mhurhangee/ep-ind-claims huggingface dataset:
A bearing ball inspection apparatus comprising - a support arrangement (10, 101) realised to support the bearing ball during an inspection procedure; - a probe arrangement (11A, 11B, 11C) comprising a plurality of UT probes (11A, 11B, 11C) arranged about the bearing ball such that ultrasonic waves (W L, W T) emitted by the UT probes (11A, 11B, 11C) travel through the bearing ball to simultaneously target a common test point at the surface of the bearing ball, the plurality of UT probes (11A, 11B, 11C) comprises a first UT probe held to emit an ultrasonic pulse that enters and exits the bearing ball at the common test point and passes as a longitudinal wave (W L) through the bearing ball and at least one further UT probe (11A, 11B) held to emit an ultrasonic pulse that, after refraction, passes as a transverse wave (W T) through the bearing ball to the common test point; and - a displacement means (100, 110) for effecting at least one relative rotational displacement (R 2, R 11) between the bearing ball and the probe arrangement (11A, 11B, 11C). - a support arrangement (10, 101) realised to support the bearing ball during an inspection procedure; - a probe arrangement (11A, 11B, 11C) comprising a plurality of UT probes (11A, 11B, 11C) arranged about the bearing ball such that ultrasonic waves (W L, W T) emitted by the UT probes (11A, 11B, 11C) travel through the bearing ball to simultaneously target a common test point at the surface of the bearing ball, the plurality of UT probes (11A, 11B, 11C) comprises a first UT probe held to emit an ultrasonic pulse that enters and exits the bearing ball at the common test point and passes as a longitudinal wave (W L) through the bearing ball and at least one further UT probe (11A, 11B) held to emit an ultrasonic pulse that, after refraction, passes as a transverse wave (W T) through the bearing ball to the common test point; and - a displacement means (100, 110) for effecting at least one relative rotational displacement (R 2, R 11) between the bearing ball and the probe arrangement (11A, 11B, 11C).
A method for forming a memory device, comprising: forming a via in a dielectric material (214, 314); forming a first conductive material (213, 313, 413, 513) on an interior sidewall of the via (216, 316, 416, 516); forming a first ferroelectric material (320, 420, 520) on the interior sidewall of the via (216, 316, 416, 516); removing the dielectric material (214, 314) to expose an exterior sidewall (321, 421, 521) of the via; forming a second ferroelectric material (434, 534) on the exterior sidewall (321, 421, 521) of the via (216, 316, 416, 516), wherein a thickness of the second ferroelectric material (434, 534) is different from a thickness of the first ferroelectric material (320, 420, 520); and forming a second conductive material in the via and on the second ferroelectric material (434, 534). forming a via in a dielectric material (214, 314); forming a first conductive material (213, 313, 413, 513) on an interior sidewall of the via (216, 316, 416, 516); forming a first ferroelectric material (320, 420, 520) on the interior sidewall of the via (216, 316, 416, 516); removing the dielectric material (214, 314) to expose an exterior sidewall (321, 421, 521) of the via; forming a second ferroelectric material (434, 534) on the exterior sidewall (321, 421, 521) of the via (216, 316, 416, 516), wherein a thickness of the second ferroelectric material (434, 534) is different from a thickness of the first ferroelectric material (320, 420, 520); and forming a second conductive material in the via and on the second ferroelectric material (434, 534).
An RFID reader with a software radio that is aesthetically pleasing and powered using existing electrical systems, the reader comprising: a) a component housing; b) a microprocessor connected to the component housing c) a communications protocol IC connected to the component housing and the microprocessor using a non-standard communications protocol; d) an RFID interrogator integrated circuit connected to the component housing and the microprocessor; e) a power source connected to the component housing and the microprocessor; f) a light source connected to the microprocessor; g) a heat removal means connected to the component housing and the light source; and h) one or more than one antenna connected to the microprocessor; characterized in that the microprocessor comprises executable instructions for performing all the EPC layer functions, aggregating RFID Tag reads, formatting RFID Tag reads into a file of unique tags in a time slice for transmission over a transport link, implementing a transport layer protocol, RF multiplexing control using a hardware interface, lighting control, controlling RFID protocol to read tags, controlling RFID IC to switch antennas from reading RFID to a communications antenna, output stored tag data, implementing contingency protocols, heat monitoring, heat management, relaying messages and relaying audible announcements. a) a component housing; b) a microprocessor connected to the component housing c) a communications protocol IC connected to the component housing and the microprocessor using a non-standard communications protocol; d) an RFID interrogator integrated circuit connected to the component housing and the microprocessor; e) a power source connected to the component housing and the microprocessor; f) a light source connected to the microprocessor; g) a heat removal means connected to the component housing and the light source; and h) one or more than one antenna connected to the microprocessor;
A personal wash liquid cleansing composition comprising (by wt.): 2 to 30% by wt. of a surfactant selected from the group consisting of anionic surfactants, nonionic surfactants, amphoteric surfactants, cationic surfactants or mixtures thereof; 0 to 30% benefit agent defined as a cosmetic grade organic, inorganic or polymeric material not soluble in liquid cleanser, wherein not soluble is defined as less than 1 wt.% solubility of the active in the liquid cleanser composition. 6 to 30% modified or non-modified starch; wherein the pH of said composition is 4.0 to 9.0; wherein the composition is stable at both room temperature and 45°C for over 3 weeks with no visible phase separation; wherein final viscosity of the liquid is in the range 10 to 500 Pascal at 1 sec -1 when measured at 25°C using Haake RV20 Rotovisco Rheometer with SVIST spindle; wherein the starch is in the form of swollen starch gel particles formed by swelling of starch granules with a gelatinization temperature of 30°C to 85°C, wherein the gel particles have a size in the range of 2 to 300 micrometers; modified starch referring to physical or chemical modification to enhance dissolution or swelling of starch in water; 2 to 30% by wt. of a surfactant selected from the group consisting of anionic surfactants, nonionic surfactants, amphoteric surfactants, cationic surfactants or mixtures thereof; 0 to 30% benefit agent defined as a cosmetic grade organic, inorganic or polymeric material not soluble in liquid cleanser, wherein not soluble is defined as less than 1 wt.% solubility of the active in the liquid cleanser composition. 6 to 30% modified or non-modified starch; wherein the pH of said composition is 4.0 to 9.0; wherein the composition is stable at both room temperature and 45°C for over 3 weeks with no visible phase separation; wherein final viscosity of the liquid is in the range 10 to 500 Pascal at 1 sec -1 when measured at 25°C using Haake RV20 Rotovisco Rheometer with SVIST spindle; wherein the starch is in the form of swollen starch gel particles formed by swelling of starch granules with a gelatinization temperature of 30°C to 85°C, wherein the gel particles have a size in the range of 2 to 300 micrometers; modified starch referring to physical or chemical modification to enhance dissolution or swelling of starch in water;
An air discharging device (1, 31, 54, 71) for discharging an airflow, in particular into a vehicle interior, comprising at least one adjustable air conducting unit and at least one adjustable air shut-off unit (4, 80), comprising an operating element (2, 72) with which both the at least one air conducting unit and the at least one air shut-off unit (4, 80) can be adjusted, wherein both the at least one air conducting unit and the at least one air shut-off unit (4, 80) are adjustable at least in part and/or at least in regions by an identical adjustment movement of the operating element (2, 72) and the adjustment of the at least one air conducting unit and also of the at least one air shut-off unit (4, 80) can be performed in succession, in particular a number of times in succession, characterised in that the order of the adjustment of the air conducting unit and of the adjustment of the air shut-off unit (4, 80) in the event of an actuation of the operating element (2, 72) is substantially the same, at least in regions, irrespective of the adjustment movement of the operating element (2, 72).
A method for breaking a sheet of glass, comprising: - a step of tracing a cutting line on the surface of the glass, using a cutting tool, the cutting line having a complex chape, this complex shape being a curved line, or a sequence of lines of which some at least are not rectilinear, or rectilinear lines with changes of direction forming at least one concave part; - a step of positioning flat supporting bearing means arranged to generate a pressing force on the cutting line; and - a step of breaking, using a local bearing means applied to the face opposite to, and facing, the cutting line, the local bearing means being moved and applied along the cutting line, on said opposite face. - a step of tracing a cutting line on the surface of the glass, using a cutting tool, the cutting line having a complex chape, this complex shape being a curved line, or a sequence of lines of which some at least are not rectilinear, or rectilinear lines with changes of direction forming at least one concave part; - a step of positioning flat supporting bearing means arranged to generate a pressing force on the cutting line; and - a step of breaking, using a local bearing means applied to the face opposite to, and facing, the cutting line, the local bearing means being moved and applied along the cutting line, on said opposite face.
A pharmaceutical composition comprising a therapeutically effective amount of ceftaroline fosamil or a pharmaceutically acceptable salt or solvate thereof, and tobramycin or a pharmaceutically acceptable salt thereof.
A method of obtaining location service, comprising: sending a first message from a terminal to a location server to initiate establishment of an extended location session of a particular duration, the first message including the particular duration, the positioning capabilities of the terminal that may be used for the extended location session and a session identifier; receiving a second message sent by the location server to the terminal to acknowledge establishment of the extended location session, the second message comprising the session identifier associated with the extended location session and a granted duration; and obtaining location service by the terminal a plurality of times from the location server as part of the extended location session at any time within the granted duration of the extended location session. sending a first message from a terminal to a location server to initiate establishment of an extended location session of a particular duration, the first message including the particular duration, the positioning capabilities of the terminal that may be used for the extended location session and a session identifier; receiving a second message sent by the location server to the terminal to acknowledge establishment of the extended location session, the second message comprising the session identifier associated with the extended location session and a granted duration; and obtaining location service by the terminal a plurality of times from the location server as part of the extended location session at any time within the granted duration of the extended location session.
A negative pressure wound therapy dressing comprising: a backing bearing on at least a portion of a major surface thereof a wet-stick pressure-sensitive adhesive, and comprising at least one opening that is configured so that a vacuum can be applied therethrough, wherein the wet-stick pressure-sensitive adhesive is the crosslinking reaction product of a pre-adhesive composition comprising poly(meth)acrylate macromolecules that comprise a number-average molecular weight of from about 25000 to about 200000, wherein the pre-adhesive composition exhibits a T g of less than about minus 20°C and exhibits a storage modulus of from about 4 Pa to about 10000 Pa at 25°C, and wherein the pre-adhesive composition was coated onto the major surface of the backing and was subsequently crosslinked. wherein the pre-adhesive composition exhibits a T g of less than about minus 20°C and exhibits a storage modulus of from about 4 Pa to about 10000 Pa at 25°C, and wherein the pre-adhesive composition was coated onto the major surface of the backing and was subsequently crosslinked.
Method of attack detection and protection of a set of virtual machines in a system comprising at least one first host server hosting said set of virtual machines, characterized in that it comprises the steps of: - receiving an attack detection message regarding a virtual machine, - triggering a first migration of the virtual machine from the first host server toward a security system, - receiving an attack treatment message signaling that the attack detected against the migrated virtual machine has been treated. - receiving an attack detection message regarding a virtual machine, - triggering a first migration of the virtual machine from the first host server toward a security system, - receiving an attack treatment message signaling that the attack detected against the migrated virtual machine has been treated.
A process control system, comprising: a plurality of input/output IO modules which each include a serial peripheral interface port for communicating with a central processing unit which controls a physical process that generates a tangible product, a memory and a microprocessor or microcontroller and an interface for communicating with field devices including receiving signals transmitted by said field devices (231 1, 231n) and sending control signals to said field devices for controlling said field devices, and a multi-channel serial communication interface comprising a plurality of serial communication engines (221 1, 221 2, 221 3) in parallel to one another between said plurality of IO modules and said CPU providing a plurality of independent serial communication channels that are dedicated for respective ones of said plurality of IO modules, wherein said multi-channel serial communication interface is coupled to said CPU by a bus providing a plurality of independent communication channels wherein said bus enables said CPU to simultaneously communicate with any combination of said plurality of IO modules using their respective one of said SPI port with respect to said CPU. a plurality of input/output IO modules which each include a serial peripheral interface port for communicating with a central processing unit which controls a physical process that generates a tangible product, a memory and a microprocessor or microcontroller and an interface for communicating with field devices including receiving signals transmitted by said field devices (231 1, 231n) and sending control signals to said field devices for controlling said field devices, and a multi-channel serial communication interface comprising a plurality of serial communication engines (221 1, 221 2, 221 3) in parallel to one another between said plurality of IO modules and said CPU providing a plurality of independent serial communication channels that are dedicated for respective ones of said plurality of IO modules, wherein said multi-channel serial communication interface is coupled to said CPU by a bus providing a plurality of independent communication channels wherein said bus enables said CPU to simultaneously communicate with any combination of said plurality of IO modules using their respective one of said SPI port with respect to said CPU.
A method for limiting an amount of ink discharged in a photocurable inkjet printing apparatus (18, 300) that performs printing using inks of four CMYK colors, the method comprising: a conversion step of converting, for each ink color, an input grayscale value to an amount of ink; and a limit value setting step of setting, regarding the amount of ink obtained in the conversion step, a limit value of an amount of ink discharged, for each of secondary colors not including a K color component, tertiary colors not including a K color component,, a primary color including a K color component, secondary colors including a K color component, tertiary colors including a K color component, and quaternary colors including a K color component, wherein in the limit value setting step, the limit value for the tertiary colors not including a K color component is set to a smaller value than the limit value for the secondary colors not including a K color component, the limit value for the primary color including a K color component is set to a smaller value than the limit value for the secondary colors not including a K color component, the limit value for the secondary colors including a K color component is set to a smaller value than the limit value for the secondary colors not including a K color component, the limit value for the tertiary colors including a K color component is set a smaller value than the limit value for the secondary colors not including a K color component, and the limit value for the quaternary colors including a K color component is set to a smaller value than the limit value for the secondary colors not including a K color components. a conversion step of converting, for each ink color, an input grayscale value to an amount of ink; and a limit value setting step of setting, regarding the amount of ink obtained in the conversion step, a limit value of an amount of ink discharged, for each of secondary colors not including a K color component, tertiary colors not including a K color component,, a primary color including a K color component, secondary colors including a K color component, tertiary colors including a K color component, and quaternary colors including a K color component, wherein in the limit value setting step, the limit value for the tertiary colors not including a K color component is set to a smaller value than the limit value for the secondary colors not including a K color component, the limit value for the primary color including a K color component is set to a smaller value than the limit value for the secondary colors not including a K color component, the limit value for the secondary colors including a K color component is set to a smaller value than the limit value for the secondary colors not including a K color component, the limit value for the tertiary colors including a K color component is set a smaller value than the limit value for the secondary colors not including a K color component, and the limit value for the quaternary colors including a K color component is set to a smaller value than the limit value for the secondary colors not including a K color components.
Arrangement including elements of a body of a motor vehicle, such as A pillar liners and/or lateral fender liners on which hood supports are mounted, the arrangement further including a water box adapted to collect water flowing over the windshield of the vehicle and to separate it from air to be routed into a ventilation circuit of the vehicle, the water box having the general shape of a gutter extending transversely to the longitudinal direction of the vehicle, at the ends of which water is discharged, characterized in that the water box includes on the one hand a central element and two end elements for closing the water box connected to the central element by which water is discharged, each end element extending toward the interior of the vehicle, along a direction transverse to the body of the vehicle, beyond the interior edge of each corresponding hood support, in order to allow the central element to pass between the hood supports when mounting the central element along a path substantially inscribed in a vertical plane (X, Z) longitudinal with respect to the body of the vehicle.
An apparatus for heating subcutaneous fat, comprising: a radiation source arrangement configured to provide at least one pulse of ablative radiation; a control arrangement configured to control at least one property of the at least one radiation pulse; an optical arrangement configured to direct the at least one radiation pulse onto a skin tissue; and a sensor arrangement provided in communication with the control arrangement, wherein the at least one radiation pulse has an energy greater than0.35 J and a focal diameter that is less than 0.5 mm, wherein at least one of the control arrangement the optical arrangement is configured to at least one of control or direct the at least one radiation pulse to ablate at least one hole through an entire dermal layer of the skin tissue, and wherein the sensor arrangement is configured to detect a presence of at least one of heated fat emanating from the at least one ablated hole or vaporized fat emanating from the at least one ablated hole. a radiation source arrangement configured to provide at least one pulse of ablative radiation; a control arrangement configured to control at least one property of the at least one radiation pulse; an optical arrangement configured to direct the at least one radiation pulse onto a skin tissue; and a sensor arrangement provided in communication with the control arrangement, wherein the at least one radiation pulse has an energy greater than0.35 J and a focal diameter that is less than 0.5 mm, wherein at least one of the control arrangement the optical arrangement is configured to at least one of control or direct the at least one radiation pulse to ablate at least one hole through an entire dermal layer of the skin tissue, and wherein the sensor arrangement is configured to detect a presence of at least one of heated fat emanating from the at least one ablated hole or vaporized fat emanating from the at least one ablated hole.
An apparatus configured to implement an artificial neural network, the apparatus comprising: an array of input waveguides to receive a first array of optical signals an optical interference unit, in optical communication with the array of input waveguides, to perform a linear transformation of the first array of optical signals into a second array of optical signals; an array of output waveguides, in optical communication with the optical interference unit, to guide the second array of optical signals, wherein at least one input waveguide in the array of input waveguides is in optical communication with each output waveguide in the array of output waveguides via the optical interference unit; and an optical nonlinearity unit, in optical communication with the optical interference unit, to perform a nonlinear transformation on the second array of optical signals so as to generate a third array of optical signals. an array of input waveguides to receive a first array of optical signals an optical interference unit, in optical communication with the array of input waveguides, to perform a linear transformation of the first array of optical signals into a second array of optical signals; an array of output waveguides, in optical communication with the optical interference unit, to guide the second array of optical signals, wherein at least one input waveguide in the array of input waveguides is in optical communication with each output waveguide in the array of output waveguides via the optical interference unit; and an optical nonlinearity unit, in optical communication with the optical interference unit, to perform a nonlinear transformation on the second array of optical signals so as to generate a third array of optical signals.