mhurhangee/patent-ind-claim-en huggingface dataset:
Control unit (10; 10a), in particular for vehicle navigation or for automated driving, having a housing which is composed of at least two housing elements , having at least one circuit carrier (16; 16a; 17; 17a; 52) on which at least one heat-generating component is arranged, having a heat-conducting element which is composed of metal and which serves for dissipating the heat generated by the at least one heat-generating component , having at least one sensor element which is connected to the at least one circuit carrier (16; 16a; 17; 17a; 52), and having at least one plug connector body which is composed of plastic and which has connector elements for the electrical contacting of the at least one circuit carrier (16; 16a; 17; 17a; 52), characterized in that the plug connector body is, in the region of a frame-like or lid-like housing element composed of plastic, formed in one piece with said housing element or formed as a component separate from the housing element , in that the heat-conducting element is arranged as an insert part in a housing element composed substantially of plastic, in that the heat-conducting element is thermally connectable to a carrier element for the housing , in that the housing element composed of plastic has an elevation , in the region of which the housing element projects further into the interior space of the housing than in the other regions of the housing element , wherein the elevation is arranged in that region of the circuit carrier (16; 16a; 17; 17a; 52) in the region of which the heat-generating component is situated, and in that the heat-generating component , which is arranged in operative connection with the heat-conducting element via a heat-conducting adhesive , is arranged on the at least one circuit carrier (16; 16a; 17; 17a; 52), wherein a subregion of the heat-conducting element extends into the elevation and interacts via the heat-conducting adhesive with the underside of the circuit carrier (16; 16a; 17; 17a; 52).
A fan, comprising: a plurality of blades including a first set of blades having a magnetically active portion, wherein the plurality of blades are rotatable about a common axis; and inductor groups radially disposed about the common axis and proximate the magnetically active portions, at least one of which includes a first coil and a second coil in a stacked arrangement, wherein the first coil and second coil are selectively and independently energizable to form collectively a variable magnetic field that drives a magnetically active portion of a blade about the common axis in a rotational direction about the common axis; characterized in that a middle blade has a magnetically active portion that is directly aligned with a first inductor group when leading and trailing blades having magnetically active portions nearest the middle blade are not directly aligned with any of the inductor groups so that offsets exist between the leading and trailing blades and the respective closest inductor groups. a plurality of blades including a first set of blades having a magnetically active portion, wherein the plurality of blades are rotatable about a common axis; and inductor groups radially disposed about the common axis and proximate the magnetically active portions, at least one of which includes a first coil and a second coil in a stacked arrangement, wherein the first coil and second coil are selectively and independently energizable to form collectively a variable magnetic field that drives a magnetically active portion of a blade about the common axis in a rotational direction about the common axis; characterized in that a middle blade has a magnetically active portion that is directly aligned with a first inductor group when leading and trailing blades having magnetically active portions nearest the middle blade are not directly aligned with any of the inductor groups so that offsets exist between the leading and trailing blades and the respective closest inductor groups.
Method for estimating the geographical position of a terrestrial satellite terminal , the method comprising the steps of: a) providing first time series data in a first memory element , the first time series data providing an indication of the channel quality between the terminal and a satellite during a given timespan; b) providing a plurality of second time series data in a second memory element , wherein each second time series data indicates a precipitation amount for an associated geographical region within said satellite's ground coverage area during said timespan; c) using a data processing unit , selecting a geographical region for which the associated second time series data corresponds to the first time series data , wherein an elevated precipitation amount at a given time corresponds to a negative impact on the channel quality; d) storing an indication identifying said selected geographical region as an estimation of the terminal's geographical position in a third memory element. a) providing first time series data in a first memory element , the first time series data providing an indication of the channel quality between the terminal and a satellite during a given timespan; b) providing a plurality of second time series data in a second memory element , wherein each second time series data indicates a precipitation amount for an associated geographical region within said satellite's ground coverage area during said timespan; c) using a data processing unit , selecting a geographical region for which the associated second time series data corresponds to the first time series data , wherein an elevated precipitation amount at a given time corresponds to a negative impact on the channel quality; d) storing an indication identifying said selected geographical region as an estimation of the terminal's geographical position in a third memory element.
An imaging device comprising: a first imaging cell including a first photoelectric converter (PCx) including a first pixel electrode , a first opposite electrode , and a first photoelectric conversion layer between the first pixel electrode and the first opposite electrode , the first photoelectric converter (PCx) generating first signal charge by photoelectric conversion, and a first charge detection circuit (CDx) connected to the first pixel electrode , the first charge detection circuit (CDx) detecting the first signal charge; a second imaging cell including a second photoelectric converter (PCy) including a second pixel electrode , a second opposite electrode , and a second photoelectric conversion layer between the second pixel electrode and the second opposite electrode , the second photoelectric converter (PCy) generating second signal charge by photoelectric conversion, and a second charge detection circuit (CDy) connected to the second pixel electrode , the second charge detection circuit (CDy) detecting the second signal charge; and a voltage supply circuit supplying a voltage such that, in a first frame period, a potential difference between the first pixel electrode and the first opposite electrode at a start time of a charge accumulation period of the first imaging cell is made different from a potential difference between the second pixel electrode and the second opposite electrode at a start time of a charge accumulation period of the second imaging cell . a first imaging cell including a first photoelectric converter (PCx) including a first pixel electrode , a first opposite electrode , and a first photoelectric conversion layer between the first pixel electrode and the first opposite electrode , the first photoelectric converter (PCx) generating first signal charge by photoelectric conversion, and a first charge detection circuit (CDx) connected to the first pixel electrode , the first charge detection circuit (CDx) detecting the first signal charge; a second imaging cell including a second photoelectric converter (PCy) including a second pixel electrode , a second opposite electrode , and a second photoelectric conversion layer between the second pixel electrode and the second opposite electrode , the second photoelectric converter (PCy) generating second signal charge by photoelectric conversion, and a second charge detection circuit (CDy) connected to the second pixel electrode , the second charge detection circuit (CDy) detecting the second signal charge; and a voltage supply circuit supplying a voltage such that, in a first frame period, a potential difference between the first pixel electrode and the first opposite electrode at a start time of a charge accumulation period of the first imaging cell is made different from a potential difference between the second pixel electrode and the second opposite electrode at a start time of a charge accumulation period of the second imaging cell .
A device for adjusting the length of a connecting rod of a cylinder of an internal combustion engine, namely by installing and/or removing an intermediate plate between a small end and a connecting rod shank of the connecting rod in the state of the connecting rod mounted in the internal combustion engine, having at least the following assemblies: a swing guard for the small end , which can be mounted on the small end between the small end and a liner of the cylinder, supports , which can be mounted on opposite sides of the connecting rod on counter-weights of the cylinder, holders , which can be mounted on the supports and extend between the supports perpendicularly to the same, lift cylinders , which can be mounted on the holders and serve for lifting the small end relative to the connecting rod shank with screw connections between small end and connecting rod shank disconnected. a swing guard for the small end , which can be mounted on the small end between the small end and a liner of the cylinder, supports , which can be mounted on opposite sides of the connecting rod on counter-weights of the cylinder, holders , which can be mounted on the supports and extend between the supports perpendicularly to the same, lift cylinders , which can be mounted on the holders and serve for lifting the small end relative to the connecting rod shank with screw connections between small end and connecting rod shank disconnected.
A mobile terminal, comprising a circuit board , wherein a chip is disposed on a first surface of the circuit board , the circuit board comprising a thickness in a range from 0.6 mm to 1 mm, a groove is provided on a second surface of the circuit board , the groove extends to below the chip and extends to a side wall of the circuit board and a depth of the groove is less than or equal to half a thickness of the circuit board , and the mobile terminal further comprises: a heat pipe , wherein the heat pipe is disposed in the groove , and one end of the heat pipe extends to the side wall of the circuit board or outside the side wall of the circuit board , and a thermal pad , located in the groove , wherein the thermal pad is located between the chip and the heat pipe . a heat pipe , wherein the heat pipe is disposed in the groove , and one end of the heat pipe extends to the side wall of the circuit board or outside the side wall of the circuit board , and a thermal pad , located in the groove , wherein the thermal pad is located between the chip and the heat pipe .
A computer-implemented method for generating digital marks, comprising: obtaining entity information of an entity; transmitting (221; 512) the entity information to one or more nodes of a blockchain for generating a first transaction identification of a first blockchain transaction that comprises the entity information and for storing the first blockchain transaction corresponding to the first transaction identification to the blockchain; obtaining (222; 513) the first transaction identification of the first blockchain transaction when the first blockchain transaction has been successfully stored to the blockchain, wherein the first transaction identification is publicly queryable from the blockchain to retrieve the entity information stored to the blockchain; and generating (231; 514) a digital mark for the entity based at least on the obtained first transaction identification, wherein the digital mark is associable with a digital certificate to represent an endorsement of the digital certificate by the entity. obtaining entity information of an entity; transmitting (221; 512) the entity information to one or more nodes of a blockchain for generating a first transaction identification of a first blockchain transaction that comprises the entity information and for storing the first blockchain transaction corresponding to the first transaction identification to the blockchain; obtaining (222; 513) the first transaction identification of the first blockchain transaction when the first blockchain transaction has been successfully stored to the blockchain, wherein the first transaction identification is publicly queryable from the blockchain to retrieve the entity information stored to the blockchain; and generating (231; 514) a digital mark for the entity based at least on the obtained first transaction identification, wherein the digital mark is associable with a digital certificate to represent an endorsement of the digital certificate by the entity.
A wind turbine blade comprising a lightning protection system , wherein the lightning protection system includes: a lightning conductor located along an interior portion of the wind turbine blade and being coupled to ground, at least one receptor module arranged on an external surface of the wind turbine blade, the receptor module being electrically connected to the lightning conductor, and a vortex generator strip arranged in a longitudinal direction on the external lee-ward surface of the wind turbine blade, the vortex generator strip being adapted to attract and receive a lightning strike and to transmit an electrical current from the lightning strike to the receptor module and thereafter to ground through the lightning conductor. a lightning conductor located along an interior portion of the wind turbine blade and being coupled to ground, at least one receptor module arranged on an external surface of the wind turbine blade, the receptor module being electrically connected to the lightning conductor, and a vortex generator strip arranged in a longitudinal direction on the external lee-ward surface of the wind turbine blade, the vortex generator strip being adapted to attract and receive a lightning strike and to transmit an electrical current from the lightning strike to the receptor module and thereafter to ground through the lightning conductor.
Inner liner for tyre having a rubber composition comprising: - an elastomeric matrix comprising at least 50 phr of one or more butyl rubbers, - from 5 to 30 phr of carbon black, - from 0 to less than 10 phr of a plasticizing agent, - at least 5 phr of one or more additional fillers selected from reinforcing fillers other than carbon black, graphite-and inert fillers, said inert fillers is (are) selected from chalk, clay, bentonite, talc, kaolin, glass microbeads, glass flakes, and a mixture of these compounds, the total content of reinforcing fillers and of graphite in the rubber composition varying from 5 to 50 phr, the content of the inert filler(s) in the rubber composition varies from 1 to 60 phr. - an elastomeric matrix comprising at least 50 phr of one or more butyl rubbers, - from 5 to 30 phr of carbon black, - from 0 to less than 10 phr of a plasticizing agent, - at least 5 phr of one or more additional fillers selected from reinforcing fillers other than carbon black, graphite-and inert fillers, said inert fillers is (are) selected from chalk, clay, bentonite, talc, kaolin, glass microbeads, glass flakes, and a mixture of these compounds, the total content of reinforcing fillers and of graphite in the rubber composition varying from 5 to 50 phr, the content of the inert filler(s) in the rubber composition varies from 1 to 60 phr.
(amended) Air intake system for an internal combustion engine of a vehicle, comprising an intake duct and a bypass duct , wherein the bypass duct is led out from the intake duct downstream a compressor and a boost air cooler and upstream a throttle in a spark-ignition SI engine or upstream a pressure sensor in a compression-ignition CI engine and connected back to the intake duct upstream the compressor , and wherein in the bypass duct a circulation valve is provided and connected by wire or wireless connection to a digital computing and controlling system, as the circulation valve , an exhaust gas recirculation EGR valve is used which exhaust gas recirculation EGR valve originally is installed on the conduit connecting an the exhaust gas outlet duct to the air intake duct wherein the exhaust gas outlet duct of an exhaust manifold of the exhaust gas towards the EGR valve is closed, and wherein the exhaust gas input to the EGR valve is connected to a pipe tee located in the air intake duct and further wherein the digital computing and controlling system is constituted by an electronic control unit ECU of the vehicle, which electronic control unit ECU of the vehicle is equipped with a software and settings of the threshold values of the circulation valve , which are the same as those for the operating mode of the exhaust gas recirculation EGR valve that originally is installed on the conduit connecting the exhaust gas outlet duct to the air intake duct .
A method of controlling an air conditioner comprising a case having a condensed water storage part formed therein, a water level sensing housing installed in the condensed water storage part in a state of contacting condensed water stored in the condensed water storage part, and a plurality of electrode pads disposed in the water level sensing housing, in a state of not contacting the condensed water, for sensing capacitance of the condensed water, the method comprising: sensing the capacitance of the condensed water through any one of the electrode pads to sense a level of the condensed water during cooling; operating a drainage pump based on the level of the condensed water sensed through any one of the electrode pads to drain the condensed water stored in the condensed water storage part; the method being characterized by sensing an increase in the level of condensed water during a predetermined time based on the level of the condensed water sensed at the sensing step and calculating an amount of condensed water that is generated per unit time based thereupon. sensing the capacitance of the condensed water through any one of the electrode pads to sense a level of the condensed water during cooling; operating a drainage pump based on the level of the condensed water sensed through any one of the electrode pads to drain the condensed water stored in the condensed water storage part; the method being characterized by sensing an increase in the level of condensed water during a predetermined time based on the level of the condensed water sensed at the sensing step and calculating an amount of condensed water that is generated per unit time based thereupon.
A composite article, comprising: a hydrophobic cellulosic material including lipophilic components in an amount of at least 0.02 wt % based on the total weight of the cellulosic material, a coupling agent, and a binder, wherein the coupling agent has a hydrophilic/lipophilic balance (HLB) of about 7 to about 15, and wherein the binder comprises urea formaldehyde (UF), phenol formaldehyde (PF), melamine urea formaldehyde (mUF), polymethylene poly(phenyl isocyanates) (pMDI), or combinations thereof.
A resonator, comprising a housing and a cover , wherein an accommodating cavity is disposed in the housing , a resonant rod , a dielectric block , and an elastic element are disposed in the accommodating cavity , and the cover is assembled on the housing ; the resonant rod is in a tubular shape and comprises an inner side face , an outer side face , and a first end face that is connected between the inner side face and the outer side face ; the dielectric block comprises a bottom end and a top end, the top end is connected to the cover , a second end face and a boss that protrudes from the second end face are disposed at the bottom end, and the boss is in an annular shape; the first end face is opposite to the second end face ; the boss fits around the outside of the resonant rod and surrounds the outer side face ; and the elastic element is connected between the first end face and the second end face , wherein the elastic element fits around a top of the resonant rod , and the boss fits around the outside of the elastic element , and the elastic element is electrically conductive.
Diaphragm seal designed to transfer a medium pressure, comprising: - a metal membrane support body with a surface on the medium side and a process isolating diaphragm which is connected to the membrane support body in a pressure-tight manner along at least an edge, forming a pressure chamber between the process isolating diaphragm and the membrane support body , and - a metal, particularly axial-symmetric, temperature decoupling body with a first front face and a second front face facing away from the first front face , as well as a channel which extends between the first and the second front face and which is filled or can be filled with a transmission liquid to connect the pressure chamber of the membrane support body fixed to the first front face with a pressure transducer which can be connected to the second front face in such a way that a medium pressure present at the process isolating diaphragm can be transmitted to the pressure transducer , wherein multiple, particularly undulated, consecutive cooling ribs are formed in a section of the temperature decoupling body on the top side or the surface, for the purpose of radiating heat, characterized in that the minimum cross-sectional diameter of the temperature decoupling body between the consecutive cooling ribs in the section decreases from the first front face to the second front face . - a metal membrane support body with a surface on the medium side and a process isolating diaphragm which is connected to the membrane support body in a pressure-tight manner along at least an edge, forming a pressure chamber between the process isolating diaphragm and the membrane support body , and - a metal, particularly axial-symmetric, temperature decoupling body with a first front face and a second front face facing away from the first front face , as well as a channel which extends between the first and the second front face and which is filled or can be filled with a transmission liquid to connect the pressure chamber of the membrane support body fixed to the first front face with a pressure transducer which can be connected to the second front face in such a way that a medium pressure present at the process isolating diaphragm can be transmitted to the pressure transducer , wherein multiple, particularly undulated, consecutive cooling ribs are formed in a section of the temperature decoupling body on the top side or the surface, for the purpose of radiating heat, characterized in that the minimum cross-sectional diameter of the temperature decoupling body between the consecutive cooling ribs in the section decreases from the first front face to the second front face .