mhurhangee/ep-ind-claims huggingface dataset:
A composition for use in packaging an electronic device, comprising a matrix and an adsorption material having a water vapor adsorption capability, wherein the adsorption material comprises attapulgite and/or zeolite, and wherein the matrix comprises a combination of V 2 O 5, P 2 O 5 and TeO 2.
A method for assisting prediction of exacerbation of respiratory infection, comprising: measuring a biomarker in a liquid specimen that has been collected from a subject suffering from a respiratory infection or a subject suspected of having a respiratory infection, wherein the biomarker is at least one selected from the group consisting of IFNλ3 and CCL17, and a measured value of the biomarker is an index to predict exacerbation of the respiratory infection, wherein when the biomarker is IFNλ3, and the measured value of IFNλ3 is greater than or equal to a threshold value corresponding to IFNλ3, a possibility of exacerbation of respiratory infection of the subject is suggested to be high; wherein when the biomarker is CCL17, and the measured value of CCL17 is less than a threshold value corresponding to CCL17, the possibility of exacerbation of respiratory infection of the subject is suggested to be high; and wherein the respiratory infection is an infection caused by SARS-CoV-2. wherein when the biomarker is IFNλ3, and the measured value of IFNλ3 is greater than or equal to a threshold value corresponding to IFNλ3, a possibility of exacerbation of respiratory infection of the subject is suggested to be high; wherein when the biomarker is CCL17, and the measured value of CCL17 is less than a threshold value corresponding to CCL17, the possibility of exacerbation of respiratory infection of the subject is suggested to be high; and wherein the respiratory infection is an infection caused by SARS-CoV-2.
Process for coating of a surface with polymer coatings via conversion of polymers of the polymer coatings, selected from the group of the polymers comprising styrene, with the exception of homopolystyrene, or from the group of the polymers comprising maleimide, to a condition of ductile deformability through the action of a force on the polymers below their respective glass transition temperature and then coating of a surface.
Assembly comprising: - a semiconductor power switching element having a semiconductor power switch with a built-in temperature-dependent gate resistor; and - a device for determining a temperature of the semiconductor power switching element, characterized in that the device has a non-inverting amplifier circuit comprising an operational amplifier and a feedback resistor, wherein the inverting input of the operational amplifier is connected to the semiconductor power switch in such a manner that the gain of the non-inverting amplifier circuit in a predefined frequency range of an input signal (V IN) depends on the built-in temperature-dependent gate resistor and the feedback resistor and is a measure of the temperature of the semiconductor power switching element. - a semiconductor power switching element having a semiconductor power switch with a built-in temperature-dependent gate resistor; and - a device for determining a temperature of the semiconductor power switching element,
An infusion device, comprising: a body; a cannula housed in the body; a cannula insertion device; a cannula retraction device; a bi-stable spring, characterized in that the bi-stable spring comprises a bi-stable band comprises a bump interacting with a counter surface of the infusion device for changing shape of the bi-stable band wherein when the cannula insertion device is activated by pressing an activation button, the cannula extends at least partly out of the body and into an infusion site by a force supplied by the bi-stable spring moving from a first stable state to a second stable state; and wherein when the cannula retraction device is activated by pressing a separate retracting button after the cannula insertion device has been activated, the cannula retracts into the body by a force supplied by the bi-stable spring returning to the first stable state. a body; a cannula housed in the body; a cannula insertion device; a cannula retraction device; a bi-stable spring, characterized in that the bi-stable spring comprises a bi-stable band comprises a bump interacting with a counter surface of the infusion device for changing shape of the bi-stable band wherein when the cannula insertion device is activated by pressing an activation button, the cannula extends at least partly out of the body and into an infusion site by a force supplied by the bi-stable spring moving from a first stable state to a second stable state; and wherein when the cannula retraction device is activated by pressing a separate retracting button after the cannula insertion device has been activated, the cannula retracts into the body by a force supplied by the bi-stable spring returning to the first stable state.
A method for associating a portable sensor device with a stationary control device in a building management system comprising a plurality of stationary control devices (104a, 104b, 104c) being connected in a network, and a portable sensor device being associated with one of the stationary control devices (104a, 104b, 104c), wherein the portable sensor device in a first mode transmits a signal occurring at a first frequency to its associated stationary control device (104a, 104b, 104c) so as to provide its associated stationary control device (104a, 104b, 104c) with sensor data, the method comprising: detecting a movement of the portable sensor device, whereby the portable sensor device changes from the first mode to a second mode in which the portable sensor device transmits a signal occurring at a second frequency being larger than the first frequency; receiving the signal transmitted by the portable sensor device occurring at the second frequency by at least one of the stationary control devices (104a, 104b, 104c), wherein the received signal at each of the receiving stationary control devices is associated with a received signal strength (S104a, S104b, S104c); determining if the received signal strength (S104a, S104b, S104c) of each of the receiving stationary control devices (104a, 104b, 104c) is essentially constant during a time window (ΔT1), thereby determining if the movement of the portable sensor device has stopped; and in case the received signal strength (S104a, S104b, S104c) of each of the receiving stationary control devices (104a, 104b, 104c) is essentially constant during a time window (ΔT1), associating the portable sensor device with the stationary control device having the highest received signal strength (S104c), whereby the portable sensor device returns to the first mode. detecting a movement of the portable sensor device, whereby the portable sensor device changes from the first mode to a second mode in which the portable sensor device transmits a signal occurring at a second frequency being larger than the first frequency; receiving the signal transmitted by the portable sensor device occurring at the second frequency by at least one of the stationary control devices (104a, 104b, 104c), wherein the received signal at each of the receiving stationary control devices is associated with a received signal strength (S104a, S104b, S104c); determining if the received signal strength (S104a, S104b, S104c) of each of the receiving stationary control devices (104a, 104b, 104c) is essentially constant during a time window (ΔT1), thereby determining if the movement of the portable sensor device has stopped; and in case the received signal strength (S104a, S104b, S104c) of each of the receiving stationary control devices (104a, 104b, 104c) is essentially constant during a time window (ΔT1), associating the portable sensor device with the stationary control device having the highest received signal strength (S104c), whereby the portable sensor device returns to the first mode.
A product comprising a DNA or RNA viral mimic with a delivery agent suitable for cytoplasmic delivery of the viral mimic, for use as a medicament for treatment of a tumor of a patient wherein the administration regime of the medicament comprises administering a therapeutically effective amount of the product to the tumor, in one or more sessions, followed by treating the tumor with intra-tumoral alpha-emitter radiotherapy less than two weeks after administering the medicament, wherein the delivery agent suitable for cytoplasmic delivery comprises a lipid-based delivery agent, a polymer-based delivery agent, or the viral mimic with the delivery agent comprises Poly-ICLC.
A reinforcing sheet for a solid electrolyte membrane, characterized in that it comprises: glass fibers; and an organic binder that coats the glass fibers, wherein the reinforcing sheet has voids fillable with a solid electrolyte, and the organic binder is an organic polymer consisting only of carbon and hydrogen.
An apparatus for containing an F.O.G. layer on water comprising a tank (12, 112) having an inlet (14, 114) and an outlet, the inlet (14, 114) configured to connect to a source of F.O.G.-laden effluent and the outlet configured to connect to a sewer pipe so that the outlet defines a normal static water level for F.O.G. and effluent in the tank (12, 112), such that the top of the F.O.G. rises above the normal static water level because of a specific gravity of F.O.G. being less than the specific gravity of water, and characterized in that a sensor is mounted above the normal static water level and is configured to determine a distance from the sensor that is above the top of the F.O.G. to the top of the F.O.G. within the tank (12, 112), so that a thickness of the F.O.G. in the tank (12, 112) can be determined by evaluating how much the top of the F.O.G. is above the normal static water level. a tank (12, 112) having an inlet (14, 114) and an outlet, the inlet (14, 114) configured to connect to a source of F.O.G.-laden effluent and the outlet configured to connect to a sewer pipe so that the outlet defines a normal static water level for F.O.G. and effluent in the tank (12, 112), such that the top of the F.O.G. rises above the normal static water level because of a specific gravity of F.O.G. being less than the specific gravity of water, and characterized in that a sensor is mounted above the normal static water level and is configured to determine a distance from the sensor that is above the top of the F.O.G. to the top of the F.O.G. within the tank (12, 112), so that a thickness of the F.O.G. in the tank (12, 112) can be determined by evaluating how much the top of the F.O.G. is above the normal static water level.
A damper for damping vibrations in tools and tool holders in chip cutting machine tools, with at least one substantially longitudinal damping body forming a damping mass with two end surfaces (21, 22) and a substantially longitudinal surface between these, said damping body including a longitudinal direction (a) and a transversal direction (t) and is placed in a substantially longitudinal cavity with a damping fluid, said cavity defining at least one cavity surface and the damping body defines at least one damping body surface, characterised in that it comprises an axial hole going through the damping body and it is configured so that during operation it will spread the damping liquid with gas pockets around the entire damping body in the area between the damping body and the adjoining cavity, and at least one of the cavity surface and the damping body surface is broken to influence formation of foam in the damping fluid when in operation.
Earthquake-proof connecting device (1; 100) for connecting a first structural element (9, 19) to a second structural element (19, 9); the device (1; 100) comprising: - a first fixing element (2; 102), which is configured to be fixed to the first structural element (9, 19; 75) and is provided with a guide (14; 114) for housing slidably a second fixing element (3; 103) configured to be fixed to the second structural element (19, 9;); - a second fixing element (3; 103), which is configured to be fixed to the second structural element (19, 9) and is slidable in the guide (14; 114) of the first fixing element (2; 102); wherein the first fixing element (2; 102) and the second fixing element (3; 103) are telescopically coupled; - sliding limiting means (25; 125), which are configured to limit the sliding between the first fixing element (2; 102) and the second fixing element (3; 103); the device being characterized in that the sliding limiting means (25; 125) comprise at least one limiting element (26; 126) plastically deformable, which is provided with a first end (27; 127) fixed to the outer surface of the main body (4; 104) of the first fixing element (2; 102) and a second end (28; 128) fixed to the outer surface of the main body (15; 115) of the second fixing element (3; 103). - a first fixing element (2; 102), which is configured to be fixed to the first structural element (9, 19; 75) and is provided with a guide (14; 114) for housing slidably a second fixing element (3; 103) configured to be fixed to the second structural element (19, 9;); - a second fixing element (3; 103), which is configured to be fixed to the second structural element (19, 9) and is slidable in the guide (14; 114) of the first fixing element (2; 102); wherein the first fixing element (2; 102) and the second fixing element (3; 103) are telescopically coupled; - sliding limiting means (25; 125), which are configured to limit the sliding between the first fixing element (2; 102) and the second fixing element (3; 103); the device being characterized in that the sliding limiting means (25; 125) comprise at least one limiting element (26; 126) plastically deformable, which is provided with a first end (27; 127) fixed to the outer surface of the main body (4; 104) of the first fixing element (2; 102) and a second end (28; 128) fixed to the outer surface of the main body (15; 115) of the second fixing element (3; 103).
Method for producing a steel sheet having a microstructure containing between 5% and 25% of intercritical ferrite, at least 10% of residual austenite, at least 50% of partitioned martensite, less than 10% of fresh martensite, and bainite, the sum of partitioned martensite and bainite being at least 60%, by heat treating a steel sheet wherein the chemical composition of the steel contains in weight %: 0.15 % ≤ C ≤ 0.25 % 1.2 % ≤ Si ≤ 1.8 % 2 % ≤ Mn ≤ 2.4 % 0.1 % ≤ Cr ≤ 0.25 % Al ≤ 0.5 % the balance being Fe and unavoidable impurities, and wherein the heat treatment operations comprise the successive following steps: - Preparing a sheet by hot rolling and cold rolling, - Heating and annealing the sheet at an annealing temperature TA between TA1 = Ac3 - 0.45*(Ms - QT) where QT is the quenching temperature between 180°C and 300°C and TA2 = 830°C for a time of more than 30 sec, - quenching the sheet by cooling it down to the quenching temperature QT between 180°C and 300°C, - heating the sheet up to a partitioning temperature PT between 380°C and 480°C for a partitioning time Pt between 10 sec and 300 sec, - cooling the sheet to the room temperature with a cooling rate of at least 25°C/s. - Preparing a sheet by hot rolling and cold rolling, - Heating and annealing the sheet at an annealing temperature TA between TA1 = Ac3 - 0.45*(Ms - QT) where QT is the quenching temperature between 180°C and 300°C and TA2 = 830°C for a time of more than 30 sec, - quenching the sheet by cooling it down to the quenching temperature QT between 180°C and 300°C, - heating the sheet up to a partitioning temperature PT between 380°C and 480°C for a partitioning time Pt between 10 sec and 300 sec, - cooling the sheet to the room temperature with a cooling rate of at least 25°C/s.
An aqueous dispersion of aggregate alumina particles comprising aggregate alumina particles having an aggregate structure comprised of fused primary particles, wherein the aggregate alumina particles have a primary particle diameter and an aggregate particle diameter, and the average of the primary particle diameters ( d p) and the average (by number) of the aggregate particle diameters ( D circ ave) satisfies the following equation: D circ ave nm < 35 + 1.8 d p nm.
A reinforcing bar binding machine comprising: a feed means (13, 14) for feeding a wire from a wire reel rotatably mounted on a binding machine body; a braking means for braking a rotation of the wire reel; and a control means configured to start a braking to the rotation of the wire reel by the braking means after the wire is fed to a predetermined amount of feeding, and to stop the feed means (13, 14) and start counting of a clock in a timer and stop braking when the counted value of the timer has become the reference value, when the wire is fed to a predetermined length which is larger than said predetermined amount of feeding. a feed means (13, 14) for feeding a wire from a wire reel rotatably mounted on a binding machine body; a braking means for braking a rotation of the wire reel; and a control means configured to start a braking to the rotation of the wire reel by the braking means after the wire is fed to a predetermined amount of feeding, and to stop the feed means (13, 14) and start counting of a clock in a timer and stop braking when the counted value of the timer has become the reference value, when the wire is fed to a predetermined length which is larger than said predetermined amount of feeding.
Apparatus for indirect printing on cylindrical parts, having at least one intermediate print substrate and having a means for transferring a printed image to the intermediate print substrate or for producing a printed image on the intermediate print substrate, the intermediate print substrate being an endless belt which, as a closed loop of belt, is guided in endless form over at least two rollers and which receives the printed image on its outer side remote from each of the rollers, the endless belt forming, between the rollers in the direction of drive, a transfer portion extending in a plane, and an infeed means being provided for the cylindrical parts to be printed on and the infeed means being adapted, at least in the region of the endless belt for the infeed in translation, in one direction and in a plane, of the parts to be printed on, the parts being rotatably mounted in workpiece carriers belonging to the infeed means, the printed image previously received on the endless belt thus being able to be transferred from the endless belt to a cylindrical part to be printed on by rolling of the cylindrical part against the plane transfer portion of the endless belt, characterised in that the endless belt comprises a first, supporting, level material and in that on its outer side there is formed, to receive the printed image, an elastically yielding coating of the supporting level material which is continuous or interrupted in the circumferential direction.
Tool comprising a work portion for machining a workpiece and comprising a drive portion which is spaced therefrom, is formed by a flat piece and has a drive profile for coupling to an output profile of a prime mover, by means of which the tool can be moved in particular about an axis in an oscillating or rotating manner, the drive portion having a window that is closed all around and having, in the region of the frame of the window, form-fitting engagement openings (6 to 10) for engagement of form-fitting engagement projections of the output profile, characterised in that the frame of the window has predetermined separation points (13, 15) for breaking out a break-out portion (16, 17), which predetermined separation points are formed by webs which form outer edges that are formed by incisions (18, 19) introduced into the frame of the window from the outside.
Apparatus for producing bags from tubular material, which comprises woven fabric made of drawn plastics strips, the apparatus at least comprising: - at least one flexible-tube-forming apparatus, by means of which tubular material for producing bags can be produced from web-form material and in which the tubular material can be conveyed in a transporting direction (x') wherein the flexible-tube-forming apparatus comprises a roll, which contains the web-form material, and - at least one flexible-tube-separating apparatus, by means of which flexible-tube pieces can be separated from the tubular material, and - a bottom-forming apparatus (8, 9, 10, 11), by means of which (8, 9, 10, 11) bottoms can be formed at at least one end of a flexible-tube piece, - at least one transporting device, by means of which the flexible-tube pieces are transported within the bottom-forming apparatus (8, 9, 10, 11) in a transporting direction (x), which runs transversely to the direction (y) in which the flexible-tube pieces extend, characterized in that the transporting direction (x') of the web-form material and of the tubular material in the flexible-tube-forming apparatus and the transporting direction (x) of the flexible-tube pieces in the transporting device are parallel to one another, and in that at least one deflecting mechanism is provided between the flexible-tube-forming apparatus and the bottom-forming apparatus (8, 9, 10, 11), it being possible for the deflecting mechanism to deflect the tubular material into a new transporting direction (y), which (y) extends, at least in part, transversely to the original transporting direction (x'). - at least one flexible-tube-forming apparatus, by means of which tubular material for producing bags can be produced from web-form material and in which the tubular material can be conveyed in a transporting direction (x') wherein the flexible-tube-forming apparatus comprises a roll, which contains the web-form material, and - at least one flexible-tube-separating apparatus, by means of which flexible-tube pieces can be separated from the tubular material, and - a bottom-forming apparatus (8, 9, 10, 11), by means of which (8, 9, 10, 11) bottoms can be formed at at least one end of a flexible-tube piece, - at least one transporting device, by means of which the flexible-tube pieces are transported within the bottom-forming apparatus (8, 9, 10, 11) in a transporting direction (x), which runs transversely to the direction (y) in which the flexible-tube pieces extend, characterized in that the transporting direction (x') of the web-form material and of the tubular material in the flexible-tube-forming apparatus and the transporting direction (x) of the flexible-tube pieces in the transporting device are parallel to one another, and in that at least one deflecting mechanism is provided between the flexible-tube-forming apparatus and the bottom-forming apparatus (8, 9, 10, 11), it being possible for the deflecting mechanism to deflect the tubular material into a new transporting direction (y), which (y) extends, at least in part, transversely to the original transporting direction (x').
A pipe machining apparatus comprising: - a frame capable of being mounted onto a pipe; - a tool carrier coupled to and movable relative to the frame; - a tool support coupled to and movable with the tool carrier relative to the frame; and - a laser line generator tool mounted on and movable with the tool support, the laser line generator tool capable of imaging a laser light onto the pipe, characterized in that the laser line generator tool comprises a housing that defines a centerline and a laser line generator that defines a centerline, the centerline of the laser line generator being offset from the centerline of the housing. - a frame capable of being mounted onto a pipe; - a tool carrier coupled to and movable relative to the frame; - a tool support coupled to and movable with the tool carrier relative to the frame; and - a laser line generator tool mounted on and movable with the tool support, the laser line generator tool capable of imaging a laser light onto the pipe, characterized in that the laser line generator tool comprises a housing that defines a centerline and a laser line generator that defines a centerline, the centerline of the laser line generator being offset from the centerline of the housing.