mhurhangee/ep-ind-claims huggingface dataset:
A liner (92, 192) for contamination control in a reflow oven, the reflow oven having surfaces, comprising: - a substrate having a length and a width defining an area, the substrate having a thickness, the substrate having first and second sides (98, 106); and - an adhesive positioned on the first side of the substrate, wherein the substrate is removably adhered to the surfaces of the reflow oven and configured for removal from the surfaces of the reflow oven, wherein the substrate comprises a contaminant absorbing material configured to accumulate solder reflow contaminants thereon, characterized in that the liner (92, 192) is in the form of multiple strips of material removably adhered to the surfaces, wherein the adhesive is of the type that can be readily removed from the chamber surfaces after being subjected to elevated temperatures and be removable from the surfaces, with the substrate, at about ambient temperatures or slightly elevated temperatures, and is positioned longitudinally along the strips of material parallel to longitudinal axis of the strips of material, and wherein the adhesive covers less than an entirety of the first side. - a substrate having a length and a width defining an area, the substrate having a thickness, the substrate having first and second sides (98, 106); and - an adhesive positioned on the first side of the substrate, wherein the substrate is removably adhered to the surfaces of the reflow oven and configured for removal from the surfaces of the reflow oven,
A non-aqueous electrolyte solution for a lithium secondary battery, the non-aqueous electrolyte solution comprising: a lithium salt, an organic solvent, and a non-aqueous electrolyte solution additive represented by Formula 1: wherein, in Formula 1, X is -SiR 2 R 3 R 4, wherein R 2 to R 4 are each independently an alkyl group having 1 to 5 carbon atoms, and R 1 is an alkylene group having 2 to 3 carbon atoms which is substituted with at least one fluorine atom, or an alkylene group having 2 to 3 carbon atoms which is substituted with an alkyl group having 1 to 3 carbon atoms that includes at least one fluorine atom. a lithium salt, an organic solvent, and a non-aqueous electrolyte solution additive represented by Formula 1: wherein, in Formula 1, X is -SiR 2 R 3 R 4, wherein R 2 to R 4 are each independently an alkyl group having 1 to 5 carbon atoms, and R 1 is an alkylene group having 2 to 3 carbon atoms which is substituted with at least one fluorine atom, or an alkylene group having 2 to 3 carbon atoms which is substituted with an alkyl group having 1 to 3 carbon atoms that includes at least one fluorine atom. X is -SiR 2 R 3 R 4, wherein R 2 to R 4 are each independently an alkyl group having 1 to 5 carbon atoms, and R 1 is an alkylene group having 2 to 3 carbon atoms which is substituted with at least one fluorine atom, or an alkylene group having 2 to 3 carbon atoms which is substituted with an alkyl group having 1 to 3 carbon atoms that includes at least one fluorine atom.
Apparatus for determining an estimated value of the contents temperature of the contents of a container; wherein the apparatus comprises, - the container for accommodating the contents; - a temperature control unit, which is configured to generate or to withdraw thermal energy in order to control the temperature of the container from at least one side of the container; - a base temperature sensor, which is configured to acquire temperature data with regard to the container, which is arranged in such a way that the thermal energy generated or withdrawn by the temperature control unit influences the base temperature sensor; and - a processing unit, which is configured, - on the basis of the temperature data, to determine a value of a base temperature shown by the temperature data; characterised in that the processing unit is further configured, - to determine a correction factor dependent on the value of the base temperature determined; - to multiply by the energy data shown the amount of energy of the thermal energy generated or withdrawn in order to determine a correction value for the base temperature; and - to correct with the correction value the value of the base temperature determined, in order to determine the estimated value of the contents temperature of the contents of the container. - the container for accommodating the contents; - a temperature control unit, which is configured to generate or to withdraw thermal energy in order to control the temperature of the container from at least one side of the container; - a base temperature sensor, which is configured to acquire temperature data with regard to the container, which is arranged in such a way that the thermal energy generated or withdrawn by the temperature control unit influences the base temperature sensor; and - a processing unit, which is configured, - on the basis of the temperature data, to determine a value of a base temperature shown by the temperature data; - on the basis of the temperature data, to determine a value of a base temperature shown by the temperature data; - to determine a correction factor dependent on the value of the base temperature determined; - to multiply by the energy data shown the amount of energy of the thermal energy generated or withdrawn in order to determine a correction value for the base temperature; and - to correct with the correction value the value of the base temperature determined, in order to determine the estimated value of the contents temperature of the contents of the container.
A method for performing an optical three-dimensional recording using a hand-held dental camera, the camera automatically taking a plurality of individual three-dimensional optical recordings in succession at a defined frequency during the measurement, the individual three-dimensional optical recordings being combined using a registration method into an overall recording of a dental object to be measured, characterized in that a three-dimensional standard jaw model is displayed by means of a display device before the measurement is carried out, a first control point on the standard jaw model being displayed by means of the display device, the hand-held dental camera being positioned relative to the object to be recorded in such a way that the camera points to a point on the object to be recorded corresponding to the first control point of the standard jaw model and records a recording region of the dental object corresponding to the first control point.
A sprocket mountable on a shaft for rotation with the shaft about an axis of rotation (22; 82) and engageable with the inner surface of a conveyor belt loop, the sprocket comprising a hub forming a bore for receiving a shaft defining an axis of rotation); an outer periphery; an intermediate portion connecting the outer periphery to the hub; the outer periphery being arranged to contact the inner surface of the belt along an area of contact that varies laterally across the inner surface of the belt in each rotation of the sprocket, and wherein the outer periphery of the sprocket forms circumferentially spaced drive surfaces (72; 74) contacting the inner surface of a belt; characterised in that said outer periphery defines a circle lying in a plane oblique to the axis of rotation.
A radiation dose measuring method for a mixed radiation field of neutrons and gamma rays, comprising: a step of obtaining a total dose of neutrons and gamma rays by measuring with a dosimeter exposed to the mixed radiation field; and a step of analyzing a neutron dose of the dosimeter, characterized in that the step of analyzing the neutron dose of the dosimeter comprises: a step of calculating a neutron dose in the center region of the dosimeter by a simulation tool and obtaining a simulated neutron dose in the center region, wherein the center region locates at a center of the dosimeter; a step of correcting for a neutron detection efficiency of the dosimeter by a neutron relative effect of optical density (RE n) of the dosimeter to obtain a corrected neutron dose in the center of the dosimeter; and a step of analyzing a neutron intensity distribution, which is determined by means of measurement using a conversion material exposed to the mixed radiation field; and a step of multiplying the neutron intensity distribution by the corrected neutron dose in the center region of the dosimeter to obtain the neutron dose of the dosimeter. a step of obtaining a total dose of neutrons and gamma rays by measuring with a dosimeter exposed to the mixed radiation field; and a step of analyzing a neutron dose of the dosimeter, characterized in that the step of analyzing the neutron dose of the dosimeter comprises: a step of calculating a neutron dose in the center region of the dosimeter by a simulation tool and obtaining a simulated neutron dose in the center region, wherein the center region locates at a center of the dosimeter; a step of correcting for a neutron detection efficiency of the dosimeter by a neutron relative effect of optical density (RE n) of the dosimeter to obtain a corrected neutron dose in the center of the dosimeter; and a step of analyzing a neutron intensity distribution, which is determined by means of measurement using a conversion material exposed to the mixed radiation field; and a step of multiplying the neutron intensity distribution by the corrected neutron dose in the center region of the dosimeter to obtain the neutron dose of the dosimeter. a step of calculating a neutron dose in the center region of the dosimeter by a simulation tool and obtaining a simulated neutron dose in the center region, wherein the center region locates at a center of the dosimeter; a step of correcting for a neutron detection efficiency of the dosimeter by a neutron relative effect of optical density (RE n) of the dosimeter to obtain a corrected neutron dose in the center of the dosimeter; and a step of analyzing a neutron intensity distribution, which is determined by means of measurement using a conversion material exposed to the mixed radiation field; and a step of multiplying the neutron intensity distribution by the corrected neutron dose in the center region of the dosimeter to obtain the neutron dose of the dosimeter.
A method to compensate and control of charging a coolant into a cooling system via a conduit, such as a hose, to which the coolant is applied at the inlet end, and which is connected with the cooling system at the outlet end, and wherein the charging is controlled by a meter on the inlet end of the hose which controls a valve at the outlet end of the hose, and wherein the density of the coolant during the charging is monitored currently, comprising current recordal of the temperature of the coolant as well as its pressure in the hose to achieve a precise charging of the cooling system, characterized in that both the temperature of the coolant and its pressure are currently recorded both at its admission (7 and 9) to the hose and at its discharge (8 and 10) from the hose, wherein both temperature and pressure are measured by sensors (9, 10 and 7, 8) located at the inlet end and the outlet end of the hose and that the control and the compensation of the amount of coolant takes place in a computer, to which the signals from the temperature sensors (9a and 10a) and the pressure sensors (7a and 8a) are applied, where the computer calculate the density of the coolant flowing through the hose and compensate the amount of coolant passing through the valve, and that a signal for the control of the valve is applied from the computer.
A pipeline fastening assembly comprised of at least one fastening clip and at least one motor vehicle pipeline fixable or fixed to the fastening clip, wherein the motor vehicle pipeline has an outer surface made of plastic, which is weldable or welded with the fastening clip, characterized in that the fastening clip has at least one welding element, at least areas of which consist of a weldable plastic that is weldable or welded with the outer surface of the pipeline, and wherein the welding element is positively and/or non-positively and/or integrally-preferably positively and/or non-positively-fixable or fixed on the fastening clip.
A heat exchange module of a heat exchange device for use on an air-cooled water chiller unit or commercial rooftop machine, the heat exchange device comprising at least one heat exchange module, wherein the at least one heat exchange module comprises four heat exchangers (120, 130) joined together, two of the four heat exchangers have the same dimensions and substantially quadrilateral sides, characterized in that the other two of the four heat exchangers have the same dimensions and trapezoidal sides respectively having two opposite non-parallel edges, each heat exchanger (120, 130) comprises two headers disposed on two opposite sides of the heat exchanger, multiple heat exchange tubes are in communication with the headers, and are arranged at intervals in the sides of the heat exchangers, extending substantially parallel to each other therein. two of the four heat exchangers have the same dimensions and substantially quadrilateral sides, characterized in that the other two of the four heat exchangers have the same dimensions and trapezoidal sides respectively having two opposite non-parallel edges, each heat exchanger (120, 130) comprises two headers disposed on two opposite sides of the heat exchanger, multiple heat exchange tubes are in communication with the headers, and are arranged at intervals in the sides of the heat exchangers, extending substantially parallel to each other therein.
A cloud access server for rendering audio to an audio device, the cloud access server comprising: a communication port; and a processor coupled to a communication port, that identifies original audio content in response to receipt of an audio content request at the communication port where the audio content request has associated with it a device profile including a unique identification for the requesting audio device and an environment profile associated with the requesting audio device, wherein the device profile comprises a number of device attributes, and the environment profile comprises a number of environment attributes indicating a type of room or surrounding that the audio device is present in, and directs the processing of the original audio content into processed audio content in response to attributes contained in both the device profile and the environmental profile after which the processor directs the transmission of the processed audio content to the audio device that originated the audio content request, characterized in that, a first device attribute of the number of device attributes being indicative of a number of audio channels for the requesting audio device or a number of loudspeakers for the requesting audio device, and the cloud access server processes the original audio content based, respectively, on the number of audio channels for the requesting audio device or the number of loudspeakers for the requesting audio device. a communication port; and a processor coupled to a communication port, that identifies original audio content in response to receipt of an audio content request at the communication port where the audio content request has associated with it a device profile including a unique identification for the requesting audio device and an environment profile associated with the requesting audio device, wherein the device profile comprises a number of device attributes, and the environment profile comprises a number of environment attributes indicating a type of room or surrounding that the audio device is present in, and directs the processing of the original audio content into processed audio content in response to attributes contained in both the device profile and the environmental profile after which the processor directs the transmission of the processed audio content to the audio device that originated the audio content request, characterized in that, a first device attribute of the number of device attributes being indicative of a number of audio channels for the requesting audio device or a number of loudspeakers for the requesting audio device, and the cloud access server processes the original audio content based, respectively, on the number of audio channels for the requesting audio device or the number of loudspeakers for the requesting audio device.
A method for communicating between a network and dual receiver user equipment, UE, said method comprising: receiving first signaling from a first network node at a first frequency; simultaneously receiving second signaling via a point-to-multipoint, PtM, control channel from a second network node at a second frequency; receiving a request from said second network node at said second frequency, wherein said request is carried on said PtM control channel; and transmitting to said first network node a response to said request from said second network node. receiving first signaling from a first network node at a first frequency; simultaneously receiving second signaling via a point-to-multipoint, PtM, control channel from a second network node at a second frequency; receiving a request from said second network node at said second frequency, wherein said request is carried on said PtM control channel; and transmitting to said first network node a response to said request from said second network node.
An applicator for delivery of a substance into a body cavity, with a trocar sleeve, a through-hole formed in the trocar sleeve, and with a needle, guided in operating function in the through-hole of the trocar sleeve, at the distal end region of which needle a needle nozzle is formed; wherein the needle nozzle has at least one nozzle opening for the delivery of a substance which is to be introduced into the body cavity; characterized in that the needle is arranged with its outer circumference in a tight but slidable manner on an inner circumference of the through-hole.
A pharmaceutical syringe unit to be mounted on a main body of a pharmaceutical injection device for injecting a drug filled therein into a body, comprising: a cylindrical syringe cover including at one end side thereof a needle mount for an injection needle and a piston-inserting portion at the other end side; and a pharmaceutical syringe configured to be loaded in the syringe cover, wherein the syringe cover includes a flange portion protruded outwardly from an outer surface of the syringe cover in a radial manner, the syringe cover or the pharmaceutical syringe includes, on an outer surface thereof, a discrimination mark that is detectable by the main body of the pharmaceutical injection device and indicates a type of the drug, the syringe cover includes, on an outer surface thereof, a rotation marker that indicates a rotation direction of the pharmaceutical syringe unit with respect to the main body of the pharmaceutical injection device by using an arrow when the pharmaceutical syringe unit is mounted on the main body of the pharmaceutical injection device, the rotation marker is arranged at the one end side with respect to the flange portion, and the discrimination mark is arranged at the other end side with respect to the flange portion. a cylindrical syringe cover including at one end side thereof a needle mount for an injection needle and a piston-inserting portion at the other end side; and a pharmaceutical syringe configured to be loaded in the syringe cover, wherein the syringe cover includes a flange portion protruded outwardly from an outer surface of the syringe cover in a radial manner, the syringe cover or the pharmaceutical syringe includes, on an outer surface thereof, a discrimination mark that is detectable by the main body of the pharmaceutical injection device and indicates a type of the drug, the syringe cover includes, on an outer surface thereof, a rotation marker that indicates a rotation direction of the pharmaceutical syringe unit with respect to the main body of the pharmaceutical injection device by using an arrow when the pharmaceutical syringe unit is mounted on the main body of the pharmaceutical injection device, the rotation marker is arranged at the one end side with respect to the flange portion, and the discrimination mark is arranged at the other end side with respect to the flange portion.
A Tunneled Direct Link Setup, TDLS, establishment procedure for a TDLS initiator, the procedure comprising: transmitting (S21; S41; S51, S52; S61), by the TDLS initiator, a TDLS setup request frame via an access point, AP, to an intended peer station to establish a direct link with the intended peer station; receiving (S22; S42; S55, S56; S62), by the TDLS initiator, a TDLS setup response frame via the AP from the intended peer station in response to the TDLS setup request frame; and transmitting (S43; S57, S58; S63), by the TDLS initiator, a TDLS setup confirm frame via the AP to the intended peer station in response to the TDLS setup response frame. transmitting (S21; S41; S51, S52; S61), by the TDLS initiator, a TDLS setup request frame via an access point, AP, to an intended peer station to establish a direct link with the intended peer station; receiving (S22; S42; S55, S56; S62), by the TDLS initiator, a TDLS setup response frame via the AP from the intended peer station in response to the TDLS setup request frame; and transmitting (S43; S57, S58; S63), by the TDLS initiator, a TDLS setup confirm frame via the AP to the intended peer station in response to the TDLS setup response frame.
Device for performing an anterior translation of the tibia with respect to the femur according to the so-called Lachman test, for the detection and monitoring of a knee injury, in particular of the anterior cruciate ligament, referred to as the ACL, of the knee, characterized in that it is constituted by at least: - an elongated, concave, rigid, substantially semicylindrical part, referred to as a shell, suitable for covering the tibia of a patient in such a way that its free ends (2, 3) rest respectively on the tibia in a lower diaphyseal position and on the diaphysis of the femur and/or on the patella, in an upper position, the concave wall of the shell forming a free space with the upper part of the tibia, - an inflatable pouch positioned on the convex face of the shell at the level of the upper part of the tibia, connected to a source of pressurized fluid, for producing a forward movement of the tibia that reproduces the Lachman test during the expansion of said pouch, - means for fastening the shell onto the leg of the patient, consisting of at least one cuff for surrounding the calf and for covering the inflatable pouch. - an elongated, concave, rigid, substantially semicylindrical part, referred to as a shell, suitable for covering the tibia of a patient in such a way that its free ends (2, 3) rest respectively on the tibia in a lower diaphyseal position and on the diaphysis of the femur and/or on the patella, in an upper position, the concave wall of the shell forming a free space with the upper part of the tibia, - an inflatable pouch positioned on the convex face of the shell at the level of the upper part of the tibia, connected to a source of pressurized fluid, for producing a forward movement of the tibia that reproduces the Lachman test during the expansion of said pouch, - means for fastening the shell onto the leg of the patient, consisting of at least one cuff for surrounding the calf and for covering the inflatable pouch.