mhurhangee/patent-ind-claim-en huggingface dataset:
A planar layered device, comprising: a top planar layer ; and a bottom planar layer stacked together; a clamp that seals the top and bottom planar layers to each other, wherein the top planar layer comprises a top base having an upper surface and a lower surface, a top cover covering the upper surface of the top base, and a top membrane attached to the lower surface of the top base, the top base has a top through hole formed therein, the top through hole is sealed by the top cover and the top membrane to form a top chamber , and the top chamber is in fluid communication with a first input channel and a first output channel located in the top base ; wherein the bottom planar layer comprises a bottom base having an upper surface and a lower surface, and a bottom substrate attached to the lower surface of the bottom base , the bottom base has a bottom through hole formed therein, the bottom through hole is sealed by the top membrane and the bottom substrate to form a bottom chamber , and the bottom chamber is in fluid communication with a second input channel and a second output channel located in the bottom base ; and wherein the top chamber and the bottom chamber correspond to each other and are separated by the top membrane . a top planar layer ; and a bottom planar layer stacked together; a clamp that seals the top and bottom planar layers to each other, wherein the top planar layer comprises a top base having an upper surface and a lower surface, a top cover covering the upper surface of the top base, and a top membrane attached to the lower surface of the top base, the top base has a top through hole formed therein, the top through hole is sealed by the top cover and the top membrane to form a top chamber , and the top chamber is in fluid communication with a first input channel and a first output channel located in the top base ; wherein the bottom planar layer comprises a bottom base having an upper surface and a lower surface, and a bottom substrate attached to the lower surface of the bottom base , the bottom base has a bottom through hole formed therein, the bottom through hole is sealed by the top membrane and the bottom substrate to form a bottom chamber , and the bottom chamber is in fluid communication with a second input channel and a second output channel located in the bottom base ; and wherein the top chamber and the bottom chamber correspond to each other and are separated by the top membrane .
Method for determining a duration of a critical state of a driver of a vehicle , wherein the method comprises the following steps: reading in a state signal representing a state of the driver detected using a sensor device of the vehicle ; checking whether the state signal represents the critical state or a non-critical state of the driver , wherein a check is carried out in order to determine whether the state signal represents a closed state of the eyes of the driver , in which the eyes of the driver are closed for longer than the duration of a blink, as the critical state, or represents an open state of the eyes as the non-critical state; incrementing a counter value of a counter that represents the duration of the critical state if the state signal represents the critical state; keeping the counter value constant if the state signal represents the non-critical state; decrementing the counter value if the state signal represents the non-critical state after expiry of a reference holding time (t h ), wherein the reference holding time (t h ) is a predefined maximum duration, during which the counter value is kept constant; and determining a discrepancy between the counter value and a limit value (x), wherein, in an outputting step, a warning signal for warning the driver is output depending on the discrepancy between the counter value and the limit value (x). reading in a state signal representing a state of the driver detected using a sensor device of the vehicle ; checking whether the state signal represents the critical state or a non-critical state of the driver , wherein a check is carried out in order to determine whether the state signal represents a closed state of the eyes of the driver , in which the eyes of the driver are closed for longer than the duration of a blink, as the critical state, or represents an open state of the eyes as the non-critical state; incrementing a counter value of a counter that represents the duration of the critical state if the state signal represents the critical state; keeping the counter value constant if the state signal represents the non-critical state; decrementing the counter value if the state signal represents the non-critical state after expiry of a reference holding time (t h ), wherein the reference holding time (t h ) is a predefined maximum duration, during which the counter value is kept constant; and determining a discrepancy between the counter value and a limit value (x), wherein, in an outputting step, a warning signal for warning the driver is output depending on the discrepancy between the counter value and the limit value (x).
Method for operating a motor vehicle , wherein the motor vehicle has an electric traction machine , wherein in a first operation mode of the motor vehicle , when a torque threshold is undershot by a preset torque predetermined by a driver of the motor vehicle and/or a driver assistance device, and when an actual engine speed corresponding to the standstill of the motor vehicle is reached, a target engine speed for an engine speed regulation of the traction machine is set to a value corresponding to the standstill of the motor vehicle , an actual engine speed of the traction machine is regulated to the target engine speed, and subsequently the parking brake is controlled to retain the motor vehicle and after the controlling of the parking brake the regulation is interrupted, wherein by means of the regulation a target torque is determined from a difference between the actual engine speed and the target engine speed and the traction machine is controlled to provide the target torque by means of a controller and the target torque determined by means of the regulation is temporarily stored, and wherein an operating element of the parking brake is monitored for an actuation and when the actuation is determined the target engine speed is set to the value corresponding to the standstill and the regulation is resumed during standstill of the motor vehicle and is pilot-controlled with the temporarily stored target torque, wherein the parking brake is only released as soon as the regulation is active.
A regulating valve controlled by its own medium for fluid flow-through regulation, having a main valve , which has main valve piston with stroke adjustable in the axial direction, and a main valve seat cooperating therewith, which delimits an outlet chamber radially on the inside and an inlet chamber radially on the outside, and having a pilot valve for controlling the main valve piston , which pilot valve has a control chamber on the side of the main valve piston facing away from the main valve seat , which is fluidically connected to the inlet chamber via a pilot line in the main valve piston and to the outlet chamber via a pressure relief line , and has a pilot valve piston , which in a closed position closes the pressure relief line , namely by building up a closing pressure in the control chamber and by a stroke adjustment of the main valve piston in a closing direction, and which in an open position opens the pressure relief line , namely by equalizing the pressure between the control chamber and the outlet chamber and by a stroke adjustment of the main valve piston in an opening direction, wherein an cleaning wire element that is stationary in the axial direction is guided with hole clearance through the pilot line and the pilot line is movable along the cleaning wire element guided therein during a stroke adjustment of the main valve piston , wherein the cleaning wire element has an actuation contour , which can be brought into sliding engagement with a counter contour formed on the main valve piston at least during the stroke adjustment of the main valve piston , namely by building up a transverse force (F) acting on the cleaning wire element , wherein a helical compression spring extending about the pilot valve piston is supported in the control chamber between the main valve piston and a valve housing wall facing away axially therefrom, and wherein the helical compression spring is extended by the cleaning wire element , characterized in that the cleaning wire element has a round profile or a polygonal profile, in particular a square profile, in that in particular the cleaning wire element having a polygonal profile is helically twisted in order to enhance the scraping properties of the edges, in that the cleaning wire element , in particular the wire base body thereof, has a wave profiling , and in that in particular the wave height of the wave profiling increases in a direction towards the pilot line opening facing the inlet chamber .
Vacuum cleaner comprising a device for cleaning the suction filters, said vacuum cleaner having two filter units and , at least one suction motor and a compartment for the passage of air from each of said filter units and to said suction motor , said device for cleaning the suction filters comprising - intercepting means and of the air intake flow directed towards said filter units and , - at least one processor for sending the signals for starting or finishing the cleaning operations of each filter unit or , - at least one vibration generator for each filter unit or , characterized in that said intercepting means of the suction flow, or , comprise an opening and closing element of the air passage duct from said filtering units or to said suction motor , said opening and closing element being able to rotate around an axis, and a linear actuator for each of said filter units, and , said actuator being configured to rotate said opening and closing element by translating a movable element , and by a transformation from linear to rotary motion. - intercepting means and of the air intake flow directed towards said filter units and , - at least one processor for sending the signals for starting or finishing the cleaning operations of each filter unit or , - at least one vibration generator for each filter unit or ,
A method, comprising: receiving information from a plurality of spatially distributed user devices, the information derived at least from observations of an environment of each user device; characterized by based on the received information, creating a model of time evolution of a spatio-temporal map for a plurality of spatial locations; creating a policy based on the model of time evolution of the spatio-temporal map; and transmitting the policy to the plurality of user devices. receiving information from a plurality of spatially distributed user devices, the information derived at least from observations of an environment of each user device; characterized by based on the received information, creating a model of time evolution of a spatio-temporal map for a plurality of spatial locations; creating a policy based on the model of time evolution of the spatio-temporal map; and transmitting the policy to the plurality of user devices.
An aqueous, topical antifungal composition which comprises, based on the total weight of the composition, 45 to 50 weight percent water, 0.1 to 5 percent by weight antifungal agent selected from the group consisting of terbinafine, naftifine, butenafine, amorolfine and pharmaceutically acceptable salts thereof, 1 to 5 percent by weight lactate ester of a C 2 to C 16 saturated aliphatic alcohol, 0.5 to 5 percent by weight monoprotic organic acid having a pKa value in the range of 3.8 to 5, 40 to 45 percent by weight C 2 to C 8 saturated aliphatic alcohol, and 1 to 3 percent by weight cationic galactomannan gum.
A package comprising: a first packaging component comprising a product-contacting sealant layer comprising a first ethylene vinyl alcohol copolymer; and a second packaging component comprising a product-contacting sealant layer comprising a second ethylene vinyl alcohol copolymer; wherein the ethylene content of the second ethylene vinyl alcohol copolymer is equal to or less than 38 percent, and wherein the ethylene content of the first ethylene vinyl alcohol copolymer is greater than the ethylene content of the second ethylene vinyl alcohol copolymer. a first packaging component comprising a product-contacting sealant layer comprising a first ethylene vinyl alcohol copolymer; and a second packaging component comprising a product-contacting sealant layer comprising a second ethylene vinyl alcohol copolymer;
Device for the temperature control of a space , comprising - a plurality of elongated, preferably metallic, heat transfer profiles with their longitudinal axes arranged in parallel and - at least one pipeline for a heat transfer medium to flow through, wherein at least one pipeline section runs parallel to a longitudinal axis of a heat transfer profile and is coupled with the latter in a heat-transmitting manner, wherein, in each case, in a middle region of the heat transfer profiles , viewed in the cross-section, on a top side facing away from the temperature , a pipeline section is arranged between the heat transfer profile and a contact profile running in the direction of the longitudinal axis of the heat transfer profile , wherein the heat transfer profile , in the middle region , viewed in the cross-section, respectively comprises a U-shaped section with two limbs facing the temperature chamber and a base in contact with the pipeline section , and that the contact profile is in thermally conductive contact with both limbs , characterized in that at least peripheral regions of the heat transfer profile are in direct and full-surface contact with a space air of the space to be temperature controlled both on a bottom side of the heat transfer profile facing the space as well as on a top side of the heat transfer profile facing away from the space , wherein adjacent heat transfer profiles have a clear distance (A1) between 2.5 cm and 10 cm to each other when measured in the horizontal direction. - a plurality of elongated, preferably metallic, heat transfer profiles with their longitudinal axes arranged in parallel and - at least one pipeline for a heat transfer medium to flow through,
A cleaning device , comprising: a handle ; a cleaning implement depending from one end the handle ; and a flexible neck positioned to allow flexion of the handle ; characterized by a collar that moves with respect to the flexible neck between a first position where movement of the flexible neck is unrestricted by the collar and a second position where movement of the flexible neck is restricted by the collar . a handle ; a cleaning implement depending from one end the handle ; and a flexible neck positioned to allow flexion of the handle ; characterized by
Method for communicating data between a domestic appliance and a user terminal of a user of said domestic appliance , - wherein in the course of said data communication, control data comprising control commands is transmitted from the user terminal to the domestic appliance and/or status data comprising information on a current state of the domestic appliance is transmitted from the domestic appliance to the user terminal ; - and the data communication between the domestic appliance and the user terminal takes place at least partially over the Internet, via an Internet server ; - wherein the domestic appliance is registered and the user is allocated to the domestic appliance in the Internet server before the data communication takes place; and - the registration of the domestic appliance includes a characteristic MAC address of the domestic appliance being transmitted from the domestic appliance to the Internet server , characterised in that - the allocation to the user is made only provided that the user inputs a confirmation at the domestic appliance with which the user confirms that the user has physical access to the domestic appliance . - wherein in the course of said data communication, control data comprising control commands is transmitted from the user terminal to the domestic appliance and/or status data comprising information on a current state of the domestic appliance is transmitted from the domestic appliance to the user terminal ; - and the data communication between the domestic appliance and the user terminal takes place at least partially over the Internet, via an Internet server ; - wherein the domestic appliance is registered and the user is allocated to the domestic appliance in the Internet server before the data communication takes place; and - the registration of the domestic appliance includes a characteristic MAC address of the domestic appliance being transmitted from the domestic appliance to the Internet server , characterised in that - the allocation to the user is made only provided that the user inputs a confirmation at the domestic appliance with which the user confirms that the user has physical access to the domestic appliance .
A three-dimensional circuit structure comprising: a three-dimensional base at least having a first surface (P1) and a second surface (P2) connected to the first surface (P1) in non-parallel; a first electronic component (11 to 13) including one electrode (21 to 23) at least having a first portion exposed from the first surface (P1) and a second portion exposed from the second surface (P2), and another electrode (31 to 33); the first electronic component (11 to 13) being embedded in an end portion of the first surface (P1) and an end portion of the second surface (P2) adjacent to each other in the three-dimensional base , the first electronic component (11 to 13) being a passive component; a second electronic component embedded in the first surface (P1): a third electronic component (15 to 17) embedded in the second surface (P2); a first wiring line on the first surface (P1), the first wiring line being connected to the first portion and the second electronic component at the first surface (P1); and a second wiring line on the second surface (P2), the second wiring line being connected to the second portion and the third electronic component (15 to 17) at the second surface (P2), wherein no wiring line spans over or along any end portion of any surface (P1, P2, P3) of the three-dimensional circuit. a three-dimensional base at least having a first surface (P1) and a second surface (P2) connected to the first surface (P1) in non-parallel; a first electronic component (11 to 13) including one electrode (21 to 23) at least having a first portion exposed from the first surface (P1) and a second portion exposed from the second surface (P2), and another electrode (31 to 33); one electrode (21 to 23) at least having a first portion exposed from the first surface (P1) and a second portion exposed from the second surface (P2), and another electrode (31 to 33); the first electronic component (11 to 13) being embedded in an end portion of the first surface (P1) and an end portion of the second surface (P2) adjacent to each other in the three-dimensional base , the first electronic component (11 to 13) being a passive component; a second electronic component embedded in the first surface (P1): a third electronic component (15 to 17) embedded in the second surface (P2); a first wiring line on the first surface (P1), the first wiring line being connected to the first portion and the second electronic component at the first surface (P1); and a second wiring line on the second surface (P2), the second wiring line being connected to the second portion and the third electronic component (15 to 17) at the second surface (P2), wherein no wiring line spans over or along any end portion of any surface (P1, P2, P3) of the three-dimensional circuit.
Use of a quantity of one or more water-soluble calcium salts and a quantity of glass particles for preparing platelet releasate from a sample of a platelet-rich blood composition obtained from a subject, wherein said quantity of the one or more water-soluble calcium salts is from 1.0 μmol per ml to 12.0 μmol per ml of said sample and said quantity of glass particles is from 0.010 g per ml to 0.60 g per ml of said sample.
A filling machine arranged to fill liquid food product into packages, wherein the filling machine comprises a system for conveying a sterilizing fluid to the filling machine , characterized in that the system comprises: a refilling tank configured for containing the sterilizing fluid and from which the sterilizing fluid is drawn, a spray tank fluidly connected to the refilling tank for receiving the sterilizing fluid from the refilling tank and conveying the sterilizing fluid to the filling machine , wherein the filling machine comprises a spray nozzle configured for spraying various parts of the filling machine , wherein the spray tank is configured for conveying the sterilizing fluid to said spray nozzle, a fluid line connecting the refilling tank to the spray tank , and a vacuum generator fluidly connected to the spray tank via a vacuum line and configured to generate a vacuum in the spray tank , such that the vacuum causes the sterilizing fluid to be drawn from the refilling tank and into the spray tank . a refilling tank configured for containing the sterilizing fluid and from which the sterilizing fluid is drawn, a spray tank fluidly connected to the refilling tank for receiving the sterilizing fluid from the refilling tank and conveying the sterilizing fluid to the filling machine , wherein the filling machine comprises a spray nozzle configured for spraying various parts of the filling machine , wherein the spray tank is configured for conveying the sterilizing fluid to said spray nozzle, a fluid line connecting the refilling tank to the spray tank , and a vacuum generator fluidly connected to the spray tank via a vacuum line and configured to generate a vacuum in the spray tank , such that the vacuum causes the sterilizing fluid to be drawn from the refilling tank and into the spray tank .
Apparatus for retaining reinforcement elements for components made of reinforced concrete, designed as a spacer having a main body, wherein the main body has at least one retaining apparatus which is designed as a receptacle or as at least one support for at least one reinforcement element, and wherein a concrete covering of the component is determined by the distance between a bearing element for the at least one reinforcement element and at least one standing surface of the spacer , and wherein, in the region of the main body, there are arranged cutouts by way of which a reduced volume of the spacer and improved flowing-around of concrete during encapsulation of the reinforced-concrete component are realized, wherein the spacer is designed as a linear spacer having a wave-shaped main body, and wherein use is made of connecting devices by way of which at least two spacers are able to be connected to form a linear spacer assembly, and that the connecting devices are realized by a connecting device arranged in the region of a first end of the spacer and a connecting device arranged in the region of a second end of the spacer , wherein the connecting device in the region of the first end of the spacer is configured as a counterpart of the connecting device in the region of the second end of the spacer , so that, by way of interengagement of the corresponding connecting devices of two spacers , a connection of the spacers is realized, characterized in that the main body has three shaped elements arranged between the connecting devices , specifically wave crests on the right-hand side with respect to the linear profile, wave crests on the left-hand side with respect to the linear profile and wave flanks, wherein circular cutouts are arranged both in the region of the wave crests and in the region of the wave flanks.