain a first fault indication; - interrupting, as a consequence of obtaining the first fault indication, the normal operation of the machine; - choosing, on the basis of the type of the first fault indication, a second measurement from a plurality of alternative measurements; - carrying out the second measurement on the machine when the normal operation of the machine is interrupted to obtain a second set of values; - analysing the second set of values to obtain a second fault indication; and - determining, on the basis of whether the second fault indication is obtained or not, whether the fault is present or not; - as a consequence of not obtaining the second fault indication, resuming the normal operation of the machine and changing a condition of obtaining the first fault indication such that another false first fault indication is prevented from being obtained.
A formulation comprising a buffer having a pH from about 4.0 to less than 6.0, a divalent cation selected from calcium chloride, zinc chloride, manganese chloride or magnesium chloride between about 5-150 mM, an excipient comprising a sugar or polyol, and an effective amount of panitumumab, wherein panitumumab retains at least about 80% EGFR-binding activity for up to two months in solution.
A filtration system comprising a plurality of filters (1-2, 3-4, 5-6, 7-8), in particular oil or fuel filters, a first operating element movable from a default position to a least one isolating position (12, 13) for isolating at least one filter (1-2, 3-4) of a first group of filters from the filtration system, a second operating element movable from a default position to at least one isolating position (22, 23) for isolating at least one filter (5-6, 7-8) of a second group of filters from the filtration system, and a mechanical blocking mechanism that is actuated by a movement of the first operating element out of its default position to block the second operating element in its default position and actuated by a movement of the second operating element out of its default position to block the first operating element in its default position, wherein in the default position (11, 21) of the first and second operating element (10, 20), all the filters of the respective group of filters (A,B) are connected to the filtration system, characterized in that at least two filters are associated to each operating element (10, 20), the operating element (10, 20) being configured to selectively isolate at least one first filter (1-2, 5-6) out of the at least two filters from the filtration system in a first isolating position (13, 23) and at least one second filter (3-4, 7-8) out of the at least two filters in a second isolating position (12, 22). a plurality of filters (1-2, 3-4, 5-6, 7-8), in particular oil or fuel filters, a first operating element movable from a default position to a least one isolating position (12, 13) for isolating at least one filter (1-2, 3-4) of a first group of filters from the filtration system, a second operating element movable from a default position to at least one isolating position (22, 23) for isolating at least one filter (5-6, 7-8) of a second group of filters from the filtration system, and a mechanical blocking mechanism that is actuated by a movement of the first operating element out of its default position to block the second operating element in its default position and actuated by a movement of the second operating element out of its default position to block the first operating element in its default position, wherein in the default position (11, 21) of the first and second operating element (10, 20), all the filters of the respective group of filters (A,B) are connected to the filtration system, characterized in that at least two filters are associated to each operating element (10, 20), the operating element (10, 20) being configured to selectively isolate at least one first filter (1-2, 5-6) out of the at least two filters from the filtration system in a first isolating position (13, 23) and at least one second filter (3-4, 7-8) out of the at least two filters in a second isolating position (12, 22).
Control module with toggle switches (T 1, T 2, T N), in particular for a motor vehicle passenger compartment, having at least one toggle switch, having a toggle switch body, having a front portion intended to be manipulated by a user in a first toggle direction and a second toggle direction opposite the first, and also a rear portion opposite the front portion (la), the toggle switch body being articulated so as to toggle about a toggle axis perpendicular to the two toggle directions between a first and a second end position via a neutral position, characterized in that: • the toggle switch also has a lever, which is inclinable by rotation about a pivot axis extending perpendicular to the toggle axis and to the toggle directions, with a first branch and a second branch extending from the pivot axis, on either side of the plane containing the pivot axis and the two actuation directions, • the toggle switch has an electrical switch, disposed aligned with the first branch of the lever in the first actuation direction, facing said first branch, • the rear portion of the toggle switch body has a first and a second arm (11a, 11b), the first branch being disposed between the first arm and the electrical switch, the second arm being disposed on the same side of the second branch as the electrical switch, facing said second branch, such that the lever actuates the electrical switch regardless of the toggle direction of the toggle switch body. • the toggle switch also has a lever, which is inclinable by rotation about a pivot axis extending perpendicular to the toggle axis and to the toggle directions, with a first branch and a second branch extending from the pivot axis, on either side of the plane containing the pivot axis and the two actuation directions, • the toggle switch has an electrical switch, disposed aligned with the first branch of the lever in the first actuation direction, facing said first branch, • the rear portion of the toggle switch body has a first and a second arm (11a, 11b), the first branch being disposed between the first arm and the electrical switch, the second arm being disposed on the same side of the second branch as the electrical switch, facing said second branch, such that the lever actuates the electrical switch regardless of the toggle direction of the toggle switch body.