mhurhangee/patent-ind-claim-en huggingface dataset:
An apparatus for testing and exercising pelvic floor musculature, the apparatus comprising an elongate housing adapted for a pelvic floor opening and accommodating an oscillator , wherein the housing accommodates an accelerometer able to measure the acceleration along at least the x-axis, and wherein the apparatus further comprises a signal processor connected to the accelerometer and configured for communicating signals representative of values read from the accelerometer , wherein the x-axis of the accelerometer is arranged in parallel with the x-axis of the oscillator arranged for providing or imposing controlled oscillation(s) along the x-axis being perpendicular to the longitudinal or main, z-axis, of the apparatus on the pelvic floor musculature, wherein a data capturing module is provided which receives signals of the signal processor and calculates a relative amplitude attenuation, a phase delay and/or a dynamic modulus in one or more dimensions for characterizing the response from the pelvic floor musculature measured by the accelerometer .
A terminal device comprising: a display screen ; a glass cover plate disposed above the display screen ; a housing with an accommodating gap , wherein the accommodating gap is below the glass cover plate ; a light guide column disposed in the accommodating gap ; and an infrared fill-in light is disposed below the light guide column , wherein a light-shielding body is disposed between the light guide column and the display screen ; the terminal device being characterized in that an out-light surface of the light guide column that faces the glass cover plate comprises: a first out-light surface that faces the glass cover plate and is arc-shaped, a second out-light surface that faces a top direction of the terminal device and is inclined, and a third out-light surface that is away from the top direction of the terminal device and is inclined. a display screen ; a glass cover plate disposed above the display screen ; a housing with an accommodating gap , wherein the accommodating gap is below the glass cover plate ; a light guide column disposed in the accommodating gap ; and an infrared fill-in light is disposed below the light guide column , wherein a light-shielding body is disposed between the light guide column and the display screen ; the terminal device being characterized in that an out-light surface of the light guide column that faces the glass cover plate comprises: a first out-light surface that faces the glass cover plate and is arc-shaped, a second out-light surface that faces a top direction of the terminal device and is inclined, and a third out-light surface that is away from the top direction of the terminal device and is inclined.
Aircraft having: - an engine , - a cabin , - an air conditioning system having means adapted to collect hot air from the engine , to treat it, to regulate its temperature and to send it towards the cabin via a main line , - an air line channelling the air leaving the cabin , the aircraft being characterized in that it comprises - means adapted to cool the engine using the air thus drawn off by the air line . - an engine , - a cabin , - an air conditioning system having means adapted to collect hot air from the engine , to treat it, to regulate its temperature and to send it towards the cabin via a main line , - an air line channelling the air leaving the cabin , the aircraft being characterized in that it comprises - means adapted to cool the engine using the air thus drawn off by the air line .
A data transmission method, comprising: sending (S501), by a base station, a narrowband primary synchronization signal, NPSS, to user equipment, UE, by using subframe 5 in a first radio frame and subframe 5 in a second radio frame, wherein the first radio frame and the second radio frame are consecutive, both the first radio frame and the second radio frame use a time division duplex, TDD, uplink-downlink subframe configuration, and each of the first and second radio frames comprises 10 subframes; sending (S502), by the base station, a narrowband physical broadcast channel, NPBCH, to the UE by using subframe 9 in the first radio frame and subframe 9 in the second radio frame; sending (S503), by the base station, a narrowband secondary synchronization signal, NSSS, to the UE by using subframe 0 in the first radio frame; and sending (S504), by the base station, a system information block SIB 1-NB to the UE by using subframe 0 in the second radio frame. sending (S501), by a base station, a narrowband primary synchronization signal, NPSS, to user equipment, UE, by using subframe 5 in a first radio frame and subframe 5 in a second radio frame, wherein the first radio frame and the second radio frame are consecutive, both the first radio frame and the second radio frame use a time division duplex, TDD, uplink-downlink subframe configuration, and each of the first and second radio frames comprises 10 subframes; sending (S502), by the base station, a narrowband physical broadcast channel, NPBCH, to the UE by using subframe 9 in the first radio frame and subframe 9 in the second radio frame; sending (S503), by the base station, a narrowband secondary synchronization signal, NSSS, to the UE by using subframe 0 in the first radio frame; and sending (S504), by the base station, a system information block SIB 1-NB to the UE by using subframe 0 in the second radio frame.
Gravimetric sensor comprising an electronic structure comprising: - a fixed part , - at least one part suspended from the fixed part , - excitation means arranged to vibrate the suspended part relative to the fixed part, - means of detecting variations in vibration of said suspended part, - a porous functionalisation layer intended to absorb gas molecules to be detected covering at least partially the suspended part , said porous functionalisation layer having a porosity between 3% and 50%. characterized in that the electronic structure is a nanoelectronic structure and in that the functionalisation layer is made of a SiOxCyHz type material, where - x is between 1 and 2, preferably between 1.4 and 1.8, - y is between 0.8 and 3, preferably between 1 and 2.5, - z is between 2.5 and 4.5, preferably between 3 and 4.1. - a fixed part , - at least one part suspended from the fixed part , - excitation means arranged to vibrate the suspended part relative to the fixed part, - means of detecting variations in vibration of said suspended part, - a porous functionalisation layer intended to absorb gas molecules to be detected covering at least partially the suspended part , said porous functionalisation layer having a porosity between 3% and 50%. - x is between 1 and 2, preferably between 1.4 and 1.8, - y is between 0.8 and 3, preferably between 1 and 2.5, - z is between 2.5 and 4.5, preferably between 3 and 4.1.
A method, comprising: in response to a cache miss for a first request for a first data at a cache , assigning a cache entry of the cache to store the data; while the data is being retrieved from a different level of memory to the cache, storing an indicator at the cache entry that the first request is pending at the cache, the indicator comprising a main memory address of the first data and a status bit indicating that the first data is a subject of a pending cache miss; and storing an identifier including a data index and cache entry location information of the cache entry at a buffer ; in response to receiving at the cache a second request for the data while the data is being retrieved to the cache , reading the indicator at the cache entry; and in response to identifying based on the indicator that the first request is pending at the cache, placing the second request for the first data in a pending state until the data has been retrieved to the cache and treating the second request as a cache hit that has already been copied to a processor. in response to a cache miss for a first request for a first data at a cache , assigning a cache entry of the cache to store the data; while the data is being retrieved from a different level of memory to the cache, storing an indicator at the cache entry that the first request is pending at the cache, the indicator comprising a main memory address of the first data and a status bit indicating that the first data is a subject of a pending cache miss; and storing an identifier including a data index and cache entry location information of the cache entry at a buffer ; storing an indicator at the cache entry that the first request is pending at the cache, the indicator comprising a main memory address of the first data and a status bit indicating that the first data is a subject of a pending cache miss; and storing an identifier including a data index and cache entry location information of the cache entry at a buffer ; in response to receiving at the cache a second request for the data while the data is being retrieved to the cache , reading the indicator at the cache entry; and in response to identifying based on the indicator that the first request is pending at the cache, placing the second request for the first data in a pending state until the data has been retrieved to the cache and treating the second request as a cache hit that has already been copied to a processor.
A data transmission method, wherein the method is applicable to a terminal comprising a first network interface card and a second network interface card, wherein the terminal is a dual subscriber identity module mobile, SIM, phone, wherein both of the first network interface and the second network interface are SIM cards, and the method comprises: obtaining (S1201, S1304)), by the terminal, a download range of to-be-downloaded data; respectively allocating (S1202, S1305), by the terminal, a first download range and a second download range to the first network interface card and the second network interface card according to the download range of the to-be-downloaded data; and if the second network interface card does not complete downloading of the second download range when the first network interface card completes downloading of the first download range, and a remaining download range of the second download range is greater than a first preset threshold, performing (S1203, S1306), by the terminal, a first allocation operation at least once, until the second download range is completely downloaded, wherein the first allocation operation comprises: respectively allocating a new first download range and a new second download range to the first network interface card and the second network interface card according to the remaining download range of the second download range. obtaining (S1201, S1304)), by the terminal, a download range of to-be-downloaded data; respectively allocating (S1202, S1305), by the terminal, a first download range and a second download range to the first network interface card and the second network interface card according to the download range of the to-be-downloaded data; and if the second network interface card does not complete downloading of the second download range when the first network interface card completes downloading of the first download range, and a remaining download range of the second download range is greater than a first preset threshold, performing (S1203, S1306), by the terminal, a first allocation operation at least once, until the second download range is completely downloaded, wherein the first allocation operation comprises: respectively allocating a new first download range and a new second download range to the first network interface card and the second network interface card according to the remaining download range of the second download range.
A window bay runner arrangement for covering at least sections of a window bay of a motor vehicle, comprising a window bay runner carrier which can be secured on a vehicle skin and has a reinforcing core and a carrier sleeve accommodating the reinforcing core , as well as comprising a window bay runner secured to the window bay runner carrier , wherein the window bay runner carrier has a vehicle skin receiving means for receiving sections of the vehicle skin , and the window bay runner is secured to the window bay runner carrier on a side of the window bay runner carrier facing away from the vehicle skin receiving means , wherein a lamp is arranged in a lamp-receiving opening of the window bay runner characterized in that the reinforcing core protrudes out of the carrier sleeve overlapping with at least sections of the lamp-receiving opening , such that at least sections of the reinforcing core function as a reflector for the lamp .
A dental restorative composition comprising a polymerizable resin, a substantially translucent structural filler, a nanofiller having a mean particle size less than 100 nm, and at least one rheology-modifying additive, wherein the structural filler has a refractive index substantially similar to that of the polymerizable resin and characterized in that the structural filler comprises a coarse particle fraction having a first mean particle size greater than 3 μm with D of ≥1 μm and a fine particle fraction having a second mean particle size greater than 0.1 μm and less than 1 μm with D of ≤0.9 μm, particle size being measured by dynamic light scattering and that a relative ratio of the coarse particle fraction to the fine particle fraction is in the range from 12:1 to 2:1 by volume, and the particle size distributions of each of the coarse and fine particle fractions are essentially monomodal; the composition being such that its viscosity is paste-like in an undisturbed state, and undergoes shear-thinning to reduce the viscosity to liquid-like when subjected to sonic and/or ultrasonic vibration, wherein the at least one rheology-modifying additive comprises an inorganic rheology modifier that is fumed silica and/or an organic rheology modifier that is an alkylamide of the general formula RCONHR', where R is an alkyl or alkylidine group and R' is an alkyl group, and wherein the nanofiller excludes fumed silica.
Product dispensing device , to be attached to the neck of a container , comprising: - a pump comprising a metering chamber , - a dispensing end piece attached to the pump, comprising a bearing surface for activating the device when pressed by a user, - a cover for protecting the device, - a clamping collar carrying the cover, and - a member for attaching the device to the neck of the container, comprising means for hooking the member around the neck, that can be activated by sliding the collar relative to the attachment member from a pre-assembly configuration to an assembly configuration, an inner ring for centring the pump on the container, characterised in that the attachment member comprises an outer ring carrying means for retaining the dispensing end piece. - a pump comprising a metering chamber , - a dispensing end piece attached to the pump, comprising a bearing surface for activating the device when pressed by a user, - a cover for protecting the device, - a clamping collar carrying the cover, and - a member for attaching the device to the neck of the container, comprising means for hooking the member around the neck, that can be activated by sliding the collar relative to the attachment member from a pre-assembly configuration to an assembly configuration, an inner ring for centring the pump on the container, characterised in that the attachment member comprises an outer ring carrying means for retaining the dispensing end piece.
A method for communicating the fluid consumption measured by a measurement module over a plurality (m) of time periods (j), the method comprising the following steps: a. (EC, E1) counting up all of the periodic fluid consumptions (V j ) measured by the measurement module; b. (E3) encoding the smallest periodic fluid consumption (V min ) as an initial value (d offset ); c. (E4, E51) encoding, with the same given number of bits, at least one of said periodic fluid consumptions as a coded value (d j ) that is substantially equal to the difference between this periodic fluid consumption and the initial value; d. (E6) concatenating the initial value and all of the coded values, ordered chronologically, in a dataframe (F m ); e. (E7) transmitting the dataframe to a remote terminal, remote from the measurement module, at the end of the plurality of periods. a. (EC, E1) counting up all of the periodic fluid consumptions (V j ) measured by the measurement module; b. (E3) encoding the smallest periodic fluid consumption (V min ) as an initial value (d offset ); c. (E4, E51) encoding, with the same given number of bits, at least one of said periodic fluid consumptions as a coded value (d j ) that is substantially equal to the difference between this periodic fluid consumption and the initial value; d. (E6) concatenating the initial value and all of the coded values, ordered chronologically, in a dataframe (F m ); e. (E7) transmitting the dataframe to a remote terminal, remote from the measurement module, at the end of the plurality of periods.
- Machining head with active correction, of the type used in association with a robot, comprising - a casing fixed at the end of the robot by means of attachment and connection means, provided at one end with a pressure foot with a central opening , - a drilling motor with an interchangeable associated tool , located inside the casing , - wherein it comprises - means of advancing and moving the drilling motor back on the Z-axis with respect to a part to be machined, - one or several sensors of position and angle, - localised means of movement, independent of the movement of the robot , of the drilling motor with respect to the casing , comprising - means of displacement on the Y-axis of the drilling motor and video cameras assembly with respect to the casing , - means of displacement on the X-axis of the drilling motor and video cameras assembly with respect to the casing , - means of rotation with respect to the Y-axis of the drilling motor and video cameras assembly with respect to the casing , and - means of rotation with respect to the X-axis of the drilling motor and video cameras assembly with respect to the casing , - means of communication with control computer equipment . - a casing fixed at the end of the robot by means of attachment and connection means, provided at one end with a pressure foot with a central opening , - a drilling motor with an interchangeable associated tool , located inside the casing , - wherein it comprises - means of advancing and moving the drilling motor back on the Z-axis with respect to a part to be machined, - one or several sensors of position and angle, - localised means of movement, independent of the movement of the robot , of the drilling motor with respect to the casing , comprising - means of displacement on the Y-axis of the drilling motor and video cameras assembly with respect to the casing , - means of displacement on the X-axis of the drilling motor and video cameras assembly with respect to the casing , - means of rotation with respect to the Y-axis of the drilling motor and video cameras assembly with respect to the casing , and - means of rotation with respect to the X-axis of the drilling motor and video cameras assembly with respect to the casing , - means of communication with control computer equipment .
A compound of formula (I) in the crystal form (A), characterized in that the X-ray diffraction pattern of the compound shows peak maxima of the 2 theta angle at 7.5, 12.4, 15.1, 18.5, 18.7, 22.9, 24.7 and 26.5.
A pump for pumping slurry, such as manure, said pump in the orientation intended for use, comprising: - an outer housing comprising an upper end and a lower end and one or more side walls (8,8',8", 8"') extending between the upper end and said lower end of said outer housing, wherein said lower end of said outer housing comprises a bottom part , wherein said bottom part comprises an inlet opening for slurry; wherein said upper end of said outer housing comprises an outlet opening for slurry; wherein said pump comprises: - an inner housing comprising an upper end and a lower end ; said inner housing being contained within the outer housing and said inner housing extending from an opening in the side wall of the outer housing to a position below said opening in the side wall; said inner housing and outer housing thereby defining a flow space for slurry; - and a motor being confined within the inner housing ; said motor comprising a driveshaft arranged at a lower end of said inner housing; - and an impeller being connected to and being configured to be driven by said driveshaft of said motor ; wherein the lower end of the inner housing is positioned above said bottom part of the outer housing; thereby defining an impeller space between the lower end of said inner housing and said bottom part of said outer housing; wherein said impeller is arranged in said impeller space; wherein said bottom part , at an inner perimeter thereof, defines a smoothly curved transition wall , connecting the bottom of the bottom part to the side wall(s) (8,8',8", 8'") of the outer housing; characterized in that said inner housing is being tapered in an upward direction. - an outer housing comprising an upper end and a lower end and one or more side walls (8,8',8", 8"') extending between the upper end and said lower end of said outer housing, wherein said lower end of said outer housing comprises a bottom part , - an inner housing comprising an upper end and a lower end ; said inner housing being contained within the outer housing and said inner housing extending from an opening in the side wall of the outer housing to a position below said opening in the side wall; said inner housing and outer housing thereby defining a flow space for slurry; - and a motor being confined within the inner housing ; said motor comprising a driveshaft arranged at a lower end of said inner housing; - and an impeller being connected to and being configured to be driven by said driveshaft of said motor ;
A method of recovering pulp fibers from a used absorbent article which includes the pulp fibers and super absorbent polymers, the method comprising: a step of extracting a mixture of the pulp fibers, the super absorbent polymers, and water from the used absorbent article, a step of inactivating the super absorbent polymers by applying voltage to the mixture of the pulp fibers, the super absorbent polymers, and the water by using a pair of electrodes, and a step of separating the pulp fibers from a mixture of the pulp fibers, inactivated super absorbent polymers, and the water; wherein the super absorbent polymers are acrylic acid-type, starch-type, or amino acid-type, particulate or fibrous super absorbent polymers. a step of extracting a mixture of the pulp fibers, the super absorbent polymers, and water from the used absorbent article, a step of inactivating the super absorbent polymers by applying voltage to the mixture of the pulp fibers, the super absorbent polymers, and the water by using a pair of electrodes, and a step of separating the pulp fibers from a mixture of the pulp fibers, inactivated super absorbent polymers, and the water; wherein the super absorbent polymers are acrylic acid-type, starch-type, or amino acid-type, particulate or fibrous super absorbent polymers.