mhurhangee/ep-ind-claims huggingface dataset:
An apparatus comprising: a hanger for supporting sections of sidewall for an aircraft, the hanger comprising: an elongated vertical member that is attachable to a frame of the aircraft; and sets (440, 450) of keyholes that are each arranged in a vertical pattern along the member; each keyhole includes a receptacle and a slot extending from the receptacle; and slot sizes of keyholes in each set vary from one end of the vertical pattern to another end of the vertical pattern. an elongated vertical member that is attachable to a frame of the aircraft; and sets (440, 450) of keyholes that are each arranged in a vertical pattern along the member; each keyhole includes a receptacle and a slot extending from the receptacle; and slot sizes of keyholes in each set vary from one end of the vertical pattern to another end of the vertical pattern.
A method of guiding aluminum cans en masse from a first conveyor through a 90° transfer zone to a second conveyor, comprising the steps of: conveying aluminum cans along a product path of the first conveyor at a first conveyance speed; and generating a repelling force on the aluminum cans to guide the aluminum cans along the product path of the transfer zone using a touchless guide device comprising an array of linear induction motors; wherein the product path in the transfer zone is formed by a low friction surface directly above the array of linear induction motors, and wherein the array of linear induction motors have varying drive angles to drive the cans en masse from the bottom around the 90° transfer zone between the first conveyor and the second conveyor. conveying aluminum cans along a product path of the first conveyor at a first conveyance speed; and generating a repelling force on the aluminum cans to guide the aluminum cans along the product path of the transfer zone using a touchless guide device comprising an array of linear induction motors; wherein the product path in the transfer zone is formed by a low friction surface directly above the array of linear induction motors, and wherein the array of linear induction motors have varying drive angles to drive the cans en masse from the bottom around the 90° transfer zone between the first conveyor and the second conveyor.
A method of making a component from a plurality of components for a medical device, said plurality of components including: (i) a first component made in a process which comprises machining; (ii) a second component made in a process which comprises moulding, for example injection moulding; wherein (iii) said first component comprises a polymeric material which comprises a repeat unit of formula (iv) said second component comprises a polymeric material which comprises a repeat unit of formula wherein t1=1, w1=0 and v1=0, wherein the L* at a first position on the first component has a value "X" and the L* at a first position on the second component has a value "Y", wherein the L* difference, defined as X minus Y, is less than 8 and wherein L* is in accordance with the CIE 1976 (L*, a*, b*) colour space; wherein the method of making the second component comprises: (i) introducing molten material comprising polymeric material of formula into a mould, wherein t1=1, w1=0 and v1=0, wherein a mould surface which contacts the molten material is at a temperature of at least 210°C; and (ii) maintaining said molten material in said mould for at least 90 seconds. (i) a first component made in a process which comprises machining; (ii) a second component made in a process which comprises moulding, for example injection moulding; wherein (iii) said first component comprises a polymeric material which comprises a repeat unit of formula (iv) said second component comprises a polymeric material which comprises a repeat unit of formula wherein t1=1, w1=0 and v1=0, wherein the L* at a first position on the first component has a value "X" and the L* at a first position on the second component has a value "Y", wherein the L* difference, defined as X minus Y, is less than 8 and wherein L* is in accordance with the CIE 1976 (L*, a*, b*) colour space; wherein t1=1, w1=0 and v1=0, wherein the L* at a first position on the first component has a value "X" and the L* at a first position on the second component has a value "Y", wherein the L* difference, defined as X minus Y, is less than 8 and wherein L* is in accordance with the CIE 1976 (L*, a*, b*) colour space; (i) introducing molten material comprising polymeric material of formula into a mould, wherein t1=1, w1=0 and v1=0, wherein a mould surface which contacts the molten material is at a temperature of at least 210°C; and (ii) maintaining said molten material in said mould for at least 90 seconds.
A method comprising: providing an actuator assembly (10, 10a) having a frame, a coil assembly, a plunger, an armature and a sensor target, the frame having an outer sidewall, an inner sidewall and a first end wall that is coupled to the inner and outer sidewalls (34, 36), the frame defining an interior annular recess, the coil assembly being mounted in the annular recess and including a core structure and a coil, the plunger having an annular rim member and a flange member that extends radially inwardly from the rim member, the rim member being disposed radially between the coil assembly and the outer sidewall, the armature being coupled to the rim member, the sensor target being directly coupled to one of the armature and the plunger and extending radially outwardly of the rim member; and directly sensing a position of the sensor target relative to the frame. providing an actuator assembly (10, 10a) having a frame, a coil assembly, a plunger, an armature and a sensor target, the frame having an outer sidewall, an inner sidewall and a first end wall that is coupled to the inner and outer sidewalls (34, 36), the frame defining an interior annular recess, the coil assembly being mounted in the annular recess and including a core structure and a coil, the plunger having an annular rim member and a flange member that extends radially inwardly from the rim member, the rim member being disposed radially between the coil assembly and the outer sidewall, the armature being coupled to the rim member, the sensor target being directly coupled to one of the armature and the plunger and extending radially outwardly of the rim member; and directly sensing a position of the sensor target relative to the frame.
Two-pole arrangement with a precharge circuit and a monitorable electrical component with at least one functional alignment as capacitor and also with a superordinate control processor with a measuring device, for interconnection in the environment of a power distribution network, wherein the monitoring, in particular for protection against an overloading, is implemented by the control processor, which records and evaluates measurement values, wherein the control processor is an integrated part of the precharge circuit, wherein within the precharge circuit a precharge resistor is connected upstream of and in series with the electrical component, which is bridged via a switch arranged in parallel with the precharge resistor, such that the electrical component and the precharge circuit are brought together in a manner permanently optimally coordinated for precharge operation and are installed as a single 2-pole system.
A coat forming apparatus (100, 200), comprising: a droplet supply unit configured to spray or drop a droplet for coat forming toward an object; and an active species supply unit configured to generate a plasma and cause an active species generated by the plasma to be brought into contact with the droplet moving from the droplet supply unit toward the object; wherein: the active species supply unit is adapted to generate the plasma outside of a path along which the droplet moves from the droplet supply unit toward the object, so that the droplet does not contact the plasma; gas containing the active species generated by the plasma is supplied to the path; and the coating is formed on a surface of the object by the droplet that has been brought into contact with the active species. a droplet supply unit configured to spray or drop a droplet for coat forming toward an object; and an active species supply unit configured to generate a plasma and cause an active species generated by the plasma to be brought into contact with the droplet moving from the droplet supply unit toward the object; wherein: the active species supply unit is adapted to generate the plasma outside of a path along which the droplet moves from the droplet supply unit toward the object, so that the droplet does not contact the plasma; gas containing the active species generated by the plasma is supplied to the path; and the coating is formed on a surface of the object by the droplet that has been brought into contact with the active species. the active species supply unit is adapted to generate the plasma outside of a path along which the droplet moves from the droplet supply unit toward the object, so that the droplet does not contact the plasma; gas containing the active species generated by the plasma is supplied to the path; and the coating is formed on a surface of the object by the droplet that has been brought into contact with the active species.
A mixed-flow type fan wheel for a fan assembly comprising: (a) a wheel back having an outer surface forming one of a truncated dome-shape and a truncated cone-shape; (b) a plurality of fan blades radially spaced about and mounted to the wheel back outer surface: each of the fan blades having a first end and a second end, the first end being mounted and oriented with respect to the wheel back to define an interface contour projection at the wheel back outer surface; and (c) a wheel cone having a truncated cone shape defining an inside surface to which the second end of each fan blade is attached; characterised in that each of the fan blades is formed from a segment of an airfoil-shaped aluminum extrusion defining at least one internal cavity; and in that the fan blade first end has a compound cut profile that is curved in at least one direction and that is curved in at least one other direction, the compound cut profile matching the first interface contour projection such that the first end of the blade is mounted flush to the base outer surface. (a) a wheel back having an outer surface forming one of a truncated dome-shape and a truncated cone-shape; (b) a plurality of fan blades radially spaced about and mounted to the wheel back outer surface: each of the fan blades having a first end and a second end, the first end being mounted and oriented with respect to the wheel back to define an interface contour projection at the wheel back outer surface; and (c) a wheel cone having a truncated cone shape defining an inside surface to which the second end of each fan blade is attached; characterised in that each of the fan blades is formed from a segment of an airfoil-shaped aluminum extrusion defining at least one internal cavity; and in that the fan blade first end has a compound cut profile that is curved in at least one direction and that is curved in at least one other direction, the compound cut profile matching the first interface contour projection such that the first end of the blade is mounted flush to the base outer surface.
Method for assisting in the determination of the mass of a vehicle using a smartphone, comprising the following steps: a) storing characteristic physical values ({param}) of the vehicle, b) displaying, on the screen of the smartphone, a picture of a first circle whose diameter is dependent on the characteristic physical values ({param}), and superimposing said first circle on an image filmed by the smartphone, c) superimposing, on the filmed image, in addition to the drawing of the first circle, a graduated scale along a first axis (z) of the smartphone. a) storing characteristic physical values ({param}) of the vehicle, b) displaying, on the screen of the smartphone, a picture of a first circle whose diameter is dependent on the characteristic physical values ({param}), and superimposing said first circle on an image filmed by the smartphone, c) superimposing, on the filmed image, in addition to the drawing of the first circle, a graduated scale along a first axis (z) of the smartphone.
A reinforced tobacco web comprising a continuous web of reconstituted tobacco having a width defined by a distance between first and second substantially parallel edges, in which a first continuous reinforcement is incorporated into the continuous web of reconstituted tobacco at the first edge and a second continuous reinforcement is incorporated into the continuous web of reconstituted tobacco at the second edge to form the reinforced tobacco web, neither the first continuous reinforcement nor the second continuous reinforcement having a width greater than 15% of the width of the continuous web of reconstituted tobacco.
Arrangement for thawing and/or deicing a radar sensor in a motor vehicle, wherein the radar sensor has a housing with a radiation window for emitting and/or receiving radio waves, wherein the radar sensor is arranged behind a bumper of the motor vehicle, and with a device in the form of a tube that has an outlet region for air, wherein the outlet region is arranged in such a way that the air acts at least indirectly on the outer side of the housing and/or of the radiation window, characterized in that the device in the form of a tube is a venting tube, which vents the passenger compartment of the motor vehicle.
An earphone control circuit for an earphone, comprising: a detecting module, comprising a tri-axial acceleration sensor, for detecting whether the earphone is in a wearing state based on data sensed by the tri-axial acceleration sensor and outputting a detection signal indicating that the earphone is in a wearing state or in a non-wearing state; and a determining module for outputting a first control signal indicating that the earphone is in a wearing state or outputting a second control signal indicating that the earphone is in a non-wearing state according to the detection signal, characterized by further comprising a switch module for turning on/off the earphone control circuit, whereby when the earphone control circuit is turned on, the determining module outputs the first control signal indicating that the earphone is in a wearing state or outputs the second control signal indicating that the earphone is in a non-wearing state, and when the earphone control circuit is turned off, the determining module always outputs the first control signal indicating that the earphone is in a wearing state. a detecting module, comprising a tri-axial acceleration sensor, for detecting whether the earphone is in a wearing state based on data sensed by the tri-axial acceleration sensor and outputting a detection signal indicating that the earphone is in a wearing state or in a non-wearing state; and a determining module for outputting a first control signal indicating that the earphone is in a wearing state or outputting a second control signal indicating that the earphone is in a non-wearing state according to the detection signal, characterized by further comprising a switch module for turning on/off the earphone control circuit, whereby when the earphone control circuit is turned on, the determining module outputs the first control signal indicating that the earphone is in a wearing state or outputs the second control signal indicating that the earphone is in a non-wearing state, and when the earphone control circuit is turned off, the determining module always outputs the first control signal indicating that the earphone is in a wearing state.
A system (100, 1100) comprising: a processor (114, 1110); and a memory (118, 1120) storing instructions configured to cause the processor to: obtain an image; determine a plurality of image regions of the image; determine a morphological skeleton for each of the image regions; determine distances between image regions based on the morphological skeletons and characterised by causing the processor to: determine a plurality of groups of two or more of the image regions based on the distances; and process the image based on the groups. a processor (114, 1110); and a memory (118, 1120) storing instructions configured to cause the processor to: obtain an image; determine a plurality of image regions of the image; determine a morphological skeleton for each of the image regions; determine distances between image regions based on the morphological skeletons and characterised by causing the processor to: determine a plurality of groups of two or more of the image regions based on the distances; and process the image based on the groups. obtain an image; determine a plurality of image regions of the image; determine a morphological skeleton for each of the image regions; determine distances between image regions based on the morphological skeletons and characterised by causing the processor to: determine a plurality of groups of two or more of the image regions based on the distances; and process the image based on the groups. determine a plurality of groups of two or more of the image regions based on the distances; and process the image based on the groups.
A method comprising: a. binding a first ligation probe to a first target polynucleotide; b. binding a second ligation probe to a second target polynucleotide; c. subjecting each of said first and second ligation probes to a ligation reaction to obtain one or more ligated products, wherein said ligation reaction joins a 5' terminus of the first ligation probe to a 3' terminus of the first ligation probe and joins a 5' terminus of the second ligation probe to a 3' terminus of the second ligation probe; d. partitioning said one or more ligated products into two or more partitions; e. amplifying a region within said one or more ligated products to obtain amplified products; f. determining a number of said partitions that contain said amplified products; and g. calculating a relative copy number of said first and second target polynucleotide based on said number of said partitions. a. binding a first ligation probe to a first target polynucleotide; b. binding a second ligation probe to a second target polynucleotide; c. subjecting each of said first and second ligation probes to a ligation reaction to obtain one or more ligated products, wherein said ligation reaction joins a 5' terminus of the first ligation probe to a 3' terminus of the first ligation probe and joins a 5' terminus of the second ligation probe to a 3' terminus of the second ligation probe; d. partitioning said one or more ligated products into two or more partitions; e. amplifying a region within said one or more ligated products to obtain amplified products; f. determining a number of said partitions that contain said amplified products; and g. calculating a relative copy number of said first and second target polynucleotide based on said number of said partitions.
A functional unit for a brake release device, comprising: a recess for receiving a pump assembly, an actuating cylinder support for receiving an actuating cylinder arrangement, wherein the functional unit is formed as an integral functional block where the actuating cylinder support, the recess and a plurality of channels (150, 160, 170, 171, 172, 180, 190) for a hydraulic medium are formed, said channels forming a line arrangement, and the recess is developed in a drive-side end face of the functional block. a recess for receiving a pump assembly, an actuating cylinder support for receiving an actuating cylinder arrangement, wherein the functional unit is formed as an integral functional block where the actuating cylinder support, the recess and a plurality of channels (150, 160, 170, 171, 172, 180, 190) for a hydraulic medium are formed, said channels forming a line arrangement, and the recess is developed in a drive-side end face of the functional block.
An evaporative personal air cooler, comprising: a housing with a top panel, a bottom panel, and side panels defining an interior of the evaporative air cooler; a water tank with a liquid inlet and a liquid outlet, wherein liquid enters the water tank through the liquid inlet and exits the water tank through the liquid outlet; a misting structure in liquid communication with the water tank and configured to create a mist within the evaporative air cooler; a filter structure having a plurality of filters positioned substantially parallel to each other and defining air gaps between the plurality of filters, wherein the filter structure is adjacent the bottom panel and at least one of the side panels; a fan configured to draw ambient air into the evaporative air cooler and direct the ambient air through the filter structure and out of the evaporative air cooler, wherein the evaporative air cooler is configured to cool the ambient air with the mist before exiting the evaporative air cooler; and the misting structure distributes the mist into the ambient and onto the plurality of filters characterized in that the water tank is positioned adjacent the top panel and at least one of the side panels and configured to receive, store, and release liquid; and further comprising a shroud adjacent to an underside of the water tank, wherein the shroud is v-shaped and directing the mist toward a top portion of the filter structure and through the filter structure. a housing with a top panel, a bottom panel, and side panels defining an interior of the evaporative air cooler; a water tank with a liquid inlet and a liquid outlet, wherein liquid enters the water tank through the liquid inlet and exits the water tank through the liquid outlet; a misting structure in liquid communication with the water tank and configured to create a mist within the evaporative air cooler; a filter structure having a plurality of filters positioned substantially parallel to each other and defining air gaps between the plurality of filters, wherein the filter structure is adjacent the bottom panel and at least one of the side panels; a fan configured to draw ambient air into the evaporative air cooler and direct the ambient air through the filter structure and out of the evaporative air cooler, wherein the evaporative air cooler is configured to cool the ambient air with the mist before exiting the evaporative air cooler; and the misting structure distributes the mist into the ambient and onto the plurality of filters characterized in that the water tank is positioned adjacent the top panel and at least one of the side panels and configured to receive, store, and release liquid; and further comprising a shroud adjacent to an underside of the water tank, wherein the shroud is v-shaped and directing the mist toward a top portion of the filter structure and through the filter structure.
A multistage centrifugal pump, with which the impellers of the pump stages are arranged on a shaft which is rotatably arranged within a pump casing and which at one end is led out of the casing for connection to a drive motor and at the other end is arranged within the pump casing, wherein the shaft end which is arranged within the pump casing is subjected to a counter-force which is produced by way of pressure subjection via a conduit connection to a delivery side of the pump, wherein an axial seal is provided on the shaft end arranged within the pump casing, the rotating part of said axial seal being led on the shaft end and the non-rotating part being led within the pump casing in an axially movable manner, wherein sealing means are provided between the pump casing and the axially movably mounted part.