mhurhangee/patent-ind-claim-en huggingface dataset:
Process for modifying silicate fibres with needle-shaped morphology of nanometric size comprising - providing silicate fibres with needle-shaped morphology of nanometric size comprising magnesium, - suspending said fibres in a suitable liquid medium, - adding, to the suspension, at least one acid compound, bringing the pH of the medium to between 2 and 4, preferably between 2.5 and 3.5, - allowing the reaction, maintaining the pH of the medium between 2 and 4, preferably between 2.5 and 3.5, by further addition of acid, up to extracting from 10% to 70% by weight of magnesium from the fibres, substantially preserving their crystalline structure and needle-shaped morphology, and - separating the fibres thus modified from the final medium. - providing silicate fibres with needle-shaped morphology of nanometric size comprising magnesium, - suspending said fibres in a suitable liquid medium, - adding, to the suspension, at least one acid compound, bringing the pH of the medium to between 2 and 4, preferably between 2.5 and 3.5, - allowing the reaction, maintaining the pH of the medium between 2 and 4, preferably between 2.5 and 3.5, by further addition of acid, up to extracting from 10% to 70% by weight of magnesium from the fibres, substantially preserving their crystalline structure and needle-shaped morphology, and - separating the fibres thus modified from the final medium.
An assembly to provide liquid cooling, the assembly comprising: a thermal member including an array of cooling pins on a side and a mating member on an opposite side, the array of cooling pins extend from the thermal member , the array of cooling pins formed of a thermally conductive material; a support member including an inlet channel and an outlet channel , the inlet channel to provide a fluid to the array of cooling pins , the outlet channel to receive the fluid from the array of cooling pins ; and a compressible gasket between the thermal member and the support member to form a cooling channel with a fluid tight seal therebetween, wherein the compressible gasket comprises a seal member to engage with the support member , the seal member including a flexible side wall that encases the array of cooling pins therein to form a cooling channel , the flexible side wall extends from the thermal member and selectively compresses to align the mating member flush with a heat block that receives heat from an electronic device. a thermal member including an array of cooling pins on a side and a mating member on an opposite side, the array of cooling pins extend from the thermal member , the array of cooling pins formed of a thermally conductive material; a support member including an inlet channel and an outlet channel , the inlet channel to provide a fluid to the array of cooling pins , the outlet channel to receive the fluid from the array of cooling pins ; and a compressible gasket between the thermal member and the support member to form a cooling channel with a fluid tight seal therebetween, wherein the compressible gasket comprises a seal member to engage with the support member , the seal member including a flexible side wall that encases the array of cooling pins therein to form a cooling channel , the flexible side wall extends from the thermal member and selectively compresses to align the mating member flush with a heat block that receives heat from an electronic device.
An air dryer for an ion mobility spectrometer, comprising: a housing ; a gas inlet provided in the housing , through which air enters the air dryer; a gas outlet provided in the housing ; a desiccant chamber disposed within the housing , a desiccant being arranged within the desiccant chamber to dry the air entering through the gas inlet ; a thermal conduction device disposed within the desiccant chamber and surrounded by the desiccant; and a heating element disposed within the thermal conduction device and configured to heat the thermal conduction device , wherein helical fins are provided on a surface of the thermal conduction device . a housing ; a gas inlet provided in the housing , through which air enters the air dryer; a gas outlet provided in the housing ; a desiccant chamber disposed within the housing , a desiccant being arranged within the desiccant chamber to dry the air entering through the gas inlet ; a thermal conduction device disposed within the desiccant chamber and surrounded by the desiccant; and a heating element disposed within the thermal conduction device and configured to heat the thermal conduction device , wherein helical fins are provided on a surface of the thermal conduction device .
A hazard detector for an evaluation unit , e.g. a fire detector and/or extinguishing control center , comprising: - a housing , - at least one sensor unit or a sensor interface for connecting the sensor unit to capture a hazard parameter, preferably a fire parameter, - a first electronic assembly , electrically connected to the sensor unit or the sensor interface, for processing sensor signals of the sensor unit , characterized in that the hazard detector further comprises: - a second electronic assembly , connected to at least one first interface for electrically connecting the second electrical assembly to a physically remote evaluation unit , wherein the first electronic assembly and the second electronic assembly comprise a wireless data connection for transmitting the processed sensor signals from at least the first electronic assembly to the second electronic assembly , and at least the first electronic assembly and the second electronic assembly are arranged inside the housing , wherein the first electronic assembly is connected to a second interface directly or indirectly, the second interface being configured to supply the first electronic assembly and/or the sensor unit with power for operation and/or to set up a data connection to the evaluation unit or a further evaluation unit . - a housing , - at least one sensor unit or a sensor interface for connecting the sensor unit to capture a hazard parameter, preferably a fire parameter, - a first electronic assembly , electrically connected to the sensor unit or the sensor interface, for processing sensor signals of the sensor unit , characterized in that the hazard detector further comprises: - a second electronic assembly , connected to at least one first interface for electrically connecting the second electrical assembly to a physically remote evaluation unit , wherein
A method of controlling an inductive heating arrangement , the inductive heating arrangement comprising an inductor and a susceptor coupled to the inductor so that the provision of an alternating electrical current to the inductor causes heating of the susceptor , the method comprising: providing pulses of electrical current to the at least one inductor to maintain a conductance or resistance associated with the susceptor at a target conductance or resistance; detecting a cooling event associated with the susceptor ; determining a maximum duty cycle limit for the pulses of electrical current for a duration of the cooling event; and increasing a duty cycle of the pulses of electrical current for the duration of the detected cooling event, to compensate for the detected cooling event, to a duty cycle at or below the maximum duty cycle limit. providing pulses of electrical current to the at least one inductor to maintain a conductance or resistance associated with the susceptor at a target conductance or resistance; detecting a cooling event associated with the susceptor ; determining a maximum duty cycle limit for the pulses of electrical current for a duration of the cooling event; and increasing a duty cycle of the pulses of electrical current for the duration of the detected cooling event, to compensate for the detected cooling event, to a duty cycle at or below the maximum duty cycle limit.
A cooking appliance, comprising an appliance cover , an appliance body and an inner lid , the appliance cover being coveringly arranged above the appliance body in a closable and openable manner, the appliance body being provided with a heating structure, wherein the appliance cover comprises: a cover body , the cover body being provided with a venting passage through which the inside of the cooking appliance communicates with the outside, the inner lid being detachably mounted to the cover body ; a baking assembly , the baking assembly being arranged below the cover body , the inner lid being located below the baking assembly when mounted to the cover body ; a venting cap , the venting cap being detachably mounted at any one end of two ends of the venting passage , wherein the venting cap is configured to be assembled at a bottom end of the venting passage when the inner lid is dismounted, and the venting cap is configured to be assembled at a top end of the venting passage after the inner lid is mounted a cover body , the cover body being provided with a venting passage through which the inside of the cooking appliance communicates with the outside, the inner lid being detachably mounted to the cover body ; a baking assembly , the baking assembly being arranged below the cover body , the inner lid being located below the baking assembly when mounted to the cover body ; a venting cap , the venting cap being detachably mounted at any one end of two ends of the venting passage , wherein the venting cap is configured to be assembled at a bottom end of the venting passage when the inner lid is dismounted, and the venting cap is configured to be assembled at a top end of the venting passage after the inner lid is mounted
A composition for use in the treatment of amyotrophic lateral sclerosis, wherein the composition contains 3-methyl-1-phenyl-2-pyrazolin-5-one or pharmaceutically acceptable salts thereof and borneol.
Method for frequency regulation for a piezoelectric transformer , comprising the steps of: - exciting a piezoelectric transformer on an input side with an AC voltage of predetermined frequency as input voltage, - capturing a piece of phase information for the input impedance of the piezoelectric transformer in a feedback path, - evaluating the captured phase information in respect of a predetermined phase criterion, - regulating the frequency of the AC voltage on the basis of the evaluated phase information, characterized in that a signal proportional to the input current on the input side of the piezoelectric transformer is sampled in the feedback path by means of an impedance analyser and the phase angle of the signal is calculated from the samples by means of a Fourier transformation, said phase angle being used as phase information for the input impedance of the piezoelectric transformer . - exciting a piezoelectric transformer on an input side with an AC voltage of predetermined frequency as input voltage, - capturing a piece of phase information for the input impedance of the piezoelectric transformer in a feedback path, - evaluating the captured phase information in respect of a predetermined phase criterion, - regulating the frequency of the AC voltage on the basis of the evaluated phase information,
A gastrostomy device , comprising: a gastrostomy tube having a retainer lumen extending between a proximal part and a distal part of the tube ; an inflatable retaining element coupled to the tube at the distal part, wherein an interior space of the retaining element is in fluid communication with the retainer lumen ; and an indicator being in fluid communication with the retainer lumen at the proximal part of the tube , wherein the indicator is configured for indicating a pressure in the retaining element continuously within a range from a pressure corresponding to an empty retaining element to an optimal pressure for the inflated retaining element , characterized in that the indicator comprises: a hollow member being in fluid communication with the retainer lumen at the proximal part of the tube, wherein the hollow member is configured to receive and hold an amount of a fluid from the retainer lumen in proportion to the pressure in the retainer element , wherein the hollow member is configured to have a curved form, when in an empty state, and to straighten, when receiving the fluid, and wherein the hollow member has a visual indicator visible from an outside of the indicator . a gastrostomy tube having a retainer lumen extending between a proximal part and a distal part of the tube ; an inflatable retaining element coupled to the tube at the distal part, wherein an interior space of the retaining element is in fluid communication with the retainer lumen ; and an indicator being in fluid communication with the retainer lumen at the proximal part of the tube , wherein the indicator is configured for indicating a pressure in the retaining element continuously within a range from a pressure corresponding to an empty retaining element to an optimal pressure for the inflated retaining element , a hollow member being in fluid communication with the retainer lumen at the proximal part of the tube, wherein the hollow member is configured to receive and hold an amount of a fluid from the retainer lumen in proportion to the pressure in the retainer element , wherein the hollow member is configured to have a curved form, when in an empty state, and to straighten, when receiving the fluid, and wherein the hollow member has a visual indicator visible from an outside of the indicator .
An epidermal growth factor receptor (EGFR) pathway activator for use in the treatment of a disease or disorder characterized by satellite cells having an inability, or a reduced ability, to assemble a functional dystrophin-associated glycoprotein complex (DGC) that results in an inability, or reduced ability, to establish cell polarity, wherein the EGFR pathway activator is formulated for administration in an amount sufficient to stimulate asymmetric division of at least some satellite stem cells, wherein the disease or disorder is muscular dystrophy and the satellite stem cells are characterized by : expression of paired box 7 (PAX7) protein and EGFR protein, and by a lack of expression of myogenic factor 5 (Myf5) protein and MyoD protein, and wherein the EGFR pathway activator is a direct activator of the EGFR pathway. wherein the disease or disorder is muscular dystrophy and the satellite stem cells are characterized by : expression of paired box 7 (PAX7) protein and EGFR protein, and by a lack of expression of myogenic factor 5 (Myf5) protein and MyoD protein, and wherein the EGFR pathway activator is a direct activator of the EGFR pathway.
A trash bag assembly for a smart trash receptacle, comprising: a storage body defining both a first opening allowing the passage of trash and an annular trough extending externally around the first opening and configured to receive a trash bag ; and a lid defining a second opening corresponding to the first opening , the lid being configured to cover an open end of the annular trough so as to form, together with one side wall of the annular trough , a gap serving as a bag exit; wherein the trash bag is a tubular structure having a continuous internal lumen extending throughout its entire length and two ends, the trash bag being configured to be reciprocally folded into an annulus so as to be disposed within the annular trough ; wherein the open end of the annular trough is open in the same direction in which the first opening extends, the annular trough having an inner side wall proximate the first opening and an outer side wall away from the first opening , wherein the lid has an inner edge forming the gap, together with the inner side wall, and an outer edge connected to the outer side wall; characterised in that one of the two ends of the tubular structure of the trash bag is open and the other of the two ends is closed, and the outer edge of the lid is pivotably connected at one side edge to the outer side wall of the annular trough . a storage body defining both a first opening allowing the passage of trash and an annular trough extending externally around the first opening and configured to receive a trash bag ; and a lid defining a second opening corresponding to the first opening , the lid being configured to cover an open end of the annular trough so as to form, together with one side wall of the annular trough , a gap serving as a bag exit; wherein the trash bag is a tubular structure having a continuous internal lumen extending throughout its entire length and two ends, the trash bag being configured to be reciprocally folded into an annulus so as to be disposed within the annular trough ; wherein the open end of the annular trough is open in the same direction in which the first opening extends, the annular trough having an inner side wall proximate the first opening and an outer side wall away from the first opening , wherein the lid has an inner edge forming the gap, together with the inner side wall, and an outer edge connected to the outer side wall; characterised in that one of the two ends of the tubular structure of the trash bag is open and the other of the two ends is closed, and the outer edge of the lid is pivotably connected at one side edge to the outer side wall of the annular trough .
A cache replacement method in a computer, wherein the computer comprises a high-level cache and a low-level cache, the low-level cache and the high-level cache are in an inclusion relationship, and the method comprises: selecting (S302) a first cache line in the low-level cache as a to-be-replaced cache line, wherein the to-be-replaced cache line is evicted from the low-level cache when a cache miss occurs in the low-level cache; monitoring (S304) whether a hit on a corresponding cache line of the first cache line occurs in the high-level cache; and if the hit on the corresponding cache line of the first cache line occurs in the high-level cache before a cache miss occurs in the low-level cache, retaining the first cache line in the low-level cache, and selecting a second cache line as the to-be-replaced cache line (S306), wherein the high-level cache is associated with a status register, and the status register is configured to store an identifier of a cache line in a monitored state; after the selecting a first cache line in the low-level cache as a to-be-replaced cache line, the method further comprises writing an identifier of the first cache line into the status register; and the monitoring whether a hit on a corresponding cache line of the first cache line occurs in the high-level cache comprises: comparing an identifier of a hit cache line in the high-level cache with the identifier, stored in the status register, of the first cache line, wherein if the two identifiers are the same, it indicates that the hit on the corresponding cache line of the first cache line occurs. selecting (S302) a first cache line in the low-level cache as a to-be-replaced cache line, wherein the to-be-replaced cache line is evicted from the low-level cache when a cache miss occurs in the low-level cache; monitoring (S304) whether a hit on a corresponding cache line of the first cache line occurs in the high-level cache; and if the hit on the corresponding cache line of the first cache line occurs in the high-level cache before a cache miss occurs in the low-level cache, retaining the first cache line in the low-level cache, and selecting a second cache line as the to-be-replaced cache line (S306), wherein the high-level cache is associated with a status register, and the status register is configured to store an identifier of a cache line in a monitored state; after the selecting a first cache line in the low-level cache as a to-be-replaced cache line, the method further comprises writing an identifier of the first cache line into the status register; and the monitoring whether a hit on a corresponding cache line of the first cache line occurs in the high-level cache comprises: comparing an identifier of a hit cache line in the high-level cache with the identifier, stored in the status register, of the first cache line, wherein if the two identifiers are the same, it indicates that the hit on the corresponding cache line of the first cache line occurs.
System for detecting the locked and/or functional state of a safety belt system associated with a seat of a motor vehicle, comprising a belt lock , secured to the vehicle or to the seat, for releasably securing a belt tongue , associated with a safety belt , when the belt tongue is introduced from an open position into a locked position , a first and a second RFID transponder arranged at a fixed position in the belt lock , an RFID reading unit arranged outside the belt lock and connected to an evaluation unit , and a screening element , provided in the belt lock , for screening electromagnetic waves that is displaceable from a first position into a second position when the belt tongue moves from its open position into the locked position , characterized in that the screening element has a first opening that overlaps the first transponder in the first position of the screening element , wherein a signal connection between the first transponder and the RFID reading unit is ensured in this position , in that the screening element has a second opening that overlaps the second transponder in the second position of the screening element , wherein a signal connection between the second transponder and the RFID reading unit is ensured in this position and wherein the second position corresponds to a state in which the belt tongue is locked in the belt lock, in that the first and second transponders at least partially overlap the first and second openings , respectively, when the screening element is in an intermediate position between the first and second positions , and in that the evaluation unit is configured to use the information transmitted from the transponders to the RFID reading unit to perform a system rating with regard to the locked and/or functional state, wherein in the intermediate position of the screening element there is a signal connection between the RFID reading unit and the first and second RFID transponders and the evaluation unit is configured to perform a system rating to the effect that the belt tongue is between the open and locked positions .
A blade removal device (1;300;400) for removing a blade in a circumferential direction of a blade ring along a groove , the blade ring being divided into an arc segment, the arc segment comprising two circumferential ends , the blade being engaged with the groove extending in the circumferential direction on an inner peripheral side of the blade ring , the blade removal device comprising: a towing part for towing the blade ; a string member configured to connect the towing part and the blade ; and a first turning part configured to be attached to the blade ring so as to be in contact with a portion of the string member between the towing part and the blade to change a direction of a towing force transmitted via the string member , characterized in that the blade removal device (1;300;400) further comprises a frame configured to be attached to the blade ring so as to bridge the two circumferential ends of the arc segment, the frame supporting the towing part . a towing part for towing the blade ; a string member configured to connect the towing part and the blade ; and a first turning part configured to be attached to the blade ring so as to be in contact with a portion of the string member between the towing part and the blade to change a direction of a towing force transmitted via the string member , characterized in that the blade removal device (1;300;400) further comprises a frame configured to be attached to the blade ring so as to bridge the two circumferential ends of the arc segment, the frame supporting the towing part .