mhurhangee/ep-ind-claims huggingface dataset:
A non-pneumatic tire and wheel assembly comprising an outer annular ring or band having a ground contacting tread portion and a shear band, and one or more spoke disks, wherein each spoke disk is connected to the shear band, wherein each spoke disk has at least two spokes (410, 420, 430, 440), wherein each spoke extends between an outer ring and an inner ring, wherein each of said one or more spoke disks have a plurality of anchors which extend radially inward of the inner ring for mounting in aligned slots of a wheel or rim, the anchor having a neck portion, characterized in that the anchor has, at least substantially, a trapezoidally shaped inner portion and in that the shape of the aligned slots corresponds to the shape of the anchors.
An image projection method for a system comprising a first image projector and a second image projector, where the first and second image projectors project overlaid images onto a projection surface, resulting in a superimposed image, characterized by: i) threshold limiting and constrained smoothing filtering an input, source, image by: a) splitting, separating, the input, source, image into first image, clamped to a threshold, and second image, being the remainder; b) smoothing the second image to reduce content of high frequency components; c) keeping the sum of the two images identical to the input source image; ii) whereby, when the first projector is projecting the first projector image and the second projector is projecting the second projector image, the overlaid image formed on the projection surface essentially corresponds to the input image, and where the amount of high spatial frequencies is lower in the second projector image than in the first projector image. i) threshold limiting and constrained smoothing filtering an input, source, image by: a) splitting, separating, the input, source, image into first image, clamped to a threshold, and second image, being the remainder; b) smoothing the second image to reduce content of high frequency components; c) keeping the sum of the two images identical to the input source image; a) splitting, separating, the input, source, image into first image, clamped to a threshold, and second image, being the remainder; b) smoothing the second image to reduce content of high frequency components; c) keeping the sum of the two images identical to the input source image; ii) whereby, when the first projector is projecting the first projector image and the second projector is projecting the second projector image, the overlaid image formed on the projection surface essentially corresponds to the input image, and where the amount of high spatial frequencies is lower in the second projector image than in the first projector image.
A head for injecting consolidating pressurised fluid mixtures into the ground in order to form consolidated soil portions, the head including: - an outer cylindrical body defining a central, longitudinal axis, - at least one upper inlet for receiving fluids from a string of tubular rods mountable above the head, - at least one outlet side nozzle lying in a plane substantially perpendicular to the longitudinal axis, - at least one helical duct, defining a helical central line (m), the duct connecting the upper inlet to the nozzle so as to impart the fluid flowing through it a helical motion about the longitudinal axis towards the nozzle; characterised in that the helical duct is progressively tapered towards the nozzle and includes a terminal length of the duct which is radiused to the nozzle in a tapered manner, both when viewed in cross-sectional planes parallel to the longitudinal axis and tangent to the helical central line, as well as when viewed in cross-sectional planes perpendicular to the axis. - an outer cylindrical body defining a central, longitudinal axis, - at least one upper inlet for receiving fluids from a string of tubular rods mountable above the head, - at least one outlet side nozzle lying in a plane substantially perpendicular to the longitudinal axis, - at least one helical duct, defining a helical central line (m), the duct connecting the upper inlet to the nozzle so as to impart the fluid flowing through it a helical motion about the longitudinal axis towards the nozzle;
A wearable enhanced reality visualization system, comprising: a real-world processor producing a set of real-world signals; an enhanced-world generator (455, 440) producing a set of non-real-world enhancement signals, said set of non-world enhancement signals having one or more wavelengths below a visible spectrum of a human visual system; and a backplane merging a set of contributions from said set of real-world signals and said set of non-real-world enhancement signals to produce an enhanced world visualization; wherein said backplane up-converts said set of contributions below said visible spectrum to one or more wavelengths in said visible spectrum. a real-world processor producing a set of real-world signals; an enhanced-world generator (455, 440) producing a set of non-real-world enhancement signals, said set of non-world enhancement signals having one or more wavelengths below a visible spectrum of a human visual system; and a backplane merging a set of contributions from said set of real-world signals and said set of non-real-world enhancement signals to produce an enhanced world visualization; wherein said backplane up-converts said set of contributions below said visible spectrum to one or more wavelengths in said visible spectrum.
Glazing unit extending along a plane, P, defined by a longitudinal axis, X, and a vertical axis, Z; having a width, DW, measured along the longitudinal axis, X, and a length, DL, measured along the vertical axis, Z, comprising - a 4G and/or 5G signal communication device having at least one antenna - a glass panel - a housing accommodating said communication device, - an opening arranged on the said glass panel whereby the opening has substantially same dimensions in plane P as the said housing and the housing is placed in the said opening. - a 4G and/or 5G signal communication device having at least one antenna - a glass panel - a housing accommodating said communication device, - an opening arranged on the said glass panel
A computer-implemented method of secure configuration of a plurality of electronic devices without requiring to embed an individualized tag in each of the plurality of electronic devices, wherein each of the plurality of electronic devices comprises common device identification data and each of the plurality of electronic devices is configured to: connect to a blockchain database; determine from said blockchain database a configuration block comprising block identification data, where the block identification data corresponds to the common device identification data, stored with the electronic device; obtain configuration information from said configuration block; and using the configuration information, conduct configuration of the electronic device. connect to a blockchain database; determine from said blockchain database a configuration block comprising block identification data, where the block identification data corresponds to the common device identification data, stored with the electronic device; obtain configuration information from said configuration block; and using the configuration information, conduct configuration of the electronic device.
A method for producing metallic silver fine particles, which comprises: a first step of heating and decomposing a complex compound including silver oxalate and a coordination compound which is a first amine to obtain first metallic silver fine particles; and a second step of mixing a second amine which is different from the first amine, or a carboxylic acid with the first metallic silver fine particles to obtain second metallic silver fine particles in which at least a portion of the first amine of the first metallic silver fine particles is substituted with the second amine or the carboxylic acid, and wherein the first amine has 5 carbon atoms or fewer. a first step of heating and decomposing a complex compound including silver oxalate and a coordination compound which is a first amine to obtain first metallic silver fine particles; and a second step of mixing a second amine which is different from the first amine, or a carboxylic acid with the first metallic silver fine particles to obtain second metallic silver fine particles in which at least a portion of the first amine of the first metallic silver fine particles is substituted with the second amine or the carboxylic acid, and wherein the first amine has 5 carbon atoms or fewer.
A three-level power converting apparatus comprising a power conversion circuit for one phase that selects potential of any one of an upper-side direct-current terminal, an intermediate potential terminal, and a lower-side direct-current terminal and outputs the potential to an alternating-current terminal, the power conversion circuit including first, second, third, and fourth switching elements (1 to 4) sequentially connected in series between the upper-side direct-current terminal and the lower-side direct-current terminal, a fifth switching element connected between a connecting section of the first switching element and the second switching element and the intermediate potential terminal, and a sixth switching element connected between a connecting section of the third switching element and the fourth switching element and the intermediate potential terminal, and the alternating-current terminal being connected to a connecting section of the second switching element and the third switching element, characterized in that each of the second, third, fifth, and sixth switching elements are configured by a MOSFET (2a, 3a, 5a, 6a) having a bidirectional current flow characteristic, and a diode element (2b, 3b, 5b, 6b) connected in reverse parallel to the MOSFET (2a, 3a, 5a, 6a), each of the first and fourth switching elements are configured by an IGBT (1a, 4a) and a diode element (1b, 4b) connected in reverse parallel to the IGBT (1a, 4a) and wherein the three-level power converting apparatus is configured to select the potential of the intermediate potential terminal and to output the potential to the alternating-current terminal, by controlling the transistor elements of the second, third, fifth, and sixth switching elements to ON, and by controlling at least one transistor element present on a route of an element having a relatively large temperature rise among the transistor elements of the second, third, fifth, and sixth switching elements to OFF.
A safety pin system, comprising: a product including an interface by which an operational condition of the product is reviewable, an opening (113,114) and a receiving element (115,116); a safety pin (20,30) disposable in the receiving element (115,116) to disable the product; an obstruction disposable in a blocking position at which the obstruction blocks the interface from being viewable as an indication that the product is disabled; and a streamer (50,60) configured to pass through the opening (113,114) and being attached at opposite ends thereof to the safety pin (20,30) and the obstruction respectively, the opening (113,114) and the obstruction being sized such that, when the obstruction is disposed in the blocking position with the streamer (50,60) passed through the opening (113,114) and the safety pin (20,30) is disposed in the receiving element (115,116), the obstruction is irremovable from the blocking position until the safety pin (20,30) is removed from the receiving element (115,116). a product including an interface by which an operational condition of the product is reviewable, an opening (113,114) and a receiving element (115,116); a safety pin (20,30) disposable in the receiving element (115,116) to disable the product; an obstruction disposable in a blocking position at which the obstruction blocks the interface from being viewable as an indication that the product is disabled; and a streamer (50,60) configured to pass through the opening (113,114) and being attached at opposite ends thereof to the safety pin (20,30) and the obstruction respectively, the opening (113,114) and the obstruction being sized such that, when the obstruction is disposed in the blocking position with the streamer (50,60) passed through the opening (113,114) and the safety pin (20,30) is disposed in the receiving element (115,116), the obstruction is irremovable from the blocking position until the safety pin (20,30) is removed from the receiving element (115,116).
A metered dose inhaler for delivering medicament to a patient, the inhaler comprising a housing for holding the medicament and having an air inlet means and a medicament delivery port which together define an air flow path into which the medicament is dispensed; wherein the housing comprises an elongate body and the air inlet means is provided in an end face of the elongate body, the air inlet means being provided at a first end of the elongate body opposite to a second end of the elongate body at which the medicament delivery port is provided; and wherein the air inlet means comprises an array of elongate apertures formed in the housing, the long sides of adjacent apertures facing each other, and each aperture being provided with a respective different opening in an outer surface of the housing, and characterised in that the opening of each aperture extends in two different planes such that, if at least a part of the opening is covered in one of the two different planes during inhalation by the patient, a void space is created between the patient and the aperture so as to provide an air flow path through the void space to the at least one aperture.
An electronic device comprising: a housing; a structure that is formed on a surface of the housing and comprises a first pattern having a plurality of through-holes; a first speaker that is arranged in an interior of the housing to be adjacent to a first portion of the first pattern and is configured to output a sound; and a first microphone that is arranged in the interior of the housing to be adjacent to a second portion of the first pattern and is configured to receive a sound, CHARACTERIZED BY a first member (213a, 213b, 213c) that is configured to contact at least one of the first speaker and the first microphone to fix at least one of the first speaker and the first microphone to the first member; and a second member (211a, 211b, 211c) that is arranged between the first member and the first pattern, wherein the second member is arranged to seal a space between the first member and the first pattern. a housing; a structure that is formed on a surface of the housing and comprises a first pattern having a plurality of through-holes; a first speaker that is arranged in an interior of the housing to be adjacent to a first portion of the first pattern and is configured to output a sound; and a first microphone that is arranged in the interior of the housing to be adjacent to a second portion of the first pattern and is configured to receive a sound, CHARACTERIZED BY a first member (213a, 213b, 213c) that is configured to contact at least one of the first speaker and the first microphone to fix at least one of the first speaker and the first microphone to the first member; and a second member (211a, 211b, 211c) that is arranged between the first member and the first pattern, wherein the second member is arranged to seal a space between the first member and the first pattern.
A method of transmitting data over an uplink on a Transmission Control Protocol connection between a terminal and a server and performed when there is simultaneous upload on the TCP uplink connection from the terminal to the server and download on a corresponding TCP downlink connection from the server to the terminal, comprising the steps of: - determining an bitrate asymmetry ratio between the TCP uplink connection and the TCP downlink connection, - adjusting the load offered to the TCP uplink connection from the terminal to the server to a fraction of the of the maximum TCP window advertised by the terminal, in accordance with the asymmetry ratio, and - transmitting data on the uplink connection at said fraction of the maximum TCP window. - determining an bitrate asymmetry ratio between the TCP uplink connection and the TCP downlink connection, - adjusting the load offered to the TCP uplink connection from the terminal to the server to a fraction of the of the maximum TCP window advertised by the terminal, in accordance with the asymmetry ratio, and - transmitting data on the uplink connection at said fraction of the maximum TCP window.
An attachment for a pole, in particular for a trekking pole, cross-country ski pole, Nordic walking pole, or alpine ski pole, having a substantially cylindrical sleeve which is fastenable to the lower free end of a pole tube and has an upwardly open blind hole for receiving the lower free end of the pole tube, and wherein an interchangeable element is fastenable releasably to the sleeve to the sleeve in a form-fitting and force-fitting manner, wherein the sleeve has a head region and a body region downwardly adjoining the head region, and wherein at least one axial portion of the body region of the sleeve has an external thread, wherein the interchangeable element has a tip or a rolling surface at its lower end, or a tip is embedded into its lower end, and wherein the interchangeable element has an axial upwardly open blind hole for receiving the sleeve, wherein the interchangeable element has an internal thread in its blind hole, said internal thread being suitable for engaging in the external thread arranged on the sleeve, for the purpose of fastening the interchangeable element to the sleeve, wherein the interchangeable element has at least one latching lug which extends in the axial direction and is suitable for engaging in a corresponding recess arranged on the sleeve.
A knife comprising a housing on which a blade (12, 113) is mounted and a blade guard (14, 115) pivotably mounted on the housing, which is biased by a spring into the safety position, whereby the blade guard (14, 115) is movable by an actuator (16, 122) comprising a handle between a safety position in which a cutting edge (13, 114, of the blade (12, 113) is covered by the blade guard (14, 115) and a cutting position in which the cutting edge (13, 114) is freely accessible, characterized in that, the actuator (16, 122) is designed in such a way that, during the movement into the safety position, the blade guard (14, 115) is pivoted forward toward a side of the blade (12, 113) provided with the cutting edge (13, 114).
Microphone device for a motor vehicle, comprising: - a microphone capsule for detecting an ambient sound, - a housing for holding the microphone capsule, wherein the microphone capsule is arranged in the housing for this purpose, - an electrical connection interface, which has externally accessible terminal contacts for making electrical contact with the microphone capsule located in the housing as well as a mechanical plug device for plugging together with a complementary plug part of an electronic device of the motor vehicle, wherein the terminal contacts are integrated in the plug device, and wherein the connection interface is configured wirelessly, and to this end the plug device is formed as a part of the housing, wherein the housing is formed from at least two housing shells which are inserted in a holding element that surrounds and thereby holds the housing shells together. - a microphone capsule for detecting an ambient sound, - a housing for holding the microphone capsule, wherein the microphone capsule is arranged in the housing for this purpose, - an electrical connection interface, which has externally accessible terminal contacts for making electrical contact with the microphone capsule located in the housing as well as a mechanical plug device for plugging together with a complementary plug part of an electronic device of the motor vehicle, wherein the terminal contacts are integrated in the plug device, and wherein the connection interface is configured wirelessly, and to this end the plug device is formed as a part of the housing,
A trusted platform module management system, comprising: a computing system having a basic input/output system (BIOS), a TPM and an operating system, wherein, during booting of the computing system, the BIOS configured to, in response to detecting an unavailable state setting for the TPM, report to the operating system a lack of presence of the TPM on the computing system, wherein the computing system comprises a utility interface used in a manufacturing environment of the computing system and/or for an in-field update to the computing system by an authorized entity to configure and/or otherwise apply various settings for the computing system, wherein the BIOS comprises a hide/available flag and a status flag, the hide/available flag being used to indicate a setting for the TPM as either being hidden or available, and the status flag being used to indicate whether a hidden or available setting for the TPM has been selected through the utility interface, and wherein, in response to receiving a call or command from the utility interface to set the TPM as being either hidden or available, the status flag is set to prevent subsequent changes to the setting applied to the TPM in that the BIOS is configured to reject a call to set a state setting for the TMP if the status flag has been set. a computing system having a basic input/output system (BIOS), a TPM and an operating system, wherein, during booting of the computing system, the BIOS configured to, in response to detecting an unavailable state setting for the TPM, report to the operating system a lack of presence of the TPM on the computing system, wherein the computing system comprises a utility interface used in a manufacturing environment of the computing system and/or for an in-field update to the computing system by an authorized entity to configure and/or otherwise apply various settings for the computing system, wherein the BIOS comprises a hide/available flag and a status flag, the hide/available flag being used to indicate a setting for the TPM as either being hidden or available, and the status flag being used to indicate whether a hidden or available setting for the TPM has been selected through the utility interface, and wherein, in response to receiving a call or command from the utility interface to set the TPM as being either hidden or available, the status flag is set to prevent subsequent changes to the setting applied to the TPM in that the BIOS is configured to reject a call to set a state setting for the TMP if the status flag has been set.
Temperature control device for timepiece, including a first light-transmitting portion, and a second portion defining with said first portion an intermediate chamber of variable dimensions in an axial direction and/or a radial direction depending on the temperature of said first portion, device in which said first portion includes a plurality of first microlouvers according to a first spatial distribution, and said second portion includes a plurality of second microlouvers according to a second spatial distribution, said first and second portions provided with these first and second microlouvers (10, 20) being configured to move in relation to one another, thus varying the transmission and/or the reflection of said light on said first portion between a maximum and a minimum, said first portion being capable of moving in an axial direction and/or a radial direction relative to said second portion depending on the temperature of this first portion.
Daphne laureola extract for use in a method of treating dermopathies chosen from chronic dermatitis, atopic dermatitis, contact dermatitis, seborrhoic dermatitis, non-specific dermatitis, occasional dermatitis, dandruff and psoriasis characterized in that said extract is obtained by decoction or maceration and is administered topically.