mhurhangee/ep-ind-claims huggingface dataset:
A vacuum system comprising: a vacuum suction generator having a housing (112, 114) and a vacuum suction source disposed in said housing (112, 114); an electrical supply outlet separate from said vacuum suction generator and electrically connected to said vacuum suction generator; a power tool sensing system for sensing operation of a power tool plugged into said electrical supply outlet; and a control module for operating said vacuum suction source in response to a sensed operation of said power tool; characterised in that said vacuum suction generator includes a first connector having at least four connections, said electrical supply outlet includes a second connector having at least four connections and adapted to engage said first connector to electrically connect said electrical supply outlet to said vacuum suction generator; wherein said electrical supply outlet includes a third connector electrically connected to said second connector, and further comprising a power cord including a fourth connector having at least four connections, said power cord adapted to be connected to either of said first and third connectors to supply electrical power to either of said vacuum suction generator and said electrical supply outlet, and said power cord including a fifth connector adapted to connect to a power source. a vacuum suction generator having a housing (112, 114) and a vacuum suction source disposed in said housing (112, 114); an electrical supply outlet separate from said vacuum suction generator and electrically connected to said vacuum suction generator; a power tool sensing system for sensing operation of a power tool plugged into said electrical supply outlet; and a control module for operating said vacuum suction source in response to a sensed operation of said power tool; characterised in that said vacuum suction generator includes a first connector having at least four connections, said electrical supply outlet includes a second connector having at least four connections and adapted to engage said first connector to electrically connect said electrical supply outlet to said vacuum suction generator;
A vehicle safety system, comprising: a vehicle having a system control unit; a driver's cellphone; an alarm; a selective blocking apparatus, controlled by a processor, for blocking specified functionalities of the driver's cellphone only when the driver's cellphone is in a vehicle in motion; and communication functionality, controlled by a processor, operative to receive from a remote server and deliver updates which determine which specified functionalities the selective blocking apparatus is to block, wherein the processor comprises cellphone identification functionality which enables the processor to control the Selective blocking apparatus for blocking specified functionalities of only the driver's cellphone without affecting functioning of other cellphones present in a moving vehicle, wherein said cellphone identification functionality utilizes at least Channel Fingerprinting technology to distinguish the driver's cellphone from other cellphones present in a vehicle whose engine is on, wherein said Channel Fingerprinting technology utilized by said cellphone identification functionality comprises Power Level based technology, wherein the Selective blocking apparatus is configured to enter an undesirable/alert mode of operation in the event that the Selective blocking apparatus is unable to operate owing to unavailability of a communication channel between the system control unit and the driver's cellphone, and wherein the undesirable/alert mode of operation activates the alarm which disturbs the driver. a vehicle having a system control unit; a driver's cellphone; an alarm; a selective blocking apparatus, controlled by a processor, for blocking specified functionalities of the driver's cellphone only when the driver's cellphone is in a vehicle in motion; and communication functionality, controlled by a processor, operative to receive from a remote server and deliver updates which determine which specified functionalities the selective blocking apparatus is to block, wherein the processor comprises cellphone identification functionality which enables the processor to control the Selective blocking apparatus for blocking specified functionalities of only the driver's cellphone without affecting functioning of other cellphones present in a moving vehicle, wherein said cellphone identification functionality utilizes at least Channel Fingerprinting technology to distinguish the driver's cellphone from other cellphones present in a vehicle whose engine is on, wherein said Channel Fingerprinting technology utilized by said cellphone identification functionality comprises Power Level based technology, wherein the Selective blocking apparatus is configured to enter an undesirable/alert mode of operation in the event that the Selective blocking apparatus is unable to operate owing to unavailability of a communication channel between the system control unit and the driver's cellphone, and wherein the undesirable/alert mode of operation activates the alarm which disturbs the driver.
A method comprising: determining a first adjustment value for a slip frequency of a rotor in an induction motor; determining a second adjustment value for a magnetizing inductance of the induction motor; tuning the slip frequency of the rotor and the magnetizing inductance of the induction motor based on the first adjustment value and the second adjustment value, respectively; and characterized in that the step of determining the second adjustment value includes, estimating an electromagnetic torque of the induction motor, and determining the second adjustment value based on the estimated electromagnetic torque of the induction motor and a torque command. determining a first adjustment value for a slip frequency of a rotor in an induction motor; determining a second adjustment value for a magnetizing inductance of the induction motor; tuning the slip frequency of the rotor and the magnetizing inductance of the induction motor based on the first adjustment value and the second adjustment value, respectively; and characterized in that the step of determining the second adjustment value includes, estimating an electromagnetic torque of the induction motor, and determining the second adjustment value based on the estimated electromagnetic torque of the induction motor and a torque command.
A method of removing a crack in a metallic material during a hot metal making process, the method comprising: - determining the presence of a crack and its crack depth during the metal making process by a crack detecting unit utilizing inductive measurement, - sending a crack detection signal and crack depth to a crack removal unit arranged on known distance from the crack detecting unit, the crack removal unit comprising an ejector configured to eject a carving means, characterised in that the ejector is further configured to vary the intensity of the ejected carving means and the method further comprises - removing the detected crack by activating the ejector based on the crack detection signal with an intensity of the ejected carving means based at least on the crack depth. - determining the presence of a crack and its crack depth during the metal making process by a crack detecting unit utilizing inductive measurement, - sending a crack detection signal and crack depth to a crack removal unit arranged on known distance from the crack detecting unit, the crack removal unit comprising an ejector configured to eject a carving means, characterised in that the ejector is further configured to vary the intensity of the ejected carving means and the method further comprises - removing the detected crack by activating the ejector based on the crack detection signal with an intensity of the ejected carving means based at least on the crack depth.
A device arranged to cancel noise present in received signals, wherein the device comprises a number of sets of multiply-and-accumulate units, wherein: each set of multiply-and-accumulate units of the number of sets of multiply-and-accumulate units is configured to cancel noise with regard to a corresponding victim that is a line affected adversely by the noise, or each set of multiply-and-accumulate units of the number of sets of multiply-and-accumulate units is configured to cancel noise with regard to a corresponding received signal comprising noise; wherein the number of sets of multiply-and-accumulate units corresponds to a maximum number of victims that the device is configured to process during a same noise cancellation process, characterized in that the device comprises the following: a number of coefficient memories, wherein each coefficient memory stores noise cancellation coefficients of a corresponding victim, a number of disturber memories, wherein each disturber memory stores information on disturbers of a corresponding victim, and a number of victim/result memories, wherein each victim/result memory stores victim data and results of noise cancellation of a corresponding victim, wherein the number of coefficient memories, the number of disturber memories and the number of victim/result memories correspond to the maximum number of victims and wherein each of the number of coefficient memories, the number of disturber memories and the number of victim/result memories is associated with a corresponding victim. each set of multiply-and-accumulate units of the number of sets of multiply-and-accumulate units is configured to cancel noise with regard to a corresponding victim that is a line affected adversely by the noise, or each set of multiply-and-accumulate units of the number of sets of multiply-and-accumulate units is configured to cancel noise with regard to a corresponding received signal comprising noise;
An electronic device comprising: a first substrate that is provided with a driving element for causing a driving region to be deformed on the driving region capable of being bent and deformed; a second substrate that is disposed over the driving element and at an interval with respect to the first substrate in a state of interposing elastic bump electrodes; and photosensitive adhesive that bonds the first substrate to the second substrate in a state of maintaining the interval, characterized in that the photosensitive adhesive is provided at an interval from the bump electrodes on at least a region between the bump electrode and the driving region, a said bump electrode is formed on both sides of the driving element, and the photosensitive adhesive is provided on both sides of both bump electrodes. a first substrate that is provided with a driving element for causing a driving region to be deformed on the driving region capable of being bent and deformed; a second substrate that is disposed over the driving element and at an interval with respect to the first substrate in a state of interposing elastic bump electrodes; and photosensitive adhesive that bonds the first substrate to the second substrate in a state of maintaining the interval, characterized in that the photosensitive adhesive is provided at an interval from the bump electrodes on at least a region between the bump electrode and the driving region, a said bump electrode is formed on both sides of the driving element, and the photosensitive adhesive is provided on both sides of both bump electrodes.
Tiltable container device, in particular for road, rail and shipping transport, comprising a container housing, which has a base panel and at least four side walls (4, 6, 17, 18) surrounding the base panel, so that the base panel and the side walls (4, 6, 17, 18) define a container interior, wherein at least one of the side walls (4, 6, 17, 18) is designed to be movable, wherein a flexible, film-like element is arranged at least partially on a frame-like element arranged in the container interior, wherein the frame-like element can be moved into at least two positions (P1, P2) along an axis of the container housing, characterised in that, by fixing of the film-like element on the side wall (4, 6, 17, 18) of the tiltable container device opposite the frame-like element, the film-like element is unfolded and stretched when the frame-like element is moved to at least one of the positions along an axis of the container housing.
A pharmaceutical composition comprising a) granulocyte-macrophage colony-stimulating factor (GM-CSF), b) sucralfate, and c) hyaluronic acid for use in the treatment or alleviation of a wound or ulcer of the skin of the body by topical application to said wound or ulcer. a) granulocyte-macrophage colony-stimulating factor (GM-CSF), b) sucralfate, and c) hyaluronic acid
Vehicle computer system with a navigation system and with - a computer unit, featuring a control unit, wherein the control unit features a first means for capturing the display areas of predeterminable information (54-58, 82) on the screen, and wherein the control unit has a second means for determining a catchment area of a predeterminable size for a display area, - a screen for displaying information (54-58, 82), a cursor and selection menus with individual selection menu items, and - an operating element (22, 23, 24), which may be used for the two-dimensional movement of the cursor on the screen and for selecting menu items in a plane, - a force application unit for the application of an actuating force to the operating element when the cursor is in a catchment area, so that the cursor is moved into the corresponding display area, the information displayed on the screen being streets, each of which may be assigned a priority, and where at an intersection of two streets, the cursor is moved to the street that has a higher priority. - a computer unit, featuring a control unit, wherein the control unit features a first means for capturing the display areas of predeterminable information (54-58, 82) on the screen, and wherein the control unit has a second means for determining a catchment area of a predeterminable size for a display area, - a screen for displaying information (54-58, 82), a cursor and selection menus with individual selection menu items, and - an operating element (22, 23, 24), which may be used for the two-dimensional movement of the cursor on the screen and for selecting menu items in a plane, - a force application unit for the application of an actuating force to the operating element when the cursor is in a catchment area, so that the cursor is moved into the corresponding display area, the information displayed on the screen being streets, each of which may be assigned a priority, and where at an intersection of two streets, the cursor is moved to the street that has a higher priority.
Self-aerating valve, comprising a valve body with an aperture, a valve flap swivel-mounted to the valve body and configured to swivel between a closing position for closing the aperture and an opening position for opening the aperture, and an air-supply port connectable to an air-supply, wherein the valve flap is designed to release air supplied to the air-supply port into the aperture of the valve body in the closing position, characterized that the valve flap, preferably the surface area of the valve flap, comprises a porous membrane connected to the air-supply port for releasing the supplied air.
An exhaust gas purification system of a gasoline-fueled engine, the exhaust gas purification system comprising: a stainless steel support made of stainless steel; a first layer containing ceria and at least one type of noble metal selected from the group consisting of Pt, Pd, Ir, Ru, and Os; and a second layer containing at least one type of noble metal selected from the group consisting of Rh, Ir, Ru, Pt, Pd, Au, Ag, and Os, the second layer having a ceria content lower than a ceria content in the first layer or having a ceria content of 0 wt%, the first layer being provided between the second layer and the stainless steel support so as to be in contact with the second layer and the stainless steel support, the second layer being provided on the first layer, wherein of the first layer and the second layer, at least the first layer contains a noble metal and a composite in which alumina and a ceria-zirconia solid solution doped with a rare earth element are combined, wherein the composite has an alumina portion and a ceria-zirconia portion whose average primary particle diameter is smaller than the average primary particle diameter of the alumina portion, and wherein the composite has an average secondary particle diameter of 6 μm or more and less than 10 μm. a stainless steel support made of stainless steel; a first layer containing ceria and at least one type of noble metal selected from the group consisting of Pt, Pd, Ir, Ru, and Os; and a second layer containing at least one type of noble metal selected from the group consisting of Rh, Ir, Ru, Pt, Pd, Au, Ag, and Os, the second layer having a ceria content lower than a ceria content in the first layer or having a ceria content of 0 wt%, the first layer being provided between the second layer and the stainless steel support so as to be in contact with the second layer and the stainless steel support, the second layer being provided on the first layer, wherein of the first layer and the second layer, at least the first layer contains a noble metal and a composite in which alumina and a ceria-zirconia solid solution doped with a rare earth element are combined, wherein the composite has an alumina portion and a ceria-zirconia portion whose average primary particle diameter is smaller than the average primary particle diameter of the alumina portion, and wherein the composite has an average secondary particle diameter of 6 μm or more and less than 10 μm.
A developing solution for immunochromatography using a detection reagent labeled with an insoluble carrier, wherein the developing solution comprises a vinyl-based water-soluble polymer having oxygen atom- and nitrogen atom-containing polar groups and a non-ionic surface active agent having HLB value of 13 to 18, wherein the developing solution amplifies positive signal.
A component mounting apparatus comprising: mounting means (40, 50, 71) for mounting a component on a board; inspection means for inspecting a mounted state of the component mounted on the board; and imaging means (46, 71) capable of imaging a component mounted on the board, wherein the inspection means is configured to inspect the mounted state of the component based on an image captured by the imaging means (46, 71), wherein in a case where the components include a check unnecessary component that does not require checking of a mounted state of another component before being mounted and a check necessary component that requires checking of a mounted state of the other component before being mounted, the mounting means (40, 50, 71) is configured to mount the check necessary component on the board after checking that the mounted state of the check unnecessary component is normal based on an inspection result of the inspection means after the check unnecessary component is mounted on the board, and the component mounting apparatus being characterized in that the mounting means (40, 50, 71) is configured to mount the next check unnecessary component on the board while the check unnecessary component which is an inspection target and which has been mounted is imaged, in a case where said check unnecessary component is included in a visual field range of the imaging means (46, 71) when the next check unnecessary component is mounted. mounting means (40, 50, 71) for mounting a component on a board; inspection means for inspecting a mounted state of the component mounted on the board; and imaging means (46, 71) capable of imaging a component mounted on the board, wherein the inspection means is configured to inspect the mounted state of the component based on an image captured by the imaging means (46, 71), wherein in a case where the components include a check unnecessary component that does not require checking of a mounted state of another component before being mounted and a check necessary component that requires checking of a mounted state of the other component before being mounted, the mounting means (40, 50, 71) is configured to mount the check necessary component on the board after checking that the mounted state of the check unnecessary component is normal based on an inspection result of the inspection means after the check unnecessary component is mounted on the board, and the component mounting apparatus being characterized in that the mounting means (40, 50, 71) is configured to mount the next check unnecessary component on the board while the check unnecessary component which is an inspection target and which has been mounted is imaged, in a case where said check unnecessary component is included in a visual field range of the imaging means (46, 71) when the next check unnecessary component is mounted.
A system comprising a device for a utilisation of a residual heat of flue gases having a temperature, which exceeds their dew point, and containing aggressive constituents, in particular flue gases discharged from solid fuel firing boilers, that comprises a steam boiler for generating steam for steam turbine and/or condensation steam turbine, a direct-contact heat exchanger for extracting the heat from the flue gases and transferring it to process water, the direct-contact heat exchanger having a flue-gas inlet, which is connected to a flue-gas outlet of the solid fuel firing boiler and/or to that of an incineration plant producing the flue gases that contain aggressive constituents, said flue gases being led through the direct-contact heat exchanger, and a process-water inlet, which is arranged on an opposite end, for a contact heat transfer between the flue gases and the process water inside the direct-contact heat exchanger, wherein the device further comprises a second heat exchanger, a process-water outlet of the direct-contact heat exchanger being connected to a first process-water inlet of the second heat exchanger for extracting heat from the process water and transferring it to a cooling water, a process-water outlet of the second heat exchanger being connected to the process-water inlet of the direct-contact heat exchanger, wherein the system further comprises a steam condenser and further comprises a steam turbine or steam condensation turbine connected to the steam boiler, characterized in that the system further comprises an apparatus for replenishing alkali into the process water, wherein the process-water circuit further comprises an inlet for connecting the apparatus for replenishing alkali into the process water in order to maintain the pH value of the process water at a level enabling a corrosive effect of acids, which are produced during the condensation of the flue gases, to be neutralized, wherein the second heat exchanger is provided with a cooling water inlet connected to the steam condenser located downstream of the condensing section of the steam turbine and/or downstream of the steam turbine itself, the cooling water being the steam condensate from the steam condenser having a temperature ranging between 0 and 80°C, or between 0 and 70°C, or between 0 and 60°C, or between 0 and 50°C, or between 0 and 40 °C, wherein a cooling water outlet from the second heat exchanger is connected to a feedwater inlet of the steam boiler.
A pesticidal mixture comprising an effective amount of sabadilla alkaloids and azadirachtin, wherein the ratio of sabadilla alkaloids to azadirachtin is from 1:110 to 1:1, all plus or minus 10%