mhurhangee/patent-ind-claim-en huggingface dataset:
A multi-chip electronic package , comprising: a base substrate , the base substrate having a plurality of through substrate vias ; a first die over the base substrate ; a second die over the base substrate ; a first cavity into the base substrate , wherein the first cavity is partially within a footprint of the first die and partially within a footprint of the second die ; a second cavity into the base substrate , wherein the second cavity is entirely within a footprint of the first die ; a first component in the first cavity ; and a second component in the second cavity , wherein the first component includes an active surface that is electrically coupled to a backside surface of the first component with one or more through substrate vias, TSVs, and/or the second component includes an active surface that is electrically coupled to a backside surface of the second component with one or more TSVs . a base substrate , the base substrate having a plurality of through substrate vias ; a first die over the base substrate ; a second die over the base substrate ; a first cavity into the base substrate , wherein the first cavity is partially within a footprint of the first die and partially within a footprint of the second die ; a second cavity into the base substrate , wherein the second cavity is entirely within a footprint of the first die ; a first component in the first cavity ; and a second component in the second cavity , wherein the first component includes an active surface that is electrically coupled to a backside surface of the first component with one or more through substrate vias, TSVs, and/or the second component includes an active surface that is electrically coupled to a backside surface of the second component with one or more TSVs .
A base station system for controlling an unmanned aerial vehicle , UAV, the base station system comprising: a tether connectable to the UAV and configured to provide data communication and power to the UAV; and a portable base control housing including: a base station control system having at least one data processor and a direct current, DC/DC, converter , the base station control system configured to provide power and data signals to the UAV with the tether and control, using a plurality of adjustable operating parameters, operation of the UAV, characterized in that at least one of the plurality of adjustable operating parameters comprises a data transmission rate between the base station control system and the UAV. a tether connectable to the UAV and configured to provide data communication and power to the UAV; and a portable base control housing including: a base station control system having at least one data processor and a direct current, DC/DC, converter , the base station control system configured to provide power and data signals to the UAV with the tether and control, using a plurality of adjustable operating parameters, operation of the UAV, characterized in that at least one of the plurality of adjustable operating parameters comprises a data transmission rate between the base station control system and the UAV.
A monitoring receiver , with at least one receiving antenna , which is configured to receive at least one radio signal, with a switching unit which is configured to periodically switch between different receiving antennas and/or receiving frequencies for generating a receiving signal, with a demodulation unit , which is configured to demodulate the received radio signal to obtain an audio signal transported by the radio signal, with a signal storage , which is configured to place in temporary storage the demodulated audio signal as a receiving signal including the signal interference contained therein; with a calculation unit , which is configured to, based on the receiving signal, interpolate an audio signal sequence (ASS) of audio signal sections (ASA) of the receiving signal temporarily stored in the signal storage which lie immediately before and/or after the occurred signal interference; and with a replacement unit , which is configured to replace the signal interference within the receiving signal caused by the periodic switching in each case with the audio signal sequence (ASS), with a sequence controller , which is configured to control the periodic switching of the receiving antennas and/or receiving frequencies, wherein the calculation unit is connected to the sequence controller , and wherein the sequence controller is designed to report switching times for the switching of the receiving antennas and/or receiving frequencies to the calculation unit .
Ophthalmic device for treating eye tissue using laser pulses, comprising: a projection optical unit for focused projection of the laser pulses, and a scanning device , arranged downstream of the projection optical unit , with a movable mirror for deflecting the laser pulses projected by the projection optical unit in at least one deflection direction, wherein a rotation (d) of the mirror of the downstream scanning device effects a field curvature, characterized by an optical correction element arranged downstream of the scanning device , which (correction element) is configured to image, in a focused manner, the laser pulses deflected by the scanning device on an intended treatment area (s) in the eye tissue , for correction of the effected field curvature. a projection optical unit for focused projection of the laser pulses, and a scanning device , arranged downstream of the projection optical unit , with a movable mirror for deflecting the laser pulses projected by the projection optical unit in at least one deflection direction, wherein a rotation (d) of the mirror of the downstream scanning device effects a field curvature, characterized by an optical correction element arranged downstream of the scanning device , which (correction element) is configured to image, in a focused manner, the laser pulses deflected by the scanning device on an intended treatment area (s) in the eye tissue , for correction of the effected field curvature.
An Internet of Things transmission optimization method, comprising: generating (S101, S201), by a user equipment, first indication information when the user equipment receives a last protocol data unit, PDU, sent by a base station, wherein the first indication information is used to indicate whether the user equipment is to send a status report, and, if all PDUs are received, the first indication information indicates that no status report is to be sent; and sending (S102, S202), by the user equipment, the first indication information to the base station, wherein when the first indication information indicates that the status report is to be sent, the base station directly schedules a resource used to send the status report, and sends the resource to the user equipment, and sending, by the user equipment, the status report to the base station using the received resource. generating (S101, S201), by a user equipment, first indication information when the user equipment receives a last protocol data unit, PDU, sent by a base station, wherein the first indication information is used to indicate whether the user equipment is to send a status report, and, if all PDUs are received, the first indication information indicates that no status report is to be sent; and sending (S102, S202), by the user equipment, the first indication information to the base station, wherein when the first indication information indicates that the status report is to be sent, the base station directly schedules a resource used to send the status report, and sends the resource to the user equipment, and sending, by the user equipment, the status report to the base station using the received resource.
A method for producing 1-chloro-2,3,3,3-tetrafluoropropene, comprising: reacting 1,1-dichloro-2,3,3,3-tetrafluoropropene with hydrogen in a gas phase in the presence of a palladium catalyst-carrying carrier in which a palladium catalyst having a specific surface area of 40 m 2 /g or less is carried on a carrier.
A heating apparatus for an aerosol generating device, comprising: a heating element supported within a housing and extending along the length of the housing ; an air flow path arranged to transport air over the heating element ; and a liquid supply configured to supply liquid to the heating element , wherein the heating element comprises a woven sheet of electrically conductive fibres, wherein the fibres are arranged with a regular orientation to form a woven mesh that transports liquid by capillary action, in use, wherein the woven sheet comprises: a first array of electrically conductive fibres extending in a first direction, and characterised in that a thickness of the mesh in a central region is greater than the thickness of the mesh in a peripheral region. a heating element supported within a housing and extending along the length of the housing ; an air flow path arranged to transport air over the heating element ; and a liquid supply configured to supply liquid to the heating element , wherein the heating element comprises a woven sheet of electrically conductive fibres, wherein the fibres are arranged with a regular orientation to form a woven mesh that transports liquid by capillary action, in use, wherein the woven sheet comprises: a first array of electrically conductive fibres extending in a first direction, and characterised in that a thickness of the mesh in a central region is greater than the thickness of the mesh in a peripheral region.
A blind riveting apparatus, comprising: a handle a drive cylinder having a first end opposite a second end and having a drive cylinder axis; a drive piston translatable within said drive cylinder ; a second cylinder having a first end and having a second end and having a second cylinder axis; a second piston translatable within said second cylinder ; said second end of said second cylinder having an aperture adapted for positioning a blind rivet therein; a jaw engaged with said second cylinder adapted to operatively connect to a mandrel of said blind rivet; a fluid passage communicating between said drive cylinder to said second cylinder ; wherein, in use, translation of said drive piston in a first direction forces fluid through said fluid passage and into said second cylinder ; said fluid entering said second cylinder causing said second cylinder to translate in a second direction, toward said first end of said second cylinder away from said aperture ; characterised in that said first end of said drive cylinder is removably engaged with said handle , said handle having a member projecting therefrom, to place a distal end of said member in operative communication with a first side of said drive piston; and whereby, in use, a force imparted from a translation of said member projecting from said handle, toward said second end of said drive cylinder , moves said drive piston in said first direction. a handle a drive cylinder having a first end opposite a second end and having a drive cylinder axis; a drive piston translatable within said drive cylinder ; a second cylinder having a first end and having a second end and having a second cylinder axis; a second piston translatable within said second cylinder ; said second end of said second cylinder having an aperture adapted for positioning a blind rivet therein; a jaw engaged with said second cylinder adapted to operatively connect to a mandrel of said blind rivet; a fluid passage communicating between said drive cylinder to said second cylinder ; wherein, in use, translation of said drive piston in a first direction forces fluid through said fluid passage and into said second cylinder ; said fluid entering said second cylinder causing said second cylinder to translate in a second direction, toward said first end of said second cylinder away from said aperture ; characterised in that said first end of said drive cylinder is removably engaged with said handle , said handle having a member projecting therefrom, to place a distal end of said member in operative communication with a first side of said drive piston; and whereby, in use, a force imparted from a translation of said member projecting from said handle, toward said second end of said drive cylinder , moves said drive piston in said first direction.
A continuous glucose monitoring terminal, comprising a portable host and probe assembly wherein the probe assembly includes two glucolase micro electrode needles, a micro processor, and two electrode terminals; the host includes a signal sampling unit , a signal processing unit , a data storage unit , and a first data communication unit ; wherein the signal sampling unit is configured to continuously acquire voltage sampling signals from the two electrode terminals of the probe assembly ; the signal processing unit is configured to continuously generate detection data based on the voltage sampling signals, and store the detection data into the data storage unit ; the first data communication unit is configured to wirelessly send the detection data at regular time intervals to a mobile terminal , the host is a reusable apparatus, and is configured to be fixed to the human body by means of pasting or binding; the probe assembly is a disposable product, and the probe assembly is configured to be assembled to the host during operation of the continuous glucose monitoring terminal and to be disassembled from the host afterwards.
Method for distributing a particulate composition, preferably a particulate composition comprising beneficial arthropods, said method comprising: (i) providing in a reservoir particulate material comprising particles to be distributed in a target area, which reservoir is provided with a number of exits for the particles; (ii) providing a gas displacer suitable for generating a forced gas flow in a blow direction; (iii) generating with the gas displacer a forced gas flow in the blow direction; (iv) directing the particles from the exits in the forced gas flow, such that they are carried along in the blow direction; wherein a plurality of channels is provided positioned, relative to the gas displacer, in the blow direction, each channel comprising an inlet, an outlet and a hollow body connecting the inlet and outlet, wherein the inlets are designed such that at least a part of the forced gas flow generated in the blow direction flows through the channels and the outlets are designed to direct the gas outflows in substantially the same direction, such that the cores of the gas outflows are at least substantially parallel, and the particles are directed from the exits in the forced gas flow after the forced gas flow has passed through the channels. (i) providing in a reservoir particulate material comprising particles to be distributed in a target area, which reservoir is provided with a number of exits for the particles; (ii) providing a gas displacer suitable for generating a forced gas flow in a blow direction; (iii) generating with the gas displacer a forced gas flow in the blow direction; (iv) directing the particles from the exits in the forced gas flow, such that they are carried along in the blow direction;
A static mixer for mixing together at least two components comprising: - an injection molded and/or dimensionally stable mixer housing , - a mixing inset being arranged at least partly in the mixer housing , wherein the mixing inset comprises a plurality of mixing elements which are connected, by at least one peripheral web , wherein a passage between the mixer housing and the peripheral web is blocked by a sealing means , characterized in that the sealing means is located in a middle section of a set of mixing elements . - an injection molded and/or dimensionally stable mixer housing , - a mixing inset being arranged at least partly in the mixer housing ,
A fermented food comprising a lycopene-containing Chinese cabbage and lactic acid bacteria, wherein the lactic acid bacteria is Leuconostoc mesenteroides, Lactobacillus plantarum, or a combination thereof.
Wastewater pumping station , having at least one solids collecting tank for wastewater which is guided through the same and is loaded with solids, additionally having a liquid collecting tank for the wastewater which has been rid of solids and has been pretreated in the solids collecting tank , and having a wastewater shaft for receiving at least the solids collecting tank and the liquid collecting tank , wherein - the liquid collecting tank is realized, so to speak, as a fixed component part of the wastewater shaft and for this purpose - the liquid collecting tank and the wastewater shaft have at least one common wall surface of uniform material, that is to say that the liquid collecting tank utilizes the common wall surface with the wastewater shaft and does not have its own wall in said region, - the liquid collecting tank defines a closed chamber in the wastewater shaft with an only partially covered bottom surface , wherein the bottom surface in the wastewater shaft is, as it were, divided into two with a part bottom surface which is not covered by the liquid collecting tank and thereby defines an installation area, and a further part bottom surface which is associated with the liquid collecting tank or is covered by said liquid collecting tank, characterized in that the liquid collecting tank is provided with at least one wall surface , which is independent of the wastewater shaft and of different material, in the form of a removable head-end cover for the liquid collecting tank and in the form of one or more side walls . - the liquid collecting tank is realized, so to speak, as a fixed component part of the wastewater shaft and for this purpose - the liquid collecting tank and the wastewater shaft have at least one common wall surface of uniform material, that is to say that the liquid collecting tank utilizes the common wall surface with the wastewater shaft and does not have its own wall in said region, - the liquid collecting tank defines a closed chamber in the wastewater shaft with an only partially covered bottom surface , wherein the bottom surface in the wastewater shaft is, as it were, divided into two with a part bottom surface which is not covered by the liquid collecting tank and thereby defines an installation area, and a further part bottom surface which is associated with the liquid collecting tank or is covered by said liquid collecting tank,
An apparatus for heat shrinking packages, comprising: means for moving having an active surface configured for receiving one or more packages and for displacing the one or more packages along a predetermined operating path; a heating fluid circuit configured to circulate a heating fluid; a control unit operative on the heating fluid circuit, the control unit being configured to control circulation of the heating fluid in the heating fluid circuit; a chamber having an opening and being configured for receiving the one or more packages positioned on the active surface and for heat shrinking the one or more packages based on circulation of the heating fluid in the heating fluid circuit; and means for forming a liquid curtain arranged at the opening and configured to define a liquid curtain along the opening, the liquid curtain separating an inner volume of the chamber from an ambient atmosphere external to the chamber , characterized in that the apparatus further comprises a cooling liquid circuit configured to circulate a cooling liquid; wherein the control unit is operative on the cooling liquid circuit and configured to control circulation of the cooling liquid in the cooling liquid circuit; and the control unit is configured to control the cooling liquid circuit to supply the cooling liquid to the means for forming the liquid curtain . means for moving having an active surface configured for receiving one or more packages and for displacing the one or more packages along a predetermined operating path; a heating fluid circuit configured to circulate a heating fluid; a control unit operative on the heating fluid circuit, the control unit being configured to control circulation of the heating fluid in the heating fluid circuit; a chamber having an opening and being configured for receiving the one or more packages positioned on the active surface and for heat shrinking the one or more packages based on circulation of the heating fluid in the heating fluid circuit; and means for forming a liquid curtain arranged at the opening and configured to define a liquid curtain along the opening, the liquid curtain separating an inner volume of the chamber from an ambient atmosphere external to the chamber , characterized in that the apparatus further comprises a cooling liquid circuit configured to circulate a cooling liquid; wherein the control unit is operative on the cooling liquid circuit and configured to control circulation of the cooling liquid in the cooling liquid circuit; and the control unit is configured to control the cooling liquid circuit to supply the cooling liquid to the means for forming the liquid curtain .
A clinker inlet distribution grate for a cement clinker cooler, comprising a chute being mounted to a base, wherein the chute is formed by a number of grate elements being mounted to a support structure and defining a support surface for receiving cement clinker from a kiln, the grate elements have and/or form coolant openings configured for allowing a coolant flow via the grate elements into the cement clinker residing on the grate elements, wherein at least one first of the number of grate elements is coupled to at least one vibrational drive unit for causing a vibration of the at least one first grate element relative to at least one second grate element and/or a static portion of the support structure and/or the base, characterized in that the vibration is (i) an oscillating translation of a grate element parallel to the conveying direction configured to have an amplitude A νt smaller or equal 0.5cm and/or (ii) a rotational vibration and/or a vibration not parallel to the conveying direction and/or (iii) an oscillating elastic deformation, obtainable by exciting at least one normal mode. wherein at least one first of the number of grate elements is coupled to at least one vibrational drive unit for causing a vibration of the at least one first grate element relative to at least one second grate element and/or a static portion of the support structure and/or the base, characterized in that the vibration is (i) an oscillating translation of a grate element parallel to the conveying direction configured to have an amplitude A νt smaller or equal 0.5cm and/or (ii) a rotational vibration and/or a vibration not parallel to the conveying direction and/or (iii) an oscillating elastic deformation, obtainable by exciting at least one normal mode. (i) an oscillating translation of a grate element parallel to the conveying direction configured to have an amplitude A νt smaller or equal 0.5cm and/or (ii) a rotational vibration and/or a vibration not parallel to the conveying direction and/or (iii) an oscillating elastic deformation, obtainable by exciting at least one normal mode.
A polymer powder having an average particle diameter of 20 μm to 300 μm, with a particle diameter of less than 10 μm of 10 mass% or less, and a particle diameter of greater than 300 μm of 10 mass% or less, wherein the polymer powder has a weight average molecular weight (Mw) of from 10,000 to 300,000, and wherein the polymer powder has an angle of repose of less than 45 degrees; wherein the angle of repose can be determined by a discharge stability angle measurement method for measuring an angle between a plane of curved surface and a planar bottom surface with respect to the curved shape formed by discharging the material through a hole made in a container having a flat bottom.