mhurhangee/ep-ind-claims huggingface dataset:
A transition metal compound represented by the formula: where M is a group 4 metal; J is an N atom and m is 1, indicating the presence of R'; G is a bridging group and n is 1 or 2 indicating the number of atoms in the direct chain between the indenyl ring and the ligand J; R 1, R 2, R 3, R 4, R 5, and R 6 are independently selected from a hydrogen, fluoro, or hydrocarbyl, substituted hydrocarbyl, halocarbyl, substituted halocarbyl, silylcarbyl, substituted silylcarbyl, germylcarbyl, or substituted germylcarbyl radical, and two or more adjacent R 1, R 2, R 3, R 4, R 5, and R 6 can join together to form a cyclic group fused to the indenyl ring; R' is selected from a hydrocarbyl, halohydrocarbyl, or substituted hydrocarbyl radical; X is a univalent ionic ligand, L is a Lewis base ligand and b is 0, 1 or 2 representing the presence (b =1 or 2) or absence (b = 0) of L, provided that when n is 2, G is not SiR 2 or R 4 Ph, where Ph is phenyl and each R is as defined for R 1.
A refueling portion structure of a fuel tank, comprising: a refueling pipe that has a refueling port into which a refueling nozzle is to be inserted, that is connected to a fuel tank, and that sends liquid fuel, supplied from the refueling nozzle, to the fuel tank; an opening/closing valve that is provided on a flow path within the refueling pipe and closes the flow path, and that, when pushed by the refueling nozzle, opens the flow path; characterized by an accommodating portion that is provided at an outer side of the refueling pipe, that accommodates at an interior thereof an adsorbing material that adsorbs vapor fuel that has formed due to the liquid fuel evaporating, that communicates with the flow path further toward the refueling port side than the opening/closing valve, and into which the liquid fuel can flow; an atmospheric air passage, by which the accommodating portion communicates with atmospheric air; and a vapor movement passage, by which the accommodating portion communicates with an engine, and that is for moving vapor that is within the accommodating portion to the engine due to negative pressure from the engine, wherein an absorbent material that absorbs the liquid fuel is accommodated at the interior of the accommodating portion. a refueling pipe that has a refueling port into which a refueling nozzle is to be inserted, that is connected to a fuel tank, and that sends liquid fuel, supplied from the refueling nozzle, to the fuel tank; an opening/closing valve that is provided on a flow path within the refueling pipe and closes the flow path, and that, when pushed by the refueling nozzle, opens the flow path; characterized by an accommodating portion that is provided at an outer side of the refueling pipe, that accommodates at an interior thereof an adsorbing material that adsorbs vapor fuel that has formed due to the liquid fuel evaporating, that communicates with the flow path further toward the refueling port side than the opening/closing valve, and into which the liquid fuel can flow; an atmospheric air passage, by which the accommodating portion communicates with atmospheric air; and a vapor movement passage, by which the accommodating portion communicates with an engine, and that is for moving vapor that is within the accommodating portion to the engine due to negative pressure from the engine, wherein an absorbent material that absorbs the liquid fuel is accommodated at the interior of the accommodating portion.
Primary heat exchanger for directly fired, condensing primary heat transfer in heating devices for the transfer of heat from waste gas from a combustion process to a heat carrier medium, wherein the primary heat exchanger comprises several heat transfer plates (1, 2) made of graphite, which form a stack of heat transfer plates, wherein the heat transfer plates (1, 2) are shaped and arranged so that in or between the heat transfer plates (1, 2) flow slots or channels for the heat carrier medium or channels for the waste gas are formed, and wherein the heat transfer plates (1, 2) are framed between two or more high strength plates and are tensioned together by tensioning between the two or more plates, characterised in that between heat transfer plates (1, 2) insulating plates are provided, preferably made of ceramic material.
A lamp assembly for illuminating a surface comprising lighting means having: - a cavity having a substantially diffuse reflective surface, said cavity having an open aperture facing said surface to be illuminated and comprising an opening facing said aperture; and having - a plurality of light emitting diodes (9A, 9B, 9C) capable of emitting visible light (LA, LB, LC); wherein said light emitting diodes are arranged on or near said diffuse reflective surface of said cavity, such that light emitted from the light emitting diodes (9A, 9B, 9C) is capable of reflecting from said diffuse reflective surface towards said surface to be illuminated, wherein said lamp assembly further comprises a chamber accommodating the lighting means, said chamber having light transmitting walls such that luminance is obtained for the lamp assembly itself for providing ambience lighting, and said chamber being open towards said surface to be illuminated, characterized in that no obstructions are present for light reflected from the diffuse reflective surface of the cavity to illuminate the surface to be illuminated as the opening near a lowest point of the cavity accommodates the plurality of light emitting diodes (9A, 9B, 9C), which are arranged on a substrate and in close proximity to the diffuse reflective surface of the cavity. - a cavity having a substantially diffuse reflective surface, said cavity having an open aperture facing said surface to be illuminated and comprising an opening facing said aperture; and having - a plurality of light emitting diodes (9A, 9B, 9C) capable of emitting visible light (LA, LB, LC); wherein said lamp assembly further comprises a chamber accommodating the lighting means, said chamber having light transmitting walls such that luminance is obtained for the lamp assembly itself for providing ambience lighting, and said chamber being open towards said surface to be illuminated, characterized in that no obstructions are present for light reflected from the diffuse reflective surface of the cavity to illuminate the surface to be illuminated as the opening near a lowest point of the cavity accommodates the plurality of light emitting diodes (9A, 9B, 9C), which are arranged on a substrate and in close proximity to the diffuse reflective surface of the cavity.
A system for detecting the vulnerability of a vehicle-mounted device, called a target of evaluation, characterised in that it includes: - a challenge generator configured to generate a current challenge message adapted to test vulnerability of said target of evaluation, - a challenge injector configured to inject said current challenge message into said target of evaluation, - a measurement module configured to measure through an auxiliary channel a leak signal relating to a response of the target of evaluation to said injection of the current challenge message, - a signal analyser configured to analyse said leak signal and to produce a current profile representative of said current challenge message, and - a score calculator configured to assign a current score to the current challenge message as a function of the current profile and send said current score to the challenge generator which is adapted to regenerate a new challenge message based on said current score. - a challenge generator configured to generate a current challenge message adapted to test vulnerability of said target of evaluation, - a challenge injector configured to inject said current challenge message into said target of evaluation, - a measurement module configured to measure through an auxiliary channel a leak signal relating to a response of the target of evaluation to said injection of the current challenge message, - a signal analyser configured to analyse said leak signal and to produce a current profile representative of said current challenge message, and - a score calculator configured to assign a current score to the current challenge message as a function of the current profile and send said current score to the challenge generator which is adapted to regenerate a new challenge message based on said current score.
An ultrasonic probe for dental imagery, comprising: means for emitting ultrasonic waves, configured to emit ultrasonic waves at a frequency of at least 10 MHz, wherein the means for transmitting ultrasonic waves has a flexible ultrasonic matrix (3, 4) comprising: a flexible support; a plurality of transducers configured to operate for emission and reception in a reflection mode, emit ultrasonic waves at a frequency of at least 10 MHz, and mounted to the flexible support and arranged to from the matrix; a rigid holder conjoined and in contact with the flexible ultrasonic matrix (3, 4), so that each transducer is arranged to transmit an ultrasonic wave in a direction away from the rigid holder. a flexible support; a plurality of transducers configured to operate for emission and reception in a reflection mode, emit ultrasonic waves at a frequency of at least 10 MHz, and mounted to the flexible support and arranged to from the matrix; a rigid holder conjoined and in contact with the flexible ultrasonic matrix (3, 4), so that each transducer is arranged to transmit an ultrasonic wave in a direction away from the rigid holder.
An image processing apparatus comprising: a metadata acquiring unit that acquires metadata of high-dynamic-range image data, the metadata comprising a Diffuse White luminance indicating a luminance value of white; and a processor that processes a graphics image to be superimposed on the image data, which is the high-dynamic-range image data, based on the metadata, the graphics image being a menu or an on-screen display; a combiner that combines the graphics image processed by the processor with the image data; a dynamic range converter that adjusts a dynamic range of the luminance of the image data combined with the graphics image so as to match a display that displays the image data; characterized in that the metadata acquiring unit acquires information on the peak luminance of the image data and information on the Diffuse White luminance indicating the luminance value of white serving as the reference of the image data as the metadata, and when the peak luminance of the image data is larger than the peak luminance of the display, the dynamic range converter compresses the peak luminance of the image data to the peak luminance of the display and compresses a luminance between the peak luminance and the Diffuse White luminance while maintaining the luminance equal to or lower than the Diffuse White luminance. a metadata acquiring unit that acquires metadata of high-dynamic-range image data, the metadata comprising a Diffuse White luminance indicating a luminance value of white; and a processor that processes a graphics image to be superimposed on the image data, which is the high-dynamic-range image data, based on the metadata, the graphics image being a menu or an on-screen display; a combiner that combines the graphics image processed by the processor with the image data; a dynamic range converter that adjusts a dynamic range of the luminance of the image data combined with the graphics image so as to match a display that displays the image data; characterized in that the metadata acquiring unit acquires information on the peak luminance of the image data and information on the Diffuse White luminance indicating the luminance value of white serving as the reference of the image data as the metadata, and when the peak luminance of the image data is larger than the peak luminance of the display, the dynamic range converter compresses the peak luminance of the image data to the peak luminance of the display and compresses a luminance between the peak luminance and the Diffuse White luminance while maintaining the luminance equal to or lower than the Diffuse White luminance.
A drop-in hot runner system (101,601,701) comprising: a first runner component (108,608A,708) having a first runner aperture extending into a first runner component sliding surface; a second runner component (111,608B,711) having a second runner aperture extending into a second runner component sliding surface; and characterised by a biasing member (368,668,768) having a depressible protrusion (369,669,769) associated with the first runner component (108,608A,708) that is received in a receiver (370,670,770) associated with the second runner component (111,608B,711), when the first runner component (108,608A,708) and the second runner component (111,608B,711) are coupled together, the depressible protrusion (369,669,769) and the receiver (370,670,770) positioned such that when the first runner component (108,608A,708) and the second runner component (111,608B,711) are coupled together along the first runner component sliding surface and the second runner component sliding surface the biasing member (368,668,768) is energized and the depressible protrusion (369,669,769) is received in the receiver (370,670,770) to cooperate to align the first runner component (108,608A,708) relative to the second runner component (111,608B,711) in a cold condition position in which the first runner aperture and the second runner aperture are concentrically misaligned. a first runner component (108,608A,708) having a first runner aperture extending into a first runner component sliding surface; a second runner component (111,608B,711) having a second runner aperture extending into a second runner component sliding surface; and characterised by a biasing member (368,668,768) having a depressible protrusion (369,669,769) associated with the first runner component (108,608A,708) that is received in a receiver (370,670,770) associated with the second runner component (111,608B,711), when the first runner component (108,608A,708) and the second runner component (111,608B,711) are coupled together, the depressible protrusion (369,669,769) and the receiver (370,670,770) positioned such that when the first runner component (108,608A,708) and the second runner component (111,608B,711) are coupled together along the first runner component sliding surface and the second runner component sliding surface the biasing member (368,668,768) is energized and the depressible protrusion (369,669,769) is received in the receiver (370,670,770) to cooperate to align the first runner component (108,608A,708) relative to the second runner component (111,608B,711) in a cold condition position in which the first runner aperture and the second runner aperture are concentrically misaligned.
A method for controlling an ice cream making apparatus of a refrigeration appliance, in particular a domestic refrigerator, wherein the ice cream making apparatus comprising a container for holding the ice cream to be agitated, a stirrer for agitating the ice cream inside the container and a motor for driving the stirrer, and wherein the refrigeration appliance further comprising a freezer compartment which accommodates the ice cream making apparatus, a door for accessing the container, a control unit for controlling the motor and a user-interface for receiving a user input, wherein the control unit has a yoghurt ice cream mode and/or a fruit ice cream mode, wherein each mode is selectable by the user via the user-interface, said method being characterized by comprising: - a step of initiating the yoghurt ice cream mode or the fruit ice cream mode in accordance with the user selection which is input via the user interface, - a step of controlling the motor in accordance with an ON/OFF regime which is prescribed by the mode initiated in the initiating step, wherein in the ON/OFF regime the motor is successively switched ON and OFF for a prescribed plural number N of cycles to complete the process of yoghurt/fruit ice cream production. - a step of initiating the yoghurt ice cream mode or the fruit ice cream mode in accordance with the user selection which is input via the user interface, - a step of controlling the motor in accordance with an ON/OFF regime which is prescribed by the mode initiated in the initiating step, wherein in the ON/OFF regime the motor is successively switched ON and OFF for a prescribed plural number N of cycles to complete the process of yoghurt/fruit ice cream production.
A method for producing a microcapsule, which comprises: keeping a mixture of a solid pesticidal compound, a compound represented by formula and a polyisocyanate, wherein the solid pesticidal compound is suspended in the compound of formula, at 20 to 60°C for 3 hours or more: wherein X represents -CH 2 -CH 2 - or -CH=CH-, R 1 represents a C1-C4 alkyl group, and R 2 represents a C1-C4 alkyl group; then adding the mixture to water containing a polyol or a polyamine, and producing liquid droplets in the water; and forming a film of polyurethane or polyurea around the droplets. keeping a mixture of a solid pesticidal compound, a compound represented by formula and a polyisocyanate, wherein the solid pesticidal compound is suspended in the compound of formula, at 20 to 60°C for 3 hours or more: wherein X represents -CH 2 -CH 2 - or -CH=CH-, R 1 represents a C1-C4 alkyl group, and R 2 represents a C1-C4 alkyl group; then adding the mixture to water containing a polyol or a polyamine, and producing liquid droplets in the water; and forming a film of polyurethane or polyurea around the droplets.
Method for sealing an annular gap in a turbine having a casing and a rotor, which is arranged in the casing, is mounted so that it can rotate about its central longitudinal axis, and is equipped with a plurality of stages of rotor blades, in which method a) an annular depression, coaxial with the rotor and situated opposite the tips of the rotor blades of a stage, is provided in the casing or in at least one element fastened to the casing, b) an in particular split insert ring is provided which is designed such that it can be inserted into the depression in a form fit with play, c) the insert ring is inserted into the depression by the insert ring being pushed into the depression substantially in an axial direction, and d) the insert ring is fixed with fastening elements in such a way that an at least substantially axially directed clamping force is applied by means of the fastening elements, characterized in that an insert ring is provided which in particular on the end face has a conical and in particular annular sealing portion which tapers towards an axial end of the insert ring, and in that a depression is produced which comprises a receiving portion, the inner contour of which is adapted to the outer contour of the sealing portion of the insert ring, in particular with play, and a conical seat is obtained. a) an annular depression, coaxial with the rotor and situated opposite the tips of the rotor blades of a stage, is provided in the casing or in at least one element fastened to the casing, b) an in particular split insert ring is provided which is designed such that it can be inserted into the depression in a form fit with play, c) the insert ring is inserted into the depression by the insert ring being pushed into the depression substantially in an axial direction, and d) the insert ring is fixed with fastening elements in such a way that an at least substantially axially directed clamping force is applied by means of the fastening elements, characterized in that an insert ring is provided which in particular on the end face has a conical and in particular annular sealing portion which tapers towards an axial end of the insert ring, and in that a depression is produced which comprises a receiving portion, the inner contour of which is adapted to the outer contour of the sealing portion of the insert ring, in particular with play, and a conical seat is obtained.
A system comprising: a) an energy source; and b) an energy delivery device, said energy delivery device comprising: i) a toe or finger appendage attachment component having top and bottom portions configured to receive a toe or finger having a nail therebetween; and ii) an antenna electrically coupled to said energy source, characterized in that - said antenna is positioned between said nail of said finger or toe and said top portion of said toe or finger appendage attachment component when said toe or finger appendage attachment component receives said toe or finger, and - that said system further comprises: iii) a dielectric layer between said antenna and said nail of said finger or toe facing said nail; iv) a first dielectric layer between said antenna and said top portion of said toe or finger appendage attachment component; and v) one or more additional dielectric layers (150, 160) between said first dielectric layer and said top portion of said toe or finger appendage attachment component. a) an energy source; and b) an energy delivery device, said energy delivery device comprising: i) a toe or finger appendage attachment component having top and bottom portions configured to receive a toe or finger having a nail therebetween; and ii) an antenna electrically coupled to said energy source, characterized in that - said antenna is positioned between said nail of said finger or toe and said top portion of said toe or finger appendage attachment component when said toe or finger appendage attachment component receives said toe or finger, and - that said system further comprises: iii) a dielectric layer between said antenna and said nail of said finger or toe facing said nail; iv) a first dielectric layer between said antenna and said top portion of said toe or finger appendage attachment component; and v) one or more additional dielectric layers (150, 160) between said first dielectric layer and said top portion of said toe or finger appendage attachment component. i) a toe or finger appendage attachment component having top and bottom portions configured to receive a toe or finger having a nail therebetween; and ii) an antenna electrically coupled to said energy source, characterized in that - said antenna is positioned between said nail of said finger or toe and said top portion of said toe or finger appendage attachment component when said toe or finger appendage attachment component receives said toe or finger, and - that said system further comprises: - said antenna is positioned between said nail of said finger or toe and said top portion of said toe or finger appendage attachment component when said toe or finger appendage attachment component receives said toe or finger, and - that said system further comprises: iii) a dielectric layer between said antenna and said nail of said finger or toe facing said nail; iv) a first dielectric layer between said antenna and said top portion of said toe or finger appendage attachment component; and v) one or more additional dielectric layers (150, 160) between said first dielectric layer and said top portion of said toe or finger appendage attachment component.