mhurhangee/ep-ind-claims huggingface dataset:
An oil suspension concentrate, comprising a) a herbicidally active compound of the formula where R 1 represents CH 3, R 3 represents OCH 3, R 4 represents CH 3 and R 5 represents H or Na, and b) propylene carbonate as polar aprotic solvent. a) a herbicidally active compound of the formula where R 1 represents CH 3, R 3 represents OCH 3, R 4 represents CH 3 and R 5 represents H or Na, and where R 1 represents CH 3, R 3 represents OCH 3, R 4 represents CH 3 and R 5 represents H or Na, b) propylene carbonate as polar aprotic solvent.
A safety system for an industrial press having a moveable section and a stationary section, the moveable section including a tool to operate on a material on the stationary section, the safety system including a laser device for emitting a plurality of parallel continuous planar beams (7a, 7b) having a generally constant lateral width; a light receiver for receiving the planar beams (7a, 7b) and for detecting when an object intersects at least one of the planar beams; and a controller for stopping or preventing motion of the moveable section when the receiving means detects that at least one of the planar beams has intersected an object, characterized in that said controller further adapted to decelerate the moveable section from a first speed to a second speed within a deceleration zone, said deceleration zone defined between a first point at which a first said planar beam passes a speed control point at which point in use an instantaneous speed check of the tool is done, spaced a predetermined distance towards the tool on the moveable section and above a surface of the material on the stationary section of the industrial press, and a second point at which a second said planar beam passes the speed control point, and wherein, the speed control point is at or spaced from a mute point at which the first said planar beam ceases acting as a safety beam, the mute point spaced from a top surface of the material towards the moveable section.
An anti-biofouling arrangement comprising an anti-biofouling system adapted for application to a vessel comprising a hull, and a coating layer adapted to be applied to the hull, the anti-biofouling system comprising an optical medium and a light source configured to provide UV radiation, wherein the light source is at least partly enclosed by the optical medium, wherein the optical medium is transmissive for light, wherein the optical medium comprises a radiation escape surface and a second optical medium surface with at least part of the transmissive optical medium material configured between said radiation escape surface and said second optical medium surface, wherein the optical medium is adapted to be configured adjacent to at least part of the coating layer with the second optical medium surface adapted to be configured closer to the hull than the radiation escape surface, wherein the anti-biofouling system is configured to provide said UV-radiation downstream from said radiation escape surface in a direction away from said hull, and wherein the arrangement comprises a pattern of colored segments and UV reflective segments with at least part of the transmissive optical medium material configured between said pattern and said radiation escape surface.
Ball screw drive having a threaded spindle for converting an assistance torque generated by an electric motor into a translational assistance force which acts on a toothed rack in a steering system of a motor vehicle, wherein one end of the threaded spindle and one end of the toothed rack are connected in each case by means of an axial joint to a track rod, wherein the ball screw drive has a ball nut which is mounted in a housing by means of a fixed bearing, and wherein a plain bearing element is arranged between that end of the threaded spindle which is connected to the track rod and the ball screw drive, which plain bearing element supports the threaded spindle radially with respect to the housing, characterized in that the plain bearing element is formed as a sleeve which surrounds the threaded spindle, wherein the sleeve has a conically shaped section which is of conical shape in an axial direction (x) at its outer circumference and which bears against a conically shaped inner wall in the housing, in that the sleeve has a ring-shaped section with an external thread which engages with an internal thread formed in the housing, in that the plain bearing element formed as a sleeve has a smooth inner wall against which the outer circumference of the threaded spindle bears with a settable radial play, wherein the radial play is settable by means of a position, set by means of the external thread, of the conically shaped section relative to the conically shaped inner wall.
A lens driving apparatus comprising: a base; a metal case configured to serve as both a yoke and an outer case, and coupled to the base; a bobbin movably installed in the metal case; a lens module coupled to the bobbin; a coil wound around an outer peripheral surface of the bobbin; four magnets facing the coil and disposed between the coil and the metal case; and upper and lower springs (161,165) disposed in the metal case and coupled to the bobbin, wherein the four magnets are disposed at edges of the metal case, respectively, wherein each of the four magnets has a prism shape with a flat side surface facing the coil, wherein the metal case has an octagonal shape and three side surfaces of each of the four magnets make contact with an inner peripheral surface of the metal case, wherein the outer peripheral surface of the bobbin includes an octagonal shape including four flat surfaces and corresponding to the metal case, wherein portions of the coil facing the four magnets are disposed on the four flat surfaces of the outer peripheral surface of the bobbin, respectively, wherein the upper spring is coupled to an upper portion of the bobbin and the lower spring is coupled to a lower portion of the bobbin, wherein the upper spring has a first side coupled to the metal case, a second side coupled to the upper portion of the bobbin, and a middle part connecting the first side and the second side, and wherein the first side of the upper spring is inserted between the metal case and an upper surface of each of the four magnets. a base; a metal case configured to serve as both a yoke and an outer case, and coupled to the base; a bobbin movably installed in the metal case; a lens module coupled to the bobbin; a coil wound around an outer peripheral surface of the bobbin; four magnets facing the coil and disposed between the coil and the metal case; and upper and lower springs (161,165) disposed in the metal case and coupled to the bobbin, wherein the four magnets are disposed at edges of the metal case, respectively, wherein each of the four magnets has a prism shape with a flat side surface facing the coil, wherein the metal case has an octagonal shape and three side surfaces of each of the four magnets make contact with an inner peripheral surface of the metal case, wherein the outer peripheral surface of the bobbin includes an octagonal shape including four flat surfaces and corresponding to the metal case, wherein portions of the coil facing the four magnets are disposed on the four flat surfaces of the outer peripheral surface of the bobbin, respectively, wherein the upper spring is coupled to an upper portion of the bobbin and the lower spring is coupled to a lower portion of the bobbin, wherein the upper spring has a first side coupled to the metal case, a second side coupled to the upper portion of the bobbin, and a middle part connecting the first side and the second side, and wherein the first side of the upper spring is inserted between the metal case and an upper surface of each of the four magnets.
A method for use in a mobility access gateway, MAG, of setting up, for a user equipment, UE, multiple packet data connections toward an access point having an access point name, APN, the method comprising the steps of: providing, at the MAG, a first unique identifier, UID, for identifying a first connection of the UE toward the access point; sending, from the MAG toward a local mobility anchor, LMA, a first proxy-binding update, PBU, message comprising an identity of the UE, an address of the MAG, the first UID and the APN; receiving, at the MAG from the LMA, a first proxy-binding acknowledgement, PBA, message comprising the first UID; providing, at the MAG, a second UID for identifying a second connection of the UE toward the access point; sending, from the MAG toward the LMA, a second PBU comprising the identity of the UE, the address of the MAG, the second UID and the APN; receiving, at the MAG from the LMA, a second PBA comprising the second UID; determining, at the MAG, that one of the first or second connection of the UE is to be revoked; selecting, at the MAG, one of the first or second UID corresponding to the connection to be revoked; sending, from the MAG toward the LMA, a binding revocation indication, BRI, message comprising the identity of the UE, the address of the MAG, the selected first or second UID and the APN; and receiving, at the MAG from the LMA, a binding revocation acknowledgement, BRA, message carrying the selected first or second UID. providing, at the MAG, a first unique identifier, UID, for identifying a first connection of the UE toward the access point; sending, from the MAG toward a local mobility anchor, LMA, a first proxy-binding update, PBU, message comprising an identity of the UE, an address of the MAG, the first UID and the APN; receiving, at the MAG from the LMA, a first proxy-binding acknowledgement, PBA, message comprising the first UID; providing, at the MAG, a second UID for identifying a second connection of the UE toward the access point; sending, from the MAG toward the LMA, a second PBU comprising the identity of the UE, the address of the MAG, the second UID and the APN; receiving, at the MAG from the LMA, a second PBA comprising the second UID; determining, at the MAG, that one of the first or second connection of the UE is to be revoked; selecting, at the MAG, one of the first or second UID corresponding to the connection to be revoked; sending, from the MAG toward the LMA, a binding revocation indication, BRI, message comprising the identity of the UE, the address of the MAG, the selected first or second UID and the APN; and receiving, at the MAG from the LMA, a binding revocation acknowledgement, BRA, message carrying the selected first or second UID.
A method comprising: selecting a data unit, from among a plurality of data units in a data memory, that is to be operated upon by a processor circuit; identifying an instruction, among a plurality of instructions in an instruction memory, by examining content of the data unit to identify a network address for accessing the instruction in the instruction memory of an instruction storage node through a data network; and requesting the instruction from the instruction memory for execution by the processor circuit to operate on the data unit by communicating a message through the data network that is directed to the network address and requests retrieval of the instruction from the instruction memory of the instruction storage node. selecting a data unit, from among a plurality of data units in a data memory, that is to be operated upon by a processor circuit; identifying an instruction, among a plurality of instructions in an instruction memory, by examining content of the data unit to identify a network address for accessing the instruction in the instruction memory of an instruction storage node through a data network; and requesting the instruction from the instruction memory for execution by the processor circuit to operate on the data unit by communicating a message through the data network that is directed to the network address and requests retrieval of the instruction from the instruction memory of the instruction storage node.
Process for the manufacture of a timepiece comprising at least one first part produced by a microfabrication or microforming process in at least one first material, said process comprising at least: - a stage of deposition on said first part, without moulding, of at least one second part of said piece in at least one second material and - a stage of treatment of the second material in order to bond together the components thereof on the first part; characterized in that it comprises at least the following stages of - nebulisation of an ink in the form of a solution or suspension of micrometric, submicronic or preferentially nanometric particles of at least one second material, - spraying of the nebulised ink over the first part of the piece in order to form said second part, and - curing of said second part comprising a heat treatment which comprises at least a stage of annealing and/or a stage of localised sintering or a polymerisation by photocrosslinking and/or a chemical crosslinking; - or at least the following stages of - deposition of a powder of at least one second material on the first part of the piece in order to form the second part, and - localised laser sintering on said second part. - a stage of deposition on said first part, without moulding, of at least one second part of said piece in at least one second material and - a stage of treatment of the second material in order to bond together the components thereof on the first part; characterized in that it comprises at least the following stages of - nebulisation of an ink in the form of a solution or suspension of micrometric, submicronic or preferentially nanometric particles of at least one second material, - spraying of the nebulised ink over the first part of the piece in order to form said second part, and - curing of said second part comprising a heat treatment which comprises at least a stage of annealing and/or a stage of localised sintering or a polymerisation by photocrosslinking and/or a chemical crosslinking; - or at least the following stages of - deposition of a powder of at least one second material on the first part of the piece in order to form the second part, and - localised laser sintering on said second part.
A system for cooling an electronic image assembly comprising a display and a backlight, the system comprising: a plurality of channels placed behind and in thermal communication with the electronic image assembly, each channel having an inlet and exit; a first manifold in gaseous communication with the inlet of each channel; a second manifold in gaseous communication with the exit of each channel; a fan positioned to force ambient gas through the channels; a transparent front plate placed in front of the electronic image assembly, the space between the front plate and the electronic image assembly defining a front channel; a circulating fan positioned to force gas circulating in a closed loop to pass through a backlight cavity between said display and said backlight; and a cross through plate having a first pathway for the gas circulating in the closed loop and a second pathway for ambient gas travelling through the plurality of channels behind the electronic image assembly. a plurality of channels placed behind and in thermal communication with the electronic image assembly, each channel having an inlet and exit; a first manifold in gaseous communication with the inlet of each channel; a second manifold in gaseous communication with the exit of each channel; a fan positioned to force ambient gas through the channels; a transparent front plate placed in front of the electronic image assembly, the space between the front plate and the electronic image assembly defining a front channel; a circulating fan positioned to force gas circulating in a closed loop to pass through a backlight cavity between said display and said backlight; and a cross through plate having a first pathway for the gas circulating in the closed loop and a second pathway for ambient gas travelling through the plurality of channels behind the electronic image assembly.
An electronic tag comprising: - sensing means for sensing at least one condition; - a control module, electrically connected to the sensing means, for receiving data relating to the at least one sensed condition; and - a transmitter module, electrically connected to the control module, for transmitting, for reception by a remote monitoring station, a notification signal including the data relating to the at least one sensed condition, characterised in that the electronic tag further comprises input circuitry, electrically connected to the control module, for regulating the operation of the control module, by providing a limit for the at least one sensed condition depending on a physical configuration of the input circuitry, and the control module is configured to detect the physical configuration of the input circuitry, and to cause the notification signal to be transmitted, via the transmitter module, when the at least one sensed condition corresponds to the limit. - sensing means for sensing at least one condition; - a control module, electrically connected to the sensing means, for receiving data relating to the at least one sensed condition; and - a transmitter module, electrically connected to the control module, for transmitting, for reception by a remote monitoring station, a notification signal including the data relating to the at least one sensed condition,
A device for diluting an aerosol, with an inlet pipe (2.1) feeding an aerosol as an inlet aerosol, an outlet pipe (2.3) with an inlet opening (2.3.1) arranged at a finite distance from the outlet end (2.1.1) of the inlet pipe (2.1), with an annular space (2.2) surrounding at least an end area of the inlet pipe and with a clean gas line opening into the annular space (2.2) via an outlet opening, with an optical measuring device for the diluted aerosol, characterized in that the internal diameter of the outlet pipe (2.3) is between 1.1 and 1.3 times the external diameter of the inlet pipe (2.1).
A cosmetic base comprising: 0.15 to 0.6% by mass of sodium acrylate-grafted starch; and 0.25 to 1.35% by mass of an associative thickener having a polyoxyalkylene chain, wherein a total amount of said sodium acrylate-grafted starch and said associative thickener is 0.5 to 1.5% by mass. 0.15 to 0.6% by mass of sodium acrylate-grafted starch; and 0.25 to 1.35% by mass of an associative thickener having a polyoxyalkylene chain, wherein a total amount of said sodium acrylate-grafted starch and said associative thickener is 0.5 to 1.5% by mass.
Panic fitting, in particular for a panic handle or a panic bar (2, 3), wherein the panic fitting serves for mounting only one end of a panic handle or a panic bar (2, 3) and has a base element which has a first fastening side to rest on and fasten to a door, in particular a frame of a door leaf, wherein - a square receptacle is rotatably mounted on the base element, and the rotary and longitudinal axis of the square receptacle extends perpendicular to the fastening side, - and in that two bearing extensions (4e, 4f) parallel to one another and spaced apart from one another are arranged, in particular formed on the base element, on which bearing extensions a fastening means is rotatably arranged, on which only one end of a panic bar handle or a panic bar (2, 3) is fastenable, - wherein the two bearing extensions (4e, 4f) are arranged on the side of the rotary axis of the square receptacle facing the panic bar or panic handle (2, 3) and therefore the two bearing extensions (4e, 4f) are arranged on a side of a plane running perpendicularly through the rotary axis, characterised in that the fastening means has a base body, which is rotatably mounted on the bearing extensions (4e, 4f), wherein a carrier element is fastened or formed on the base body which serves for positive-locking drive of the square receptacle, wherein the carrier element cooperates to this end with a support surface of the square receptacle. - a square receptacle is rotatably mounted on the base element, and the rotary and longitudinal axis of the square receptacle extends perpendicular to the fastening side, - and in that two bearing extensions (4e, 4f) parallel to one another and spaced apart from one another are arranged, in particular formed on the base element, on which bearing extensions a fastening means is rotatably arranged, on which only one end of a panic bar handle or a panic bar (2, 3) is fastenable, - wherein the two bearing extensions (4e, 4f) are arranged on the side of the rotary axis of the square receptacle facing the panic bar or panic handle (2, 3) and therefore the two bearing extensions (4e, 4f) are arranged on a side of a plane running perpendicularly through the rotary axis,
A release film comprising a substrate film and a resin layer provided on at least one surface of the substrate film, wherein the resin layer comprises 100 parts by mass of an acid-modified polyolefin resin, 1 to 20 parts by mass of a crosslinking agent and 10 to 1,000 parts by mass of a polyvinyl alcohol having a saponification rate of 99% or lower.
A cylinder sleeve or cylinder for an internal combustion engine, comprising an inner side, which forms a running surface, whereby the cylinder sleeve or the cylinder has at least a thermal insulation, which extends in the circumferential direction around the cylinder sleeve or around the cylinder, whereby the insulation is arranged spaced apart from the running surface in the radially outward direction, whereby the insulation is net-shaped and runs around the entire cylinder sleeve or the cylinder, and whereby the insulation is produced by spraying metal and ceramic. whereby the insulation is net-shaped and runs around the entire cylinder sleeve or the cylinder, and whereby the insulation is produced by spraying metal and ceramic.
A theft prevention system, comprising: an RFID reader configured to read an RFID tag to authenticate access to a predefined area; a laser scanner configured to scan the predefined area with a light shield; and a security component configured to initiate a security action, wherein the laser scanner is configured to be activated with an authorized individual being within the predefined area, and the security component is configured to initiate the security action when the authorized individual is no longer detected as being within the predefined area by the light shield and the RFID reader has not detected exit from the predefined area by the authorized individual. an RFID reader configured to read an RFID tag to authenticate access to a predefined area; a laser scanner configured to scan the predefined area with a light shield; and a security component configured to initiate a security action, wherein the laser scanner is configured to be activated with an authorized individual being within the predefined area, and the security component is configured to initiate the security action when the authorized individual is no longer detected as being within the predefined area by the light shield and the RFID reader has not detected exit from the predefined area by the authorized individual.
Device on a vehicle having a hydraulic actuating unit for governing the operation of an attachment on the vehicle, the attachment having at least one ploughshare (9a 1 to 9a 4; 9b 1 to 9b 4), comprising at least one position detection unit having at least one position detection sensor, an evaluation unit and a data-carrying connection to a controller assigned to the hydraulic actuating unit, characterized in that the at least one ploughshare (9a 1 to 9a 4; 9b 1 to 9b 4) is assigned at least one vibration source (31; 31a to 31d), and the position detection unit comprises at least one vibration measuring sensor (30; 30a to 30d), which is set up to detect at least one resonant frequency caused by the at least one vibration source (31; 31a to 31d).