mhurhangee/ep-ind-claims huggingface dataset:
A method of a battery powered telemetric device configured with a processor, a sensor to measure data to indicate the contents or usage of a product within an asset generating sample data, data storage, at least one battery and a transmitter, characterised by; keeping in the data store at least one instance of previous data samples represented in a previously transmitted packet; awakening the telemetric device at a fixed predetermined time interval so that the sensor provides sample data to the data storage to indicate the contents or usage of the product within the asset wherein the telemetric device is otherwise asleep for the fixed predetermined time interval to minimize battery drain (FIG. 4); storing all the sample data since the transmission of the previously transmitted packet and the kept at least one instance of previous data samples represented in the previously transmitted packet in the data storage as all the stored sample data (147, 157); transmitting a packet including representations of the contents or usage of the product within in the asset of all the stored sample data in a manner to limit the number of transmissions (105a, 105b) to as few as possible unless: the stored sample data indicates changes in the contents or usage of the product within the asset are equal to or exceed a predetermined change value; or there has been no change in the contents or usage of the product within the asset over a prolonged period of time. the stored sample data indicates changes in the contents or usage of the product within the asset are equal to or exceed a predetermined change value; or there has been no change in the contents or usage of the product within the asset over a prolonged period of time.
Fill valve for filling a flush tank with a fluid, in particular with water, wherein the fill valve has an inflow with a throttling device that has a flow regulator for pressure reduction of the in flow direction (s) inflowing fluid that is designed as a volume flow control for maintaining a volume flow constancy of the fluid depending on the flow pressure of the fluid at the inflow in order to reduce flow noise when filling the flush tank, wherein the volume flow control has a carrier extending over the flow section of the inflow and having at least one primary opening that is placed progressively sealingly coverable by means of an upstream membrane with an increased flow pressure or that is progressively uncoverable with a reduced flow pressure, characterized in that the volume flow control has at least one secondary opening that is designed permanently opened so that it is ensured that a part of the fluid flows through the volume flow control even in case of a complete sealing covering of the at least one primary opening as long as the flow pressure of the fluid at the at least one secondary opening is greater than zero, wherein the at least one secondary opening is limited by an inner wall that is designed roughened and/or dimpled for reducing the noise emission when the fluid flows through.
A client type communication device for communicating with an access point type communication device, the client type communication device comprising: a transceiver unit, configured to receive a trigger frame from the access point type communication device, the trigger frame indicating a particular portion of time-frequency resources of an uplink frame to be allocated by the client type communication device for uplink transmission of multiple types of control data; and a control unit, configured to allocate the indicated portion of time-frequency resources of the uplink frame for uplink transmission of the multiple types of control data, wherein the transceiver unit is configured to transmit the uplink frame comprising the multiple types of control data to the access point type communication device; wherein a particular type of control data includes: information indicating an index of the allocated time-frequency resources, information indicating a number of bits transmitted within the particular type of control data and information indicating the particular type. a transceiver unit, configured to receive a trigger frame from the access point type communication device, the trigger frame indicating a particular portion of time-frequency resources of an uplink frame to be allocated by the client type communication device for uplink transmission of multiple types of control data; and a control unit, configured to allocate the indicated portion of time-frequency resources of the uplink frame for uplink transmission of the multiple types of control data, wherein the transceiver unit is configured to transmit the uplink frame comprising the multiple types of control data to the access point type communication device; wherein a particular type of control data includes: information indicating an index of the allocated time-frequency resources, information indicating a number of bits transmitted within the particular type of control data and information indicating the particular type.
Device for cutting tubing, comprising: a frame having an entry window and an exit window for defining a pathway of the longitudinal axis of the tubing through the device; a cutting element arranged on the frame, wherein the cutting element is arranged lateral and opposite to the pathway of the tubing; and wherein at least the portion of the frame is formed as a mobile portion and the cutting element is arranged on or opposite to the mobile portion to enable the cutting element to be pressed into the pathway of the longitudinal axis of the tubing, wherein the frame is formed closed loop-like, and has a flat bottom, a first arcuate shaped side for entry window, a second arcuate shaped side for the exit window, and an inclining top surface provided with the mobile portion, wherein an end of the mobile portion touches the second arcuate shaped side, and the mobile portion when being pushed downwards is moved along an inside of the second arcuate shaped side to perform a cutting action of the cutting element, and. wherein the frame further comprises protective walls for covering the cutting element. a frame having an entry window and an exit window for defining a pathway of the longitudinal axis of the tubing through the device; a cutting element arranged on the frame, wherein the cutting element is arranged lateral and opposite to the pathway of the tubing; and wherein at least the portion of the frame is formed as a mobile portion and the cutting element is arranged on or opposite to the mobile portion to enable the cutting element to be pressed into the pathway of the longitudinal axis of the tubing, wherein the frame is formed closed loop-like, and has a flat bottom, a first arcuate shaped side for entry window, a second arcuate shaped side for the exit window, and an inclining top surface provided with the mobile portion, wherein an end of the mobile portion touches the second arcuate shaped side, and the mobile portion when being pushed downwards is moved along an inside of the second arcuate shaped side to perform a cutting action of the cutting element, and. wherein the frame further comprises protective walls for covering the cutting element.
Belt retractor for a seat belt device of a motor vehicle, comprising - a rotatably mounted belt reel onto which a seat belt of the seat belt device can be wound, and - a belt tensioner having a drive wheel which, when activated, drives the belt reel in a winding direction, and - a force-controlled tensioner coupling which transmits the driving movement from the drive wheel to the belt reel, having - at least one coupling pawl (2, 3) which is slidably mounted on the drive wheel and which, in order to establish and disconnect a rotational connection between the drive wheel and the belt reel, can be moved into and out of engagement with a toothing that is rotationally fixed in relation to the belt reel, and - a friction ring which has a control arm that is coupled to the coupling pawl (2, 3), - the friction ring performing, when the belt tensioner is activated, a relative movement in relation to the drive wheel that is forced by frictional forces and, by the relative movement, controlling, via the control arm, the movement of the coupling pawl (2, 3) into engagement and out of engagement with the toothing, characterized in that - the friction ring has a blocking contour, which is positioned such that the coupling pawl (2, 3) abuts said contour after the disengagement movement out of the toothing and is blocked in the direction of a repeated engagement movement into the toothing, - the blocking contour being in the form of a finger which protrudes from the friction ring and which the end of the coupling pawl (2, 3) abuts in the blocked position. - a rotatably mounted belt reel onto which a seat belt of the seat belt device can be wound, and - a belt tensioner having a drive wheel which, when activated, drives the belt reel in a winding direction, and - a force-controlled tensioner coupling which transmits the driving movement from the drive wheel to the belt reel, having - at least one coupling pawl (2, 3) which is slidably mounted on the drive wheel and which, in order to establish and disconnect a rotational connection between the drive wheel and the belt reel, can be moved into and out of engagement with a toothing that is rotationally fixed in relation to the belt reel, and - a friction ring which has a control arm that is coupled to the coupling pawl (2, 3), - the friction ring performing, when the belt tensioner is activated, a relative movement in relation to the drive wheel that is forced by frictional forces and, by the relative movement, controlling, via the control arm, the movement of the coupling pawl (2, 3) into engagement and out of engagement with the toothing, characterized in that - the friction ring has a blocking contour, which is positioned such that the coupling pawl (2, 3) abuts said contour after the disengagement movement out of the toothing and is blocked in the direction of a repeated engagement movement into the toothing, - the blocking contour being in the form of a finger which protrudes from the friction ring and which the end of the coupling pawl (2, 3) abuts in the blocked position.
A method for producing a magnetic Nd 2 Fe 14 B- powder, comprising: mixing neodymium oxide, boron, and iron to prepare a first mixture; adding calcium to the first mixture and mixing them to prepare a second mixture; mixing an alkali metal with the second mixture to prepare a third mixture; and placing a carbon sheet on the third mixture, placing silica sand thereon, and then heating at a temperature of 800°C to 1100°C, wherein the alkali metal is one or more selected from the group consisting of Li, Na, K, Rb, and Cs and wherein in the mixing of the alkali metal with the second mixture to prepare a third mixture, the content of the alkali metal is 1 wt% to 20 wt%. mixing neodymium oxide, boron, and iron to prepare a first mixture; adding calcium to the first mixture and mixing them to prepare a second mixture; mixing an alkali metal with the second mixture to prepare a third mixture; and placing a carbon sheet on the third mixture, placing silica sand thereon, and then heating at a temperature of 800°C to 1100°C, wherein the alkali metal is one or more selected from the group consisting of Li, Na, K, Rb, and Cs and wherein in the mixing of the alkali metal with the second mixture to prepare a third mixture, the content of the alkali metal is 1 wt% to 20 wt%.
A cloning vector comprising (i) a promoter capable of functioning in a yeast of the genus Schizosaccharomyces, (ii) a cloning site for introducing a foreign structural gene which is located downstream from the promoter and is regulated by the promoter, and (iii) a nucleotide sequence having at least 80% sequence identity to the nucleotide sequence of SEQ ID NO: 19 and having gene terminator activity. (i) a promoter capable of functioning in a yeast of the genus Schizosaccharomyces, (ii) a cloning site for introducing a foreign structural gene which is located downstream from the promoter and is regulated by the promoter, and (iii) a nucleotide sequence having at least 80% sequence identity to the nucleotide sequence of SEQ ID NO: 19 and having gene terminator activity.
A video endoscope having an endoscope having an endoscope optical unit and a camera head having camera electronics and a display and control unit, characterized in that a vacuum pump for suctioning air from the environment of the video endoscope is arranged in the video endoscope, wherein the video endoscope has a housing in which the vacuum pump is arranged, wherein a suction opening for the vacuum pump is arranged in the wall of the housing.
Oscillating tool having an oscillating drive with a drive motor, which has a given machine power defined by the rated input power and by which a work spindle can be driven about its longitudinal axis in rotating and oscillating fashion at a frequency of 5000 to 25000 oscillations per minute and at a pivot angle of 0.5 to 7 degrees, where the work spindle can be connected with a tool (24, 24a) equipped with a working surface for grinding and polishing, characterized in that the quotient of the working surface of the tool (in square millimeters) and the rated power input (in Watts) is at least 35 mm 2 /W, preferably at least 40 mm 2 /W.
A method for wireless communications performed by a user equipment, UE, in a wireless communications network, comprising: receiving, from a core network, CN, a radio resource control, RRC, unicast message comprising access control information specific to a light connected, LC, or a radio resource control, RRC, inactive state and associated with one or more services used by the UE for communicating with the wireless communications network; receiving a request to transmit traffic using the one or more services; checking a type of the traffic against the access control information; and scheduling the traffic for transmission if the type of the traffic satisfies one or more criteria in the access control information based on the checking. receiving, from a core network, CN, a radio resource control, RRC, unicast message comprising access control information specific to a light connected, LC, or a radio resource control, RRC, inactive state and associated with one or more services used by the UE for communicating with the wireless communications network; receiving a request to transmit traffic using the one or more services; checking a type of the traffic against the access control information; and scheduling the traffic for transmission if the type of the traffic satisfies one or more criteria in the access control information based on the checking.
Device for supporting food carriers in an oven comprising at least one support unit (5, 6, 7) for supporting a food carrier and attachment means, by means of which the support unit (5, 6, 7) can be attached in the oven onto a vertical wall section of the oven, wherein the attachment means comprise a hook element which is designed to protrude laterally from the support unit (5, 6, 7) and upwards, wherein the hook element for inserting through an insertion opening on the vertical wall section is provided with a lifting movement pivoting towards the insertion opening in order to bear on a lower edge section of the insertion opening, wherein the hook element comprises a transverse section, which is arranged extending laterally from the support unit (5, 6, 7) and comprises a hook end section, which in its installed position is angled upwards from the transverse section, wherein the transverse section for supporting on the lower edge section of the insertion opening and the hook end section are provided for bearing on a surface area facing away from the support unit (5, 6, 7) on the insertion opening, characterised in that on the hook end section a projection is formed which is arranged extending from a longitudinal axis of the hook end section in the same direction as the transverse section, wherein the distance between a lower edge of the transverse section and an upper edge of the projection are adjusted to a vertical diameter of the insertion opening.
Method for measuring the thickness of thin layers over large-area surfaces to be measured, in which at least one measuring probe, which comprises at least one sensor element and at least one contact spherical cap associated with the sensor element, is applied to the surface to be measured in order to obtain a measured value, characterised in that - the large-area surface to be measured is subdivided into individual partial areas, - a matrix of measurement points is determined for each partial area to be inspected, - a device carrying the at least one measuring probe, which comprises at least one rotating body comprising at least one running face and receives the at least one measuring probe, is placed on the surface to be measured and rolled along at least one row of the matrix of the partial area and measured values are ascertained at equidistant measurement points, - the measured values are ascertained successively for all rows of the matrix in the partial area and evaluated for this partial area. - the large-area surface to be measured is subdivided into individual partial areas, - a matrix of measurement points is determined for each partial area to be inspected, - a device carrying the at least one measuring probe, which comprises at least one rotating body comprising at least one running face and receives the at least one measuring probe, is placed on the surface to be measured and rolled along at least one row of the matrix of the partial area and measured values are ascertained at equidistant measurement points, - the measured values are ascertained successively for all rows of the matrix in the partial area and evaluated for this partial area.
A method for sequencing a target region in a DNA library comprising: a) providing a DNA library comprising double-stranded DNA fragments with adapters that are resistant to exonuclease digestion on both ends, wherein one or more of the double-stranded DNA fragments are target fragments that comprise the target region; b) providing a nuclease engineered to target a DNA sequence that is present only once within at least one of the target fragments and not within the target region; wherein the engineered nuclease is an RNA-directed Cas9 endonuclease complex, a TAL Effector Nuclease, a zinc-finger nuclease, or a bacteriophage P1 recombination enhancement function protein; c) combining the engineered nuclease with the DNA library in a reaction mixture under conditions that promote cleavage of the target fragments at the DNA sequence by the engineered nuclease to produce double-stranded ends; d) linking adapters that are resistant to exonuclease digestion to the double-stranded ends produced by the engineered nuclease cleavage in the reaction mixture, wherein the adapters are stem loop adapters having a different sequence than the exonuclease-resistant adapters, thereby forming asymmetric-adapter-ligated fragments; e) treating the reaction mixture with one or more exonucleases that degrade DNA fragments that have at least one end that does not have an adapter; and f) sequencing the asymmetric-adapter-ligated fragments. a) providing a DNA library comprising double-stranded DNA fragments with adapters that are resistant to exonuclease digestion on both ends, wherein one or more of the double-stranded DNA fragments are target fragments that comprise the target region; b) providing a nuclease engineered to target a DNA sequence that is present only once within at least one of the target fragments and not within the target region; wherein the engineered nuclease is an RNA-directed Cas9 endonuclease complex, a TAL Effector Nuclease, a zinc-finger nuclease, or a bacteriophage P1 recombination enhancement function protein; c) combining the engineered nuclease with the DNA library in a reaction mixture under conditions that promote cleavage of the target fragments at the DNA sequence by the engineered nuclease to produce double-stranded ends; d) linking adapters that are resistant to exonuclease digestion to the double-stranded ends produced by the engineered nuclease cleavage in the reaction mixture, wherein the adapters are stem loop adapters having a different sequence than the exonuclease-resistant adapters, thereby forming asymmetric-adapter-ligated fragments; e) treating the reaction mixture with one or more exonucleases that degrade DNA fragments that have at least one end that does not have an adapter; and f) sequencing the asymmetric-adapter-ligated fragments.
Conveying assembly (30, 80), in particular for a hydraulic fluid, for actuating actuators and/or for restricting volumetric flows, having a housing with at least two pump cells (32, 34) which can be switched via a switching valve (50, 70), a drive shaft being received in the housing, the at least two pump cells (32, 34) having conveying volumes which are different from one another, characterized in that the outlet of that one of the two pump cells (32, 34) which has the greater conveying volume is connected to an inlet of the suction side (40, 62, 82) via the switching valve (50, 70) after a switching pressure is reached.
Active bearing for controlled vibration transmission comprising: a) an interface for attachment to a load to be supported of which the static and dynamic load input acts on the bearing via the interface, b) at least one support element which is in operative connection with the interface and a support unit and supports at least the static load input to the load via a first force path, c) at least one linear actuator which bears directly or indirectly on the support unit, d) a gearbox unit which is in operative connection with the at least one linear actuator for transmission of an actuating path change originating from the linear actuator, e) at least one decoupling unit, which serves to decouple the static load and to transmit the dynamic load input, and via which the gearbox unit is direct or indirectly in operative connection with the interface, wherein the at least one linear actuator, the gearbox unit and the at least one decoupling unit are arranged in series with respect to each other and form a second force path for the dynamic load input, wherein at least one elastically deformable element is introduced along the second force path, along the serial arrangement consisting of the at least one linear actuator, the gearbox unit and the at least one decoupling unit, that the support element and the one elastically deformable element are constructed and disposed as units that are distinct and spatially separate from one another, characterized in that the gearbox unit is embodied as a mechanical path transmission mechanism having at least one lever mechanism, and the components of the active bearing that are included along both force paths are surrounded by a compressible medium. a) an interface for attachment to a load to be supported of which the static and dynamic load input acts on the bearing via the interface, b) at least one support element which is in operative connection with the interface and a support unit and supports at least the static load input to the load via a first force path, c) at least one linear actuator which bears directly or indirectly on the support unit, d) a gearbox unit which is in operative connection with the at least one linear actuator for transmission of an actuating path change originating from the linear actuator, e) at least one decoupling unit, which serves to decouple the static load and to transmit the dynamic load input, and via which the gearbox unit is direct or indirectly in operative connection with the interface,