mhurhangee/ep-ind-claims huggingface dataset:
An elliptical exercise machine comprising: a base support structure having a front portion, a rear portion, and a pivot joint comprising a pivot mechanism configured to pivotally connect said front and rear portions, said pivot mechanism being configured to facilitate a breakaway of said base support and an upward rotation of said rear portion with respect to said front portion, thereby enabling said elliptical exercise machine to fold into a compact configuration; an upright support structure extending upward with respect to said base support structure; a drive assembly operably supported about said rear portion of said base support structure and comprising a drive component configured to rotate about a pivot axis; and a reciprocating foot support (14,44) operable with said drive assembly and configured to travel about a closed path upon rotation of said drive component and operation of said elliptical exercise machine, characterised in that said reciprocating foot support (14,44) is releasably coupled to said drive component to further facilitate said breakaway of said base support structure. a base support structure having a front portion, a rear portion, and a pivot joint comprising a pivot mechanism configured to pivotally connect said front and rear portions, said pivot mechanism being configured to facilitate a breakaway of said base support and an upward rotation of said rear portion with respect to said front portion, thereby enabling said elliptical exercise machine to fold into a compact configuration; an upright support structure extending upward with respect to said base support structure; a drive assembly operably supported about said rear portion of said base support structure and comprising a drive component configured to rotate about a pivot axis; and a reciprocating foot support (14,44) operable with said drive assembly and configured to travel about a closed path upon rotation of said drive component and operation of said elliptical exercise machine, characterised in that said reciprocating foot support (14,44) is releasably coupled to said drive component to further facilitate said breakaway of said base support structure.
A wearable audio device comprising: an acoustic transducer for providing audio playback of an audio signal to a user; an internal microphone acoustically coupled to an ear canal of a user, wherein the internal microphone generates an electrical signal responsive to an acoustic signal incident at the internal microphone; a proximity sensor; and a control circuit coupled with the acoustic transducer, the internal microphone and the proximity sensor, the control circuit configured to: determine a magnitude of an acoustic transfer function based on the electrical signal and the audio signal at one or more predetermined frequencies to detect a change in the wearable audio device from an on-head state to an off-head state; calibrate the proximity sensor after detecting the change from the on-head state to the off-head state; detect a change in the wearable audio device from the off-head state to the on-head state using the calibrated proximity sensor; and adjust at least one function of the wearable audio device in response to detecting the change from the on-head state to the off-head state or detecting the change from the off-head state to the on-head state. an acoustic transducer for providing audio playback of an audio signal to a user; an internal microphone acoustically coupled to an ear canal of a user, wherein the internal microphone generates an electrical signal responsive to an acoustic signal incident at the internal microphone; a proximity sensor; and a control circuit coupled with the acoustic transducer, the internal microphone and the proximity sensor, the control circuit configured to: determine a magnitude of an acoustic transfer function based on the electrical signal and the audio signal at one or more predetermined frequencies to detect a change in the wearable audio device from an on-head state to an off-head state; calibrate the proximity sensor after detecting the change from the on-head state to the off-head state; detect a change in the wearable audio device from the off-head state to the on-head state using the calibrated proximity sensor; and adjust at least one function of the wearable audio device in response to detecting the change from the on-head state to the off-head state or detecting the change from the off-head state to the on-head state. determine a magnitude of an acoustic transfer function based on the electrical signal and the audio signal at one or more predetermined frequencies to detect a change in the wearable audio device from an on-head state to an off-head state; calibrate the proximity sensor after detecting the change from the on-head state to the off-head state; detect a change in the wearable audio device from the off-head state to the on-head state using the calibrated proximity sensor; and adjust at least one function of the wearable audio device in response to detecting the change from the on-head state to the off-head state or detecting the change from the off-head state to the on-head state.
A method for changing channel in a television appliance, comprising the steps of: a) Tuning on a desired channel, b) Receiving audio and video packets of a television stream transmitted in the desired channel, c) Buffering the video packets and the audio packets respectively in a video buffer and in an audio buffer, d) Generating a video output from the buffered video packets, e) increasing the video output frame rate from a first frame rate to a predetermined final frame rate, f) generating an audio output from the buffered audio packets, the audio output being synchronized to the video output, the method being characterized in that video output frame rate is raised to the final frame rate as soon as an audio output can be generated which is synchronized to the video output (309, 310). a) Tuning on a desired channel, b) Receiving audio and video packets of a television stream transmitted in the desired channel, c) Buffering the video packets and the audio packets respectively in a video buffer and in an audio buffer, d) Generating a video output from the buffered video packets, e) increasing the video output frame rate from a first frame rate to a predetermined final frame rate, f) generating an audio output from the buffered audio packets, the audio output being synchronized to the video output,
A process of manufacture of a solid cosmetic antiperspirant composition in the form of a stick comprising from 0.0005 to 3 wt.% of a hydroxyalkyl urea, the process comprising the steps of:- (a) providing a stick dispenser comprising a stick barrel; (b) providing a first mixture comprising a solvent and gellant and heating the mixture to a temperature above the melting point of the gellant; (c) providing a second mixture comprising a hydroxyalkyl urea and a carrier material selected from the group consisting of: a natural oil that comprises a triglyceride of an unsaturated carboxylic acid, and polyalkylene glycols having a molecular weight of up to 650 Daltons, and heating this mixture to a temperature of 65°C or above; (d) mixing together of the first and second mixtures; (e) addition of an antiperspirant active to the mixture (d); and, (f) filling a stick barrel with the mixture (e). (a) providing a stick dispenser comprising a stick barrel; (b) providing a first mixture comprising a solvent and gellant and heating the mixture to a temperature above the melting point of the gellant; (c) providing a second mixture comprising a hydroxyalkyl urea and a carrier material selected from the group consisting of: a natural oil that comprises a triglyceride of an unsaturated carboxylic acid, and polyalkylene glycols having a molecular weight of up to 650 Daltons, and heating this mixture to a temperature of 65°C or above; (d) mixing together of the first and second mixtures; (e) addition of an antiperspirant active to the mixture (d); and, (f) filling a stick barrel with the mixture (e).
Multilayer tube comprising as first layer a tube like inner film made of synthetic polymer and at least a further sheet like layer characterized in that the inner film consists of a modified polytetrafluoroethylene whereby the modified polytetrafluoroethylene has a melt flow index between 0.25 and 50 g/10 min, a strain at break of at least 10 %, a crystallinity of 1 to 55 %, and a proportion of comonomers of less than 1 weight% and less than 0.5 mol%, and the tube comprises at least one further sheet like fibrous layer which is impregnated with a curable resin.
An apparatus of a base station in a wireless communication system, the apparatus comprising: a master Field Programmable Gate Array, FPGA; a plurality of slave FPGAs controlled by the master FPGA; and an address masker coupled to the master FPGA and the plurality of slave FPGAs, wherein the address masker is configured to: receive different address bits assigned respectively to the plurality of slave FPGAs by the master FPGA; for the different address bits, mask bit values at a specific position with the same value; and transmit masked address bits corresponding respectively to the plurality of slave FPGAs. a master Field Programmable Gate Array, FPGA; a plurality of slave FPGAs controlled by the master FPGA; and an address masker coupled to the master FPGA and the plurality of slave FPGAs, wherein the address masker is configured to: receive different address bits assigned respectively to the plurality of slave FPGAs by the master FPGA; for the different address bits, mask bit values at a specific position with the same value; and transmit masked address bits corresponding respectively to the plurality of slave FPGAs. receive different address bits assigned respectively to the plurality of slave FPGAs by the master FPGA; for the different address bits, mask bit values at a specific position with the same value; and transmit masked address bits corresponding respectively to the plurality of slave FPGAs.
Cutting chain for chain saw machines for cutting ornamental stones, comprising internal links (1; 101) and external links (2; 102) that are alternated and connected to each other by means of articulation pins (3; 103), characterized in that each internal link (1; 101) has two ends (5, 5'; 105, 105') with substantially curved shape, a lower side and an upper side having a recess, and in that each external link (2; 102) has, on an internal side of an upper wall thereof bearing the cutting inserts, a pair of concavities (12, 12; 112, 112) with curved progression similar to that of said ends (5, 5'; 105, 105'), such concavities (12, 12; 112, 112) terminating by forming respective projections (9, 9; 109, 109) on opposite ends of the external link (2; 102), such projections (9, 9; 109, 109) having the function of barrier against the entrance of impurities and cooperating with said concavities (12, 12; 112, 112) in order to form a labyrinth path with minimum interspace between an internal link and a concavity during the operation of the chain, in all the relative rotation positions (φ) between an internal link (1; 101) and an external link (2; 102); and in that said recess receives said projections (9. 9; 109, 109) during the operation of the chain.
A tubular pipette tip for use with a pipette having a mounting shaft defining a first coacting surface, the pipette tip comprising an upper section (66, 66b) surrounding a locking chamber (68, 68b), a body section (72, 72b) leading from said upper section (66, 66b) and tapering downwardly to a reduced diameter end, and a second coacting surface on said upper section, said second coacting surface being adapted to engage the first coacting surface and to cooperate with the first coacting surface such that said pipette tip is mechanically interlocked with the pipette when said pipette tip is received on the mounting shaft, characterized in that the pipette tip comprises a plurality of resilient fingers (76, 76b) circumferentially spaced around the upper section (66, 66b) each having the second coacting surface and projecting in cantilever fashion downwardly and inwardly from an upper rim of the upper section (66, 66b) into said locking chamber, said plurality of resilient fingers (76, 76b) and their associated second coacting surfaces being deflectable relative to said upper section (66, 66b) and configured to engage the first coacting surface such that said pipette tip is mechanically interlocked with the pipette when said pipette tip is received on the mounting shaft.
An image processing apparatus, comprising: a memory; and a processor configured to: obtain a High Dynamic Range, HDR, image based on a plurality of images having different brightness stored in the memory, identify, for each of a plurality of pixel groups included in the obtained HDR image, an image for correcting chromaticity for the plurality of pixel groups from among the plurality of images, respectively, and correct the chromaticity for each of the plurality of pixel groups included in the obtained HDR image based on the identified image, wherein the processor is further configured to, based on a difference between brightness of areas of the plurality of images corresponding to the plurality of pixel groups and brightness of the plurality of pixel groups being equal to or greater than a predetermined value, identify an image obtained by blending chromaticity of two top images having a small brightness difference among the plurality of images as an image used for chromaticity correction of the plurality of pixel groups. a memory; and a processor configured to: obtain a High Dynamic Range, HDR, image based on a plurality of images having different brightness stored in the memory, identify, for each of a plurality of pixel groups included in the obtained HDR image, an image for correcting chromaticity for the plurality of pixel groups from among the plurality of images, respectively, and correct the chromaticity for each of the plurality of pixel groups included in the obtained HDR image based on the identified image, obtain a High Dynamic Range, HDR, image based on a plurality of images having different brightness stored in the memory, identify, for each of a plurality of pixel groups included in the obtained HDR image, an image for correcting chromaticity for the plurality of pixel groups from among the plurality of images, respectively, and correct the chromaticity for each of the plurality of pixel groups included in the obtained HDR image based on the identified image, wherein the processor is further configured to, based on a difference between brightness of areas of the plurality of images corresponding to the plurality of pixel groups and brightness of the plurality of pixel groups being equal to or greater than a predetermined value, identify an image obtained by blending chromaticity of two top images having a small brightness difference among the plurality of images as an image used for chromaticity correction of the plurality of pixel groups.
A can end conversion system comprising: a housing assembly; a drive assembly including a motor; a plurality of press units, each press unit including a number of elongated sets of lanes, a drive assembly, a number of crankshafts, and a number of associated first tooling assemblies and second tooling assemblies; said drive assembly motor operatively coupled to each crankshaft; each crankshaft operatively coupled to an associated first tooling assembly; each first tooling assembly movably coupled to said housing assembly; each second tooling assembly coupled to said housing assembly; wherein rotation of each crankshaft moves an associated first tooling assembly between a first position, wherein the first tooling assembly is spaced from the associated second tooling assembly, and a second position, wherein the first tooling assembly is adjacent the associated second tooling assembly; characterised in that; at least one of said first tooling assembly and said second tooling assembly includes a number of kiss blocks (138, 148); each said kiss block (138, 148) subjected to a compressive force as said first tooling assembly moves into said second position; wherein in operation said compressive force causes each said kiss block (138, 148) to deflect; and said kiss block (138, 148) deflection is between about 0.0025 and 0.010cm (0.001 and 0.004 inch). a housing assembly; a drive assembly including a motor; a plurality of press units, each press unit including a number of elongated sets of lanes, a drive assembly, a number of crankshafts, and a number of associated first tooling assemblies and second tooling assemblies; said drive assembly motor operatively coupled to each crankshaft; each crankshaft operatively coupled to an associated first tooling assembly; each first tooling assembly movably coupled to said housing assembly; each second tooling assembly coupled to said housing assembly; wherein rotation of each crankshaft moves an associated first tooling assembly between a first position, wherein the first tooling assembly is spaced from the associated second tooling assembly, and a second position, wherein the first tooling assembly is adjacent the associated second tooling assembly; characterised in that; at least one of said first tooling assembly and said second tooling assembly includes a number of kiss blocks (138, 148); each said kiss block (138, 148) subjected to a compressive force as said first tooling assembly moves into said second position; wherein in operation said compressive force causes each said kiss block (138, 148) to deflect; and said kiss block (138, 148) deflection is between about 0.0025 and 0.010cm (0.001 and 0.004 inch).
A hematophagous arthropod repellent composition comprising 3,4-dimethoxybenzaldehyde as an effective ingredient, the composition additionally comprising one or more types of plant essential oil selected from the group consisting of litsea cubeba and wintergreen, wherein the mixing ratio between the plant essential oil and 3,4-dimethoxybenzaldehyde is between 1: 1 and 1:5 in terms of weight ratio. the composition additionally comprising one or more types of plant essential oil selected from the group consisting of litsea cubeba and wintergreen, wherein the mixing ratio between the plant essential oil and 3,4-dimethoxybenzaldehyde is between 1: 1 and 1:5 in terms of weight ratio.
A gas turbine engine nacelle assembly, comprising: a core nacelle of a gas turbine engine; and a fan nacelle disposed around the core nacelle, wherein the fan nacelle includes a leading edge and a trailing edge, wherein the fan nacelle includes a fan duct skin arranged between the leading edge and the trailing edge, wherein the core nacelle and the fan duct skin define a fan duct there-between, the fan duct including a fan nozzle; wherein the fan nacelle includes an exterior skin arranged between the leading edge and the trailing edge to direct airflow around an exterior of the gas turbine engine, wherein the fan duct skin and the exterior skin terminate at the trailing edge, wherein a trailing edge portion of the exterior skin is diverging from a trailing edge portion of the fan duct skin in an aft direction, and wherein the trailing edge portion of the exterior skin diverges at increasing angles from an inflection point toward the trailing edge. a core nacelle of a gas turbine engine; and a fan nacelle disposed around the core nacelle, wherein the fan nacelle includes a leading edge and a trailing edge, wherein the fan nacelle includes a fan duct skin arranged between the leading edge and the trailing edge, wherein the core nacelle and the fan duct skin define a fan duct there-between, the fan duct including a fan nozzle; wherein the fan nacelle includes an exterior skin arranged between the leading edge and the trailing edge to direct airflow around an exterior of the gas turbine engine, wherein the fan duct skin and the exterior skin terminate at the trailing edge, wherein a trailing edge portion of the exterior skin is diverging from a trailing edge portion of the fan duct skin in an aft direction, and wherein the trailing edge portion of the exterior skin diverges at increasing angles from an inflection point toward the trailing edge.
A method comprising: at a network controller (104, 208, 700) of a network of optical nodes configured to communicate with each other at multiple line rates using different tuples of [bits/symbol, symbol rate] for each line rate: determining multiple paths between two optical nodes; selecting a desired line rate for the two optical nodes; accessing a path database (120, 600) that indicates an available optical bandwidth and an available optical signal-to-noise ratio, SNR, along each path; determining feasible paths among the multiple paths, the determining including, for each path, searching the different tuples of the desired line rate for a tuple for which a desired optical bandwidth and a desired optical SNR are accommodated by the available optical bandwidth and the available optical SNR of the path, respectively, wherein the searching the different tuples includes searching for a tuple that has a lowest bits/symbol and corresponding desired optical SNR among the different tuples and that has a desired optical bandwidth that is able to be allocated in a continuous spectrum of the available optical bandwidth of the path being searched; and programming optical nodes of one of the feasible paths with a found tuple. determining multiple paths between two optical nodes; selecting a desired line rate for the two optical nodes; accessing a path database (120, 600) that indicates an available optical bandwidth and an available optical signal-to-noise ratio, SNR, along each path; determining feasible paths among the multiple paths, the determining including, for each path, searching the different tuples of the desired line rate for a tuple for which a desired optical bandwidth and a desired optical SNR are accommodated by the available optical bandwidth and the available optical SNR of the path, respectively, wherein the searching the different tuples includes searching for a tuple that has a lowest bits/symbol and corresponding desired optical SNR among the different tuples and that has a desired optical bandwidth that is able to be allocated in a continuous spectrum of the available optical bandwidth of the path being searched; and programming optical nodes of one of the feasible paths with a found tuple.
A catheter comprising: an elongated catheter body; a distal tip electrode having a shell defining a cavity, the shell formed with one or more apertures, wherein the shell has a distal portion with a radially symmetrical configuration relative to a center location in the cavity; at least one emitter optical waveguide extending through the catheter body and having a distal emitter end positioned in the cavity, the at least one emitter optical waveguide configured to deliver light into the cavity, where at least a first portion of the light exits the one or more apertures; and at least one collector optical waveguide extending through the catheter body and having a distal collector end positioned in the cavity, the at least one collector optical waveguide configured to collect light, characterised in that the distal emitter end and the distal collector end are positioned at the center location within the cavity. an elongated catheter body; a distal tip electrode having a shell defining a cavity, the shell formed with one or more apertures, wherein the shell has a distal portion with a radially symmetrical configuration relative to a center location in the cavity; at least one emitter optical waveguide extending through the catheter body and having a distal emitter end positioned in the cavity, the at least one emitter optical waveguide configured to deliver light into the cavity, where at least a first portion of the light exits the one or more apertures; and at least one collector optical waveguide extending through the catheter body and having a distal collector end positioned in the cavity, the at least one collector optical waveguide configured to collect light, characterised in that the distal emitter end and the distal collector end are positioned at the center location within the cavity.