mhurhangee/ep-ind-claims huggingface dataset:
A busbar connector comprising: first and second portions (40a and 40b), each portion comprising: first and second rigid members (42a and 42b) forming an exterior portion of the busbar connector; a conduction member forming an interior portion of the busbar connector; and a compliant member having a stiffness less than the first and second rigid members and comprising a first surface attached to the first and second rigid members and a second surface opposite the first surface attached to the conduction member; and a first fastener structure and a second fastener structure configured to secure a first busbar and a second busbar between and in contact with the conduction members of the first and second portions to allow current to flow between the first and second busbars by applying a force from the exterior portion of the busbar connector to the interior portion of the busbar connector on each of the first and second rigid members substantially in center portions of the first and second rigid members. first and second portions (40a and 40b), each portion comprising: first and second rigid members (42a and 42b) forming an exterior portion of the busbar connector; a conduction member forming an interior portion of the busbar connector; and a compliant member having a stiffness less than the first and second rigid members and comprising a first surface attached to the first and second rigid members and a second surface opposite the first surface attached to the conduction member; and first and second rigid members (42a and 42b) forming an exterior portion of the busbar connector; a conduction member forming an interior portion of the busbar connector; and a compliant member having a stiffness less than the first and second rigid members and comprising a first surface attached to the first and second rigid members and a second surface opposite the first surface attached to the conduction member; and a first fastener structure and a second fastener structure configured to secure a first busbar and a second busbar between and in contact with the conduction members of the first and second portions to allow current to flow between the first and second busbars by applying a force from the exterior portion of the busbar connector to the interior portion of the busbar connector on each of the first and second rigid members substantially in center portions of the first and second rigid members.
Device for determining a region of impact (15, 17) with a point of impact (14, 16) of an aircraft on the surface of the Earth in the event of an emergency, the device comprising: a first interface that is embodied so as to receive aircraft data from the aircraft, wherein the aircraft data includes at least a position of the aircraft and also an altitude above the surface of the Earth; a second interface that is embodied so as to receive weather data from a weather information source in a recurring process comprising multiple individual receiving steps, wherein the weather data is weather forecasts and also prevailing weather data, and wherein the weather data includes at least air movements in an altitude profile between the aircraft and the surface of the Earth; characterised in that the device is embodied so as to store the weather data that is received; wherein the device furthermore comprises a computing unit that is embodied so as to compare the weather forecasts from a preceding receiving step with prevailing weather data from a following receiving step and to determine a deviation between the weather forecasts and the prevailing weather data; wherein the computing unit is embodied so as to determine a region of impact (15, 17) of the aircraft on the surface of the Earth in the event of an emergency based upon the weather forecast for the point in time of the emergency, the deviation between the weather forecasts from a preceding receiving step and the prevailing weather data and also the position of the aircraft. a first interface that is embodied so as to receive aircraft data from the aircraft, wherein the aircraft data includes at least a position of the aircraft and also an altitude above the surface of the Earth; a second interface that is embodied so as to receive weather data from a weather information source in a recurring process comprising multiple individual receiving steps, wherein the weather data is weather forecasts and also prevailing weather data, and wherein the weather data includes at least air movements in an altitude profile between the aircraft and the surface of the Earth; characterised in that the device is embodied so as to store the weather data that is received; wherein the device furthermore comprises a computing unit that is embodied so as to compare the weather forecasts from a preceding receiving step with prevailing weather data from a following receiving step and to determine a deviation between the weather forecasts and the prevailing weather data; wherein the computing unit is embodied so as to determine a region of impact (15, 17) of the aircraft on the surface of the Earth in the event of an emergency based upon the weather forecast for the point in time of the emergency, the deviation between the weather forecasts from a preceding receiving step and the prevailing weather data and also the position of the aircraft.
A fluid controller for arthroscopic procedures, the fluid controller being couplable to a tube for a coupling the fluid controller to a surgical site, the fluid controller comprising: a user interface configured to accept a setpoint joint pressure; a positive displacement pump that comprises a motor; a pressure sensor configured to read pressure at an outlet of the positive displacement pump; a control system coupled to the user interface, the pressure sensor, and the motor of the positive displacement pump, the control system configured to control speed of the motor by way of feedback control loop, the feedback control loop operates based on control loop parameters (340, 342), a pressure measured by the pressure sensor, and the setpoint joint pressure; the control system is configured to operate in a first mode that utilizes a first relationship of fluid flow through the tube and a pressure drop across the tube (ΔP), and the first mode utilizes a first set of control loop parameters; and the control system is configured to operate in a second mode that utilizes a second relationship of fluid flow through tube and a pressure drop across the tube (ΔP), the second mode different than the first mode, and the second mode utilizes a second set of control loop parameters, the second set of parameters different than the first set of parameters; wherein the control system is configured to generate a speed control output based on (i) the set of control loop parameters (340, 342) and (ii) a pressure error output. a user interface configured to accept a setpoint joint pressure; a positive displacement pump that comprises a motor; a pressure sensor configured to read pressure at an outlet of the positive displacement pump; a control system coupled to the user interface, the pressure sensor, and the motor of the positive displacement pump, the control system configured to control speed of the motor by way of feedback control loop, the feedback control loop operates based on control loop parameters (340, 342), a pressure measured by the pressure sensor, and the setpoint joint pressure; the control system is configured to operate in a first mode that utilizes a first relationship of fluid flow through the tube and a pressure drop across the tube (ΔP), and the first mode utilizes a first set of control loop parameters; and the control system is configured to operate in a second mode that utilizes a second relationship of fluid flow through tube and a pressure drop across the tube (ΔP), the second mode different than the first mode, and the second mode utilizes a second set of control loop parameters, the second set of parameters different than the first set of parameters; wherein the control system is configured to generate a speed control output based on (i) the set of control loop parameters (340, 342) and (ii) a pressure error output.
A cross-lapper for producing a nonwoven from several layers of fibre web, comprising at least one belt, which conveys the fibre web from the entry area of the cross-lapper as far as to a laying gap of a laying carriage, wherein the laying carriage deposits the fibre web onto a discharge belt, wherein the discharge belt includes means for forming a horizontal portion at least in the area of the deposit point of the fibre web on the discharge belt, characterized in that the means include an adjusting device, by means of which the size of the horizontal portion is variable at least in the area of the deposit point of the fibre web in the discharge direction.
Packaging system for dependency-free use of products for topical application, comprising: - a container with a single dispensing opening, - at least a first cream and a second cream with different formulations and/or concentrations of active ingredients (40,50), arranged in superposed layers in the container, in which the first cream is of the oil in water type and the second cream is of the water in oil type; - at least one active principle (40,50) contained in the inner phase or in the outer phase of the individual molecules composing said first cream; - at least one active principle (40,50) contained in the inner phase or in the outer phase of the individual molecules composing said second cream; characterised in that between the creams (20,30) there is at least one separation layer able to repel said active principle (40, 50), wherein said separation layer is the outer phase of the molecules composing the first cream, that is a lipophobic separation layer for the active principle contained in the second cream, and/or the outer phase of the molecules composing the second cream, that is a hydrophobic separation layer for the active principle contained in the first cream, in such a way that the active ingredients (40,50) contained in the creams (20,30) do not spread, passing from one cream to the other and making altogether vain the subdivision in layers. - a container with a single dispensing opening, - at least a first cream and a second cream with different formulations and/or concentrations of active ingredients (40,50), arranged in superposed layers in the container, in which the first cream is of the oil in water type and the second cream is of the water in oil type; - at least one active principle (40,50) contained in the inner phase or in the outer phase of the individual molecules composing said first cream; - at least one active principle (40,50) contained in the inner phase or in the outer phase of the individual molecules composing said second cream; characterised in that between the creams (20,30) there is at least one separation layer able to repel said active principle (40, 50),
An article of manufacture comprising: a plurality of sheets including a backing sheet, a front sheet and an intermediate pocket sheet sandwiched between the backing sheet and the front sheet, the pocket sheet comprising a circumferential frame with an interior portion thereof cut-out so that when sandwiched intermediate the backing sheet and the front sheet, the plurality of sheets define a cavity therebetween: stand, the stand comprising an elongate length of material connected at one end to one of the sheets, the other free end of which terminating in a tab, the stand having a plurality of fold lines about which the stand can be cranked intermediate its ends; a separate, removable indicia sheet for reception of a personalized message thereon; the backing sheet comprising a pair of slits (5, 7) formed therein, one of which is dimensioned for reception of the indicia sheet and providing access through the backing sheet to the cavity for storage of the removable indicia sheet therein, and the other of which is dimensioned to receive the tab of the stand for support of the article of manufacture in a substantially upright configuration. a plurality of sheets including a backing sheet, a front sheet and an intermediate pocket sheet sandwiched between the backing sheet and the front sheet, the pocket sheet comprising a circumferential frame with an interior portion thereof cut-out so that when sandwiched intermediate the backing sheet and the front sheet, the plurality of sheets define a cavity therebetween: stand, the stand comprising an elongate length of material connected at one end to one of the sheets, the other free end of which terminating in a tab, the stand having a plurality of fold lines about which the stand can be cranked intermediate its ends; a separate, removable indicia sheet for reception of a personalized message thereon; the backing sheet comprising a pair of slits (5, 7) formed therein, one of which is dimensioned for reception of the indicia sheet and providing access through the backing sheet to the cavity for storage of the removable indicia sheet therein, and the other of which is dimensioned to receive the tab of the stand for support of the article of manufacture in a substantially upright configuration.
Composition having antibacterial properties for the application on a metal surface comprising: - an aqueous solution of sodium silicate and/or potassium silicate with concentration in the range between 35 and 45% by weight and an aqueous solution of lithium polysilicate with concentration in the range between 18 and 25% by weight, in a ratio between the solution of lithium polysilicate and the solution of sodium and/or potassium silicate in the range between 1.25 and 1.57; silanes and watersoluble polysiloxane based surfactants; and - silver in the form of: (i) a silver salt in an amount in the range between 0.005 and 0.2% by weight; or (ii) silver nanoparticles in an amount in the range between 0.003% and 0.14% by weight with respect to the weight of the composition. - an aqueous solution of sodium silicate and/or potassium silicate with concentration in the range between 35 and 45% by weight and an aqueous solution of lithium polysilicate with concentration in the range between 18 and 25% by weight, in a ratio between the solution of lithium polysilicate and the solution of sodium and/or potassium silicate in the range between 1.25 and 1.57; silanes and watersoluble polysiloxane based surfactants; and - silver in the form of: (i) a silver salt in an amount in the range between 0.005 and 0.2% by weight; or (ii) silver nanoparticles in an amount in the range between 0.003% and 0.14% by weight with respect to the weight of the composition.
An object-oriented processing device for an ASN.1 message, comprising: an ASN.1 bottom support module for compiling the ASN.1 message into a programming language example code; a common manipulation module for processing the message to support message applications; characterised in that the device further comprises a message plug-in for generating message corpus plug-in from the code generated by compiling the ASN.1 message, with a class description table being a plug-in interface; the common manipulation module or the message plug-in is used to modify the programming language example code generated by the ASN.1 bottom support module, to use virtual functions to supplement class description information including class structure description information and functions for creating a class example; to add a support of class example manipulation for the generated code; to establish a TopClass class description table including the corresponding relationship between a TopClass name and a class description in the generated code, and the TopClass is a top-layer class but not a child-class; wherein the common manipulation module or the message plug-in is used to recover a programming language message example from VAL format data. an ASN.1 bottom support module for compiling the ASN.1 message into a programming language example code; a common manipulation module for processing the message to support message applications; characterised in that the device further comprises a message plug-in for generating message corpus plug-in from the code generated by compiling the ASN.1 message, with a class description table being a plug-in interface; the common manipulation module or the message plug-in is used to modify the programming language example code generated by the ASN.1 bottom support module, to use virtual functions to supplement class description information including class structure description information and functions for creating a class example; to add a support of class example manipulation for the generated code; to establish a TopClass class description table including the corresponding relationship between a TopClass name and a class description in the generated code, and the TopClass is a top-layer class but not a child-class; wherein the common manipulation module or the message plug-in is used to recover a programming language message example from VAL format data.
Gaming device having a game wheel, which is mounted for rotation about a wheel axle and is intended for achieving a score, wherein the game wheel is assigned an electrically activatable screen which, as seen in the viewing direction of the wheel axle, is arranged, at least in part, within the circumferential contour of the game wheel, and wherein the screen is superimposed on the game wheel and conceals part of a game wheel surface which is directed towards an operating station of the gaming device, characterized in that the screen is designed in the form of a touch screen and is connected to a control device for controlling at least one game-wheel function of the game wheel such that the at least one game-wheel function can be controlled by someone touching the screen and/or by someone approaching the screen.
Vibratory mill for at least two grinding jars which vibrate in a horizontal position, with a multi-part pendulum drive, wherein the pendulum drive comprises at least one eccentric shaft mounted so as to rotate about a vertical eccentric axis, at least two rocker arms (8, 9), each mounted so as to vibrate about a vertical vibration axis (4, 5) and connected to the eccentric shaft via couplings (6, 7) for holding the grinding jars, a motor unit coupled to the eccentric shaft as a drive for the eccentric shaft and, if necessary, further components, wherein a rotary movement of the eccentric shaft can be converted via the couplings (6, 7) into an oscillating movement of the rockers (8, 9) and wherein the centre of gravity of the pendulum drive is at least substantially equidistant from both oscillating axes (4, 5) in a horizontal centre of gravity plane, characterised in that the centre of gravity of the pendulum drive lies between the vertical centre of gravity axis of the motor unit and the eccentric axis.
A composition comprising medium-chain triglycerides (MCTs) wherein the composition comprises (i) a MCT comprising three fatty acid moieties each with 8 carbon atoms (MCT-C8) and (ii) a MCT comprising three fatty acid moieties each with 10 carbon atoms (MCT-C10); wherein the ratio of MCT-C8 to MCT-C10 is from 10:90 to 90:10 (mol/mol) and wherein the combined amount of MCT-C8 and MCT-C10 make up at least 50 mol% of the MCTs in the composition, for use in the treatment or prevention of glucose transporter type 1 deficiency syndrome, and/or epilepsy in a subject.
A silicone composition comprising: 50 to 99.9 parts by weight of organopolysiloxane having at least two aliphatic unsaturated hydrocarbon groups per molecule and a kinematic viscosity determined in accordance with the procedure outlined in the description at 25°C of from 60 to 100,000 mm 2 /s, 0.1 to 50 parts by weight of silicone resin having at least one aliphatic unsaturated hydrocarbon group per molecule provided that the combined amount of components and is 100 parts by weight organohydrogenpolysiloxane of structural formula below wherein each R 1 independently is an alkyl group of 1 to 6 carbon atoms or a hydrogen atom, and m and n are numbers which satisfy the conditions 50 ≤ m+n ≤ 100 and n/(m+n) ≤ 0.6, provided that the molecule has an SiH group and the R 1 groups are not all hydrogen atoms, organic peroxide having a ten hour half-life temperature of at least 40°C, in an amount of from 0.01 to 10 parts by weight per 100 parts by weight of components and combined, and heat-conductive filler having a thermal conductivity of at least 10 W/(m·°C), in an amount of from 100 to 3,000 parts by weight per 100 parts by weight of components and combined. 50 to 99.9 parts by weight of organopolysiloxane having at least two aliphatic unsaturated hydrocarbon groups per molecule and a kinematic viscosity determined in accordance with the procedure outlined in the description at 25°C of from 60 to 100,000 mm 2 /s, 0.1 to 50 parts by weight of silicone resin having at least one aliphatic unsaturated hydrocarbon group per molecule provided that the combined amount of components and is 100 parts by weight organohydrogenpolysiloxane of structural formula below wherein each R 1 independently is an alkyl group of 1 to 6 carbon atoms or a hydrogen atom, and m and n are numbers which satisfy the conditions 50 ≤ m+n ≤ 100 and n/(m+n) ≤ 0.6, provided that the molecule has an SiH group and the R 1 groups are not all hydrogen atoms, organic peroxide having a ten hour half-life temperature of at least 40°C, in an amount of from 0.01 to 10 parts by weight per 100 parts by weight of components and combined, and heat-conductive filler having a thermal conductivity of at least 10 W/(m·°C), in an amount of from 100 to 3,000 parts by weight per 100 parts by weight of components and combined.