mhurhangee/ep-ind-claims huggingface dataset:
A reflector mounting structure for a saddle riding vehicle comprising: a fender reinforcement section that is attached to an inner side surface of a fender which is configured to face a wheel (Wf) of the saddle riding vehicle, the fender being configured to cover an outside of the wheel (Wf); and a reflector support section to which a reflector is attached, wherein the reflector support section and the fender reinforcement section are formed as an integrated fender assembly, and the reflector support section has a lateral extension region (13B-3) extending outward from the fender reinforcement section in a vehicle width direction at a substantially right angle with respect to a reflecting surface of the reflector, and the reflector support section is formed so as to overlap with the reflecting surface of the reflector when seen in a side view of the vehicle, characterized in that the reflector support section includes a reflector mounting region (13B-4) curved from an end portion of the lateral extension region (13B-3) toward below a vehicle body of the saddle riding vehicle and having an outer side surface to which the reflector is fixed, that the fender assembly further comprises a hose mounting section to which a brake hose is attached, and that the hose mounting section is formed in a back side of the reflector when seen in a side view of the vehicle. a fender reinforcement section that is attached to an inner side surface of a fender which is configured to face a wheel (Wf) of the saddle riding vehicle, the fender being configured to cover an outside of the wheel (Wf); and a reflector support section to which a reflector is attached, wherein the reflector support section and the fender reinforcement section are formed as an integrated fender assembly, and the reflector support section has a lateral extension region (13B-3) extending outward from the fender reinforcement section in a vehicle width direction at a substantially right angle with respect to a reflecting surface of the reflector, and the reflector support section is formed so as to overlap with the reflecting surface of the reflector when seen in a side view of the vehicle, characterized in that the reflector support section includes a reflector mounting region (13B-4) curved from an end portion of the lateral extension region (13B-3) toward below a vehicle body of the saddle riding vehicle and having an outer side surface to which the reflector is fixed, that the fender assembly further comprises a hose mounting section to which a brake hose is attached, and that the hose mounting section is formed in a back side of the reflector when seen in a side view of the vehicle.
A multi-layer absorbent article selected from pantiliners, sanitary napkins, interlabial devices, adult incontinence devices and diapers, comprising a liquid permeable body facing layer; wherein the body facing layer is made from a spunlace nonwoven material consisting of from 10% to 65% rayon and from 35% to 90% of polyester, polyethylene, polypropylene, cellulosic fiber or combinations of polyester with polyethylene, propylene or cellulosic fiber; a liquid impermeable garment facing layer; wherein the garment facing layer is made of polymeric film; and optionally an absorbent system located between the body facing layer and the garment facing layer, the absorbent system comprising a single layer or multiple layers; wherein said liquid permeable body facing layer is constructed from a material that is stretchable but not elastic, and said liquid impermeable garment facing layer is constructed from a layer that is elastic; wherein the article is elastic in a longitudinal direction of the article such that a loading force of 400 g extends a sample of said article taken along the longitudinal centerline of the article between about 5% and 20% of the sample's original length, and the recovery of said sample after said loading force is removed at least 90%; and wherein said article has flexural resistance (Modified Circular Bend stiffness; MCB) of less than about 35 g, wherein the body facing layer has a basis weight in the range of 50 g/m 2 to 100 g/m 2 and the garment facing layer has a basis weight in the range of 20 g/m 2 to 40 g/m 2, and wherein said article has a thickness of less than about 1 mm. a liquid permeable body facing layer; wherein the body facing layer is made from a spunlace nonwoven material consisting of from 10% to 65% rayon and from 35% to 90% of polyester, polyethylene, polypropylene, cellulosic fiber or combinations of polyester with polyethylene, propylene or cellulosic fiber; a liquid impermeable garment facing layer; wherein the garment facing layer is made of polymeric film; and optionally an absorbent system located between the body facing layer and the garment facing layer, the absorbent system comprising a single layer or multiple layers; wherein said liquid permeable body facing layer is constructed from a material that is stretchable but not elastic, and said liquid impermeable garment facing layer is constructed from a layer that is elastic; wherein the article is elastic in a longitudinal direction of the article such that a loading force of 400 g extends a sample of said article taken along the longitudinal centerline of the article between about 5% and 20% of the sample's original length, and the recovery of said sample after said loading force is removed at least 90%; and wherein said article has flexural resistance (Modified Circular Bend stiffness; MCB) of less than about 35 g, wherein the body facing layer has a basis weight in the range of 50 g/m 2 to 100 g/m 2 and the garment facing layer has a basis weight in the range of 20 g/m 2 to 40 g/m 2, and wherein said article has a thickness of less than about 1 mm.
An exercise device configured to be operated by a user, said user having a dorsal-ventral axis plane, a bilateral axis plane disposed at 90 degrees to said dorsal-ventral axis plane, and first and second legs, each leg having a foot, said device comprising in combination: A. a frame; B. first and second axles (20, 64) each comprising a shaft member mounted on said frame in spaced apart substantially parallel relationship; C. first and second pedal crank assemblies (2, 3, 56, 58) each comprising: 1. a pedal support member having a first and second end, said first end rotatably mounted on one of said axles (20, 64), and 2. a foot-supporting pedal member having an upper and lower surface rotatably mounted on said second end of said pedal support member; and D. first and second gears (40,44, 60, 62) each mounted on one of said axles (20, 64), each of said gears (40,44, 60, 62) directly attached to one of said pedal support members and coaxially aligned with said first end of one of said pedal support members, said gears (40, 44, 60, 62) linked together to provide coordinated motion of the user's legs when operating the machine, said first and second pedal crank assemblies (2, 3, 56, 58) and said first and second gears (40, 44, 60, 62) for rotating, 360 degrees respectively, around said axles (20, 64), during exercise use defining planes of rotation of said first and second pedal members in a circular pattern; and said planes of rotation of each of said first and second pedal members being parallel to one another, said planes of rotation being in the same vertical plane, said vertical plane being parallel to said bilateral axis plane of said user, said first and second pedal members each adapted for receiving one of said user's feet when said user is positioned on said device such that said user's bilateral axis plane is parallel to said vertical plane of rotation of said first and second pedal members, characterized in that said first and second axles (20, 64) are mounted in a non-rotatable fixed position on said frame and that first and second gears (40,44, 60, 62) are each rotatably mounted on one of said axles (20, 64). A. a frame; B. first and second axles (20, 64) each comprising a shaft member mounted on said frame in spaced apart substantially parallel relationship; C. first and second pedal crank assemblies (2, 3, 56, 58) each comprising: 1. a pedal support member having a first and second end, said first end rotatably mounted on one of said axles (20, 64), and 2. a foot-supporting pedal member having an upper and lower surface rotatably mounted on said second end of said pedal support member; and 1. a pedal support member having a first and second end, said first end rotatably mounted on one of said axles (20, 64), and 2. a foot-supporting pedal member having an upper and lower surface rotatably mounted on said second end of said pedal support member; and D. first and second gears (40,44, 60, 62) each mounted on one of said axles (20, 64), each of said gears (40,44, 60, 62) directly attached to one of said pedal support members and coaxially aligned with said first end of one of said pedal support members,
A fluorescence imaging device for developing a fluorescence image of a selected tissue of a subject, the fluorescence imaging device comprising: a probe defining a central bore, the probe having an outer surface, a distal end, an opposed proximal end, and a longitudinal axis extending between the distal end and the proximal end of the probe, the distal end defining a distal tip configured to contact the selected tissue of the subject, the probe comprising: image transmission means positioned in the central bore of the probe and configured for communication with a light source; and an objective lens positioned in the central bore of the probe proximate the distal tip of the probe; and a dye carrier loaded with at least one fluorescent dye, the dye carrier having a bottom surface configured to contact the selected tissue of the subject and to diffuse the at least one fluorescent dye into the selected tissue, wherein, following diffusion of the at least one fluorescent dye into the selected tissue, the image transmission means and the objective lens are configured to transmit light to the selected tissue and to receive emitted light from the selected tissues; characterized in that: the dye carrier comprises a polymer foam and is coupled to to at least a portion of the outer surface of the probe such that the bottom surface of the dye carrier is substantially flush with the distal tip of the probe and radially spaced from the objective lens of the probe. a probe defining a central bore, the probe having an outer surface, a distal end, an opposed proximal end, and a longitudinal axis extending between the distal end and the proximal end of the probe, the distal end defining a distal tip configured to contact the selected tissue of the subject, the probe comprising: image transmission means positioned in the central bore of the probe and configured for communication with a light source; and an objective lens positioned in the central bore of the probe proximate the distal tip of the probe; and image transmission means positioned in the central bore of the probe and configured for communication with a light source; and an objective lens positioned in the central bore of the probe proximate the distal tip of the probe; and a dye carrier loaded with at least one fluorescent dye, the dye carrier having a bottom surface configured to contact the selected tissue of the subject and to diffuse the at least one fluorescent dye into the selected tissue, the dye carrier comprises a polymer foam and is coupled to to at least a portion of the outer surface of the probe such that the bottom surface of the dye carrier is substantially flush with the distal tip of the probe and radially spaced from the objective lens of the probe.
Wire shaping apparatus, the apparatus comprising a forming device and a supply station for supplying a length of wire to the forming device, the forming device including one or more tools for shaping a portion of the wire and cutting it from the length of wire, and characterised in that the forming device is arranged for movement independently of the supply station to place the shaped and cut wire portion in a desired position.
A method at a communications device (105, 107) of increasing reliability of the transfer of data received via in-band signaling during an eCall or a next generation eCall, the method comprising: obtaining an indication of in-band signaling, the in-band signaling occurring in an audio channel of a communication network and said in-band signaling transferring a minimum set of data, MSD, during the eCall or the next generation eCall; and in response to obtaining the indication of in-band signaling, utilizing a modified decoding process to decode audio signals for the audio channel, wherein the modified decoding process comprises disabling an adaptive de-jitter buffer; or increasing a time interval for audio packet buffering in an adaptive de-jitter buffer. obtaining an indication of in-band signaling, the in-band signaling occurring in an audio channel of a communication network and said in-band signaling transferring a minimum set of data, MSD, during the eCall or the next generation eCall; and in response to obtaining the indication of in-band signaling, utilizing a modified decoding process to decode audio signals for the audio channel, wherein the modified decoding process comprises disabling an adaptive de-jitter buffer; or increasing a time interval for audio packet buffering in an adaptive de-jitter buffer.
A firing mechanism for activation of a pneumatic stored energy system, the firing mechanism comprising: a motor having a drive coupling; a vessel having an attachment region; and; characterised in that the firing mechanism further comprises a tether a first part of the tether being attached to the drive coupling of the motor and a second part of the tether being attached to the attachment region of the vessel, wherein activation of the motor to rotate the drive coupling causes the tether to wind, applying a linear force to the attachment region of the vessel, fracturing the vessel to activate the pneumatic stored energy system. a motor having a drive coupling; a vessel having an attachment region; and; characterised in that the firing mechanism further comprises a tether a first part of the tether being attached to the drive coupling of the motor and a second part of the tether being attached to the attachment region of the vessel, wherein activation of the motor to rotate the drive coupling causes the tether to wind, applying a linear force to the attachment region of the vessel, fracturing the vessel to activate the pneumatic stored energy system.
A waste bin device of an aircraft lavatory unit, comprising a waste bin device main body including: a chute (30A, 30B, 30D) stored in a storage chamber of the aircraft lavatory unit, where a waste inserting opening is formed at a location corresponding to a waste inserting port of a wall portion partitioning the storage chamber; a waste flap that enables opening and closing of the waste inserting opening, and is biased in a direction of closing the waste inserting opening; and a waste container (34A, 34B) disposed at a location where waste inserted from the waste inserting port is stored below the chute (30A, 30B, 30D); wherein the chute (30A, 30B, 30D) is maintained inside the storage chamber, the chute (30A, 30B, 30D), waste flap, and waste container (34A, 34B) are formed having fire resistance performance and form a fire spreading prevention space that prevents fire from spreading to the outside of the waste bin device main body due to a flame occurring when waste inserted in the waste container catches fire, the fire spreading prevention space is formed inside the waste bin device main body at a storing position of the waste container (34A, 34B) where an upper portion of the waste container (34A, 34B) is positioned with regard to a lower portion of the chute (30A, 30B, 30D), and a maintaining portion that maintains the waste container (34A, 34B) at the storing position is provided. a chute (30A, 30B, 30D) stored in a storage chamber of the aircraft lavatory unit, where a waste inserting opening is formed at a location corresponding to a waste inserting port of a wall portion partitioning the storage chamber; a waste flap that enables opening and closing of the waste inserting opening, and is biased in a direction of closing the waste inserting opening; and a waste container (34A, 34B) disposed at a location where waste inserted from the waste inserting port is stored below the chute (30A, 30B, 30D); wherein the chute (30A, 30B, 30D) is maintained inside the storage chamber, the chute (30A, 30B, 30D), waste flap, and waste container (34A, 34B) are formed having fire resistance performance and form a fire spreading prevention space that prevents fire from spreading to the outside of the waste bin device main body due to a flame occurring when waste inserted in the waste container catches fire, the fire spreading prevention space is formed inside the waste bin device main body at a storing position of the waste container (34A, 34B) where an upper portion of the waste container (34A, 34B) is positioned with regard to a lower portion of the chute (30A, 30B, 30D), and a maintaining portion that maintains the waste container (34A, 34B) at the storing position is provided.
A surgical fastening device, comprising: an elongate shaft; an end effector coupled to a distal end of the elongate shaft, the end effector including a cartridge jaw and an anvil pivotally coupled to one another and movable between an open position and a closed position in which tissue can be engaged therebetween; and a cartridge removably seated within a channel in the cartridge jaw of the end effector; characterized in that a distance between a proximal end of each of the cartridge jaw and the anvil is adjustable to vary how far away the anvil is from the cartridge jaw in the closed position, the cartridge including an anvil coupling member slidably disposed therein and configured to define how far away the anvil is from the cartridge jaw in the closed position and to couple to a drive shaft extending through the elongate shaft for advancing the anvil coupling member distally through the end effector. an elongate shaft; an end effector coupled to a distal end of the elongate shaft, the end effector including a cartridge jaw and an anvil pivotally coupled to one another and movable between an open position and a closed position in which tissue can be engaged therebetween; and a cartridge removably seated within a channel in the cartridge jaw of the end effector; characterized in that a distance between a proximal end of each of the cartridge jaw and the anvil is adjustable to vary how far away the anvil is from the cartridge jaw in the closed position, the cartridge including an anvil coupling member slidably disposed therein and configured to define how far away the anvil is from the cartridge jaw in the closed position and to couple to a drive shaft extending through the elongate shaft for advancing the anvil coupling member distally through the end effector.
A system comprising a hydrogen sulfide gas detector, a humidity sensor and a temperature sensor not included in the hydrogen sulfide gas detector, the hydrogen sulfide gas detector comprising: a metal oxide semiconductor-based hydrogen sulfide gas sensor having an electrical characteristic that varies with hydrogen sulfide gas concentration; measurement circuitry coupled to the metal oxide semiconductor-based hydrogen sulfide gas sensor to measure the electrical characteristic; a controller coupled to the measurement circuitry and configured to receive an indication of the electrical characteristic of the metal oxide semiconductor-based hydrogen sulfide gas sensor as well as a measurement of ambient humidity from the humidity sensor located remotely from the gas detector, and a measurement of ambient temperature from the temperature sensor located remotely from the gas detector, the controller being configured to provide a compensated hydrogen sulfide gas concentration output based on the indication of the electrical characteristic of the metal oxide semiconductor-based hydrogen sulfide gas sensor and the indication of ambient humidity and ambient temperature; and communication circuitry coupled to the controller, the communication circuitry being configured to communicate in accordance with a process industry standard protocol, wherein the measurement of ambient temperature is received by the controller over the communication circuitry from the remotely located temperature sensor, and the measurement of ambient humidity is received by the controller over the communication circuitry from the remotely located humidity sensor. a metal oxide semiconductor-based hydrogen sulfide gas sensor having an electrical characteristic that varies with hydrogen sulfide gas concentration; measurement circuitry coupled to the metal oxide semiconductor-based hydrogen sulfide gas sensor to measure the electrical characteristic; a controller coupled to the measurement circuitry and configured to receive an indication of the electrical characteristic of the metal oxide semiconductor-based hydrogen sulfide gas sensor as well as a measurement of ambient humidity from the humidity sensor located remotely from the gas detector, and a measurement of ambient temperature from the temperature sensor located remotely from the gas detector, the controller being configured to provide a compensated hydrogen sulfide gas concentration output based on the indication of the electrical characteristic of the metal oxide semiconductor-based hydrogen sulfide gas sensor and the indication of ambient humidity and ambient temperature; and communication circuitry coupled to the controller, the communication circuitry being configured to communicate in accordance with a process industry standard protocol, wherein the measurement of ambient temperature is received by the controller over the communication circuitry from the remotely located temperature sensor, and the measurement of ambient humidity is received by the controller over the communication circuitry from the remotely located humidity sensor.
CASTOR WHEEL DEVICE FOR FURNITURE AND THE LIKE, intended for supporting, alone or in connection with one or more similar wheels, the furniture and the like to which said device is connected as well as guaranteeing the movement of such furniture and the like, by rotation of a wheel, said wheel being of the type providing that the rotational pin thereof is anchored to a support structure comprised in the castor wheel device, said support structure being capable of pivoting around an axis perpendicular to the surface on which the wheel rolls, braking means being comprised in the castor wheel device and adapted to brake the wheel by mutual friction between said braking means and the same wheel, based on the particular needs of the user of the device to which the wheel is connected, whereby said pin is inserted in a pair of holes obtained in the support structure of the wheel, each of said holes having a non circular shape, being provided with two substantially straight edges, joined together by two curved sections (11"), forming a slot, characterized in the main axis of each of said holes being inclined of an angle "α" other than 90° with respect to the rolling plane of the wheel, which is perpendicular to the pivoting axis and parallel to the rotational axis, it being provided that, under static conditions, the braking means will end up contacting the wheel, accomplishing its function, it being also provided that, when a thrust action is exerted on the furniture or the like to which the castor wheel device is applied, the rotational axis of the wheel is intended for moving within the slot, thus resulting in the wheel and the braking means disengaging from one another, the braking means thus not exerting its function anymore, it being lastly provided that, once the thrust action is completed, the rotational axis of the wheel returns to its original position, at which the braking means will contact again the wheel.