mhurhangee/ep-ind-claims huggingface dataset:
A probe for measuring otoacoustic emission with at least one reference microphone for measuring ambient noise and with a probe body, wherein the probe body is formed to be partially insertable into an ear canal of a test person along an insertion direction and the probe body comprises: - an insertion region adapted for insertion into the ear canal and having an external probe region adapted to be located outside the ear canal when measuring otoacoustic emission, - an excitation means for exciting otoacoustic emission and a measuring means for measuring the otoacoustic emission, wherein the excitation means and the measuring means are arranged in or on the insertion region, and - a attenuation means for active sound attenuation, wherein the attenuation means is formed in or on the external probe region, wherein on the probe - as an attenuation means, at least one loudspeaker for emitting counter sound and - at least one error microphone for measuring a resulting sound pressure, which results from the superimposition of the ambient noise and the counter sound, are arranged so that sound propagating to the error microphone is attenuated actively, wherein the loudspeaker and the reference microphone are arranged in or on an external probe region, characterized in that the error microphone for active sound attenuation is disposed at the probe so that the error microphone and a detection input of the error microphone or an error microphone input of an error microphone channel coupled to the error microphone is arranged in a spatial region in front of the ear canal entrance in the insertion state of the probe. - an insertion region adapted for insertion into the ear canal and having an external probe region adapted to be located outside the ear canal when measuring otoacoustic emission, - an excitation means for exciting otoacoustic emission and a measuring means for measuring the otoacoustic emission, wherein the excitation means and the measuring means are arranged in or on the insertion region, and - a attenuation means for active sound attenuation, wherein the attenuation means is formed in or on the external probe region, wherein on the probe - as an attenuation means, at least one loudspeaker for emitting counter sound and - at least one error microphone for measuring a resulting sound pressure, which results from the superimposition of the ambient noise and the counter sound,
Uncoupling part designed to be arranged between a motor and the mounting thereof, said motor comprising a rotor and a stator core, a central part thereof being designed to receive said uncoupling part, said uncoupling part comprising - a rigid connecting part which is designed to be coaxially arranged in the central part of the core of the stator, said rigid connecting part comprising a central ring for receiving a rotating shaft of said rotor of the motor, at least two arms (12, 12c) extending therefrom and forming at least two spaces for housing (14, 14c) a flexible uncoupling pad (9, 9a, 9b, 9c, 9d), the free ends of said at least two arms (12, 12c) being designed to bear against an inner wall of the core of the stator; - rigid assembly tabs (10, 10c) which are capable of each extending axially into the central part of the core of the stator as far as the motor mounting, in the vicinity of the inner face of said core of the stator and designed to be fixed to the motor mounting; - flexible uncoupling pads (9, 9a, 9b, 9c, 9d) extending radially from the outer face of the central ring of the rigid connecting part, the uncoupling pad (9, 9a, 9b, 9c, 9d) bearing in the region thereof, as far as a rigid assembly tab (10, 10c). - a rigid connecting part which is designed to be coaxially arranged in the central part of the core of the stator, said rigid connecting part comprising a central ring for receiving a rotating shaft of said rotor of the motor, at least two arms (12, 12c) extending therefrom and forming at least two spaces for housing (14, 14c) a flexible uncoupling pad (9, 9a, 9b, 9c, 9d), the free ends of said at least two arms (12, 12c) being designed to bear against an inner wall of the core of the stator; - rigid assembly tabs (10, 10c) which are capable of each extending axially into the central part of the core of the stator as far as the motor mounting, in the vicinity of the inner face of said core of the stator and designed to be fixed to the motor mounting; - flexible uncoupling pads (9, 9a, 9b, 9c, 9d) extending radially from the outer face of the central ring of the rigid connecting part, the uncoupling pad (9, 9a, 9b, 9c, 9d) bearing in the region thereof, as far as a rigid assembly tab (10, 10c).
Oxygenator (7; 20; 25) for gas exchange in the blood-circulation system comprising a. a housing (8; 26), b. arranged in the housing (8; 26), a first internal chamber (9; 23; 29) for blood, c. arranged in the housing (8; 26), a second internal chamber (10; 24; 30) for gas, d. a membrane (1, 21; 1, 21; 1) separating the first internal chamber (9; 23; 29) and the second internal chamber (10; 24; 30), comprising a silicone layer and a reinforcing structure which reinforces the silicone layer, wherein the silicone layer is homogeneous, characterized in that the reinforcing structure takes the form of a network and an area and has longitudinal elements and transverse elements, wherein the longitudinal elements and the transverse elements take the form of reinforcing filaments or reinforcing fibres which have been joined to one another such that the reinforcing structure has an intrinsic rigidity, wherein the reinforcing structure has a thickness (Dv) which corresponds to the thicknesses of the longitudinal elements and the transverse elements and is selected such that a mesh width (m L) in the longitudinal direction and a mesh width (m B) in the transverse direction are greater than thicknesses of the longitudinal elements and of the transverse elements, wherein the mesh width (ms) in the transverse direction is at least five times the thickness of the longitudinal elements, wherein intervening spaces are arranged between the longitudinal elements and the transverse elements of the reinforcing structure, wherein the totality of the intervening spaces forms an area available for flow through the reinforcing structure, wherein the area available for flow is in particular at least 98% of the total area of the reinforcing structure, wherein the direction of flow is the direction of thickness of the membrane. a. a housing (8; 26), b. arranged in the housing (8; 26), a first internal chamber (9; 23; 29) for blood, c. arranged in the housing (8; 26), a second internal chamber (10; 24; 30) for gas, d. a membrane (1, 21; 1, 21; 1) separating the first internal chamber (9; 23; 29) and the second internal chamber (10; 24; 30), comprising a silicone layer and a reinforcing structure which reinforces the silicone layer, wherein the silicone layer is homogeneous,
A power control method, applied in a system comprising a plurality of bandwidth parts, BWPs, the method comprises: sending, by a network device (20, 400, 600), second information to a terminal device (300, 500), wherein the second information is used to indicate a mapping relationship between a BWP and a downlink reference signal, DL RS, resource group, and in the mapping relationship, one DL RS resource group is configured for each BWP, wherein the second information is used for the terminal device (300, 500) to determine a first DL RS resource group corresponding to a first BWP according to the mapping relationship indicated by the second information, and the first DL RS resource group comprises at least one DL RS resource, and a signal corresponding to at least one DL RS resource in the first DL RS resource group is used to determine a path loss value used by the terminal device (300, 500) to determine a transmit power for transmitting uplink data to be transmitted.
A method of forming a microspeaker device having a substantially planar compliant member (22, 26) to act as an acoustic diaphragm, comprising: creating a membrane having one or more elastomeric layers which are at least partially cured; providing another elastomeric layer on the membrane, the another elastomeric layer being in an uncured state; positioning one or more of a bobbin and a housing each having an end such that the end of either one or both of the housing and bobbin extend at least partially into the another elastomeric layer, without extending into the one or more at least partially cured elastomeric layers, the bobbin being positioned inside the housing; and curing the another elastomeric layer such that the another elastomeric layer is secured to the membrane and to both of the housing and bobbin. creating a membrane having one or more elastomeric layers which are at least partially cured; providing another elastomeric layer on the membrane, the another elastomeric layer being in an uncured state; positioning one or more of a bobbin and a housing each having an end such that the end of either one or both of the housing and bobbin extend at least partially into the another elastomeric layer, without extending into the one or more at least partially cured elastomeric layers, the bobbin being positioned inside the housing; and curing the another elastomeric layer such that the another elastomeric layer is secured to the membrane and to both of the housing and bobbin.
Formulations containing a mixture of I. an aqueous polyurethane or polyurethane-urea dispersion, containing as disperse phase at least one polymer A) which after drying is semicrystalline or crystalline and has a melting temperature in the range from 30 to 80°C and an enthalpy of fusion of ≥ 35 J/g, II. at least one plasticizer B), III. optionally at least one tackifier resin C), characterized in that the mixture, based on the solids present overall, contains 60% to 80% by weight of the at least one polymer A), 20% to 40% by weight of the at least one plasticizer B), and 0% to 10% by weight of the at least one tackifier resin C), and the proportions of A), B) and C) add up to 100% by weight. I. an aqueous polyurethane or polyurethane-urea dispersion, containing as disperse phase at least one polymer A) which after drying is semicrystalline or crystalline and has a melting temperature in the range from 30 to 80°C and an enthalpy of fusion of ≥ 35 J/g, II. at least one plasticizer B), III. optionally at least one tackifier resin C), characterized in that the mixture, based on the solids present overall, contains 60% to 80% by weight of the at least one polymer A), 20% to 40% by weight of the at least one plasticizer B), and 0% to 10% by weight of the at least one tackifier resin C), and the proportions of A), B) and C) add up to 100% by weight. 60% to 80% by weight of the at least one polymer A), 20% to 40% by weight of the at least one plasticizer B), and 0% to 10% by weight of the at least one tackifier resin C), and the proportions of A), B) and C) add up to 100% by weight.
A method for compressing an image constituted by a plurality of pixels in a mobile communication terminal, wherein each pixel has one of a plurality of colors, the color of each pixel is represented by color information of each pixel, an original identification code specific to each color is assigned to each color, and the color information of each pixel at least contains the original identification code assigned to the color of each pixel, the method comprising the steps of: scanning pixels constituting an image; for each one of the plurality of colors, counting the number of pixels having the one color; determining that the one color is a frequently presented color when the counted number of pixels is more than or equals to a reference number; assigning to each frequently presented color, a new identification code specific to each frequently presented color, wherein the size of the new identification code is determined according to the number of frequently presented colors and is smaller than that of the original identification code specific to each frequently presented color, and for each one of the plurality of pixels, when the color of the one pixel is not the frequently presented color, storing the color information of the one pixel in an image file; when the color of the one pixel is the frequently presented color, replacing the original identification code contained in the color information of the one pixel with the new identification code assigned to the color of the one pixel, and storing the color information of the one pixel after replacing in the image file, wherein the color information of each pixel is stored including a code discrimination bit for distinguishing whether an identification code provided to the color information is a new identification code or an original identification code. scanning pixels constituting an image; for each one of the plurality of colors, counting the number of pixels having the one color; determining that the one color is a frequently presented color when the counted number of pixels is more than or equals to a reference number; assigning to each frequently presented color, a new identification code specific to each frequently presented color, wherein the size of the new identification code is determined according to the number of frequently presented colors and is smaller than that of the original identification code specific to each frequently presented color, and for each one of the plurality of pixels, when the color of the one pixel is not the frequently presented color, storing the color information of the one pixel in an image file; when the color of the one pixel is the frequently presented color, replacing the original identification code contained in the color information of the one pixel with the new identification code assigned to the color of the one pixel, and storing the color information of the one pixel after replacing in the image file, wherein the color information of each pixel is stored including a code discrimination bit for distinguishing whether an identification code provided to the color information is a new identification code or an original identification code.
A device for immobilising the chute on the ends of the trunnions, in a charging installation for a shaft furnace comprising a material distribution chute mounted to pivot about a horizontal axis by means of trunnions rotating in bearings of a supporting shell having a vertical axis of rotation, the chute being connected to the trunnions by lugs at the upper end of the chute which engage in receptacles formed in the inner ends of the trunnions and which are immobilised therein by pins accommodated in the trunnions and having an axis parallel to the axis of the trunnions, each pin comprising at its inner end oriented towards the vertical axis an eccentric nipple engaging with a lug of the chute to hold the lug immobilised at the bottom of its receptacle, and locking means for rotationally locking the pin, characterised in that each pin comprises, at the outer, opposite end thereof from the nipple, means for rotational adjustment and tightening, so as to be able to press the nipple onto the lug of the chute with sufficient force by rotation of the pin, and the locking means comprise an indexing plate connected for rotation to the end of the pin, the indexing plate further comprising teeth arranged to cooperate with corresponding teeth of a lock secured to the trunnion, in such a way that said lock can rotationally immobilise the pin in a plurality of circumferential positions of said pin.
Network device, BS, for cyclic communication, configured to: provide a first information defining a hopping sequence to a wireless communication device, UE,, wherein the hopping sequence specifies at least two spatial resources or at least two radio resources, or at least two spatial resources and at least two radio resources, to be used by the UE for transmissions to and/or from the BS; and provide a second information to the UE defining when the hopping sequence should be periodically repeated and including a maximum number of communication failures for which the hopping sequence is valid. provide a first information defining a hopping sequence to a wireless communication device, UE,, wherein the hopping sequence specifies at least two spatial resources or at least two radio resources, or at least two spatial resources and at least two radio resources, to be used by the UE for transmissions to and/or from the BS; and provide a second information to the UE defining when the hopping sequence should be periodically repeated and including a maximum number of communication failures for which the hopping sequence is valid.
A portable stain removal kit for locally removing a stained area on a fabric, comprising: - a container containing a stain removing material, the stain removing material being in a solid form, the container being intended to be in direct contact with the stained area when the portable stain removal kit is in use; and - a cover for enclosing the container when the portable stain removal kit is not in use; and characterized in that: the container is fluid-permeable, so to allow steam and/or water to enter / penetrate the container to react with the stain removing material in the container in order to produce a chemical solution; the portable stain remover kit further comprises a base holder for holding the container; the cover cooperates with the base holder for enclosing the container when the portable stain removal kit is not in use; and the base holder comprises a liquid receiving portion, the container being arranged into said liquid receiving portion. - a container containing a stain removing material, the stain removing material being in a solid form, the container being intended to be in direct contact with the stained area when the portable stain removal kit is in use; and - a cover for enclosing the container when the portable stain removal kit is not in use; the container is fluid-permeable, so to allow steam and/or water to enter / penetrate the container to react with the stain removing material in the container in order to produce a chemical solution; the portable stain remover kit further comprises a base holder for holding the container; the cover cooperates with the base holder for enclosing the container when the portable stain removal kit is not in use; and the base holder comprises a liquid receiving portion, the container being arranged into said liquid receiving portion.
A verbal output module comprising: a first input port coupled to an audio output cable (30-i) for transmitting both audio signals and control commands; a second input port coupled to the audio output cable (30-i); a transducer coupled to the second input port; an electrical switch coupled between the first input port and the transducer; a communication interface coupled to the output cable (30-i) via the first input port and the second input port; and a programmable processor coupled to the communication interface and a control port of the electrical switch, wherein software executable by the programmable processor changes a state of the electrical switch to connect or disconnect the first input port and the transducer in response to the communication interface and the programmable processor interpreting the control commands, and wherein, when the electronic switch connects the first input port and the transducer, the electronic switch creates a signal path between the first input port and the transducer for transmitting the audio signals to the transducer. a first input port coupled to an audio output cable (30-i) for transmitting both audio signals and control commands; a second input port coupled to the audio output cable (30-i); a transducer coupled to the second input port; an electrical switch coupled between the first input port and the transducer; a communication interface coupled to the output cable (30-i) via the first input port and the second input port; and a programmable processor coupled to the communication interface and a control port of the electrical switch, wherein software executable by the programmable processor changes a state of the electrical switch to connect or disconnect the first input port and the transducer in response to the communication interface and the programmable processor interpreting the control commands, and wherein, when the electronic switch connects the first input port and the transducer, the electronic switch creates a signal path between the first input port and the transducer for transmitting the audio signals to the transducer.
A system (101; 201; 301; 501; 602; 702) for redistributing weight away from a subject's foot, the system comprising: a platform (106; 306; 606; 706); a single vertical support (108, 308, 608, 708) fixed to the platform (106; 306; 606; 706) and extending upwardly from the platform (106; 306; 606; 706); and at least one cuff (110,310; 510; 610; 710) configured to surround and releasably grip at least a portion of a subject's leg other than the foot; characterized in that the at least one cuff (110,310; 510; 610; 710) is adjustably mounted to the single vertical support (108, 308, 608, 708) so as to be mounted at a vertical position along the single vertical support (108, 308, 608, 708) sufficient to suspend the subject's foot in a non-weight-bearing position above the platform (106; 306; 606; 706) during ambulation, wherein the platform (106; 306; 606; 706), the single vertical support (108, 308, 608, 708), and the at least one cuff (110, 310; 510; 610; 710) together are configured to bear at least the subject's full weight. a platform (106; 306; 606; 706); a single vertical support (108, 308, 608, 708) fixed to the platform (106; 306; 606; 706) and extending upwardly from the platform (106; 306; 606; 706); and at least one cuff (110,310; 510; 610; 710) configured to surround and releasably grip at least a portion of a subject's leg other than the foot; characterized in that the at least one cuff (110,310; 510; 610; 710) is adjustably mounted to the single vertical support (108, 308, 608, 708) so as to be mounted at a vertical position along the single vertical support (108, 308, 608, 708) sufficient to suspend the subject's foot in a non-weight-bearing position above the platform (106; 306; 606; 706) during ambulation, wherein the platform (106; 306; 606; 706), the single vertical support (108, 308, 608, 708), and the at least one cuff (110, 310; 510; 610; 710) together are configured to bear at least the subject's full weight.