mhurhangee/patent-ind-claim-en huggingface dataset:
Thermal flowmeter comprising a sensor with a metal sensor housing , said housing having a hollow body to connect to a plug-in unit and/or a pipe wall and a sensor axis (A), wherein the hollow body has a base surface , wherein the sensor housing has at least a first and a second pin receptacle , which project out of the base surface , wherein the first and second pin receptacle define a connection axis (I) and a center point between the two pin receptacles , wherein a first heater element is provided in a first of the two pin receptacles and a temperature sensor to determine a medium temperature is provided in a second of the two pin receptacles , wherein the sensor housing comprises at least two elongated elements of at least the same length (l1) as the pin receptacles, said elongated elements extending from the hollow body parallel to the two pin receptacles , wherein another axis (II) extends on a section plane perpendicular to the sensor axis (A) and is arranged perpendicular to the connection axis (I); wherein, on the section plane, the sensor housing has two symmetrically identical planes which are perpendicular to one another and perpendicular to the section plane, wherein a first plane is defined by the connection axis (I) and the sensor axis (A) and a second plane is defined by the other axis (II) and the sensor axis (A), wherein exactly two elongated elements of the at least two elongated elements are each arranged in an opposite direction to the center point on the connection axis (I) and have a greater distance to the center point of the two pin receptacles than the respective pin receptacle ; characterized in that the distance (n1, n2) between the two elongated elements diminishes, at least in sections, in their course parallel to the other axis (II) in the direction of the connection axis (I).
A power supply interface comprising: a first switch coupling an input terminal of the interface to an output terminal of the interface; a voltage dividing bridge coupling the input terminal to a reference node configured to receive a reference potential (GND), the dividing bridge further comprising a first node and a second node between the input terminal and the reference node ; a comparator having a first input connected to the first node of the dividing bridge and having a second input configured to receive a constant potential (Vth); a digital-to-analog converter (DAC); a second switch coupling an output of the converter (DAC) to the second node of the dividing bridge ; and a first circuit configured to control the second switch and the converter (DAC), wherein a control of the first switch is determined by an output signal (comp_sig) of the comparator . a first switch coupling an input terminal of the interface to an output terminal of the interface; a voltage dividing bridge coupling the input terminal to a reference node configured to receive a reference potential (GND), the dividing bridge further comprising a first node and a second node between the input terminal and the reference node ; a comparator having a first input connected to the first node of the dividing bridge and having a second input configured to receive a constant potential (Vth); a digital-to-analog converter (DAC); a second switch coupling an output of the converter (DAC) to the second node of the dividing bridge ; and a first circuit configured to control the second switch and the converter (DAC), wherein a control of the first switch is determined by an output signal (comp_sig) of the comparator .
A porous silicon-based anode active material comprising: crystalline silicon (Si) particles; and a plurality of pores on surfaces, or the surfaces and inside of the crystalline silicon particles, wherein the crystalline silicon particles comprise silicon particles having an axial direction of <111> and 6 planes of the crystal planes of at least a portion of the plurality of pores comprise planes. crystalline silicon (Si) particles; and a plurality of pores on surfaces, or the surfaces and inside of the crystalline silicon particles, wherein the crystalline silicon particles comprise silicon particles having an axial direction of <111> and 6 planes of the crystal planes of at least a portion of the plurality of pores comprise planes.
A mobile printer comprising: a casing configured to receive a power supply; a sensor configured to detect movement of the casing; a print head configured to discharge ink containing a thermochromic colorant; an interface configured to acquire image data; a controller configured to cause the ink to be discharged from the print head based on the image data acquired by the interface and the movement of the casing detected by the sensor; characterized in that the mobile printer comprises a decolorizing device configured to couple to the casing, including a translucent film configured to generate heat when a voltage is applied, and a translucent substrate configured to be heated to a temperature at which the thermochromic colorant is decolorized by the heat generated by the translucent film. a casing configured to receive a power supply; a sensor configured to detect movement of the casing; a print head configured to discharge ink containing a thermochromic colorant; an interface configured to acquire image data; a controller configured to cause the ink to be discharged from the print head based on the image data acquired by the interface and the movement of the casing detected by the sensor; characterized in that the mobile printer comprises a decolorizing device configured to couple to the casing, including a translucent film configured to generate heat when a voltage is applied, and a translucent substrate configured to be heated to a temperature at which the thermochromic colorant is decolorized by the heat generated by the translucent film.
An attachment system for attachment to a signaling device , such as for example a signaling beacon or a signaling barrier, said attachment system comprising an attachment member with a generally ring-shape made of an elastic material of the elastomer type, said attachment member comprising: - an annular base provided with an external peripheral edge and a central orifice defining an internal peripheral edge , said annular base also being provided with an annular lower face and an annular upper face ; - at least one fin projecting from the external peripheral edge of the annular base ; characterized in that the attachment member is configurable between: - a rest configuration in which the annular base is planar and extends in a main plane, to allow insertion and positioning on the signaling device at a selected position; and - a deformed configuration in which the annular base is non-planar in a deformed state, in order to be able to match a peripheral area of the signaling device . - an annular base provided with an external peripheral edge and a central orifice defining an internal peripheral edge , said annular base also being provided with an annular lower face and an annular upper face ; - at least one fin projecting from the external peripheral edge of the annular base ; - a rest configuration in which the annular base is planar and extends in a main plane, to allow insertion and positioning on the signaling device at a selected position; and - a deformed configuration in which the annular base is non-planar in a deformed state, in order to be able to match a peripheral area of the signaling device .
A fluid ejection controller interface , comprising: output logic configured to receive control data packets , each control data packet including a set of primitive data bits, and a set of random bits in a header of the control data packet , wherein the number of bits in the set of random bits is variable; and characterized in that the fluid ejection controller interface comprises: counter logic configured to cause the output logic to output modified control data packets of fixed burst period with the set of random bits removed.
A method comprising: transmitting, by a wireless device , a message comprising: a preamble; and a transport block; determining that a discontinuous reception, DRX, operation of the wireless device is in a DRX active time based on a time window running, wherein the time window starts at a first symbol of a control resource set of the wireless device that is at least one symbol after a transmission occasion of the transport block; receiving, via one or more downlink control channels and based on the determining, a response to the message; and stopping monitoring the one or more downlink control channels based on a determination that the DRX operation is not in the DRX active time in response to receiving the response. transmitting, by a wireless device , a message comprising: a preamble; and a transport block; a preamble; and a transport block; determining that a discontinuous reception, DRX, operation of the wireless device is in a DRX active time based on a time window running, wherein the time window starts at a first symbol of a control resource set of the wireless device that is at least one symbol after a transmission occasion of the transport block; receiving, via one or more downlink control channels and based on the determining, a response to the message; and stopping monitoring the one or more downlink control channels based on a determination that the DRX operation is not in the DRX active time in response to receiving the response.
A synaptogyrin-3 inhibitor for use in treating or inhibiting progression of a tauopathic disorder or for use in treating or inhibiting a symptom of a tauopathic disorder, wherein the inhibitor is selected from the group consisting of an antisense oligonucleotide, a gapmer, a siRNA, a shRNA, a zinc-finger nuclease, a meganuclease, a TAL effector nuclease, a CRISPR-Cas effector, an antibody or a fragment thereof binding to synaptogyrin-3, an alpha-body, a nanobody, an intrabody, an aptamer, a DARPin, an affibody, an affitin, an anticalin, and a monobody.
A method for operating a manufacturing plant having at least two production machines each with a function controller ; at least one central computer coupled to the respective function controller for data transmission; at least one transmitting station for providing a wireless network in the manufacturing plant , wherein the transmitting station is coupled to the at least one central computer for data transmission; at least one mobile display device having a display and a receiving device for receiving data from the wireless network and for graphically displaying the received data, wherein - status information about the manufacturing machines is transmitted to the central computer by the functional controllers of the manufacturing machines ; - a close position of a mobile display device to one of the manufacturing machines is detected, whereby this mobile display device is at least temporarily assigned to one of the manufacturing machines ; - the central computer calculates, on the basis of the status information about the production machines , a graphical representation of the status information of this production machine at least for that production machine to which a mobile display device is assigned; - the data of the graphical representation of the status information is transmitted by means of the wireless network to the mobile display device which is assigned to the production machine and are shown on the display of the mobile display device , such that the graphical representation can be read by a machine operator characterized in that when a mobile display device is assigned to one of the production machines , information about the mobile display device is retrieved and transmitted to the central computer , wherein the display size and the resolution of the display , and the presence of control elements, such as an emergency stop button and/or enabling button, are retrieved, wherein the central computer outputs a graphical representation adapted to the mobile display device on the basis of this determined display device information. - status information about the manufacturing machines is transmitted to the central computer by the functional controllers of the manufacturing machines ; - a close position of a mobile display device to one of the manufacturing machines is detected, whereby this mobile display device is at least temporarily assigned to one of the manufacturing machines ; - the central computer calculates, on the basis of the status information about the production machines , a graphical representation of the status information of this production machine at least for that production machine to which a mobile display device is assigned; - the data of the graphical representation of the status information is transmitted by means of the wireless network to the mobile display device which is assigned to the production machine and are shown on the display of the mobile display device , such that the graphical representation can be read by a machine operator characterized in that
A method performed by a first radio network node for establishing a communications interface between the first radio network node and a second radio network node , wherein the first radio network node is configured to provide one or more Evolved Universal Terrestrial Radio Access, E-UTRA, resources, the first radio network node having a control plane connectivity to a first core network node , and the second radio network node is configured to provide one or more New Radio, NR, resources, the second radio network node lacking a control plane connectivity to the first core network node , wherein the first and second radio network nodes are operating in a wireless communications network ; and wherein the method comprises: - obtaining a Transport Network Layer, TNL, address of the second radio network node from another first radio network node acting as a proxy node, between the first radio network node and towards the first core network node , in the wireless communications network , wherein the another first radio network node is configured to provide one or more E-UTRA resources; and - establishing the communications interface between the first radio network node and the second radio network node based on the obtained TNL address. - obtaining a Transport Network Layer, TNL, address of the second radio network node from another first radio network node acting as a proxy node, between the first radio network node and towards the first core network node , in the wireless communications network , wherein the another first radio network node is configured to provide one or more E-UTRA resources; and - establishing the communications interface between the first radio network node and the second radio network node based on the obtained TNL address.
Process for producing polyamide from an amino ester of formula NH 2 -(CH 2 ) n -COOR, in which R represents an alkyl group and n represents an integer ranging from 8 to 14, comprising: - a first reaction step in the presence of water, at a first temperature; - followed by a second reaction step at a second temperature higher than the first temperature. - a first reaction step in the presence of water, at a first temperature; - followed by a second reaction step at a second temperature higher than the first temperature.
A component arranged to extend across a bypass duct of a gas turbine engine , comprising: an outlet guide vane ; and a structural support arranged to structurally support a radially inner further component of the gas turbine engine ; characterised in that the outlet guide vane and the structural support are contiguous at a merged portion which is at a radially outer region of the component, and the merged portion has a radial extent (L2) less than the radial extent (L) of the component. an outlet guide vane ; and a structural support arranged to structurally support a radially inner further component of the gas turbine engine ; characterised in that the outlet guide vane and the structural support are contiguous at a merged portion which is at a radially outer region of the component, and the merged portion has a radial extent (L2) less than the radial extent (L) of the component.
Method for producing a component with front and back side for ballistic protective applications, comprising a composite, wherein the composite is produced in a layered form from two or more ceramic layers, wherein, functionally, the front side has high hardness and compressive strength to erode and reduce the penetration depth of a projectile and one of the layers lying behind the front side layer is formed in the direction of the back side to intercept the remnants of the projectile and the material splitters, characterized in that the ceramic shaping of the composite is effected by layers of ceramic materials with different green densities of each layer and finally the composite is sintered to form the component, wherein, due to the different green densities, mechanical stresses are specifically induced into the component.
A method in a mobile device for reporting crowdsourcing data, the method comprising: receiving , from a base station almanac server , a base station almanac based on a current cell; collecting crowdsourcing information for at least one base station, collecting comprising, for each base station of the at least one base station: identifying a cellular identifier for each base station; determining a position estimate of the mobile device for each base station that is independent of signals from the particular base station; recording crowdsourcing information for the particular base station, wherein the crowdsourcing information comprises: the cellular identifier; and the position estimate of the mobile device; and determining a crowdsourcing throttle based on conditions of a network used by the mobile device or conditions of the position estimate; and sending , to the base station almanac server based on the crowdsourcing throttle, the crowdsourcing information. receiving , from a base station almanac server , a base station almanac based on a current cell; collecting crowdsourcing information for at least one base station, collecting comprising, for each base station of the at least one base station: identifying a cellular identifier for each base station; determining a position estimate of the mobile device for each base station that is independent of signals from the particular base station; recording crowdsourcing information for the particular base station, wherein the crowdsourcing information comprises: the cellular identifier; and the position estimate of the mobile device; and identifying a cellular identifier for each base station; determining a position estimate of the mobile device for each base station that is independent of signals from the particular base station; recording crowdsourcing information for the particular base station, wherein the crowdsourcing information comprises: the cellular identifier; and the position estimate of the mobile device; and the cellular identifier; and the position estimate of the mobile device; and determining a crowdsourcing throttle based on conditions of a network used by the mobile device or conditions of the position estimate; and sending , to the base station almanac server based on the crowdsourcing throttle, the crowdsourcing information.
A scroll compressor , comprising: a shell ; a fixed scroll component and a moving scroll component provided in the shell , wherein the fixed scroll component is arranged to be fixed relative to the shell , and the moving scroll component is arranged to be floatable in an axial direction relative to the fixed scroll component ; a main bearing housing provided in the shell to support the moving scroll component , wherein a back pressure cavity (B) is formed between the moving scroll component and the main bearing housing , and the back pressure cavity (B) is in fluid communication with a compression pocket (C2) formed between the fixed scroll component and the moving scroll component via a communication passage formed in the moving scroll component ; wherein the scroll compressor further comprises a valve component provided in the communication passage , the valve component is configured to provide a first opening and a second opening in response to the pressure difference between the compression pocket (C2) and the back pressure cavity (B), and the second opening is smaller than the first opening. a shell ; a fixed scroll component and a moving scroll component provided in the shell , wherein the fixed scroll component is arranged to be fixed relative to the shell , and the moving scroll component is arranged to be floatable in an axial direction relative to the fixed scroll component ; a main bearing housing provided in the shell to support the moving scroll component , wherein a back pressure cavity (B) is formed between the moving scroll component and the main bearing housing , and the back pressure cavity (B) is in fluid communication with a compression pocket (C2) formed between the fixed scroll component and the moving scroll component via a communication passage formed in the moving scroll component ; wherein the scroll compressor further comprises a valve component provided in the communication passage , the valve component is configured to provide a first opening and a second opening in response to the pressure difference between the compression pocket (C2) and the back pressure cavity (B), and the second opening is smaller than the first opening.
A toner container for an electrophotographic printer having a photoconductor , a light source for selectively exposing parts of the photoconductor to a beam of light, and a light path along which the beam of light travels from the light source to the photoconductor, the container comprising a housing having an interior defining a toner supply reservoir that, when the container is installed in the printer, extends: longitudinally a distance greater than the distance between the light source and the photoconductor; and laterally substantially the full axial length of the photoconductor, the toner supply reservoir comprising interconnected lower and upper chambers , wherein said lower chamber lies below the light path and said upper chamber lies above the light path. longitudinally a distance greater than the distance between the light source and the photoconductor; and laterally substantially the full axial length of the photoconductor, the toner supply reservoir comprising interconnected lower and upper chambers , wherein said lower chamber lies below the light path and said upper chamber lies above the light path.
A method , comprising: receiving , by a user equipment, UE, a communication that includes system information, the communication being received in resources other than a set of resources included in a set of potential resources on which synchronization communications can be carried, wherein the system information includes information associated with identifying the set of resources included in the set of potential resources, the method characterised by : identifying a rate matching rule that is associated with the set of potential resources, wherein the rate matching rule indicates that the set of resources is identified in control information; and performing , by the UE and based at least in part on the rate matching rule associated with the set of potential resources, de-rate matching associated with receiving the system information, wherein de-rate matching is performed based at least in part on de-rate matching in accordance with the control information. identifying a rate matching rule that is associated with the set of potential resources, wherein the rate matching rule indicates that the set of resources is identified in control information; and performing , by the UE and based at least in part on the rate matching rule associated with the set of potential resources, de-rate matching associated with receiving the system information, wherein de-rate matching is performed based at least in part on de-rate matching in accordance with the control information.