mhurhangee/ep-ind-claims huggingface dataset:
A toner having toner particles, each of which contains a binder resin and a colorant, wherein, when dynamic viscoelastic properties of the toner are measured according to the description in a temperature range from at least 30°C to not more than 200°C, i) with Tp [°C] being a temperature at which a loss elastic modulus exhibits the maximum value, Tp is from at least 40°C to not more than 55°C, and ii) with G"(Tp) [Pa] being the loss elastic modulus at the temperature of Tp [°C], G"(Tp + 15) [Pa] being the loss elastic modulus at the temperature of Tp + 15 [°C], and G"(Tp + 30) [Pa] being the loss elastic modulus at the temperature of Tp + 30 [°C], G"(Tp), G"(Tp + 15), and G"(Tp + 30) satisfy following equations,, and: 8.00 × 10 7 ≤ G " Tp ≤ 3.00 × 10 8 G " Tp / G " Tp + 15 ≤ 6.00 50.0 ≤ G " Tp + 15 / G " Tp + 30 i) with Tp [°C] being a temperature at which a loss elastic modulus exhibits the maximum value, Tp is from at least 40°C to not more than 55°C, and ii) with G"(Tp) [Pa] being the loss elastic modulus at the temperature of Tp [°C], G"(Tp + 15) [Pa] being the loss elastic modulus at the temperature of Tp + 15 [°C], and G"(Tp + 30) [Pa] being the loss elastic modulus at the temperature of Tp + 30 [°C], G"(Tp), G"(Tp + 15), and G"(Tp + 30) satisfy following equations,, and: 8.00 × 10 7 ≤ G " Tp ≤ 3.00 × 10 8 G " Tp / G " Tp + 15 ≤ 6.00 50.0 ≤ G " Tp + 15 / G " Tp + 30
A connector arrangement for a flashing assembly for use in a roof window arrangement, said connector arrangement comprising a base connector element configured for being arranged with an exterior side facing the exterior in the mounted state, an interior side opposite the exterior side, and a length direction of the base connector element extending from a first end towards a second end, where the exterior side comprises a base gutter with two longitudinal edges extending between the first and second ends, where the base gutter is open at the second end so that water can drain out of the base gutter, and where an attachment section on the interior side is configured for being attached to a bracket used for connecting a roof window to a load-bearing structure, characterized in that the connector arrangement further comprises an elevation element and a top connector element, that, in a use state of the connector arrangement, said elevation element is connected to the base connector element and supporting the top connector element so that the top connector element is positioned above the base connector element when seen in a height direction extending from the interior side towards the exterior side, that said top connector element comprises a top gutter with two longitudinal edges extending between a first end and a second opposite open end, where a length direction of the top connector element extends from the first end towards the second end, and that, when arranged on the elevation element, the top connector element is arranged with its second end above the gutter of the base connector element and with the length direction of the top connector element extending substantially in parallel to the length direction of the base connector element. that the connector arrangement further comprises an elevation element and a top connector element, that, in a use state of the connector arrangement, said elevation element is connected to the base connector element and supporting the top connector element so that the top connector element is positioned above the base connector element when seen in a height direction extending from the interior side towards the exterior side, that said top connector element comprises a top gutter with two longitudinal edges extending between a first end and a second opposite open end, where a length direction of the top connector element extends from the first end towards the second end, and that, when arranged on the elevation element, the top connector element is arranged with its second end above the gutter of the base connector element and with the length direction of the top connector element extending substantially in parallel to the length direction of the base connector element.
A telescopic lifting arm for self-propelled operating machines such as lifters, telehandlers and the like, comprising: at least three tubular elements (21, 22, 23, 24, 25, 26) with decreasing sections and telescopically connected to one another, so as to define a support structure able to move between a retracted configuration, wherein said tubular elements (21, 22, 23, 24, 25, 26) are inserted one into the other, and an elongated configuration, wherein at least two tubular elements are at least partially extracted; a hydraulic actuator associated with said support structure (21, 22, 23, 24, 25, 26) and provided with at least three hydraulic elements (41, 42, 43) being telescopically connected to one another, each of which is connected to a respective tubular element of the support structure; at least four of said tubular elements (21, 22, 23, 24, 25, 26) and a motion transmission organ connecting at least two tubular elements and comprising one or more flexible elements and one or more pulleys whereon said elements slides, said organ being able to produce the extension / retraction of a tubular element with respect to another tubular element, upon the extension/ retraction of that other element; and wherein said hydraulic actuator comprises a telescopic hydraulic cylinder provided with a barrel and at least two rods (42, 43), defined by respective hydraulic elements; characterized in that the hydraulic cylinder includes: at least a first rod slidably inserted within the barrel; at least a first activation chamber defined within the barrel; at least one extensible channel for putting said first activation chamber into communication with the outside; at least a second activation chamber defined within the first rod; and at least a first retraction chamber defined between the barrel and the first rod, communicating with the second activation chamber; the first activation chamber, the second activation chamber and the first retraction chamber being adapted to enable reciprocal extension / retraction of the barrel and of the first rod, upon the entering / exiting of a working fluid through said telescopic channel. at least a first rod slidably inserted within the barrel; at least a first activation chamber defined within the barrel; at least one extensible channel for putting said first activation chamber into communication with the outside; at least a second activation chamber defined within the first rod; and at least a first retraction chamber defined between the barrel and the first rod, communicating with the second activation chamber; the first activation chamber, the second activation chamber and the first retraction chamber being adapted to enable reciprocal extension / retraction of the barrel and of the first rod, upon the entering / exiting of a working fluid through said telescopic channel.
Portable safety device capable of inflating multiple envelopes comprising: - at least one surrounding air inlet, - at least one inflation means, - at least one air or enriched gas area, - at least one check valve, - at least one acceleration cone connected to at least one inflatable envelope, characterised in that it comprises at least one separating wall that travels along the device from the at least one check valve to at least one end of at least one acceleration cone, the separating wall compartmentalises at least said end of at least one acceleration cone leading into at least two inflatable envelopes which are substantially hermetically separate. - at least one surrounding air inlet, - at least one inflation means, - at least one air or enriched gas area, - at least one check valve, - at least one acceleration cone connected to at least one inflatable envelope,
An apparatus operation device comprising: a line-of-sight detecting unit that is adapted to detect a line of sight of a user; a neck-mounted terminal that is mounted around a neck of the user and is adapted to detect a motion of the neck of the user; a determining unit that is adapted to determine, based on the line of sight that has been detected and the motion of the neck that has been detected, at least one of a target apparatus to be operated or operation details for the target apparatus; and a control unit that is adapted to control the target apparatus in accordance with the determination by the determining unit, wherein the line-of-sight detecting unit is adapted to suspend detection of the line of sight upon detection of the motion of the neck being started by the neck-mounted terminal, and is adapted to start the detection of the line of sight upon the detection of the motion of the neck being finished by the neck-mounted terminal. a line-of-sight detecting unit that is adapted to detect a line of sight of a user; a neck-mounted terminal that is mounted around a neck of the user and is adapted to detect a motion of the neck of the user; a determining unit that is adapted to determine, based on the line of sight that has been detected and the motion of the neck that has been detected, at least one of a target apparatus to be operated or operation details for the target apparatus; and a control unit that is adapted to control the target apparatus in accordance with the determination by the determining unit, wherein the line-of-sight detecting unit is adapted to suspend detection of the line of sight upon detection of the motion of the neck being started by the neck-mounted terminal, and is adapted to start the detection of the line of sight upon the detection of the motion of the neck being finished by the neck-mounted terminal.
An automated system for the safety testing of a wellhead piping flowline employed for the distribution of a fluid stream of gas and/or oil pressurized by a downhole electric submersible pump, the system comprising: a. a surface safety shut-off valve positioned in the flowline and in fluid communication with the ESP; b. a pre-programmed safety logic solver for conducting a safety test protocol and recording the results electronically, and for issuing emergency shut-down signals; c. a plurality of pressure sensors (52, 54, 56) for measuring the internal flowline pressure upstream of the SSV; d. a valve actuator for closing the SSV in response to either a test-initiating signal or an emergency shut-down signal transmitted by the SLS and for opening the SSV in response to a signal transmitted by the SLS; e. a variable speed drive controller operatively connected to the ESP for varying the speed of the ESP, and thereby the pressure of the fluid in the flowline, in response to a signal from the SLS; and f. an emergency ESP shut-off switch for interrupting power to the ESP in response to an emergency shut-down signal from the SLS. a. a surface safety shut-off valve positioned in the flowline and in fluid communication with the ESP; b. a pre-programmed safety logic solver for conducting a safety test protocol and recording the results electronically, and for issuing emergency shut-down signals; c. a plurality of pressure sensors (52, 54, 56) for measuring the internal flowline pressure upstream of the SSV; d. a valve actuator for closing the SSV in response to either a test-initiating signal or an emergency shut-down signal transmitted by the SLS and for opening the SSV in response to a signal transmitted by the SLS; e. a variable speed drive controller operatively connected to the ESP for varying the speed of the ESP, and thereby the pressure of the fluid in the flowline, in response to a signal from the SLS; and f. an emergency ESP shut-off switch for interrupting power to the ESP in response to an emergency shut-down signal from the SLS.
Liquid cathode cell comprising: - a calcium anode; - an electrolyte comprising a sulfur and/or phosphorus oxidizing solvent and at least one salt; - a cathode comprising a compound identical to the aforementioned oxidizing solvent as active material; characterized in that the cathode comprises a first zone consisting of a carbon matrix comprising entwined carbon fibers having a porosity of at least 90% and a specific surface area of less than or equal to 5 m 2 /g, and comprising a second zone distinct from the first zone, wherein the second zone consists of a composite material comprising a binder and carbon black. - a calcium anode; - an electrolyte comprising a sulfur and/or phosphorus oxidizing solvent and at least one salt; - a cathode comprising a compound identical to the aforementioned oxidizing solvent as active material;
Method for determination of the concentration of myostatin in serum, the method comprising the steps of contacting an immobilized first antibody having specificity for the myostatin prodomain with serum, followed by contacting the immobilized first antibody with a second antibody having specificity for the myostatin prodomain, detecting the amount of second antibody coupled to the first immobilized antibody and equating the signal detected for the second antibody bound to the first antibody to the concentration of myostatin, characterized in that the second antibody is labelled with a radioactive atom and detecting the second antibody is radiometrically and in that the first and second antibodies are polyclonal.
A pump assembly with an electrical drive motor, with at least one impeller which is rotatingly driven by the electrical drive motor as well as with a control device which activates the drive motor, wherein, the control device is designed in a manner such that it selectively activates the drive motor in at least one first or a second operating mode, wherein in the first operating mode, the drive motor is activated by the control device in a manner such that a rotor of the drive motor continuously rotates for producing a flow and a pressure at the impeller, and in the second operating mode, the drive motor is controlled by the control device in a manner such that the rotor of the drive motor is moved further in a stepwise manner in at least one selected angular step of preferably smaller than 360° for reaching a certain angular position, characterised in that the rotor of the drive motor, additionally to the at least one impeller, is coupled to at least one further movable component (18, 18i) via a releasable coupling (108, 110).
An engineered cell comprising a polynucleotide encoding a chimeric antigen receptor polypeptide, wherein the CAR comprises: a signal peptide, an antigen recognition domain, a hinge region, a transmembrane domain, at least one costimulatory domain, and a signaling domain; and wherein the cell is selected from the group consisting of a T cell or a NK cell: - wherein the CAR targets CD2, and wherein the CD2 endogenous to the cell is knocked out or inactivated, and optionally wherein one or more of CD3, CD4, CD5 and CD7 endogenous to the cell are further knocked-out or inactivated; - wherein the CAR targets CD3, and wherein the CD3 endogenous to the cell is knocked out or inactivated, and optionally wherein one or more of CD2, CD4, CD5 and CD7 endogenous to the cell are further knocked-out or inactivated; - wherein the CAR targets CD4, and wherein the CD4 endogenous to the cell is knocked out or inactivated, and optionally wherein one or more of CD2, CD3, CD5 and CD7 endogenous to the cell are further knocked-out or inactivated; - wherein the CAR targets CD5, and wherein the CD5 endogenous to the cell is knocked out or inactivated, and optionally wherein one or more of CD2, CD3, CD4 and CD7 endogenous to the cell are further knocked-out or inactivated; - wherein the CAR targets CD7, and wherein the CD7 endogenous to the cell is knocked out or inactivated, and optionally wherein one or more of CD2, CD3, CD4 and CD5 endogenous to the cell are further knocked-out or inactivated. - wherein the CAR targets CD2, and wherein the CD2 endogenous to the cell is knocked out or inactivated, and optionally wherein one or more of CD3, CD4, CD5 and CD7 endogenous to the cell are further knocked-out or inactivated; - wherein the CAR targets CD3, and wherein the CD3 endogenous to the cell is knocked out or inactivated, and optionally wherein one or more of CD2, CD4, CD5 and CD7 endogenous to the cell are further knocked-out or inactivated; - wherein the CAR targets CD4, and wherein the CD4 endogenous to the cell is knocked out or inactivated, and optionally wherein one or more of CD2, CD3, CD5 and CD7 endogenous to the cell are further knocked-out or inactivated; - wherein the CAR targets CD5, and wherein the CD5 endogenous to the cell is knocked out or inactivated, and optionally wherein one or more of CD2, CD3, CD4 and CD7 endogenous to the cell are further knocked-out or inactivated; - wherein the CAR targets CD7, and wherein the CD7 endogenous to the cell is knocked out or inactivated, and optionally wherein one or more of CD2, CD3, CD4 and CD5 endogenous to the cell are further knocked-out or inactivated.
A rotor for an electric machine comprising: a core having circumferentially-spaced, axially-extending posts, and defining an axial passage; a winding carried by each of the posts and comprising an electrically-conductive wire repeatedly wound around the post such that a portion of the winding extends axially beyond the post to define an overhang with upper and lower surfaces connected by an end; and a shaft located within the axial passage, wherein the shaft is hollow, defining an inner surface and an outer surface, and has a coolant passage radially extending between the inner and outer surfaces, arranged such that during operation coolant is expellable radially outward from the coolant passage; wherein the rotor comprises: an end cap (110, 210, 310) comprising a collar circumscribing the outer surface of the shaft and a C-shaped wall supported by the collar, wherein the C-shaped wall axially cradles the winding end turns and supports the lower surface of the overhang, the end cap (110, 210, 310) having a first radially inward facing coolant opening (114, 214, 314) on a radially inward surface of the end cap (110, 210, 310), the first radially inward facing coolant opening (114, 214, 314) being fluidly coupled to the overhang lower surface; and wherein the coolant passage is fluidly coupled to the first radially inward facing coolant opening (114, 214, 314). a core having circumferentially-spaced, axially-extending posts, and defining an axial passage; a winding carried by each of the posts and comprising an electrically-conductive wire repeatedly wound around the post such that a portion of the winding extends axially beyond the post to define an overhang with upper and lower surfaces connected by an end; and a shaft located within the axial passage, wherein the shaft is hollow, defining an inner surface and an outer surface, and has a coolant passage radially extending between the inner and outer surfaces, arranged such that during operation coolant is expellable radially outward from the coolant passage; wherein the rotor comprises: an end cap (110, 210, 310) comprising a collar circumscribing the outer surface of the shaft and a C-shaped wall supported by the collar, wherein the C-shaped wall axially cradles the winding end turns and supports the lower surface of the overhang, the end cap (110, 210, 310) having a first radially inward facing coolant opening (114, 214, 314) on a radially inward surface of the end cap (110, 210, 310), the first radially inward facing coolant opening (114, 214, 314) being fluidly coupled to the overhang lower surface; and wherein
A method for assembling a device comprising a bed, which device comprises a frame, and the frame comprises a frame section for the bed, which frame section for the bed comprises two parallel first frame elements extending in the longitudinal direction; and the frame further comprises two second frame elements extending in a direction transverse to the first frame elements; wherein the first frame elements of the frame section for the bed are provided with a bed base; wherein at least two frame elements of the frame have the form of a profile, which profile comprises a groove extending in the longitudinal direction of the profile which groove is capable of engaging a thickening by form closure; characterized in that at each corner of the frame section for the bed, the frame comprises uprights which at the ends of at least one of the first frame elements protrude above the frame section for the bed, the two second frame elements having ends attached to the uprights, said ends comprising uppermost end sections, wherein the uppermost end sections are above the uprights; wherein - the uprights that protrude above the frame section for the bed at sides thereof that in the longitudinal direction of the bed are facing each other, and - the two second frame elements at the uppermost end sections and at sides thereof that in the longitudinal direction of the bed are facing each other, are provided with grooves that - extend in the longitudinal direction of the uprights and of the second frame elements respectively, and - are arranged to engage the thickening of a separating element by form closure, wherein the method comprises a step of affixing the separating element that comprises a thickening at each of two opposing longitudinal edges of the element (632, 632'), by inserting the thickened longitudinal edges into said grooves of the uprights and the second frame elements. - the uprights that protrude above the frame section for the bed at sides thereof that in the longitudinal direction of the bed are facing each other, and - the two second frame elements at the uppermost end sections and at sides thereof that in the longitudinal direction of the bed are facing each other, are provided with grooves that - extend in the longitudinal direction of the uprights and of the second frame elements respectively, and - are arranged to engage the thickening of a separating element by form closure,