mhurhangee/ep-ind-claims huggingface dataset:
A device for monitoring the lubrication status of a circulating belt, to which lubricant is applied, for the transportation of pressing material, more particularly in a continuously operating press, with at least one, when in use, first detection device of a first type, arranged in the area of the belt, and with at least one, when in use, second detection device of a second type, arranged in the area of the belt, wherein the first detection device is configured to produce a quantity signal as a function of the quantity of the material present on the belt, wherein to differentiate between a lubricant present on the belt and wood particles, or a lubricant contaminated with wood particles present on the belt, the second detection device is configured to produce a material signal as a function of the type of material present on the belt, which is dependent on whether clear lubricant or lubricant contaminated with wood particles or wood particles is/are present on the belt, characterised in that the first detection device comprises one or more capacitively operating sensors, which each have sensor plate, which when in use is arranged at a distance from the belt and with the belt forms a capacitor in each case, the capacitance of which depends on the quantity of material, namely clean lubricant, wood particles or lubricant contaminated with wood particles, present on the belt. with at least one, when in use, first detection device of a first type, arranged in the area of the belt, and with at least one, when in use, second detection device of a second type, arranged in the area of the belt, wherein the first detection device is configured to produce a quantity signal as a function of the quantity of the material present on the belt, wherein to differentiate between a lubricant present on the belt and wood particles, or a lubricant contaminated with wood particles present on the belt, the second detection device is configured to produce a material signal as a function of the type of material present on the belt, which is dependent on whether clear lubricant or lubricant contaminated with wood particles or wood particles is/are present on the belt, characterised in that the first detection device comprises one or more capacitively operating sensors, which each have sensor plate, which when in use is arranged at a distance from the belt and with the belt forms a capacitor in each case, the capacitance of which depends on the quantity of material, namely clean lubricant, wood particles or lubricant contaminated with wood particles, present on the belt.
A display and imaging system comprising an image capturing device, a projector assembly and a passive screen, said image capturing device in optical communication with said passive screen and configured to capture at least one view being formed by said passive screen wherein said image capturing device is in optical communication with said passive screen in the manner that an imaging layer of said passive screen having a two-dimensional optical element array forms a plurality of views of a scene on one side thereof, said plurality of views of the scene being formed by a respective optical element of the imaging layer being captured by the image capturing device, said image capturing device simultaneously capturing said plurality of views of the scene as individually formed by an optical element in the optical element array, said imaging layer acting as an image forming medium of the scene and, the projector assembly is configurable to project images as projected images on the passive screen the passive screen having a display layer for effecting displaying of the projected images thereon in a manner that the passive screen simultaneously forms said plurality of views of the scene as formed by said imaging layer and displays the images as projected by the projector assembly, the display layer and the imaging layer of the passive screen are two superposed layers separately serving for the purpose of simultaneously displaying the projected images in optical communication with the projector assembly and forming multi-perspective views in optical communication with the image capturing device and, image formations originating from the imaging layer of the passive screen are eliminated either through polarization multiplexing by means of a further layer in the form of a blocking layer of the passive screen or through time-division multiplexing between the image capturing device and the projector assembly.
An encryption system for a first electronic device for selectively encrypting and decrypting sensitive data during a data interchange with at least one second electronic device communicating with the first electronic device having a similar encryption system, comprising: - a data stream module for providing a synchronous, continuously available multimedia data stream as raw material for key generation, - a data module for preparing the data for the encryption/decryption, - a key generator to which an agreed information portion of the continuously available multimedia data stream from the data stream module is supplied, - an encryption/decryption unit which is connected to said data module and to said key generator and which encrypts/decrypts the sensitive data using a keyword, and - an output unit for forwarding the encrypted/decrypted data, wherein the key generator takes the data stream supplied to it and generates a respective keyword for each message which is to be encrypted/decrypted for the first device, which is simultaneously generated by a key word generator of the encryption system of the at least one second device. - a data stream module for providing a synchronous, continuously available multimedia data stream as raw material for key generation, - a data module for preparing the data for the encryption/decryption, - a key generator to which an agreed information portion of the continuously available multimedia data stream from the data stream module is supplied, - an encryption/decryption unit which is connected to said data module and to said key generator and which encrypts/decrypts the sensitive data using a keyword, and - an output unit for forwarding the encrypted/decrypted data,
An antenna device comprising a plate-like module member which comprises a first ring-like module submember and a second plate-like module submember to be accommodated within a hollow-cylindrical case, a circuit board disposed parallel to the second plate-like module submember in the thickness direction of the second plate-like module submember, a display member disposed above and parallel to the circuit board, and an antenna structure to be accommodated within the hollow-cylindrical case, wherein said display member comprises a liquid crystal panel, wherein the antenna structure is disposed out side along and in common to the straight edges (8a, 500a) of the liquid crystal panel and of the circuit board; and the antenna structure comprises a core including a plurality of plate-like magnetic members layered on each other in a direction perpendicular to a direction in which the circuit board and the display member are disposed on each other, a coil wound around a central straight part of the core, bent end portions (712, 712) extending from both ends of the core and bent to conform to the inner periphery of the cylindrical case.
A wearable infusion pump system, comprising: a disposable and non-reusable pump device (100; 100') including a drive system to dispense medicine from the pump device, and a non-rechargeable battery, the pump device defining a space to receive a medicine cartridge; and a reusable controller device including a user interface, a rechargeable energy source that outputs electrical energy to the drive system of the pump device, and control circuitry to communicate signals to the drive system of the pump device, wherein the controller device is removably attachable to the pump device and the rechargeable energy source is to receive electrical energy from the non-rechargeable battery of the pump device to maintain the rechargeable energy source at a charge level greater than a threshold charge level when the non-rechargeable battery is in a non-depleted state; wherein the controller device outputs an alert indicative of a remaining power supply based at least partially on the threshold charge level when the non-rechargeable battery of the pump device is in a depleted state or disconnected from electrical communication with the rechargeable energy source. a disposable and non-reusable pump device (100; 100') including a drive system to dispense medicine from the pump device, and a non-rechargeable battery, the pump device defining a space to receive a medicine cartridge; and a drive system to dispense medicine from the pump device, and a non-rechargeable battery, a reusable controller device including a user interface, a rechargeable energy source that outputs electrical energy to the drive system of the pump device, and control circuitry to communicate signals to the drive system of the pump device, a user interface, a rechargeable energy source that outputs electrical energy to the drive system of the pump device, and control circuitry to communicate signals to the drive system of the pump device,
A tissue resection guide for use with a datum comprising: a base releasably engagable with the datum and having a first frame fixed relative to the base; wherein the first frame is oriented at an oblique angle relative to a planar top surface of the base and includes at least one integral first guide path sized and configured to at least partially capture and guide a first tissue resection tool relative to the first frame, wherein the at least one first guide path is defined at least in part by an inner surface of the first frame and an outer surface of the base, and characterized in that the at least one first guide path is at least partially closed proximate the top surface of the base. a base releasably engagable with the datum and having a first frame fixed relative to the base; wherein the first frame is oriented at an oblique angle relative to a planar top surface of the base and includes at least one integral first guide path sized and configured to at least partially capture and guide a first tissue resection tool relative to the first frame, wherein the at least one first guide path is defined at least in part by an inner surface of the first frame and an outer surface of the base, and characterized in that the at least one first guide path is at least partially closed proximate the top surface of the base.
An aqueous solution complex of zoledronic acid, or a salt thereof with a coformer selected from the group consisting of adenine, asparagine, histidine, arginine and proline.
An additive dosing system for a wastewater management system of a vehicle including a black water holding tank, a grey water holding tank and a toilet, the additive sub-system comprising: a controller; a grey water additive dispenser in fluid communication with the grey water holding tank; a black water additive dispenser in fluid communication with a housing associated with the toilet or the black water holding tank; a flush water additive dispenser in fluid communication with the toilet; a pump associated with each additive dispenser (54A, 54B, 54C), each pump controlled by the controller to dispense an additive from each additive dispenser (54A, 54B, 54C) to a corresponding one of the holding tanks (12, 14), or the toilet, wherein the dosing system allows three distinct additives to be introduced into the waste water management system as water progresses through the waste water management system from the grey water holding tank to the toilet and then to the black water holding tank. a controller; a grey water additive dispenser in fluid communication with the grey water holding tank; a black water additive dispenser in fluid communication with a housing associated with the toilet or the black water holding tank; a flush water additive dispenser in fluid communication with the toilet; a pump associated with each additive dispenser (54A, 54B, 54C), each pump controlled by the controller to dispense an additive from each additive dispenser (54A, 54B, 54C) to a corresponding one of the holding tanks (12, 14), or the toilet, wherein the dosing system allows three distinct additives to be introduced into the waste water management system as water progresses through the waste water management system from the grey water holding tank to the toilet and then to the black water holding tank.
A method for providing fast access to film grain patterns in a film grain simulation process, comprising: - providing a first memory for storing at least one film grain pattern; - in response to a film grain pattern required by said film grain simulation process not being stored in said first memory, said film grain pattern required in said film grain simulation process being identified in a received supplemental information message: - accessing at least a second memory storing said film grain pattern required by said film grain simulation process; and - updating said first memory with at least the required film grain pattern transferred from said at least a second memory. - providing a first memory for storing at least one film grain pattern; - in response to a film grain pattern required by said film grain simulation process not being stored in said first memory, said film grain pattern required in said film grain simulation process being identified in a received supplemental information message: - accessing at least a second memory storing said film grain pattern required by said film grain simulation process; and - updating said first memory with at least the required film grain pattern transferred from said at least a second memory. - accessing at least a second memory storing said film grain pattern required by said film grain simulation process; and - updating said first memory with at least the required film grain pattern transferred from said at least a second memory.
Method for automatically reacting to a fault in an optical transmission system, comprising at least one transmitter, at least one receiver and a transmission path, for an access network to a wide area network, according to which, in the event of an interruption in an optical waveguide in a monitored transmission section of the transmission path, the power of the optical signal transmitted via the monitored transmission section is at least automatically reduced, characterized in that the transmission path is monitored in a transmission section, at the subscriber-side end of which a coupling device, which couples a plurality of ONTs (2, 2 1,...2 n) as subscriber-side network termination devices of the access network to the transmission section and is equipped with a functional unit, is arranged, by virtue of at least one transmitter of a line termination device, which, as an OLT, namely an optical line termination, terminates the access network on the network side and connects it to the wide area network, repeatedly emitting a test signal and by virtue of a control and processing unit of an OLT, which is equipped with a receiver, receiving and evaluating a response signal emitted by the functional unit of the coupling device upon the reception of the test signal and, in the absence of the response signal, the power of the optical signal transmitted via the transmission section being reduced by switching off at least one transmitter of the transmission system.
Catalyst comprising a support body A having a length L A designed as a flow substrate, a support body B of length L B designed as a wall-flow filter, and material zones A1, A2, B1, and B2, wherein support body A comprises material zones A1 and A2, and support body B comprises material zones B1 and B2, wherein material zone A1 contains cerium oxide, an alkaline earth metal compound and/or an alkali metal compound, as well as platinum and/or palladium, and material zone A2 contains cerium oxide as well as platinum and/or palladium, and is free of alkaline earth metal and alkali metal compounds, material zone B1 contains palladium supported on cerium oxide, and material zone B2 contains platinum supported on a support material, characterized in that material zone A1 extends from one end of the support body A over 10 to 80 % of its length L A and material zone A2 extends from the other end of the support body A over 10 to 80 % of its length L A.
A method for controlling an audio system, the method comprising: substantially sealing an ear canal of a user by an acoustic noise reduction, further referred as ANR, headphone having an ANR module, tapping (210, 310) at least one of the headphone worn by a user, an ear of the user, and the head of the user to cause an acoustic pressure change in an ear canal of the user; sensing (110, 220, 320) a current provided to the ANR module, the current being responsive to the pressure change in the ear canal; determining (120, 230, 330) a peak value from the sensed current; comparing (240, 340) the peak value and a value of threshold to determine if a tap occurred; and characterized in that the threshold is an adaptive threshold and if the tap is determined to have occurred, determining an updated value for the adaptive threshold based on the peak value and one or more prior peak values. substantially sealing an ear canal of a user by an acoustic noise reduction, further referred as ANR, headphone having an ANR module, tapping (210, 310) at least one of the headphone worn by a user, an ear of the user, and the head of the user to cause an acoustic pressure change in an ear canal of the user; sensing (110, 220, 320) a current provided to the ANR module, the current being responsive to the pressure change in the ear canal; determining (120, 230, 330) a peak value from the sensed current; comparing (240, 340) the peak value and a value of threshold to determine if a tap occurred; and characterized in that the threshold is an adaptive threshold and if the tap is determined to have occurred, determining an updated value for the adaptive threshold based on the peak value and one or more prior peak values.
A component for a vehicle interior comprising: - a base comprising (a) a first divider configured to form a main compartment and a first side compartment and (b) a second divider configured to form the main compartment and a second side compartment; - a cover configured to enclose the main compartment; - a first door configured to enclose the first side compartment; and - a second door configured to enclose the second side compartment; characterized in that the cover is configured to extend between the first divider and the second divider and move along the first divider and the second divider to uncover the main compartment. - a base comprising (a) a first divider configured to form a main compartment and a first side compartment and (b) a second divider configured to form the main compartment and a second side compartment; - a cover configured to enclose the main compartment; - a first door configured to enclose the first side compartment; and - a second door configured to enclose the second side compartment;
Process for manufacturing an ophthalmic lens having at least one optical function and including: - the step of additively manufacturing said ophthalmic lens, by depositing a plurality of predetermined volume elements of at least one material having a predetermined refractive index, in accordance with a target geometric envelope; - the step of determining an actual geometric envelope at least once during the implementation of said additive manufacturing step; and - the step of triggering a corrective action if there is in a zone a difference (Ecdif) larger than a predetermined threshold (Sl, S2) between said target geometric envelope and said actual geometric envelope; characterized in that said step of triggering a corrective action includes: - implementing a first corrective action if there is, in said zone, between said target geometric envelope and said actual geometric envelope, a difference (Ecdif) larger than a first predetermined threshold and lower than a second predetermined threshold; and - implementing a second corrective action different from the first corrective action if there is, in said zone, between said target geometric envelope and said actual geometric envelope, a difference (Ecdif) larger than said second predetermined threshold; said first corrective action including depositing, on said zone, at least one additional predetermined volume element without replacing the target geometric envelope, this deposition being said to be an altitude addition, whereas the second corrective action includes determining a modified target geometric envelope replacing said target geometric envelope. - the step of additively manufacturing said ophthalmic lens, by depositing a plurality of predetermined volume elements of at least one material having a predetermined refractive index, in accordance with a target geometric envelope; - the step of determining an actual geometric envelope at least once during the implementation of said additive manufacturing step; and - the step of triggering a corrective action if there is in a zone a difference (Ecdif) larger than a predetermined threshold (Sl, S2) between said target geometric envelope and said actual geometric envelope; - implementing a first corrective action if there is, in said zone, between said target geometric envelope and said actual geometric envelope, a difference (Ecdif) larger than a first predetermined threshold and lower than a second predetermined threshold; and - implementing a second corrective action different from the first corrective action if there is, in said zone, between said target geometric envelope and said actual geometric envelope, a difference (Ecdif) larger than said second predetermined threshold;
A method of making a sweetened soluble beverage component, the method comprising: combining a soluble beverage, a sweetener and coffee beans in a vessel to form a mixture; agitating the mixture for a predetermined amount of time; and removing the coffee beans from the mixture, wherein the sweetened soluble beverage component comprises the soluble beverage and the sweetener. combining a soluble beverage, a sweetener and coffee beans in a vessel to form a mixture; agitating the mixture for a predetermined amount of time; and removing the coffee beans from the mixture, wherein the sweetened soluble beverage component comprises the soluble beverage and the sweetener.
A weft yarn tensioning device of an air jet loom in which a weft yarn is inserted along a weft yarn guide passage formed in a reed, the weft yarn tensioning devise being disposable in front of the reed at a weft yarn arrival side of the air jet loom, the weft yarn tensioning device comprising: a weft yarn travel passage extending along the weft yarn guide passage; a first air discharge member configured to discharge an air in a direction along the weft yarn travel passage; and a second air discharge member configured to discharge the air in a direction different from the direction along the weft yarn travel passage, wherein the second air discharge member discharges the air to the weft yarn in the weft yarn travel passage, characterized in that the first air discharge member discharges the air to introduce the weft yarn into the weft yarn travel passage. a weft yarn travel passage extending along the weft yarn guide passage; a first air discharge member configured to discharge an air in a direction along the weft yarn travel passage; and a second air discharge member configured to discharge the air in a direction different from the direction along the weft yarn travel passage, wherein the second air discharge member discharges the air to the weft yarn in the weft yarn travel passage, characterized in that the first air discharge member discharges the air to introduce the weft yarn into the weft yarn travel passage.