mhurhangee/patent-ind-claim-en huggingface dataset:
A vehicle steering system , comprising: - a steering wheel , - a first steering assembly , comprising • a first steering linkage mechanically connected to a first road wheel at a first end of a wheel axle, • a first support motor operatively connected to the steering wheel and the first steering linkage, wherein the steering wheel is configured to control a steering angle of the first road wheel via the first support motor actuating the first steering linkage, - a second steering assembly , comprising • a second steering linkage mechanically connected to a second road wheel at a second end of said wheel axle, • a second support motor operatively connected to the second steering linkage, characterized in that the vehicle steering system comprises: - a processing circuitry configured to receive from the first steering assembly first input signals , the first input signals comprising one or more steering parameter values measured for the first steering assembly, wherein, based on the received first input signals, the processing circuitry is configured to calculate a desired steering angle of the second road wheel and to send control signals to the second support motor so as to actuate the second steering linkage such that said desired steering angle of the second road wheel is obtained. - a steering wheel , - a first steering assembly , comprising • a first steering linkage mechanically connected to a first road wheel at a first end of a wheel axle, • a first support motor operatively connected to the steering wheel and the first steering linkage, wherein the steering wheel is configured to control a steering angle of the first road wheel via the first support motor actuating the first steering linkage, • a first steering linkage mechanically connected to a first road wheel at a first end of a wheel axle, • a first support motor operatively connected to the steering wheel and the first steering linkage, - a second steering assembly , comprising • a second steering linkage mechanically connected to a second road wheel at a second end of said wheel axle, • a second support motor operatively connected to the second steering linkage, • a second steering linkage mechanically connected to a second road wheel at a second end of said wheel axle, • a second support motor operatively connected to the second steering linkage, - a processing circuitry configured to receive from the first steering assembly first input signals , the first input signals comprising one or more steering parameter values measured for the first steering assembly,
A medium used for detecting Staphylococcus aureus comprising one or more nutrient components, a color developer that develops color in the presence of α-glucosidase, a color developer that develops color in the presence of phosphatase, and colistin sodium methanesulfonate at 0.5 mg/cm 3 or more.
A handheld-type probe , comprising: a grip portion ; a plurality of detection elements configured to receive an acoustic wave and output an electrical signal; a detection surface where the plurality of detection elements are disposed; and a light-absorber supporting member where a light absorber is disposed, the light absorber absorbing light emitted from a light source and generating an acoustic wave, wherein when the handheld-type probe is pressed against an object such that the detection surface faces the object , the light-absorber supporting member is positioned between the object and the detection surface in contact with the object, wherein the detection surface is configured to have a shape that is concave relative to the object . a grip portion ; a plurality of detection elements configured to receive an acoustic wave and output an electrical signal; a detection surface where the plurality of detection elements are disposed; and a light-absorber supporting member where a light absorber is disposed, the light absorber absorbing light emitted from a light source and generating an acoustic wave, wherein when the handheld-type probe is pressed against an object such that the detection surface faces the object , the light-absorber supporting member is positioned between the object and the detection surface in contact with the object, wherein the detection surface is configured to have a shape that is concave relative to the object .
A method for maintaining a persistent miracast session over a wireless link, the method comprising: sending , by a source device , a capability request message to a sink device to identify whether the sink device supports the persistent miracast session; receiving , by the source device , a capability response message indicating that the sink device supports the persistent miracast session from the source device ; establishing , by the source device , the persistent miracast session with the sink device ; storing , at the source device , an identifier of the sink device , a session identifier, and configuration parameters; tearing down, by the source device , the persistent miracast session, while retaining the wireless link with the sink device ; sending , by the source device , a verification request message to the sink device to identify availability of the sink device for reestablishing the persistent miracast session with the stored session identifier when the persistent miracast session is torn down; and receiving , by the source device , a verification response message from the sink device , wherein the verification response message indicates the availability of the sink device . sending , by a source device , a capability request message to a sink device to identify whether the sink device supports the persistent miracast session; receiving , by the source device , a capability response message indicating that the sink device supports the persistent miracast session from the source device ; establishing , by the source device , the persistent miracast session with the sink device ; storing , at the source device , an identifier of the sink device , a session identifier, and configuration parameters; tearing down, by the source device , the persistent miracast session, while retaining the wireless link with the sink device ; sending , by the source device , a verification request message to the sink device to identify availability of the sink device for reestablishing the persistent miracast session with the stored session identifier when the persistent miracast session is torn down; and receiving , by the source device , a verification response message from the sink device , wherein the verification response message indicates the availability of the sink device .
Combination comprising at least one potato derived protease inhibitor and dexpanthenol, its pharmaceutically acceptable salts or a mixture thereof.
A system for providing body weight support, the system comprising: a trolley movably suspended from a support track ; a tether having a first end portion coupled to a portion of the trolley, a second end portion of the tether configured to be coupled to an attachment device worn by a user to couple the user to the trolley; and an electronic system at least partially disposed in a housing of the trolley, the electronic system including at least a memory and a processor in communication with the memory, the processor configured to define a reference length of the tether when the attachment device is in an initial position, (II) a rate of change in a length of the tether relative to the reference length of the tether, (III) a duration of the change in the length of the tether, and (IV) an amount of the body weight support to provide in response to the user falling when the user is coupled to the trolley, the trolley configured to provide the amount of body weight support in response to the processor determining a fall has occurred based on the rate of change in the length of the tether exceeding a threshold and the duration of the change in the length of the tether being less than a predetermined duration. a trolley movably suspended from a support track ; a tether having a first end portion coupled to a portion of the trolley, a second end portion of the tether configured to be coupled to an attachment device worn by a user to couple the user to the trolley; and an electronic system at least partially disposed in a housing of the trolley, the electronic system including at least a memory and a processor in communication with the memory, the processor configured to define a reference length of the tether when the attachment device is in an initial position, (II) a rate of change in a length of the tether relative to the reference length of the tether, (III) a duration of the change in the length of the tether, and (IV) an amount of the body weight support to provide in response to the user falling when the user is coupled to the trolley, the trolley configured to provide the amount of body weight support in response to the processor determining a fall has occurred based on the rate of change in the length of the tether exceeding a threshold and the duration of the change in the length of the tether being less than a predetermined duration.
A system comprising: a plurality of positive displacement pumps , each pump for delivering a separate fluid component; a plurality of fluid regulators , each fluid regulator connected to one of the pumps for regulating fluid pressure of one of the fluid components; a plurality of flow meters , each flow meter for measuring flow rate of one of the fluid components; a device for receiving and mixing the separate fluid components to produce a mixture so that an immediate chemical reaction begins taking place; and a control system that performs control based on the sensed flow rates to produce a desired ratio of the separate fluid components, wherein the control system includes a plurality of actuators , each actuator controlling one of the fluid regulators, each actuator providing variable air pressure to the fluid regulator that it controls to produce a regulated fluid pressure at an output of the fluid regulator, wherein a first of the plurality of actuators is manually adjustable to set the regulated fluid pressure at the output of a first of the plurality of fluid regulators and a second of the plurality of actuators is responsive to the control system to control a respective regulated fluid pressure at the output of a second of the plurality of fluid regulators based on the sensed flow rates. a plurality of positive displacement pumps , each pump for delivering a separate fluid component; a plurality of fluid regulators , each fluid regulator connected to one of the pumps for regulating fluid pressure of one of the fluid components; a plurality of flow meters , each flow meter for measuring flow rate of one of the fluid components; a device for receiving and mixing the separate fluid components to produce a mixture so that an immediate chemical reaction begins taking place; and a control system that performs control based on the sensed flow rates to produce a desired ratio of the separate fluid components, wherein the control system includes a plurality of actuators , each actuator controlling one of the fluid regulators, each actuator providing variable air pressure to the fluid regulator that it controls to produce a regulated fluid pressure at an output of the fluid regulator, wherein a first of the plurality of actuators is manually adjustable to set the regulated fluid pressure at the output of a first of the plurality of fluid regulators and a second of the plurality of actuators is responsive to the control system to control a respective regulated fluid pressure at the output of a second of the plurality of fluid regulators based on the sensed flow rates.
An aromatic polysulfone resin comprising: a repeating unit represented by Formula (I); and a repeating unit represented by Formula (II), wherein a ratio (m:n) of a molar content (m) of the repeating unit represented by Formula to a molar content (n) of the repeating unit represented by Formula is 1:2,000 to 1:200. wherein hydrogen atoms of phenylene groups of Formulae (I) and (II) may be each independently substituted with an alkyl group, an aryl group, or a halogen atom. a repeating unit represented by Formula (I); and a repeating unit represented by Formula (II), wherein a ratio (m:n) of a molar content (m) of the repeating unit represented by Formula to a molar content (n) of the repeating unit represented by Formula is 1:2,000 to 1:200. wherein hydrogen atoms of phenylene groups of Formulae (I) and (II) may be each independently substituted with an alkyl group, an aryl group, or a halogen atom.
A reactor core, including at least one module comprising at least one heat pipe and at least one fuel element consisting of a shell and nuclear fuel , the core is further provided with the solid neutron moderator with at least one hole, wherein the at least one module with a housing is located, the heat pipe is inside the module housing, characterised in that the heat pipe evaporation zone and fuel elements are enclosed into a casing filled with the liquid coolant, there is heat insulation in the space between the casing and module housing, and the space between the solid neutron moderator and module is filled with a liquid neutron moderator.
Grommet , which has a sealing lip , - wherein the sealing lip runs around a longitudinal axis (L) which extends in an axial direction (A), - wherein the sealing lip has a spring section configured such that the sealing lip is compressible, characterized in that - the spring section is spring-like in that it has several segments which connect to each other and thus make the spring section as a whole articulated or hinged, - the spring section is configured such that it bulges outwards when it is compressed. - wherein the sealing lip runs around a longitudinal axis (L) which extends in an axial direction (A), - wherein the sealing lip has a spring section configured such that the sealing lip is compressible, characterized in that - the spring section is spring-like in that it has several segments which connect to each other and thus make the spring section as a whole articulated or hinged, - the spring section is configured such that it bulges outwards when it is compressed.
Method for producing a heated scattered light shade used in an image capturing device, the scattered light shade having a front side which has a structure which intercepts scattered light and behind which an electrical heating foil is located as a heating element, which heating foil is covered on the rear side with an insulating layer of plastic which is so stable that the heating film is held in shape, characterized in that - in a first manufacturing step, the plastic insulating layer is bonded to the rear side of the heating foil, and - after that the element consisting of heating foil and insulating layer is placed in an injection molding tool in which a plastic layer is injected onto the front side of the heating foil, which plastic layer forms the scattered light intercepting structure of the scattered light shade. - in a first manufacturing step, the plastic insulating layer is bonded to the rear side of the heating foil, and - after that the element consisting of heating foil and insulating layer is placed in an injection molding tool in which a plastic layer is injected onto the front side of the heating foil, which plastic layer forms the scattered light intercepting structure of the scattered light shade.
A method comprising: obtaining video data at a client device ; extracting , at the client device , information from the video data by the client device applying one or more processes to the video data when the video data is obtained at the client device ; storing , at the client device , the extracted information as metadata associated with the video data; receiving , at the client device , information identifying one or more modifications to the video data; storing , at the client device, the received information identifying modifications to the video data in association with the video data; providing , at the client device , the video data, the metadata, and the identified modifications to an online system ; storing , at the online system , the video data, the metadata, and the identified modifications; and providing , by the client device , at the online system , the video data, the metadata, and the identified modifications to a plurality of additional client devices for display, each of the plurality of additional client devices configured to modify the video data differently during presentation of the video data based on differences in data captured by one or more components of each of the plurality of additional client devices . obtaining video data at a client device ; extracting , at the client device , information from the video data by the client device applying one or more processes to the video data when the video data is obtained at the client device ; storing , at the client device , the extracted information as metadata associated with the video data; receiving , at the client device , information identifying one or more modifications to the video data; storing , at the client device, the received information identifying modifications to the video data in association with the video data; providing , at the client device , the video data, the metadata, and the identified modifications to an online system ; storing , at the online system , the video data, the metadata, and the identified modifications; and providing , by the client device , at the online system , the video data, the metadata, and the identified modifications to a plurality of additional client devices for display, each of the plurality of additional client devices configured to modify the video data differently during presentation of the video data based on differences in data captured by one or more components of each of the plurality of additional client devices .
A composition of matter comprising: a) 0.5 to 98.8% w/w of (Z)-oxacyclohexadec-12-en-2-one; b) 0.1 to 10% w/w of (E)-oxacyclohexadec-12-en-2-one; c) 0 to 10% w/w of (E)-oxacyclohexadec-13-en-2-one; and d) 0.5 to 98.8% w/w of (Z)-oxacyclohexadec-13-en-2-one. the percentage being relative to the total weight of the composition of matter; and wherein the weight ratio of the E-diastereoisomers to the Z-diastereoisomers is comprised in the range between 14:86 and 0.5:99.5. a) 0.5 to 98.8% w/w of (Z)-oxacyclohexadec-12-en-2-one; b) 0.1 to 10% w/w of (E)-oxacyclohexadec-12-en-2-one; c) 0 to 10% w/w of (E)-oxacyclohexadec-13-en-2-one; and d) 0.5 to 98.8% w/w of (Z)-oxacyclohexadec-13-en-2-one. the percentage being relative to the total weight of the composition of matter; and wherein the weight ratio of the E-diastereoisomers to the Z-diastereoisomers is comprised in the range between 14:86 and 0.5:99.5.
A refrigerator shelf assembly , comprising: a pair of metal shelf brackets , , wherein each of the pair of shelf brackets comprises a shelf arm and a shelf panel support flange , wherein each shelf arm is disposed in substantially parallel spaced relationship to the other shelf arm a shelf panel having an upper surface and a planar lower surface; and an adhesive located between each shelf panel support flange and the lower surface of the shelf panel for directly adhesively bonding the same to each other so that the adhesive is the sole connection between the shelf panel and each of the pair of shelf brackets , characterized in that planar upper surfaces of each of the shelf panel support flanges are in a substantially common plane with the planar lower surface of the shelf panel, and each of the shelf panel support flanges comprises a reservoir between adjacent planar upper surfaces the reservoir opening in a direction toward the lower surface of the shelf panel, and wherein the adhesive is at least partially located in the reservoir. a pair of metal shelf brackets , , wherein each of the pair of shelf brackets comprises a shelf arm and a shelf panel support flange , wherein each shelf arm is disposed in substantially parallel spaced relationship to the other shelf arm a shelf panel having an upper surface and a planar lower surface; and an adhesive located between each shelf panel support flange and the lower surface of the shelf panel for directly adhesively bonding the same to each other so that the adhesive is the sole connection between the shelf panel and each of the pair of shelf brackets , characterized in that planar upper surfaces of each of the shelf panel support flanges are in a substantially common plane with the planar lower surface of the shelf panel, and each of the shelf panel support flanges comprises a reservoir between adjacent planar upper surfaces the reservoir opening in a direction toward the lower surface of the shelf panel, and wherein the adhesive is at least partially located in the reservoir.
Line fixing element for lines arranged in bicycle frame tubes, comprising a loop element having an adjustable opening width , and a holding element holding the loop element , the holding element being adapted to be fastened to a bicycle tube , wherein the holding element has a bearing element protruding into the opening of the loop element for the at least one line to bear thereon in the closed state of the loop element , characterized in that the holding element comprises a clamping element to clampingly hold on and/or in the bicycle frame tube .
An apparatus for adaptively operating an application program, the apparatus comprising: an application program module comprising a plurality of application programs; a monitoring module configured to monitor a status of at least one of a wireless channel (335; 510) and a battery (340; 520); and a control module (350; 530) comprising a storage unit (355; 531) characterized in that the storage unit is configured to store, for each application program information associated with the requirements of that application program with respect to the wireless channel and/or battery, and a priority of occupation with respect to resources of the apparatus used by that application program; and that the control module (350; 530) is configured to: determine a priority among the application programs in which the application programs may use the resources based on the stored priority of occupation; and adaptively control activation of the application programs based on whether the status of at least one of the wireless channel and the battery satisfy the respective requirements of the application programs, and based on the determined priority. an application program module comprising a plurality of application programs; a monitoring module configured to monitor a status of at least one of a wireless channel (335; 510) and a battery (340; 520); and a control module (350; 530) comprising a storage unit (355; 531) characterized in that the storage unit is configured to store, for each application program information associated with the requirements of that application program with respect to the wireless channel and/or battery, and a priority of occupation with respect to resources of the apparatus used by that application program; and that the control module (350; 530) is configured to: determine a priority among the application programs in which the application programs may use the resources based on the stored priority of occupation; and adaptively control activation of the application programs based on whether the status of at least one of the wireless channel and the battery satisfy the respective requirements of the application programs, and based on the determined priority. determine a priority among the application programs in which the application programs may use the resources based on the stored priority of occupation; and adaptively control activation of the application programs based on whether the status of at least one of the wireless channel and the battery satisfy the respective requirements of the application programs, and based on the determined priority.