mhurhangee/patent-ind-claim-en huggingface dataset:
A portable device for monitoring a subject and detecting a source of interference for the portable device , the portable device comprising: a detector configured to detect the presence of interference in an environment of the portable device ; and a processor configured to: determine a strength of the interference in the environment of the portable device ; and control a user interface to provide an output at a frequency that depends on the determined interference strength. determine a strength of the interference in the environment of the portable device ; and control a user interface to provide an output at a frequency that depends on the determined interference strength.
A flow control screen operable to be positioned in a wellbore, the screen comprising: a base pipe with an internal passageway ; a filter medium positioned around the base pipe ; a housing positioned around the base pipe defining a fluid flow path between the filter medium and the internal passageway ; at least one flow control component disposed within the fluid flow path operable to control fluid flow therethrough; and an autonomous pressure sensitive valve disposed within the fluid flow path in parallel with the at least one flow control component , the valve comprising a sliding sleeve with one or more bypass ports extending radially through the sliding sleeve, and the sliding sleeve autonomously shifting from a first position to a second position responsive to a change in a pressure signal received by the valve, thereby enabling fluid flow therethrough. a base pipe with an internal passageway ; a filter medium positioned around the base pipe ; a housing positioned around the base pipe defining a fluid flow path between the filter medium and the internal passageway ; at least one flow control component disposed within the fluid flow path operable to control fluid flow therethrough; and an autonomous pressure sensitive valve disposed within the fluid flow path in parallel with the at least one flow control component , the valve comprising a sliding sleeve with one or more bypass ports extending radially through the sliding sleeve, and the sliding sleeve autonomously shifting from a first position to a second position responsive to a change in a pressure signal received by the valve, thereby enabling fluid flow therethrough.
A turbomolecular pump comprising: a rotor comprising a plurality of rotor blade rows, a stator comprising a plurality of stator blade rows and an outer casing, said rotor being rotatably mounted within said stator; wherein at least a portion of a surface of at least one of said rotor and said stator comprises a non-evaporable getter material; said turbomolecular pump further comprising: a heater configured to heat said at least a portion of said turbomolecular pump such that said non-evaporable getter material is heated to above its activation temperature; and characterised in that said turbomolecular pump further comprises: a pressure sensor for sensing pressure; and control circuitry for controlling operation of said turbomolecular pump , said control circuitry being configured in response to a signal from said pressure sensor indicating a pressure to have fallen below a first predetermined value to activate said heater . a rotor comprising a plurality of rotor blade rows, a stator comprising a plurality of stator blade rows and an outer casing, said rotor being rotatably mounted within said stator; wherein at least a portion of a surface of at least one of said rotor and said stator comprises a non-evaporable getter material; said turbomolecular pump further comprising: a heater configured to heat said at least a portion of said turbomolecular pump such that said non-evaporable getter material is heated to above its activation temperature; and characterised in that said turbomolecular pump further comprises: a pressure sensor for sensing pressure; and control circuitry for controlling operation of said turbomolecular pump , said control circuitry being configured in response to a signal from said pressure sensor indicating a pressure to have fallen below a first predetermined value to activate said heater . a heater configured to heat said at least a portion of said turbomolecular pump such that said non-evaporable getter material is heated to above its activation temperature; and characterised in that said turbomolecular pump further comprises: a pressure sensor for sensing pressure; and control circuitry for controlling operation of said turbomolecular pump , said control circuitry being configured in response to a signal from said pressure sensor indicating a pressure to have fallen below a first predetermined value to activate said heater . a pressure sensor for sensing pressure; and control circuitry for controlling operation of said turbomolecular pump , said control circuitry being configured in response to a signal from said pressure sensor indicating a pressure to have fallen below a first predetermined value to activate said heater .
A physical random access channel enhanced transmission method, comprising: determining level information of physical random access channel, PRACH, enhanced transmission, wherein the determined level information is one of multiple level information of PRACH enhanced transmission; determining a first characteristic parameter that is of PRACH enhanced transmission and that is related to the determined level information of PRACH enhanced transmission, wherein the first characteristic parameter comprises transmit power; and performing PRACH enhanced sending according to the transmit power. determining level information of physical random access channel, PRACH, enhanced transmission, wherein the determined level information is one of multiple level information of PRACH enhanced transmission; determining a first characteristic parameter that is of PRACH enhanced transmission and that is related to the determined level information of PRACH enhanced transmission, wherein the first characteristic parameter comprises transmit power; and performing PRACH enhanced sending according to the transmit power.
A personal care composition comprising: a) particle comprising chitosan salt at the outer surface of the particle; and b) 0.01 to 10% by weight of the composition functionalized non-volatile silicone, wherein the amount of the functionalized non-volatile silicone is greater than 20% by weight of the total non-volatile silicone, where functionalized silicone means that the silicone is substituted by a group containing a heteroatom either forming part of the main polymer chain or being carried by a side or pendant group carried by the polymeric backbone, wherein the functionalized non-volatile silicone is selected from dimethiconol, aminosilicone, polyether-modified silicone, or a mixture thereof. a) particle comprising chitosan salt at the outer surface of the particle; and b) 0.01 to 10% by weight of the composition functionalized non-volatile silicone,
A radiation image detecting device configured to detect fluorescence light emitted from a recording medium with a radiation image recorded therein by applying excitation light to the recording medium, comprising: a photodetecting element that detects the fluorescence light; and a prism that is disposed so as to be located on an optical path of the excitation light traveling toward the recording medium and between the photodetecting element and the recording medium, wherein the prism includes, as surface thereof, a first face that is opposed to the recording medium and both a second face and a third face that are inclined relative to the first face and is disposed so that the excitation light incident through the second face propagates inside and is output from the first face and so that reflection from the recording medium incident through the first face propagates inside and is output from the third face or reflected by the third face and output from the second face, and wherein the photodetecting element is disposed so as to be opposed to a region different from a region where the reflection from the recording medium is output, in the surface of the prism . a photodetecting element that detects the fluorescence light; and a prism that is disposed so as to be located on an optical path of the excitation light traveling toward the recording medium and between the photodetecting element and the recording medium, wherein the prism includes, as surface thereof, a first face that is opposed to the recording medium and both a second face and a third face that are inclined relative to the first face and is disposed so that the excitation light incident through the second face propagates inside and is output from the first face and so that reflection from the recording medium incident through the first face propagates inside and is output from the third face or reflected by the third face and output from the second face, and wherein the photodetecting element is disposed so as to be opposed to a region different from a region where the reflection from the recording medium is output, in the surface of the prism .
- An oven comprising a cooking cavity wherein the cooking process is performed; at least one tubular heater which heats the air in the cooking cavity and which is composed of bends and legs ; and a fan which is disposed behind the cooking cavity , a water supply line which draws water from a water supply by means of a water transfer member in order to generate steam, and a steam generation pipe with one end connected to the water supply line , which is disposed onto the heater so as to contact the upper surface of at least one leg and/or bend of the heater , which generates steam with the water taken from the water supply line and which delivers steam into the cooking cavity through a steam outlet orifice provided at the other end thereof characterized by a water collection pipe which is positioned above the steam generation pipe , which extends at least partially along the steam generation pipe and which is fluidly connected to the steam generation pipe .
An image signal processor (ISP) comprising: a plurality of image processing (IP) blocks (511-516); a controller configured to establish a processing chain by selecting at least one IP block from among the plurality of IP blocks (511-516), based on specified control information on enabling/disabling a specific image effect, wherein when image data generated by an image sensor is received, a preset IP block divides the image data into first image data and second image data , wherein a first group of IP blocks (512-514) processes the first image data along a first processing chain established by the controller based on the specified control information, and wherein a second group of IP blocks processes the second image data along a second processing chain established by the controller based on the specified control information; characterized in that the second group of IP blocks at least includes an IP block for processing an out of focus part of the image data, wherein the processing performs blurring of the out of focus part of the image data; wherein a resource consumed by at least one of remaining IP blocks of the second group of IP blocks other than the IP block for processing the out of focus part is reduced. a plurality of image processing (IP) blocks (511-516); a controller configured to establish a processing chain by selecting at least one IP block from among the plurality of IP blocks (511-516), based on specified control information on enabling/disabling a specific image effect, wherein when image data generated by an image sensor is received, a preset IP block divides the image data into first image data and second image data , wherein a first group of IP blocks (512-514) processes the first image data along a first processing chain established by the controller based on the specified control information, and wherein a second group of IP blocks processes the second image data along a second processing chain established by the controller based on the specified control information; characterized in that the second group of IP blocks at least includes an IP block for processing an out of focus part of the image data, wherein the processing performs blurring of the out of focus part of the image data; wherein a resource consumed by at least one of remaining IP blocks of the second group of IP blocks other than the IP block for processing the out of focus part is reduced.
A locking system for preventing an output shaft of a main electric motor of an electric drive system for driving a window-related element from rotating, said locking system comprising a mechanical locking arrangement and an auxiliary electric motor , said mechanical locking arrangement being resiliently biased in a first direction to prevent rotation of said output shaft , said auxiliary electric motor being configured to displace said resiliently biased mechanical locking arrangement against said bias, in a second opposite direction, to allow rotation of said output shaft . said locking system comprising a mechanical locking arrangement and an auxiliary electric motor , said mechanical locking arrangement being resiliently biased in a first direction to prevent rotation of said output shaft , said auxiliary electric motor being configured to displace said resiliently biased mechanical locking arrangement against said bias, in a second opposite direction, to allow rotation of said output shaft .
Polyphase synchronous rotary electric machine, having a motor provided with poles rotating inside a stator having slots defining teeth around which are wound coils of the stator , the ratio (SPP) obtained by dividing the number of slots by the number of phases of the machine and the number of poles of the rotor being equal to 2/7, characterized in that the coils of each phase are not angularly distributed in a regular manner on the periphery of the stator, in that the coils of each phase form groups of two coils called pairs of coils, in that the two coils of a pair (20, 22 or 24, 26) are separated by two teeth of the stator, pairs (20+22, 24+26) of a phase are spaced apart on the periphery of the stator with respect to one another by six teeth.
An automated manual transmission , comprising: - a transmission control unit , - a shift rod movable between a predetermined first position in which it engages a first gear combination of the transmission, a predetermined second position in which it engages a second gear combination of the transmission, and a predetermined neutral position in which it does not engage any gear, - an actuator for moving the shift rod between the first position, the second position and the neutral position by applying a fluid pressure acting on the shift rod in response to signals from the transmission control unit, - mechanical engagement means for maintaining the first and second positions of the shift rod without applying any fluid pressure by means of the actuator , characterized in that the transmission is adapted to maintain the neutral position of the shift rod solely by applying fluid pressure acting on the shift rod by means of the actuator . - a transmission control unit , - a shift rod movable between a predetermined first position in which it engages a first gear combination of the transmission, a predetermined second position in which it engages a second gear combination of the transmission, and a predetermined neutral position in which it does not engage any gear, - an actuator for moving the shift rod between the first position, the second position and the neutral position by applying a fluid pressure acting on the shift rod in response to signals from the transmission control unit, - mechanical engagement means for maintaining the first and second positions of the shift rod without applying any fluid pressure by means of the actuator ,
A sealed multilayer structure comprising: (a) a first uniaxially oriented multilayer film having a first oriented film thickness, the first oriented film comprising: a first layer comprising polyamide; a sealant layer comprising at least one polyethylene having a density from 0.865 g/cm 3 to 0.965 g/cm 3 and a melt index (I 2 ) from 0.1 to 10 g/10 minutes measured in accordance with ASTM D-1238 at 190 °C and at 2.16 kg load; and a tie layer in adhering contact with the first layer and the sealant layer, wherein the film is oriented in the machine direction at a draw ratio greater than 1:1 and less than 4:1, and (b) a second multilayer film comprising a sealant layer and having a second film thickness; wherein the sealant layer of the first oriented film is sealed to the sealant layer of the second film, and wherein the total thickness of the sealed films is at least 5 percent greater than the sum of the first oriented film thickness and the second film thickness. (a) a first uniaxially oriented multilayer film having a first oriented film thickness, the first oriented film comprising: a first layer comprising polyamide; a sealant layer comprising at least one polyethylene having a density from 0.865 g/cm 3 to 0.965 g/cm 3 and a melt index (I 2 ) from 0.1 to 10 g/10 minutes measured in accordance with ASTM D-1238 at 190 °C and at 2.16 kg load; and a tie layer in adhering contact with the first layer and the sealant layer, wherein the film is oriented in the machine direction at a draw ratio greater than 1:1 and less than 4:1, and a first layer comprising polyamide; a sealant layer comprising at least one polyethylene having a density from 0.865 g/cm 3 to 0.965 g/cm 3 and a melt index (I 2 ) from 0.1 to 10 g/10 minutes measured in accordance with ASTM D-1238 at 190 °C and at 2.16 kg load; and a tie layer in adhering contact with the first layer and the sealant layer, (b) a second multilayer film comprising a sealant layer and having a second film thickness;
A modular vacuum gripper for taking hold of a part , said modular vacuum gripper comprising: - a first plate forming a top wall of the vacuum gripper ; - a second wall provided with at least one downstream orifice and forming a bottom wall of the vacuum gripper ; - framework members to which edges of the first and second plates are fastened and that form side walls of the vacuum gripper ; - assembly means for assembling the first plate , the second plate and the framework members ; - at least one upstream orifice situated on one of the walls of the vacuum gripper ; - sealing means for preventing exchange of air between the inside of the vacuum gripper and the outside of the vacuum gripper other than via the upstream orifice and via the downstream orifice; - vacuum generation means adapted to suck out the air contained inside the vacuum gripper via the upstream orifice so as to generate a vacuum inside the vacuum gripper; and - at least one deformable element extending over the second plate and having an air passage orifice facing the downstream orifice so as to form a sealed contact surface with the part when the air contained inside the vacuum gripper is sucked out; and characterized in that the assembly means form corners of the vacuum gripper . - a first plate forming a top wall of the vacuum gripper ; - a second wall provided with at least one downstream orifice and forming a bottom wall of the vacuum gripper ; - framework members to which edges of the first and second plates are fastened and that form side walls of the vacuum gripper ; - assembly means for assembling the first plate , the second plate and the framework members ; - at least one upstream orifice situated on one of the walls of the vacuum gripper ; - sealing means for preventing exchange of air between the inside of the vacuum gripper and the outside of the vacuum gripper other than via the upstream orifice and via the downstream orifice; - vacuum generation means adapted to suck out the air contained inside the vacuum gripper via the upstream orifice so as to generate a vacuum inside the vacuum gripper; and - at least one deformable element extending over the second plate and having an air passage orifice facing the downstream orifice so as to form a sealed contact surface with the part when the air contained inside the vacuum gripper is sucked out;
A gripper head of a handling machine for taking hold of and moving objects arranged in parallel rows, such as bottles or jars, the gripper head comprising several inflatable devices connected to means for feeding compressed air and each comprising: - a deformable and inflatable longitudinal enclosure ; and - a support element comprising a longitudinal core arranged inside the longitudinal enclosure , together with one or more connection means , and possibly inflation means, between the core and the gripper head, the connection means being mounted on a first longitudinal side of the core and passing through the sheath of the enclosure; characterized in that , for each inflatable device : - said deformable and inflatable longitudinal enclosure comprising a single sheath closed by overlapping longitudinal margins of one or more airtight flexible sheets, preferably by overlapping the longitudinal margins of a single flexible airtight sheet , a single sheath being a sheath of peripheral surface thickness that is equal to the thickness of a single sheet and, at one or more overlaps, to the thickness of two superposed sheets, - one of the overlaps between longitudinal margins of the sheath is arranged at said first longitudinal side of the core and has the connection means passed therethrough. - a deformable and inflatable longitudinal enclosure ; and - a support element comprising a longitudinal core arranged inside the longitudinal enclosure , together with one or more connection means , and possibly inflation means, between the core and the gripper head, the connection means being mounted on a first longitudinal side of the core and passing through the sheath of the enclosure; characterized in that , for each inflatable device : - said deformable and inflatable longitudinal enclosure comprising a single sheath closed by overlapping longitudinal margins of one or more airtight flexible sheets, preferably by overlapping the longitudinal margins of a single flexible airtight sheet , a single sheath being a sheath of peripheral surface thickness that is equal to the thickness of a single sheet and, at one or more overlaps, to the thickness of two superposed sheets, - one of the overlaps between longitudinal margins of the sheath is arranged at said first longitudinal side of the core and has the connection means passed therethrough. - said deformable and inflatable longitudinal enclosure comprising a single sheath closed by overlapping longitudinal margins of one or more airtight flexible sheets, preferably by overlapping the longitudinal margins of a single flexible airtight sheet , a single sheath being a sheath of peripheral surface thickness that is equal to the thickness of a single sheet and, at one or more overlaps, to the thickness of two superposed sheets, - one of the overlaps between longitudinal margins of the sheath is arranged at said first longitudinal side of the core and has the connection means passed therethrough.