mhurhangee/patent-ind-claim-en huggingface dataset:
Composite powder for use in an anode of a lithium ion battery, whereby the particles of the composite powder comprise a carbon-based matrix material and silicon particles embedded in this matrix material, whereby the silicon particles and the matrix material have an interface, whereby at this interface there are Si-C chemical bonds present, as evidenced by X-Ray photoelectron spectroscopy analysis, characterized in that said interface is free of crystalline silicon carbide, as evidenced by X-Ray diffraction analysis.
A method performed by a small cell comprising: designating a subscriber identity module, SIM, card with an access class designation indicating that a first user equipment incorporating the SIM card is barred from camping on or reselecting to the small cell ; configuring the small cell to transmit information, to at least one second user equipment in communication with the small cell , that the first user equipment incorporating the SIM card with the access class designation is barred from camping on or reselecting to the small cell ; and transmitting , by the small cell , the information to the at least one second user equipment . designating a subscriber identity module, SIM, card with an access class designation indicating that a first user equipment incorporating the SIM card is barred from camping on or reselecting to the small cell ; configuring the small cell to transmit information, to at least one second user equipment in communication with the small cell , that the first user equipment incorporating the SIM card with the access class designation is barred from camping on or reselecting to the small cell ; and transmitting , by the small cell , the information to the at least one second user equipment .
A method of urging fluid into a droplet, comprising: providing a microfluidic system comprising a first microfluidic channel and a second microfluidic channel (240, 330, 920, 610, 760, 740, 810 contacting the first microfluidic channel at an intersection ; providing a first fluid in the first microfluidic channel and a second fluid in the second microfluidic channel, wherein the first fluid and the second fluid contact each other at least partially within the intersection to define a fluidic interface , wherein the first fluid is present within the first microfluidic channel as droplets in a carrying fluid ; and applying an electric field to the interface to urge the second fluid to enter the droplets in the first microfluidic channel, wherein, in the absence of the electric field, the second fluid is not urged to enter the first microfluidic channel, wherein the amount of second fluid added to the droplet is controlled by controlling the strength of the electric field applied to the intersection. providing a microfluidic system comprising a first microfluidic channel and a second microfluidic channel (240, 330, 920, 610, 760, 740, 810 contacting the first microfluidic channel at an intersection ; providing a first fluid in the first microfluidic channel and a second fluid in the second microfluidic channel, wherein the first fluid and the second fluid contact each other at least partially within the intersection to define a fluidic interface , wherein the first fluid is present within the first microfluidic channel as droplets in a carrying fluid ; and applying an electric field to the interface to urge the second fluid to enter the droplets in the first microfluidic channel, wherein, in the absence of the electric field, the second fluid is not urged to enter the first microfluidic channel, wherein the amount of second fluid added to the droplet is controlled by controlling the strength of the electric field applied to the intersection.
A system comprising: a laser projector configured to project a boundary projection line onto a part ; an automated material placement head configured to lay down a course of composite material ; and a laser inspection system connected to the automated material placement head , wherein the laser inspection system is configured to project a laser beam into a laser line parallel to a motion of the automated material placement head in laying the composite material , wherein the laser inspection system further comprises a camera system configured to take a set of images of the laser line overlapping an edge of the course and the boundary projection line , and the system further comprising: a computer system configured to determine a value representative of a distance between the edge of the course and the boundary projection line using the set of images . a laser projector configured to project a boundary projection line onto a part ; an automated material placement head configured to lay down a course of composite material ; and a laser inspection system connected to the automated material placement head , wherein the laser inspection system is configured to project a laser beam into a laser line parallel to a motion of the automated material placement head in laying the composite material , wherein the laser inspection system further comprises a camera system configured to take a set of images of the laser line overlapping an edge of the course and the boundary projection line , and the system further comprising: a computer system configured to determine a value representative of a distance between the edge of the course and the boundary projection line using the set of images .
A vascular flow diverter comprising: a tubular mesh framework comprising a mesh cover and an opening , where: the tubular mesh framework is collapsible and configured to expand from a collapsed shape to a tubular shape when the vascular flow diverter is deployed; the opening is located within the mesh cover ; and the tubular mesh framework is more porous than the mesh cover , characterized in that the mesh cover has a circular, rounded, or oblong shaped outer perimeter and is placed over a mid-section of the tubular mesh framework and wherein the mesh cover extends part-way around a circumference of the tubular mesh framework so as to be surrounded by the tubular mesh framework and conform to the shape of the tubular mesh framework , wherein the opening is located within the outer perimeter, the opening being configured to allow a guiding device to pass through the mid-section of the tubular mesh framework and through the circular, rounded, or oblong shaped mesh cover placed over the mid-section of the tubular mesh framework . the tubular mesh framework is collapsible and configured to expand from a collapsed shape to a tubular shape when the vascular flow diverter is deployed; the opening is located within the mesh cover ; and the tubular mesh framework is more porous than the mesh cover , characterized in that the mesh cover has a circular, rounded, or oblong shaped outer perimeter and is placed over a mid-section of the tubular mesh framework and wherein the mesh cover extends part-way around a circumference of the tubular mesh framework so as to be surrounded by the tubular mesh framework and conform to the shape of the tubular mesh framework , wherein the opening is located within the outer perimeter, the opening being configured to allow a guiding device to pass through the mid-section of the tubular mesh framework and through the circular, rounded, or oblong shaped mesh cover placed over the mid-section of the tubular mesh framework .
A non-aqueous patch comprising 0.5 to 7 mass% lidocaine, and a dissolving agent composed of isostearic acid and a polyalcohol wherein the lidocaine and the dissolving agent are contained in a base of plaster, the plaster being held by a support, wherein the support has a stretch strength of less than 2,000g/50mm when the support is stretched to 50% longitudinal extension; and wherein the support is a biaxially-oriented stretch cloth.
A de/anti-icer composition comprising: one or more de/anti-icer moieties; and a marker material, the marker material being selected such that, after application of the de/anti-icer composition to a travelled surface a quantitative value of the amount of the one or more de/anti-icer moieties on or proximate the travelled surface at a given time can be determined from an amount of the marker material on or proximate the travelled surface at the given time, wherein the one or more de/anti-icer moieties is selected from the group comprising propylene glycol, urea, alkali metal formate salts, alkali metal acetate salts and alkali metal acetate/formate salt mixtures, preferably wherein the marker material is selected or configured such that its concentration at said given time after application of the composition to the travelled surface correlates with or corresponds to the concentration of the one or more de/anti-icer moieties, and wherein the marker material is selected from glucose, completely or partially water soluble salts of iron; completely or partially water soluble salts of zinc; carbonic acid salts, and formaldehyde. one or more de/anti-icer moieties; and a marker material, the marker material being selected such that, after application of the de/anti-icer composition to a travelled surface a quantitative value of the amount of the one or more de/anti-icer moieties on or proximate the travelled surface at a given time can be determined from an amount of the marker material on or proximate the travelled surface at the given time, wherein the one or more de/anti-icer moieties is selected from the group comprising propylene glycol, urea, alkali metal formate salts, alkali metal acetate salts and alkali metal acetate/formate salt mixtures, preferably wherein the marker material is selected or configured such that its concentration at said given time after application of the composition to the travelled surface correlates with or corresponds to the concentration of the one or more de/anti-icer moieties, and wherein the marker material is selected from glucose, completely or partially water soluble salts of iron; completely or partially water soluble salts of zinc; carbonic acid salts, and formaldehyde.
A straining device for contact wires and/or suspension cables of contact wires, in particular for rail-bound traffic, comprising a straining weight connectable or connected to the contact wire and/or the suspension cable via a connecting cable , wherein the straining weight comprises at least two guiding systems , via which the straining weight is movably guided along two guide rods running substantially parallel to one another, wherein the guide rods are connected to one another below the straining weight via a cross element , characterised in that the guide rods are connected to one another above the straining weight via a removable mounting structure .
A puncture needle comprising: a shaft part (S); a needle tip part (T) disposed at a tip of the shaft part; and a plurality of processed parts (P1-P7) that are arranged on an outer peripheral part of the shaft part along a length direction of the shaft part and form an arithmetic progression in which arrangement intervals gradually decrease toward the needle tip part, wherein among the plurality of processed parts, an arrangement interval between a first processed part which is separated from the needle tip part by a predetermined distance and is closest to the needle tip part and a second processed part which is second closest to the needle tip part is equal to or less than a tolerance of the arithmetic progression, or a distance from the needle tip part to the first processed part which is closest to the needle tip part is equal to or less than the tolerance of the arithmetic progression and equal to a difference between the arrangement interval between the first processed part and the second processed part which is second closest to the needle tip part and the tolerance. a shaft part (S); a needle tip part (T) disposed at a tip of the shaft part; and a plurality of processed parts (P1-P7) that are arranged on an outer peripheral part of the shaft part along a length direction of the shaft part and form an arithmetic progression in which arrangement intervals gradually decrease toward the needle tip part, wherein among the plurality of processed parts, an arrangement interval between a first processed part which is separated from the needle tip part by a predetermined distance and is closest to the needle tip part and a second processed part which is second closest to the needle tip part is equal to or less than a tolerance of the arithmetic progression, or a distance from the needle tip part to the first processed part which is closest to the needle tip part is equal to or less than the tolerance of the arithmetic progression and equal to a difference between the arrangement interval between the first processed part and the second processed part which is second closest to the needle tip part and the tolerance.
Link device for plasma torches and/or welding systems having a connector for engaging into a housing of a feeding means and having at least one link to provide fluids to the torch and a plurality of electrical connections for said torch; wherein said link device comprises a safety key assigned, in a linked condition of the device in which the connector is engaged in the housing , at least partially in a respective space between the external wall of the connector and the internal wall of the housing ; said key is equipped with first stop means and said housing is equipped with second stop means , such that, in said linked condition, the first stop means matches with the second stop means of the housing to avoid disengagement of the key from the housing ; the device is characterised in that the key and the connector are respectively provided with first connection means and with second connection means and a removable blocking means is present and configured, in said linked condition, to block the connector to the key and therefore to the housing .
A method for determining the presence or absence of an antibody or fragment thereof, in a test sample, wherein the antibody or fragment thereof specifically binds to a purified polypeptide consisting of SEQ ID NO: 10 comprising: contacting the test sample with a purified polypeptide comprising SEQ ID NO: 10 under conditions suitable for specific binding of the purified polypeptide to the antibody or fragment thereof; and detecting the presence or absence of specific binding; wherein the presence of specific binding indicates the presence of the antibody or fragment thereof, and wherein the absence of specific binding indicates the absence the antibody or fragment thereof. contacting the test sample with a purified polypeptide comprising SEQ ID NO: 10 under conditions suitable for specific binding of the purified polypeptide to the antibody or fragment thereof; and detecting the presence or absence of specific binding; wherein the presence of specific binding indicates the presence of the antibody or fragment thereof, and wherein the absence of specific binding indicates the absence the antibody or fragment thereof.
A smoke inhalation device comprising: a housing ; a cartridge (114; 214) configured to contain a substance; a release device (118; 218) associated with the cartridge (114; 214); a sensor configured to detect an airstream passing through the housing ; a timer configured to time the airstream through the housing and to measure the duration of the airstream through the housing each time the sensor is activated by the airstream; and a controller (124; 224) operatively and communicatively coupled to the release device (118; 218) and the sensor , the controller (124; 224) being configured to control the release device (118; 218) based on received data from the sensor , wherein the timer is further configured to accumulate the measured durations in a given period to activate a limit feature according to a substance distribution limit set in control logic of the controller (124; 224). a housing ; a cartridge (114; 214) configured to contain a substance; a release device (118; 218) associated with the cartridge (114; 214); a sensor configured to detect an airstream passing through the housing ; a timer configured to time the airstream through the housing and to measure the duration of the airstream through the housing each time the sensor is activated by the airstream; and a controller (124; 224) operatively and communicatively coupled to the release device (118; 218) and the sensor , the controller (124; 224) being configured to control the release device (118; 218) based on received data from the sensor , wherein the timer is further configured to accumulate the measured durations in a given period to activate a limit feature according to a substance distribution limit set in control logic of the controller (124; 224).
A method for transmission of uplink data, applied to a terminal device, comprising: determining a first resource in a time unit according to a configuration signaling received from a network device, the first resource being for transmission of the uplink data; and in response to that a quantity of first symbols is greater than a preset value, sending the uplink data on the first symbols, the first symbols being symbols in the first resource in the time unit that are comprised in a second resource in the time unit, and the second resource being determined by the terminal device based on resource information received from the network device, wherein the uplink data is grant-free data or semi-persistently scheduled data, and both the first resource and the second resource are for uplink transmission. determining a first resource in a time unit according to a configuration signaling received from a network device, the first resource being for transmission of the uplink data; and in response to that a quantity of first symbols is greater than a preset value, sending the uplink data on the first symbols, the first symbols being symbols in the first resource in the time unit that are comprised in a second resource in the time unit, and the second resource being determined by the terminal device based on resource information received from the network device, wherein the uplink data is grant-free data or semi-persistently scheduled data, and both the first resource and the second resource are for uplink transmission.
Housing cover for fixing to a housing , wherein the housing cover is provided with a plurality of fastening means through-openings and with a sealing bead that comprises an elastomeric material, wherein the sealing bead is arranged on a seal support face of the housing cover , and wherein the housing cover comprises at least one deformation limiting element , which projects over the seal support face in the same direction as the sealing bead and limits a deformation of the sealing bead in the assembled state of the housing cover , characterized in that the deformation limiting element comprises at least one fastening means through-opening portion that extends along a circumferential direction of one of the fastening means through-openings over a circumferential angle (α) around the respective fastening means through-opening , and in that the fastening means through-opening portion of the deformation limiting element comprises a plurality of partial elements that are spaced at a distance from one another along the circumferential direction of the fastening means through-opening . wherein the housing cover is provided with a plurality of fastening means through-openings and with a sealing bead that comprises an elastomeric material, wherein the sealing bead is arranged on a seal support face of the housing cover , and wherein the housing cover comprises at least one deformation limiting element , which projects over the seal support face in the same direction as the sealing bead and limits a deformation of the sealing bead in the assembled state of the housing cover , characterized in that the deformation limiting element comprises at least one fastening means through-opening portion that extends along a circumferential direction of one of the fastening means through-openings over a circumferential angle (α) around the respective fastening means through-opening , and in that the fastening means through-opening portion of the deformation limiting element comprises a plurality of partial elements that are spaced at a distance from one another along the circumferential direction of the fastening means through-opening .
An image sensing device comprising a control apparatus that controls the image sensing device for tracking and sensing a tracking target, the control apparatus comprising: recording means which is configured to record a size of a tracking target that is detected in a sensed video that is sensed by the image sensing device; and search means which is configured, when the tracking target cannot be detected in the sensed video, to control the sensing device to zoom out such that a size of the tracking target in a zoomed out sensed video becomes a predetermined size, wherein the size of the tracking target in the zoomed out sensed video is predicted based on the size of the tracking target recorded by the recording means immediately prior to losing the tracking target, and then to search for the tracking target in the sensed video after the zoom out. recording means which is configured to record a size of a tracking target that is detected in a sensed video that is sensed by the image sensing device; and search means which is configured, when the tracking target cannot be detected in the sensed video, to control the sensing device to zoom out such that a size of the tracking target in a zoomed out sensed video becomes a predetermined size, wherein the size of the tracking target in the zoomed out sensed video is predicted based on the size of the tracking target recorded by the recording means immediately prior to losing the tracking target, and then to search for the tracking target in the sensed video after the zoom out.
Device for distributing liquid manure, comprising at least one distributor unit and a holder for fastening the at least one distributor unit to a liquid manure storage tank , wherein the at least one distributor unit comprises the following: ▪ a distributor ; ▪ a hose system , characterized in that ▪ the device comprises at least one distribution pipe , ▪ wherein the distributor pipe has inlet openings along a lateral surface for fluid-tight connection of the distributor pipe to the hose system , and ▪ wherein the distributor pipe has at least one outlet opening on its lateral surface , which extends substantially in a longitudinal direction of the distributor pipe . ▪ a distributor ; ▪ a hose system , characterized in that ▪ the device comprises at least one distribution pipe , ▪ wherein the distributor pipe has inlet openings along a lateral surface for fluid-tight connection of the distributor pipe to the hose system , and ▪ wherein the distributor pipe has at least one outlet opening on its lateral surface , which extends substantially in a longitudinal direction of the distributor pipe .