mhurhangee/patent-ind-claim-en huggingface dataset:
Fumed silica, wherein the fumed silica is produced using tetrachlorosilane by flame hydrolysis, and has a BET specific surface area of 57 m 2 /g or larger and 400 m 2 /g or smaller, and when a dispersion liquid, which is prepared by ultrasonically dispersing 6.25 mass% of the fumed silica in water at an oscillation frequency of 20 kHz and an amplitude of 15 μm to 25 μm for three minutes, is subjected to wet sieving using an electroformed sieve having a perforation size of 5 μm, a residual amount of the fumed silica on the sieve is 5 ppm or lower. the fumed silica is produced using tetrachlorosilane by flame hydrolysis, and has a BET specific surface area of 57 m 2 /g or larger and 400 m 2 /g or smaller, and when a dispersion liquid, which is prepared by ultrasonically dispersing 6.25 mass% of the fumed silica in water at an oscillation frequency of 20 kHz and an amplitude of 15 μm to 25 μm for three minutes, is subjected to wet sieving using an electroformed sieve having a perforation size of 5 μm, a residual amount of the fumed silica on the sieve is 5 ppm or lower.
Method for estimating the uncertainty of a friction potential value of a wheel of a vehicle, comprising - Obtaining a range of tire models, - Receiving a sensor signal indicative of at least one actual tire-related value, - Calculating a friction uncertainty value based on the received sensor signal and the range of tire models, indicative of the uncertainty of the friction potential, wherein the range of tire models comprises a lower bound tire model and an upper bound tire model , wherein the calculating includes: - estimating a lower bound friction value based on the received sensor signal and the lower bound tire model, and - estimating an upper bound friction value based on the received sensor signal and the upper bound tire model, and - the calculating of the friction uncertainty value is based on a difference of the upper bound friction value and the lower bound friction value. - Obtaining a range of tire models, - Receiving a sensor signal indicative of at least one actual tire-related value, - Calculating a friction uncertainty value based on the received sensor signal and the range of tire models, indicative of the uncertainty of the friction potential, wherein the range of tire models comprises a lower bound tire model and an upper bound tire model , wherein the calculating includes: - estimating a lower bound friction value based on the received sensor signal and the lower bound tire model, and - estimating an upper bound friction value based on the received sensor signal and the upper bound tire model, and - the calculating of the friction uncertainty value is based on a difference of the upper bound friction value and the lower bound friction value. - estimating a lower bound friction value based on the received sensor signal and the lower bound tire model, and - estimating an upper bound friction value based on the received sensor signal and the upper bound tire model, and - the calculating of the friction uncertainty value is based on a difference of the upper bound friction value and the lower bound friction value.
Trocar for positioning an endosteal guide pin, comprising a first part comprising the guide pin , said pin including a head intended to be provisionally implanted in a bone , and a guide rod , coaxial with and rigidly connected to the head , ending in a free end , and adapted such that it is at least flush with the skin surface of the patient when the pin is in the implanted position in the bone , the positioning trocar further comprising a second hollow part to which the first part is coupled in a removable manner by means of a rigid connection system including a first coupling means provided on said pin and a cooperating coupling means (22; 24) provided on the positioning trocar , the guide rod of the guide pin being fitted inside the hollow part such that it slides, and the pin comprising a second coupling means (6, 7, 7b,) intended at least to ensure the rigid connection thereof to a removal trocar , characterised in that the first coupling means and the cooperating coupling means of the bonding system are located at the free end of the hollow part of the positioning trocar ; and said first coupling means further comprises a rotation locking element produced at the head of the guide pin.
Spray-pumpable composition for topical use comprising unbound hydrophilic silicon dioxide particles, an emulsifier, at least one active ingredient, and optionally one or more additives, wherein the at least one active ingredient comprises 5-15 weight percent zinc oxide or titanium dioxide.
Case for bags, comprising a covering body obtained starting from a sheet material and shaped to be fitted over a bag , said covering body comprising: - at least an upper portion ; and - at least a lower portion provided with a bottom opening which is adapted to allow the introduction of said bag inside said covering body , said lower portion comprising at least one closing flap extending from a first edge of said bottom opening and can be joined, by means of joining means , to a second edge of said bottom opening for the closure of said bottom opening ; wherein said covering body comprises bioplastics, characterized by the fact that said covering body comprises transpiring micro-holes . - at least an upper portion ; and - at least a lower portion provided with a bottom opening which is adapted to allow the introduction of said bag inside said covering body , said lower portion comprising at least one closing flap extending from a first edge of said bottom opening and can be joined, by means of joining means , to a second edge of said bottom opening for the closure of said bottom opening ;
Method for controlling of a biofilm, for removing of a formed biofilm and/or for controlling a growth of microorganisms, preferably bacteria, in an aqueous environment of an industrial manufacturing process comprising cellulosic fibre material, by administering to the aqueous environment of the process a composition comprising a compound selected from a group consisting of 3-[(4-methylphenyl)sulphonyl]-2-propenenitrile and 4-amino-N-2-thiazolyl-benzenesulphonamide.
A component of a rotary valve subassembly comprising: a spool having a tube-shaped body including an outer side surface and an inner side surface disposed on an opposite side of the tube-shaped body than the outer side surface , the inner side surface defining an axial chamber that axially extends through the tube-shaped body , the tube-shaped body comprising: a plurality of return pressure ports (816 U , 816 L , 818 U , 818 L ) that radially extend through a thickness (T 802 ) of the tube-shaped body , each return pressure port in fluid communication with the axial chamber ; and a plurality of scalloped recesses (838 U , 838 L , 840 U , 840 L ) formed on the outer-side surface of the tube-shaped body , each scalloped recess (838 U , 838 L , 840 U , 840 L ) extending radially into but not through the thickness (T 802 ) of the tube-shaped body ; characterised in that : each scalloped recess of the plurality of scalloped recesses (838 U , 838 L , 840 U , 840 L ) comprises an edge profile with a pear-shaped perimeter defined by: a head portion ; a body portion ; and a neck portion connecting the head portion to the body portion . a plurality of return pressure ports (816 U , 816 L , 818 U , 818 L ) that radially extend through a thickness (T 802 ) of the tube-shaped body , each return pressure port in fluid communication with the axial chamber ; and a plurality of scalloped recesses (838 U , 838 L , 840 U , 840 L ) formed on the outer-side surface of the tube-shaped body , each scalloped recess (838 U , 838 L , 840 U , 840 L ) extending radially into but not through the thickness (T 802 ) of the tube-shaped body ; characterised in that : each scalloped recess of the plurality of scalloped recesses (838 U , 838 L , 840 U , 840 L ) comprises an edge profile with a pear-shaped perimeter defined by: a head portion ; a body portion ; and a neck portion connecting the head portion to the body portion . a head portion ; a body portion ; and a neck portion connecting the head portion to the body portion .
A locking system for a door, the locking system comprising a lock, an outer housing adapted to be mounted to an outside face of the door, and an inner housing adapted to be mounted to an inside face of the door, a wire conduit mounted to one of the inner housing and the outer housing and adapted to extend across the door to the other one of the inner housing and the outer housing , the wire conduit having two telescoping members , and at least one wire extending inside the wire conduit and adapted to be connected between a first locking system component housed in the outer housing and a second locking system component housed in the inner housing , wherein the two telescoping members include a base member and an extension member , the base member having a proximal end secured to said one of the inner housing and the outer housing and a distal end adapted to extend into the door.
A system for limiting data usage of a network accessible software application, the system comprising: a server in communication with a storage ; said storage containing a plurality of data transactions , each data transaction having a value indicative of data usage of a software application by a user device (102, 102' ... 102 n ; 106, 106' ... 106 n ) associated with a user, wherein the software application executes on an application computer and is accessible by the user device (102, 102' ... 102 n ; 106, 106' ... 106 n ) via a network , said storage further containing threshold data; software executing on said server for determining which of the plurality of data transactions correspond to the user and identifying an amount of data usage of the software application attributed to the user during a time period; characterised in that said software modifying the user's access to said software application based on the amount of data usage of the software application attributed to the user; said software comparing said threshold data to the user's data usage of the software application; said software removing the user's access to the software application if the usage is below the threshold. a server in communication with a storage ; said storage containing a plurality of data transactions , each data transaction having a value indicative of data usage of a software application by a user device (102, 102' ... 102 n ; 106, 106' ... 106 n ) associated with a user, wherein the software application executes on an application computer and is accessible by the user device (102, 102' ... 102 n ; 106, 106' ... 106 n ) via a network , said storage further containing threshold data; software executing on said server for determining which of the plurality of data transactions correspond to the user and identifying an amount of data usage of the software application attributed to the user during a time period; characterised in that said software modifying the user's access to said software application based on the amount of data usage of the software application attributed to the user; said software comparing said threshold data to the user's data usage of the software application; said software removing the user's access to the software application if the usage is below the threshold.
A composition comprising: A coordination complex having at least one monosulfonated catecholate ligand or a salt thereof bound to a transition metal center that is Ti; wherein the at least one monosulfonated catecholate ligand has a structure of A coordination complex having at least one monosulfonated catecholate ligand or a salt thereof bound to a transition metal center that is Ti; wherein the at least one monosulfonated catecholate ligand has a structure of
A peripheral device comprising: a communication interface arranged to communicate using wireless signals with a host computing device; an output device comprising a multi-stable display; a memory arranged to store an output data set for output via the output device; and a processor arranged to: detect imminent disconnection of a communication link between the peripheral device and the host computing device based on a change in a parameter of the wireless signals; trigger, in response to imminent disconnection detection, a data transfer from the host computing device to the peripheral device via the communication interface; receive, in response to the trigger, the output data set; and display the output data set via the output device, wherein following disconnection of the communication link the output data set is fixed and displaying the output data set does not require a power source. a communication interface arranged to communicate using wireless signals with a host computing device; an output device comprising a multi-stable display; a memory arranged to store an output data set for output via the output device; and a processor arranged to: detect imminent disconnection of a communication link between the peripheral device and the host computing device based on a change in a parameter of the wireless signals; trigger, in response to imminent disconnection detection, a data transfer from the host computing device to the peripheral device via the communication interface; receive, in response to the trigger, the output data set; and display the output data set via the output device, wherein following disconnection of the communication link the output data set is fixed and displaying the output data set does not require a power source. detect imminent disconnection of a communication link between the peripheral device and the host computing device based on a change in a parameter of the wireless signals; trigger, in response to imminent disconnection detection, a data transfer from the host computing device to the peripheral device via the communication interface; receive, in response to the trigger, the output data set; and display the output data set via the output device, wherein following disconnection of the communication link the output data set is fixed and displaying the output data set does not require a power source.
A vehicle system , comprising: a human machine interface (HMI) for a vehicle that accepts inputs from a user; and a controller circuit communicatively coupled to the HMI , the controller circuit configured to: receive a first input from the user via the HMI ; anticipate a potential second input from the user via the HMI ; determine potential system failures based on at least one of an operating state of the system and the potential second input ; determine, based on historical data, whether an input sequence comprising the first input from the user and the potential second input from the user is likely to impact performance of the system and/or one or more components of the system ; and if the input sequence is likely to result in the impact to the performance of the system and/or the one or more components of the system , enacting at least one countermeasure to avoid or reduce the impact. a human machine interface (HMI) for a vehicle that accepts inputs from a user; and a controller circuit communicatively coupled to the HMI , the controller circuit configured to: receive a first input from the user via the HMI ; anticipate a potential second input from the user via the HMI ; determine potential system failures based on at least one of an operating state of the system and the potential second input ; determine, based on historical data, whether an input sequence comprising the first input from the user and the potential second input from the user is likely to impact performance of the system and/or one or more components of the system ; and if the input sequence is likely to result in the impact to the performance of the system and/or the one or more components of the system , enacting at least one countermeasure to avoid or reduce the impact. receive a first input from the user via the HMI ; anticipate a potential second input from the user via the HMI ; determine potential system failures based on at least one of an operating state of the system and the potential second input ; determine, based on historical data, whether an input sequence comprising the first input from the user and the potential second input from the user is likely to impact performance of the system and/or one or more components of the system ; and if the input sequence is likely to result in the impact to the performance of the system and/or the one or more components of the system , enacting at least one countermeasure to avoid or reduce the impact.
A flat panel loudspeaker comprising: a resonant panel ; an exciter comprising a foot cylindrical in shape, coupled to the resonant panel and defining an inner region of the resonant panel within a boundary of the foot, wherein the exciter is drivable to vibrate the resonant panel via the foot , so as to produce a sound; and a damping member arranged inside the foot and rigidly coupled only to the foot , the damping member being in contact with the inner region of the resonant panel and not coupled directly to it, to brace against the vibration of the resonant panel so as to damp a response of the resonant panel in the inner region to a vibration from the exciter . a resonant panel ; an exciter comprising a foot cylindrical in shape, coupled to the resonant panel and defining an inner region of the resonant panel within a boundary of the foot, wherein the exciter is drivable to vibrate the resonant panel via the foot , so as to produce a sound; and a damping member arranged inside the foot and rigidly coupled only to the foot , the damping member being in contact with the inner region of the resonant panel and not coupled directly to it, to brace against the vibration of the resonant panel so as to damp a response of the resonant panel in the inner region to a vibration from the exciter .
A computer-implemented method, comprising: capturing a set of pixels representing a scene visible to an image capturing device including a display, the display including a plurality of border pixels, and each border pixel of the plurality of border pixels being located at or within a defined range of a boundary of the display; detecting a physical structure depicted within the set of pixels, the physical structure being represented by a subset of the set of pixels; generating a segmentation mask associated with the physical structure depicted within the set of pixels, the segmentation mask including one or more segmentation pixels; detecting one or more border pixels in the plurality of border pixels that include one of the one or more segmentation pixels; determining a pixel value for each of the one or more border pixels that include at least one of the one or more segmentation pixels; generating an indicator based on the pixel value for each of the one or more border pixels that includes at least one of the one or more segmentation pixels , the indicator representing an instruction for framing the physical structure within the display; and presenting the indicator. capturing a set of pixels representing a scene visible to an image capturing device including a display, the display including a plurality of border pixels, and each border pixel of the plurality of border pixels being located at or within a defined range of a boundary of the display; detecting a physical structure depicted within the set of pixels, the physical structure being represented by a subset of the set of pixels; generating a segmentation mask associated with the physical structure depicted within the set of pixels, the segmentation mask including one or more segmentation pixels; detecting one or more border pixels in the plurality of border pixels that include one of the one or more segmentation pixels; determining a pixel value for each of the one or more border pixels that include at least one of the one or more segmentation pixels; generating an indicator based on the pixel value for each of the one or more border pixels that includes at least one of the one or more segmentation pixels , the indicator representing an instruction for framing the physical structure within the display; and presenting the indicator.
Method for determining a vehicle longitudinal acceleration (as) during a test of a vehicle in a vehicle test stand , which comprises at least one actuator for moving the vehicle in a longitudinal direction, wherein, during the test, a rotational movement performed by a wheel or a drive train of the vehicle is measured in real time, a longitudinal acceleration (a) is determined according to the measured rotational movement, and the at least one actuator is activated on the basis of the determined longitudinal acceleration, characterised in that the vehicle is connected to an acceleration sensor and, during the test, an acceleration signal (a S,HF ) of the acceleration sensor is detected and a low-frequency longitudinal acceleration component (a' NF ) is calculated on the basis of the determined longitudinal acceleration (a) and a position control loop for controlling the actuator , the low-frequency longitudinal acceleration component (a' NF ) being calculated as the difference between the determined longitudinal acceleration (a) and a high-frequency longitudinal acceleration component (a' HF ) determined from a manipulated variable of the position control loop , and the vehicle longitudinal acceleration (a S ) is determined on the basis of the detected acceleration signal (as,HF) and the calculated low-frequency longitudinal acceleration component (a' NF ). wherein, during the test, a rotational movement performed by a wheel or a drive train of the vehicle is measured in real time, a longitudinal acceleration (a) is determined according to the measured rotational movement, and the at least one actuator is activated on the basis of the determined longitudinal acceleration, characterised in that the vehicle is connected to an acceleration sensor and, during the test, an acceleration signal (a S,HF ) of the acceleration sensor is detected and a low-frequency longitudinal acceleration component (a' NF ) is calculated on the basis of the determined longitudinal acceleration (a) and a position control loop for controlling the actuator , the low-frequency longitudinal acceleration component (a' NF ) being calculated as the difference between the determined longitudinal acceleration (a) and a high-frequency longitudinal acceleration component (a' HF ) determined from a manipulated variable of the position control loop , and the vehicle longitudinal acceleration (a S ) is determined on the basis of the detected acceleration signal (as,HF) and the calculated low-frequency longitudinal acceleration component (a' NF ).
A truck chassis comprising an upper part defining an interface to a cab , wherein an external structure of the upper chassis part has an upper demarcation line extending partly around a space for a wheel arch between a rear position on top of the wheel arch space and a forwards position in front of the wheel arch space, which forwards position is at a lower position in a height direction of the chassis than the rear position , wherein the chassis comprises two means for suspension of the cab at a rear portion thereof and that each of the suspension means is positioned in the vicinity of an external lateral side wall of the chassis, wherein the truck chassis comprises a means for shielding sound from the engine to the environment and that the sound shielding means is positioned on the external structure of the upper chassis part defining the upper demarcation line, characterized in that each of the suspension means is positioned within 25% of the complete distance between a longitudinal centre line of the chassis and the external lateral side wall of the chassis and in that said sound shielding means is compressible in a height direction (Z) of said chassis .