mhurhangee/ep-ind-claims huggingface dataset:
Display mechanism for a timepiece, which can be disconnected using a friction coupling, and comprising a display mobile comprising a shaft on which are fixedly mounted a plate and a display member, a pinion mounted to rotate freely about said shaft and having a bearing surface, as well as friction spring arranged to frictionally couple the plate and said bearing surface of the pinion, the plate comprising a housing in which said friction spring and the bearing surface of the pinion are at least partially housed.
Vehicle having an internal combustion engine operated by means of a gas, wherein the gas is stored under pressure in a gas tank and is capable of being fed to the internal combustion engine as needed for the operation of the internal combustion engine, and a safety device having a pressure relief valve for the release of gas from the gas tank is provided, which safety device becomes active when a specified discharge gas pressure is exceeded in the gas tank, wherein the safety device includes a burner for flaring the released gas, characterized in that a control unit for operating the burner is provided, wherein the control unit can be activated depending on a gas pressure prevailing inside the gas tank, wherein at least signals from two light sensors (12a, 12b) are supplied to the control unit.
A dual stage duplex firing inflator device, comprising: a housing having at least one gas exit port and a single mounting opening in a base portion of the housing, a first gas generant-containing chamber and a second gas generant-containing chamber, and a structural component mounted to said single mounting opening, said structural component comprising: - a duplex firing initiator assembly including a primary initiator operatively associated with a primary pyrotechnic output composition and a secondary initiator operatively associated with a secondary pyrotechnic output composition and - a single connector in electrical operative association with the primary and the secondary initiators (253, 256), wherein the first gas generant-containing chamber is in reaction initiating communication with the primary initiator and the second gas generant-containing chamber is in reaction initiating communication with the secondary initiator, characterized in that the duplex firing initiator assembly is contained in a molded element that is integrally molded with the base portion of the housing at or near the mounting opening, said molded element also forming an ignition booster cup in initiating discharge receiving communication with the primary pyrotechnic output composition. a housing having at least one gas exit port and a single mounting opening in a base portion of the housing, a first gas generant-containing chamber and a second gas generant-containing chamber, and a structural component mounted to said single mounting opening, said structural component comprising: - a duplex firing initiator assembly including a primary initiator operatively associated with a primary pyrotechnic output composition and a secondary initiator operatively associated with a secondary pyrotechnic output composition and - a single connector in electrical operative association with the primary and the secondary initiators (253, 256), - a duplex firing initiator assembly including a primary initiator operatively associated with a primary pyrotechnic output composition and a secondary initiator operatively associated with a secondary pyrotechnic output composition and - a single connector in electrical operative association with the primary and the secondary initiators (253, 256), wherein the first gas generant-containing chamber is in reaction initiating communication with the primary initiator and the second gas generant-containing chamber is in reaction initiating communication with the secondary initiator, characterized in that the duplex firing initiator assembly is contained in a molded element that is integrally molded with the base portion of the housing at or near the mounting opening, said molded element also forming an ignition booster cup in initiating discharge receiving communication with the primary pyrotechnic output composition.
A system having at least one safe sensor for monitoring at least one protected field, having a mobile, in particular hand-held, test device for validating the protected field, and having a visualization device for displaying the protected field, wherein the test device has predefined dimensions corresponding to a type of protection to be achieved and the safe sensor is configured to recognize a penetration of the test device into the protected field as a protected field infringement and to thereupon output a safeguarding signal, and wherein the visualization device is at least indirectly connected to the safe sensor and has a display and a control and evaluation unit that is configured to present the protected field on the display, wherein the visualization device is connected to the safe sensor such that a protected field infringement is transmitted, and characterized in that the control and evaluation unit is configured to provide haptic, acoustic, and/or visual feedback to a user on a protected field intrusion, with the visual feedback comprising a highlighting of the protected field on the display, in particular by illuminating the infringed protected field in its boundary zones or over the full area in a different color, by flashing, by a frame around the protected field, and/or by a change of color. wherein the visualization device is connected to the safe sensor such that a protected field infringement is transmitted, and characterized in that the control and evaluation unit is configured to provide haptic, acoustic, and/or visual feedback to a user on a protected field intrusion, with the visual feedback comprising a highlighting of the protected field on the display, in particular by illuminating the infringed protected field in its boundary zones or over the full area in a different color, by flashing, by a frame around the protected field, and/or by a change of color.
Sewing machine with a thread finger assembly - with at least one thread finger (14, 15), which can be actuated between a -- loop engagement position for engaging the thread finger (14, 15) in a thread loop generated by the sewing machine in a stitch forming region and a -- loop pull-out position, which is displaced away from the stitch forming region relative to the loop engagement position for pulling out the thread loop with the thread finger (14, 15), - wherein the at least one thread finger (14, 15) is designed such that the thread loop which is pulled out by the thread finger (14, 15) of the thread finger assembly is a top thread loop, - with a thread finger drive for actuating the thread finger (14, 15) between the loop engagement position and the loop pull-out position, characterized in that in the loop engagement position a fingertip of the at least one thread finger (14, 15) is located between a hook (9, 10) and a stitch plate of the sewing machine. - with at least one thread finger (14, 15), which can be actuated between a -- loop engagement position for engaging the thread finger (14, 15) in a thread loop generated by the sewing machine in a stitch forming region and a -- loop pull-out position, which is displaced away from the stitch forming region relative to the loop engagement position for pulling out the thread loop with the thread finger (14, 15), -- loop engagement position for engaging the thread finger (14, 15) in a thread loop generated by the sewing machine in a stitch forming region and a -- loop pull-out position, which is displaced away from the stitch forming region relative to the loop engagement position for pulling out the thread loop with the thread finger (14, 15), - wherein the at least one thread finger (14, 15) is designed such that the thread loop which is pulled out by the thread finger (14, 15) of the thread finger assembly is a top thread loop, - with a thread finger drive for actuating the thread finger (14, 15) between the loop engagement position and the loop pull-out position,
A patient interface assembly for use in the delivery of a breathing gas to a patient, comprising: a patient interface device; a headgear adapted to be worn by a patient; a coupling member (76, 78, 179) adapted to couple the patient interface device to the headgear; and a spring (124, 184, 186) associated with the coupling member and adapted to bias the patient interface device against such a patient's face responsive to the patient interface assembly being donned by such a patient, wherein the patient interface device is pivotally connected to the headgear via the coupling member, and wherein the coupling member includes an angle adjustment assembly for adjusting an angle of the patient interface device relative to such a patient, the angle adjustment assembly comprising a mounting bracket adapted to be mounted to the headgear, characterized in that the angle adjustment assembly further comprises an angular pivot housing and a pivot tube mounted within the angular pivot housing, wherein the mounting bracket, angular pivot housing, and the pivot tube are pivotable about a common axis. a patient interface device; a headgear adapted to be worn by a patient; a coupling member (76, 78, 179) adapted to couple the patient interface device to the headgear; and a spring (124, 184, 186) associated with the coupling member and adapted to bias the patient interface device against such a patient's face responsive to the patient interface assembly being donned by such a patient, wherein the patient interface device is pivotally connected to the headgear via the coupling member, and wherein the coupling member includes an angle adjustment assembly for adjusting an angle of the patient interface device relative to such a patient, the angle adjustment assembly comprising a mounting bracket adapted to be mounted to the headgear,
A compound of Formula I: or a tribologically acceptable salt, solvate, hydrate, or compounds wherein an amino residue, carbonates, carbamates, amides or alkyl esters are covalently bonded to the free carboxylic group of Formula I but are sufficiently labile under lubricant use conditions that the compound yields a compound of Formula I, wherein R 1 is C 4-5 alkyl; and wherein R 2 is methyl. wherein R 1 is C 4-5 alkyl; and wherein R 2 is methyl.
A method, performed in a wireless device, of configuring a guard period in Half Duplex Frequency Division Duplex (HD-FDD) operation, the method comprising: - sending (S5a) a radio access capability of the wireless device to an access point, wherein the radio access capability indicates how fast the wireless device can switch from downlink-to-uplink - receiving, from the access point, a timing advance between the wireless device and an access point; and - configuring a guard period in the wireless device based on the received timing advance and the radio access capability of the wireless device, wherein the guard period is an integer number of subframes or a fractional amount of a subframe, that is acceptable for the wireless device to skip receiving at transition from DL-to-UL. - sending (S5a) a radio access capability of the wireless device to an access point, wherein the radio access capability indicates how fast the wireless device can switch from downlink-to-uplink - receiving, from the access point, a timing advance between the wireless device and an access point; and - configuring a guard period in the wireless device based on the received timing advance and the radio access capability of the wireless device, wherein the guard period is an integer number of subframes or a fractional amount of a subframe, that is acceptable for the wireless device to skip receiving at transition from DL-to-UL.
A recovery vehicle comprising a wrecker for recovering other, disabled vehicles, comprising: a vehicle frame extending along a longitudinal axis, the vehicle frame supporting a travel base assembly carrying a boom with a lift cylinder, wherein the boom can extend or retract, the travel base assembly is capable of moving along the longitudinal axis of the frame, wherein the movements of the travel base assembly and the boom are used in recovering disabled vehicles; two or more traveler rollers located between the vehicle frame and the travel base assembly; travel tubes supported by the vehicle frame, wherein the traveller rollers ride along the travel tubes; the traveler rollers supporting the travel base assembly and facilitating longitudinal movement of the travel base assembly relative to the vehicle frame characterised in each of the traveler rollers comprising a plurality of individual rollers linked by a chain assembly (44/60) and movable about a load-bearing member and along the vehicle frame; and wherein, using the boom, a disabled vehicle may be lifted and moved. a vehicle frame extending along a longitudinal axis, the vehicle frame supporting a travel base assembly carrying a boom with a lift cylinder, wherein the boom can extend or retract, the travel base assembly is capable of moving along the longitudinal axis of the frame, wherein the movements of the travel base assembly and the boom are used in recovering disabled vehicles; two or more traveler rollers located between the vehicle frame and the travel base assembly; travel tubes supported by the vehicle frame, wherein the traveller rollers ride along the travel tubes; the traveler rollers supporting the travel base assembly and facilitating longitudinal movement of the travel base assembly relative to the vehicle frame characterised in each of the traveler rollers comprising a plurality of individual rollers linked by a chain assembly (44/60) and movable about a load-bearing member and along the vehicle frame; and wherein, using the boom, a disabled vehicle may be lifted and moved.
Applicator for applying a cosmetic, makeup or care, product to human keratin fibres, in particular the eyelashes and/or eyebrows, having a stem and, at the distal end thereof, an applicator member having a core that extends along a longitudinal axis, wherein the stem has a rectilinear portion that extends along a rectilinear longitudinal axis and a curved portion that extends along a curvilinear longitudinal axis, the distance ( d t) between the longitudinal axis of the rectilinear portion of the stem and the longitudinal axis of the curved portion of the stem, measured perpendicularly to said axis, increasing in the direction of the distal end of the stem, along at least a part of the length of the curved portion, and the distance ( d o) between the longitudinal axis of the core and the longitudinal axis of the rectilinear portion of the stem, measured perpendicularly to said axis, decreasing by going away from the distal end of the stem, along at least a part of the length of the applicator member, characterised by the distance between the longitudinal axis of the core and the longitudinal axis of the rectilinear portion of the stem passing through a minimum ( D o) at a point of the core that is situated at a distance from the proximal and distal ends thereof. wherein the stem has a rectilinear portion that extends along a rectilinear longitudinal axis and a curved portion that extends along a curvilinear longitudinal axis, the distance ( d t) between the longitudinal axis of the rectilinear portion of the stem and the longitudinal axis of the curved portion of the stem, measured perpendicularly to said axis, increasing in the direction of the distal end of the stem, along at least a part of the length of the curved portion, and the distance ( d o) between the longitudinal axis of the core and the longitudinal axis of the rectilinear portion of the stem, measured perpendicularly to said axis, decreasing by going away from the distal end of the stem, along at least a part of the length of the applicator member, characterised by the distance between the longitudinal axis of the core and the longitudinal axis of the rectilinear portion of the stem passing through a minimum ( D o) at a point of the core that is situated at a distance from the proximal and distal ends thereof.
A 2-piece axial fan blade designed for a cooling tower, comprising: - a head, - a handle part associatable to a table, wherein an engine may be located on the table, - an upper wing, comprising an upper wing upper profile and an upper wing lower profile having a first torsion angle, and - a lower wing, comprising a lower wing upper profile and a lower wing lower profile arranged so that the lower wing has a second torsion angle parallel to the upper wing, - characterised in that the upper wing comprises a decoupled twin profile rod fixed between the upper wing upper profile and the upper wing lower profile, parallel to a direction of extension of the upper wing profiles, and the lower wing comprises a decoupled twin profile rod fixed between the lower wing upper profile and the lower wing lower profile, parallel to a direction of extension of the lower wing profiles, - wherein the upper wing upper profile and the upper wing lower profile have the first torsion angle of 35° counterclockwise at a rate of increasing linear velocity from the handle part to the head, - wherein for the upper wing, the first torsion angle is 0° after 90% of a wing length of the upper wing, and - wherein the decoupled twin profile rods have a UD 0° directional carbon fiber material structure. - a head, - a handle part associatable to a table, wherein an engine may be located on the table, - an upper wing, comprising an upper wing upper profile and an upper wing lower profile having a first torsion angle, and - a lower wing, comprising a lower wing upper profile and a lower wing lower profile arranged so that the lower wing has a second torsion angle parallel to the upper wing, - characterised in that the upper wing comprises a decoupled twin profile rod fixed between the upper wing upper profile and the upper wing lower profile, parallel to a direction of extension of the upper wing profiles, and the lower wing comprises a decoupled twin profile rod fixed between the lower wing upper profile and the lower wing lower profile, parallel to a direction of extension of the lower wing profiles, - wherein the upper wing upper profile and the upper wing lower profile have the first torsion angle of 35° counterclockwise at a rate of increasing linear velocity from the handle part to the head, - wherein for the upper wing, the first torsion angle is 0° after 90% of a wing length of the upper wing, and - wherein the decoupled twin profile rods have a UD 0° directional carbon fiber material structure.
A compound of the formula: wherein R is a methyl group, R 1 is a methyl group, R 2 is a heptyl group, an octyl group, or a nonyl group and n is an integer from 1 to 3, wherein the compound produces a negative Ames Test result.
A method for manufacturing a grain oriented electrical steel sheet, comprising the steps of: preparing a prefinished grain oriented electrical steel sheet having forsterite film on a surface of base steel sheet and an aluminum-concentrated portion in at least one of the forsterite film and an interface between the forsterite film and the base steel sheet; and irradiating the prefinished grain oriented electrical steel sheet with electron beam under conditions including: 0.05 mm ≤ electron beam diameter ≤ 0.5 mm; scanning rate ≥ 1.0 m/second; and acceleration voltage ≥ 30 kV, to subject the steel sheet to magnetic domain refinement, wherein the aluminum-concentrated portion is defined as a portion exhibiting an intensity at least 5σ higher than the average background intensity in an analysis of a steel sheet surface using an electron probe micro analyzer at an acceleration voltage of 10 kV to 20 kV, where σ represents the standard deviation of the background intensity, wherein a presence ratio expressed as area-occupying ratio of the aluminum-concentrated portion is at least 5% per 10000 μm 2 of the surface of the base steel sheet. preparing a prefinished grain oriented electrical steel sheet having forsterite film on a surface of base steel sheet and an aluminum-concentrated portion in at least one of the forsterite film and an interface between the forsterite film and the base steel sheet; and irradiating the prefinished grain oriented electrical steel sheet with electron beam under conditions including: 0.05 mm ≤ electron beam diameter ≤ 0.5 mm; scanning rate ≥ 1.0 m/second; and acceleration voltage ≥ 30 kV, to subject the steel sheet to magnetic domain refinement, wherein the aluminum-concentrated portion is defined as a portion exhibiting an intensity at least 5σ higher than the average background intensity in an analysis of a steel sheet surface using an electron probe micro analyzer at an acceleration voltage of 10 kV to 20 kV, where σ represents the standard deviation of the background intensity, wherein a presence ratio expressed as area-occupying ratio of the aluminum-concentrated portion is at least 5% per 10000 μm 2 of the surface of the base steel sheet.
Golf cart with a multiple-part frame comprising at least one upper frame part and a lower frame part swivelable thereto and from which extend two swivelable stub axles (52, 54) with side wheels (56, 58) detachably connectable thereto, wherein the side wheels (56, 58) have a negative camber, the circumferential surface of each side wheel (56, 58) forming a tread has the form of a cone with a lower diameter on the inside than on the outside, and each stub axle (52, 54) extends along the inside of the side wheel.
A semiconductor chip, comprising: an internal clock circuit for generating an internal clock signal (ICLK); a first phase shift device for shifting the phase of an external clock signal (OCLK) and outputting a phase shifting clock signal (PCLK); a multiplexer, coupled to the internal clock circuit and the first phase shift device, for selectively outputting one of the internal clock signal and the phase shifting clock signal to be a first clock signal; a second phase shift device, coupled to the multiplexer, for shifting the phase of the first clock signal and outputting a second clock signal; an first output pad, coupled to the multiplexer for outputting the first clock signal; and a controllable pad, coupled to the first phase shift device and the second phase shift device; wherein the controllable pad is controlled to selectively act as an input pad for receiving the external clock signal and transmitting the external clock signal to the first phase shift device, or act as a second output pad for transmitting the second clock signal. an internal clock circuit for generating an internal clock signal (ICLK); a first phase shift device for shifting the phase of an external clock signal (OCLK) and outputting a phase shifting clock signal (PCLK); a multiplexer, coupled to the internal clock circuit and the first phase shift device, for selectively outputting one of the internal clock signal and the phase shifting clock signal to be a first clock signal; a second phase shift device, coupled to the multiplexer, for shifting the phase of the first clock signal and outputting a second clock signal; an first output pad, coupled to the multiplexer for outputting the first clock signal; and a controllable pad, coupled to the first phase shift device and the second phase shift device; wherein the controllable pad is controlled to selectively act as an input pad for receiving the external clock signal and transmitting the external clock signal to the first phase shift device, or act as a second output pad for transmitting the second clock signal.