mhurhangee/patent-ind-claim-en huggingface dataset:
Battery pack comprising a plurality of electrical energy storage cells positioned in a parallel layout in a protective casing , said protective casing comprising a peripheral wall and being closed at two opposite ends by a lid , each of the lids comprising at least one venting hole for gases that that can form inside the protective casing , at least one layer of metallic material, through which the gases are intended to flow, being disposed between the internal face of each of the lids and the cells , characterized in that each lid carries, on its internal face, at least one wall in the form of a baffle defining a path of flow of the gases towards at least one venting hole .
A circulating fluidized bed apparatus, comprising a circulating fluidized bed furnace with an outer furnace wall and at least one heat exchange chamber , which is friction-locked to a section of the outer furnace wall , as well as a platform (PL) which extends horizontally and at a distance to an upper ceiling of said heat exchange chamber , wherein the heat exchange chamber is further supported by at least one leverage , which is arranged onto said platform (PL) and extends from a first end , pivotally mounted to the outer furnace wall , away from said furnace wall to a second end , and a fastener extending downwardly from said second end of said leverage to a part of the heat exchange chamber offset the outer furnace wall
Use of a composition for producing ice-cream, low-caloric ice-cream, plant-based ice-cream, or ice-cream comprising insect protein, wherein the composition comprises: a. plant fibre having a content of water-soluble pectin of between 2 and 10 wt.% b. low-esterified soluble pectin having a degree of esterification of less than 50%; c. high-esterified soluble pectin having a degree of esterification of at least 50%; and d. optionally sugar. a. plant fibre having a content of water-soluble pectin of between 2 and 10 wt.% b. low-esterified soluble pectin having a degree of esterification of less than 50%; c. high-esterified soluble pectin having a degree of esterification of at least 50%; and d. optionally sugar.
Conveying installation for conveying a material for conveying along a conveying path, the conveying installation comprising an installation housing with a conveying chamber , in which the conveying path is arranged, and with at least one secondary chamber (6 to 8), which is connected by means of at least one passage opening to the conveying chamber and which has a fluid atmosphere which differs physically and/or chemically from a fluid atmosphere in the conveying chamber , wherein the at least one passage opening and the fluid atmospheres in the conveying chamber and in the at least one secondary chamber (6 to 8) are configured for setting a defined fluid flow in the installation housing , characterized in that at least one component of a conveying mechanism for conveying the material for conveying is arranged in at least one secondary chamber (6 to 8), wherein the conveying mechanism has a traction mechanism drive with at least one traction mechanism which is arranged in a secondary chamber (6 to 8) and by means of which carrier elements for conveying the material for conveying are movable.
A method for manufacturing a coating gun , this gun comprising an injector for spraying a round jet along a spray axis (X-X') and a cap arranged coaxially around the injector, this cap being provided to form an air knife around the jet, this method being characterized in that it comprises a step a) consisting of sizing an axial excess dimension (d) of the injector relative to the cap based on the outer diameter (D) of the injector.
A process for the production of a cured pressure-sensitive adhesive from a composition containing: a) at least one solid acrylonitrile-butadiene rubber, which has a glass transition temperature T g of less than -30°C (measured in accordance with the specified measurement method) b) at least one tackifying resin, and c) at least one liquid acrylonitrile-butadiene rubber, which has a glass transition temperature T g of more than -30°C (measured in accordance with the specified measurement method), characterized in that the composition undergoes electron beam irradiation (EBI) with an acceleration voltage per 1 μm of layer thickness of the composition of 1.8 to 2.38 kV and a total radiation dose of 5 to 50 kGy, whereupon the cured pressure-sensitive adhesive is obtained. a) at least one solid acrylonitrile-butadiene rubber, which has a glass transition temperature T g of less than -30°C (measured in accordance with the specified measurement method) b) at least one tackifying resin, and c) at least one liquid acrylonitrile-butadiene rubber, which has a glass transition temperature T g of more than -30°C (measured in accordance with the specified measurement method),
A solid compressed lubricating member for a razor cartridge comprising: i) from 10% to 90% by weight of a particulate material comprising a water soluble polymer and ii) from 1% to 40% by weight of a silicone polymer or mixtures thereof; wherein at least a portion of said water soluble polymer is spray coated with said silicone polymer compound. i) from 10% to 90% by weight of a particulate material comprising a water soluble polymer and ii) from 1% to 40% by weight of a silicone polymer or mixtures thereof;
An applet package sending method carried out by a platform server , comprising: acquiring an identification of an applet included in an applet package acquisition request from a host server in response to the applet package acquisition request (S110); and sending an applet package of the applet to the host server in a case where the identification of the applet is verified to be an applet package identification which is sent to the host server by the platform server in advance, wherein for the applet, applet package identifications sent to different host servers are different (S120). acquiring an identification of an applet included in an applet package acquisition request from a host server in response to the applet package acquisition request (S110); and sending an applet package of the applet to the host server in a case where the identification of the applet is verified to be an applet package identification which is sent to the host server by the platform server in advance, wherein for the applet, applet package identifications sent to different host servers are different (S120).
A method of manufacturing an article , the method comprising: positioning a first textile sheet against a second textile sheet ; and reciprocating a single needle supported by a needle drive of an embroidery machine through the first textile sheet and the second textile sheet , the single needle forcing fibers of the second textile sheet through the first textile sheet so that the fibers are arranged in a predetermined pattern (P1-P4) at the first textile sheet , wherein the fibers have terminal ends extending outward of an exterior side of the first textile sheet through which the fibers are forced. positioning a first textile sheet against a second textile sheet ; and reciprocating a single needle supported by a needle drive of an embroidery machine through the first textile sheet and the second textile sheet , the single needle forcing fibers of the second textile sheet through the first textile sheet so that the fibers are arranged in a predetermined pattern (P1-P4) at the first textile sheet , wherein the fibers have terminal ends extending outward of an exterior side of the first textile sheet through which the fibers are forced.
An electromagnetic positioning system , in particular a valve train adjustment system for combustion engines, comprising a bistable electromagnetic positioning device having a positioning element for interacting with a positioning partner, said positioning element being adjustable between a retracted position (E) and an extended position (A) along an axis of adjustment (V) and having permanent magnet means at least in sections, the permanent magnet means being adjustable between axially spaced first and second core parts by adjustment of the positioning element along the axis of adjustment (V) and adhering to the first core part with a permanent-magnetic holding force when the positioning element is in the retracted position (E) and adhering to the second core part with a permanent-magnetic holding force when the positioning element is in the extended position (A), and the positioning device having first and second coil means , the electromagnetic positioning system further comprising control means configured to control the first and second coil means in such a manner that, in a first operating mode for adjusting the positioning element from the retracted position (E) into the extended position (A), the first coil means responds to an electrical control signal of the control means by generating a counterforce which counteracts the holding force of the permanent magnet means , repels the permanent magnet means and detaches them from the first core part , and in a second operating mode for adjusting the positioning element from the extended position (A) into the retracted position (E), the second coil means responds to an electrical control signal of the control means by generating a counterforce which counteracts the holding force of the permanent magnet means , repels the permanent magnet means and detaches them from the second core part , characterized in that , evaluating means for detecting an induction signal which can be generated by adjustment of the positioning element from the retracted position (E) into the extended position (A) along the axis of adjustment (V) are assigned to the second coil means , and that the control means are configured in such a manner that they de-energize the second coil means in the first operating mode at least during a detection phase for detecting the induction signal, preferably during the entire first operating mode, and/or that evaluating means for detecting an induction signal which can be generated by adjustment of the positioning element from the extended position (A) into the retracted position (E) along the axis of adjustment (V) are assigned to the first coil means , and that the control means are configured in such a manner that they de-energize the first coil means in the second operating mode at least during a detection phase for detecting the induction signal, preferably during the entire second operating mode, wherein the positioning element is disposed so as to have a tappet portion axially passing through only the second core part .
An enzyme exhibiting fructan hydrolase activity, which enzyme comprises a polypeptide having an amino acid sequence as shown in SEQ ID No. 2.
A powder coating composition comprising a base powder including a polyether polymer that contains less than 1,000 ppm of bound bisphenol A, bisphenol F, bisphenol S, and epoxides thereof and is a reaction product of ingredients including: (i) a diepoxide including a segment of the below Formula (II) wherein: H denotes a hydrogen atom, if present, each R 1 , if present, is independently an atom or group having an atomic weight of at least 15 Daltons, v is 1 to 4, and wherein two or more R 1 groups can join to form one or more cyclic groups; and (ii) a polyhydric monophenol. (i) a diepoxide including a segment of the below Formula (II) wherein: H denotes a hydrogen atom, if present, each R 1 , if present, is independently an atom or group having an atomic weight of at least 15 Daltons, v is 1 to 4, and wherein two or more R 1 groups can join to form one or more cyclic groups; and H denotes a hydrogen atom, if present, each R 1 , if present, is independently an atom or group having an atomic weight of at least 15 Daltons, v is 1 to 4, and wherein two or more R 1 groups can join to form one or more cyclic groups; and (ii) a polyhydric monophenol.
A smart lock for securing a closure , for example a swing door , comprising: an actuator configured to actuate a lock mechanism contained within the closure to secure and/or to release the lock mechanism, the lock mechanism comprising a lock tailpiece ; and a receiver configured to wirelessly receive a signal to control operation of the actuator , wherein: the actuator comprises a prime mover and a drive train for transmitting motion of the prime mover to actuate the lock mechanism; the drive train comprises a clutch assembly ; the clutch assembly comprises a clutch body , a clutch and a clutch gear , the clutch body configured to drive the lock tailpiece to operate the lock mechanism; the clutch gear comprises a stop member that is selectively engageable with the clutch to transmit torque from the clutch gear to the clutch ; the clutch body comprises a stop member , the clutch being selectively engageable with the clutch body stop member to transmit torque from the clutch to the clutch body ; the clutch gear comprises a plurality of gear teeth on a first face, with the clutch gear stop member provided on an opposite second face; the clutch is received on the opposite second face. an actuator configured to actuate a lock mechanism contained within the closure to secure and/or to release the lock mechanism, the lock mechanism comprising a lock tailpiece ; and a receiver configured to wirelessly receive a signal to control operation of the actuator , the actuator comprises a prime mover and a drive train for transmitting motion of the prime mover to actuate the lock mechanism; the drive train comprises a clutch assembly ; the clutch assembly comprises a clutch body , a clutch and a clutch gear , the clutch body configured to drive the lock tailpiece to operate the lock mechanism; the clutch gear comprises a stop member that is selectively engageable with the clutch to transmit torque from the clutch gear to the clutch ; the clutch body comprises a stop member , the clutch being selectively engageable with the clutch body stop member to transmit torque from the clutch to the clutch body ; the clutch gear comprises a plurality of gear teeth on a first face, with the clutch gear stop member provided on an opposite second face; the clutch is received on the opposite second face.
A method of estimating input torque and output torque in a continuously variable transmission having a variator , the method comprising the steps of: determining a transmission input and/or output speed; calculating the speed of each of a plurality of transmission components by reflecting the transmission input and/or output speed through the transmission to each of the plurality of transmission components; calculating the speed rate of change of each of the plurality of transmission components; calculating the inertia torque of each of the plurality of transmission components based upon its respective speed rate of change and a predetermined component inertia value; determining a variator torque output; calculating a transmission input torque and transmission output torque by reflecting the variator torque output through the transmission to the transmission input and output; and adjusting the calculated transmission input and output torque values to account for the calculated inertia torque values of those of the plurality of transmission components which lie between the variator and the transmission input, and the variator and the transmission output, respectively; characterised in that the step of determining the transmission input and/or output speed comprises calculating a desired transmission input and/or output speed based upon an input signal. determining a transmission input and/or output speed; calculating the speed of each of a plurality of transmission components by reflecting the transmission input and/or output speed through the transmission to each of the plurality of transmission components; calculating the speed rate of change of each of the plurality of transmission components; calculating the inertia torque of each of the plurality of transmission components based upon its respective speed rate of change and a predetermined component inertia value; determining a variator torque output; calculating a transmission input torque and transmission output torque by reflecting the variator torque output through the transmission to the transmission input and output; and adjusting the calculated transmission input and output torque values to account for the calculated inertia torque values of those of the plurality of transmission components which lie between the variator and the transmission input, and the variator and the transmission output, respectively; characterised in that the step of determining the transmission input and/or output speed comprises calculating a desired transmission input and/or output speed based upon an input signal.
An electronic apparatus comprising: a storage for storing a plurality of filters trained in each of a plurality of convolutional neural networks, CNNs, corresponding to a plurality of frequency bands of a first spectrogram corresponding to a damaged audio signal respectively, the plurality of filters in each CNN corresponding to the plurality of frequency bands respectively; and a processor configured to: acquire the first spectrogram, input each of the plurality of frequency bands of the first spectrogram to a corresponding one of the plurality of CNNs to apply the plurality of filters trained in the corresponding one of the plurality of CNNs to the frequency band which is input to the corresponding one of the plurality of CNNs, acquire a second spectrogram of the plurality of frequency bands, wherein each frequency band of the second spectrogram is acquired by a summation of output values of the filters corresponding to the same respective frequency band, and acquire an audio signal reconstructed based on the second spectrogram. a storage for storing a plurality of filters trained in each of a plurality of convolutional neural networks, CNNs, corresponding to a plurality of frequency bands of a first spectrogram corresponding to a damaged audio signal respectively, the plurality of filters in each CNN corresponding to the plurality of frequency bands respectively; and a processor configured to: acquire the first spectrogram, input each of the plurality of frequency bands of the first spectrogram to a corresponding one of the plurality of CNNs to apply the plurality of filters trained in the corresponding one of the plurality of CNNs to the frequency band which is input to the corresponding one of the plurality of CNNs, acquire a second spectrogram of the plurality of frequency bands, wherein each frequency band of the second spectrogram is acquired by a summation of output values of the filters corresponding to the same respective frequency band, and acquire an audio signal reconstructed based on the second spectrogram. acquire the first spectrogram, input each of the plurality of frequency bands of the first spectrogram to a corresponding one of the plurality of CNNs to apply the plurality of filters trained in the corresponding one of the plurality of CNNs to the frequency band which is input to the corresponding one of the plurality of CNNs, acquire a second spectrogram of the plurality of frequency bands, wherein each frequency band of the second spectrogram is acquired by a summation of output values of the filters corresponding to the same respective frequency band, and acquire an audio signal reconstructed based on the second spectrogram.
A hygiene monitoring device , comprising an elongate flexible sensing panel defining a longitudinal axis (X s ) and a transversal axis (Ys) and being longer in the longitudinal direction than it is wide in the transverse direction, and a data logger unit attached to, or removably attachable to, the flexible sensing panel , said data logger unit defining a longitudinal axis (X d ) and a transversal axis (Y d ), and having a longitudinal length (l d ) that is longer than its transversal width (w d ), and, when the data logger unit is attached to the sensing panel , the longitudinal axis (X s ) of the flexible sensing panel is aligned along the longitudinal axis (X d ) of the data logger unit, wherein the flexible sensing panel comprises a flexible substrate which carries at least a first sensing element , wherein a fastening material is disposed at a first surface of the flexible sensing panel and wherein said data logger unit is disposed on the opposing, second surface of the flexible sensing panel , said device being adapted for being removably attached to a garment facing side of an absorbent hygiene product , by means of said fastening material , said absorbent hygiene product defining a body facing side , intended to face the body of the wearer during use, and an opposing garment facing side , intended to face away from the wearer during use, wherein said flexible substrate is a flexible printed circuit boards, and said at least first sensing element is electrically connected by conductive leads to a panel-side logger attachment means , wherein the ratio of the transverse width (w s ), within the longitudinal extent of the flexible sensing panel covered by the data logger unit , to the longitudinal length of the sensing panel is from 0.025 to 0.1, wherein the transverse width (ws) of the flexible sensing panel , within the longitudinal extent of the flexible sensing panel covered by the data logger unit , is from 20 to 30 mm, and wherein the longitudinal length (l s ) of the flexible sensing panel is from 200 to 700 mm. wherein said flexible substrate is a flexible printed circuit boards, and said at least first sensing element is electrically connected by conductive leads to a panel-side logger attachment means , wherein the ratio of the transverse width (w s ), within the longitudinal extent of the flexible sensing panel covered by the data logger unit , to the longitudinal length of the sensing panel is from 0.025 to 0.1, wherein the transverse width (ws) of the flexible sensing panel , within the longitudinal extent of the flexible sensing panel covered by the data logger unit , is from 20 to 30 mm, and wherein the longitudinal length (l s ) of the flexible sensing panel is from 200 to 700 mm.