mhurhangee/ep-ind-claims huggingface dataset:
Heat spreading plate for a circuit carrier comprising: - at least one first layer made of a first material with a first coefficient of expansion, - at least one second layer made of a second, low-expansion material with a second coefficient of expansion which is smaller than the first coefficient of expansion, - wherein arranged between the first layer and the second layer is at least one connection layer comprising diffusion metal, more particularly silver (Ag) and/or a silver alloy and/or gold (Au) and/or a gold alloy and/or copper (Cu) and/or a copper alloy, characterised by an asymmetrical arrangement of the first layer, the second layer and the connection layer in such a way that a convex or concave-shaped heat spreading plate is formed. - at least one first layer made of a first material with a first coefficient of expansion, - at least one second layer made of a second, low-expansion material with a second coefficient of expansion which is smaller than the first coefficient of expansion, - wherein arranged between the first layer and the second layer is at least one connection layer comprising diffusion metal, more particularly silver (Ag) and/or a silver alloy and/or gold (Au) and/or a gold alloy and/or copper (Cu) and/or a copper alloy,
Method for balancing the load in a communication network, which method is carried out in a computing unit and comprises: capturing mobility data relating to at least one terminal, wherein the mobility data indicate one or more future positions (K1, K2, K3, K4) of the terminal in one or more predetermined periods of time, wherein the mobility data also comprise at least one probability value which indicates the probability with which the terminal will be at one of the one or more positions (K1, K2, K3, K4) at the predetermined time, and determining a load level of a first access point of the communication network at least on the basis of parameters of the services which are made available to terminals (D1, D2, D3) by the access point, and additionally determining a load level of the first access point at a future time on the basis of the captured mobility data for at least one terminal and on the basis of parameters of the services which are presumably intended to be provided for the at least one terminal by the access point at the future time, wherein a future load caused by the terminal is weighted with the probability value of the mobility data; and, if the load level of the first access point is above a predefined first threshold value at the present time or at a future time, preparing (350, 360) for a transfer of at least one service for the first terminal to a second access point from one or more adjacent access points (AP2, AP3), wherein the coverage areas (120, 130) of the adjacent access points (AP2, AP3) at least partially overlap the coverage area of the first access point and therefore form an overlapping area. determining a load level of a first access point of the communication network at least on the basis of parameters of the services which are made available to terminals (D1, D2, D3) by the access point, and additionally determining a load level of the first access point at a future time on the basis of the captured mobility data for at least one terminal and on the basis of parameters of the services which are presumably intended to be provided for the at least one terminal by the access point at the future time, wherein a future load caused by the terminal is weighted with the probability value of the mobility data; and, if the load level of the first access point is above a predefined first threshold value at the present time or at a future time, preparing (350, 360) for a transfer of at least one service for the first terminal to a second access point from one or more adjacent access points (AP2, AP3), wherein the coverage areas (120, 130) of the adjacent access points (AP2, AP3) at least partially overlap the coverage area of the first access point and therefore form an overlapping area.
A hydromount assembly comprising: a first chamber and a second chamber; an inertia track separating the first chamber and the second chamber, the inertia track having a central opening and including, relative to the central opening, a radially inner surface and a radially outer surface, the inertia track having a passage between the radially inner surface and the radially outer surface that fluidly connects the first chamber and the second chamber; an engagement member at least partially disposed in the opening of the inertia track and rigidly coupled to the inertia track to move in unison with the inertia track; a shaft extending through the central opening, the shaft including a first shaft section and a second shaft section, the first shaft section abutting the engagement member on a first axial side and the second shaft section abutting the engagement member on a second, opposite axial side, wherein at least a portion of the first shaft section extends through the central opening and wherein at least a portion of the second shaft section extends through the central opening; and further including a first elastomeric element, a second elastomeric element, and a third elastomeric element free of contact with each other. a first chamber and a second chamber; an inertia track separating the first chamber and the second chamber, the inertia track having a central opening and including, relative to the central opening, a radially inner surface and a radially outer surface, the inertia track having a passage between the radially inner surface and the radially outer surface that fluidly connects the first chamber and the second chamber; an engagement member at least partially disposed in the opening of the inertia track and rigidly coupled to the inertia track to move in unison with the inertia track; a shaft extending through the central opening, the shaft including a first shaft section and a second shaft section, the first shaft section abutting the engagement member on a first axial side and the second shaft section abutting the engagement member on a second, opposite axial side, wherein at least a portion of the first shaft section extends through the central opening and wherein at least a portion of the second shaft section extends through the central opening; and further including a first elastomeric element, a second elastomeric element, and a third elastomeric element free of contact with each other.
Method for quality control of a metallic foil of a card body for a smart card, comprising the following steps: - arranging a reference resonant circuit having a coil on a measuring head of a pulse measuring device configured for emitting a pulse of an electromagnetic oscillation and for detecting an oscillation response of the coil in response to the pulse; - calibrating the reference resonant circuit by emitting a pulse, detecting an oscillation response of the coil in response to the pulse, and determining a calibration quality factor from the oscillation response; - moving the reference resonant circuit relative to a surface of the metallic foil; - emitting a pulse, detecting an oscillation response of the coil in response to the pulse, and determining a quality factor from the oscillation response; and - ascertaining a thickness and/or density of the metallic foil based on the determined quality factor. - arranging a reference resonant circuit having a coil on a measuring head of a pulse measuring device configured for emitting a pulse of an electromagnetic oscillation and for detecting an oscillation response of the coil in response to the pulse; - calibrating the reference resonant circuit by emitting a pulse, detecting an oscillation response of the coil in response to the pulse, and determining a calibration quality factor from the oscillation response; - moving the reference resonant circuit relative to a surface of the metallic foil; - emitting a pulse, detecting an oscillation response of the coil in response to the pulse, and determining a quality factor from the oscillation response; and - ascertaining a thickness and/or density of the metallic foil based on the determined quality factor.
A compound having the formula: wherein B 1 is a nucleobase; R 1 is -OH, a monophosphate moiety, polyphosphate moiety, or nucleic acid moiety,; R 2 is hydrogen; R 7 is unsubstituted or substituted aryl, or substituted or unsubstituted heteroaryl; and R 8 is unsubstituted C 1 -C 6 alkyl. B 1 is a nucleobase; R 1 is -OH, a monophosphate moiety, polyphosphate moiety, or nucleic acid moiety,; R 2 is hydrogen; R 7 is unsubstituted or substituted aryl, or substituted or unsubstituted heteroaryl; and R 8 is unsubstituted C 1 -C 6 alkyl.
A breaker failure protection system (100, 200) for a high voltage direct current, HVDC, circuit breaker arranged for interrupting a DC circuit (101, 102) upon reception of a trip signal (108, 308), the system comprising: a current sensor being arranged for measuring a current I ( t) through the DC circuit, at least one inductor (105, 106) connected in series with the DC circuit, and a breaker failure detection unit (107, 300) being arranged for: retrieving a trip signal used for triggering the circuit breaker, assessing, on the basis of the measured current received from the current sensor, whether the circuit breaker has failed, and sending, if the circuit breaker has failed, a trip signal to an adjacent circuit breaker. a current sensor being arranged for measuring a current I ( t) through the DC circuit, at least one inductor (105, 106) connected in series with the DC circuit, and a breaker failure detection unit (107, 300) being arranged for: retrieving a trip signal used for triggering the circuit breaker, assessing, on the basis of the measured current received from the current sensor, whether the circuit breaker has failed, and sending, if the circuit breaker has failed, a trip signal to an adjacent circuit breaker. retrieving a trip signal used for triggering the circuit breaker, assessing, on the basis of the measured current received from the current sensor, whether the circuit breaker has failed, and sending, if the circuit breaker has failed, a trip signal to an adjacent circuit breaker.
Cutting blade for a clearing saw, the cutting blade comprising a plurality of teeth, wherein at least some of said teeth comprise a leading edge, a trailing edge, and a point in between the leading edge and the trailing edge, wherein the trailing edge is hardened to a depth in the range 0.02-1.5 mm, and wherein the hardening depth is defined as the depth where the hardness has decreased to 590 HV, characterized in that the leading edge is left unhardened except at said point. the trailing edge is hardened to a depth in the range 0.02-1.5 mm, and wherein the hardening depth is defined as the depth where the hardness has decreased to 590 HV, characterized in that the leading edge is left unhardened except at said point.
Filter centrifuge for filtering a solid material out of a suspension formed by the solid material and a liquid, including a filter drum which defines a filter drum inner surface and a filter drum longitudinal axis and which is rotatable about the filter drum longitudinal axis, and a solid material discharge device for discharging the filtered-out solid material from the filter drum in the context of a discharge operation of the filter centrifuge, wherein the solid material discharge device comprises a discharge device arm having a free arm end, a solid material discharge line which is formed on the arm and through which the filtered-out solid material can be led out of the filter drum and which has solid material inlet opening which is circumferentially limited by an inlet opening edge and which is disposed adjacent to the free arm end and through which the filtered-out solid material can get from the filter drum into the solid material discharge line, and a blade for engaging in the filtered-out solid material, adhering to the filter drum inner surface, wherein the blade defines a an edge extending along an edge longitudinal course, wherein the discharge device arm is configured to be movable in a controlled way, such that, in discharge operation, the solid material inlet opening is movable near the filter drum inner surface by means of a movement of the discharge device arm, in order to be able to receive the filtered-out solid material adhering to the filter drum inner surface, and wherein the blade is disposed in the solid material inlet opening, such that the blade is disposed in a direction transverse to its edge longitudinal course on both sides of the edge at a distance (A1, A2) from the inlet opening edge, so that removed solid material can get through the solid material inlet opening relative to the edge longitudinal course on both sides of the edge into the solid material discharge line, and in addition including a pressure difference generating device for generating a pressure difference between the external environment of the solid material inlet opening and an interior of the solid material discharge line in such a way that the pressure in the solid material discharge line is less than at the solid material inlet opening.
Household appliance with a control apparatus with a control element receptacle and with a control element separate therefrom, which can be attached to the control element receptacle and can be positioned so as to be removable and with which operating conditions of the household appliance can be adjusted by specific actuation in the state attached to the control element receptacle, and with at least one acceleration sensor, which is arranged in the control element, wherein the control element is embodied as a flat structure, characterised in that in the state attached to the control element receptacle with a plane in which the flat structure extends with its larger dimensions, the control element is arranged oriented vertically in the room, when the control element is attached to the control element receptacle the control element has an attachment position and in the attachment position the absolute position is determined, and the control apparatus has an evaluation unit, which, in the state of the control element attached to the control element receptacle and thus in the attachment position, is embodied to determine an absolute position of the control element in the space (x, y, z), which is independent of the position of the control element in relation to the control element receptacle, as a function of acceleration values of the acceleration sensor, wherein a reference coordinate system with spatial directions (x, y, z) aligned at right angles to one another is defined in order to determine this absolute position.
Paper cup with a cup sleeve and a bottom connected in an essentially liquid-tight manner to the cup sleeve, wherein the cup sleeve and the bottom are connected by an all-round skirt, characterized in that the cup sleeve is arranged between the bottom and an end opposite the bottom at least in some sections at an angle greater than or equal to 10°, in particular between 10° and 25°, relative to a central longitudinal axis of the paper cup, and in that the cup sleeve is designed with S-shaped cross-section, so that the cup sleeve is, in the area of the bottom and in the area of its end opposite the bottom, at a lower angle relative to the central longitudinal axis than in a central section.
A refrigerating machine oil comprising: a lubricating base oil having a kinematic viscosity at 100°C of 1.5 mm 2 /s or less; and a lubricant additive comprising an extreme pressure agent containing sulfur and phosphorus; wherein the refrigerating machine oil has a kinematic viscosity at 100°C of 0.5 mm 2 /s or more and 2.5 mm 2 /s or less, a distillation end point in gas chromatography distillation of 380°C or more and 450°C or less, a difference between a 90% distillation temperature and a 95% distillation temperature in gas chromatography distillation of 10°C or more and 80°C or less, and a sulfur content of 0.001 mass% or more and 0.2 mass% or less. a lubricating base oil having a kinematic viscosity at 100°C of 1.5 mm 2 /s or less; and a lubricant additive comprising an extreme pressure agent containing sulfur and phosphorus; wherein the refrigerating machine oil has a kinematic viscosity at 100°C of 0.5 mm 2 /s or more and 2.5 mm 2 /s or less, a distillation end point in gas chromatography distillation of 380°C or more and 450°C or less, a difference between a 90% distillation temperature and a 95% distillation temperature in gas chromatography distillation of 10°C or more and 80°C or less, and a sulfur content of 0.001 mass% or more and 0.2 mass% or less.
Light emission unit for a lamp, comprising • a device carrier, • at least one LED circuit board and • at least one operating device for supplying power to the LED circuit board, wherein the device carrier is formed by a sheet metal part comprising a plate-shaped region by means of which two oppositely disposed mounting regions are formed, wherein the LED circuit board is disposed in a first of the two mounting regions and wherein the at least one operating device (140, 141) is disposed in the second mounting region opposite the first mounting region, characterized in that the plate-shaped region comprises integrally formed spacers, which are formed by embossments of the plate-shaped region and project from the plane of the plate-shaped region into one of the two mounting regions and form elevated bearing surfaces for the LED circuit board or the operating device (140, 141). • a device carrier, • at least one LED circuit board and • at least one operating device for supplying power to the LED circuit board, wherein the device carrier is formed by a sheet metal part comprising a plate-shaped region by means of which two oppositely disposed mounting regions are formed, wherein the LED circuit board is disposed in a first of the two mounting regions and wherein the at least one operating device (140, 141) is disposed in the second mounting region opposite the first mounting region,
A composition comprising a combination of at least two compounds selected from a modulator of endothelium permeability and a modulator of extracellular matrix formation, wherein the modulator of endothelium permeability is selected from irbesartan, bosentan, fondaparinux, pentazocine, nifuroxazide, tiludronate, gliclazide, and loperamide, and the modulator of extracellular matrix formation is selected from idraparinux, otamixaban, argatroban, lisinopril, quinapril, ramipril, enoxaparin, disulfiram, and spironolactone, or salts or prodrugs or derivatives or sustained release formulations thereof, for use in the treatment of neuroinflammation.
A method for providing semi-finished tubular manufactured articles to be closed by stitching at an axial end thereof for the production of socks, which comprises a step of providing the body of a tubular manufactured article and a step of providing an end portion of the tubular manufactured article which is intended to be removed during the subsequent stitching operation in order to close an axial end of the tubular manufactured article, said step of providing the end portion comprising: - a step of providing an intermediate band connected to said body of the manufactured article and thinner than the thickness at least of the rows of knitting of the body of the manufactured article which are connected to said intermediate band; - a step of providing an end edge thicker than the thickness of said intermediate band; characterized in that the height of said intermediate band, proximate to the regions that constitute the lateral ends of the two flaps of said end portion to be overlapped in order to stitch the axial end to be closed of the tubular manufactured article, is lower than the height of the remaining part of said intermediate band. - a step of providing an intermediate band connected to said body of the manufactured article and thinner than the thickness at least of the rows of knitting of the body of the manufactured article which are connected to said intermediate band; - a step of providing an end edge thicker than the thickness of said intermediate band;
A lead-acid battery, comprising: a positive electrode plate; a negative electrode plate; an electrolyte solution; and a container having a cell chamber in which the positive electrode plate, the negative electrode plate and the electrolyte solution are accommodated, wherein a concentration of Ba sulfate contained in a negative electrode material of the negative electrode plate is 1.0 mass% or more, and a Na concentration in the electrolyte solution is 0.001 mol/L or more and 0.04 mol/L or less in a fully charged state, characterized in that a density of a positive electrode material of the positive electrode plate in a fully charged state is 3.8 g/cm 3 or more. a positive electrode plate; a negative electrode plate; an electrolyte solution; and a container having a cell chamber in which the positive electrode plate, the negative electrode plate and the electrolyte solution are accommodated, wherein a concentration of Ba sulfate contained in a negative electrode material of the negative electrode plate is 1.0 mass% or more, and a Na concentration in the electrolyte solution is 0.001 mol/L or more and 0.04 mol/L or less in a fully charged state, characterized in that a density of a positive electrode material of the positive electrode plate in a fully charged state is 3.8 g/cm 3 or more.
A method for dismantling an assembly comprising a first substrate and a second substrate bonded with at least one seal, said seal consisting of a polymer material chosen from polyurethane matrices and silicone matrices, having a tensile Young's modulus at 25°C of between 0.1 and 500 MPa, and comprising at least one migrating agent able to migrate as far as at least one of the interfaces of the seal in order to cause an interface detachment under the action of heat, comprising the following steps: - heating locally at the interface between the seal and a substrate (10, 12) at the activation temperature of the migrating agent incorporated in the seal so as to generate gases and cause migration thereof as far as the interface of the seal with the substrate (10, 12), thus producing an interface detachment, and - separating the elements in line with the interface detachment. - heating locally at the interface between the seal and a substrate (10, 12) at the activation temperature of the migrating agent incorporated in the seal so as to generate gases and cause migration thereof as far as the interface of the seal with the substrate (10, 12), thus producing an interface detachment, and - separating the elements in line with the interface detachment.