mhurhangee/ep-ind-claims huggingface dataset:
A coating device using carbon dioxide in which carbon dioxide is substituted for all or a portion of a diluent solvent (thinner) used in organic solvent-based spray coating, said coating device comprising: a paint supply line constituted by a tank for storing paint, a paint high-pressure pump for pressurizing the paint supplied from the tank, and a paint primary pressure regulation valve for regulating discharge pressure of the paint high-pressure pump and returning a surplus to the paint tank; a carbon dioxide supply line constituted by a tank for storing liquid carbon dioxide, a cooler for cooling the liquid carbon dioxide, a liquid carbon dioxide high-pressure pump for pressurizing the liquid carbon dioxide supplied from the cooler, and a liquid carbon dioxide primary pressure regulation valve for regulating discharge pressure of the liquid carbon dioxide high-pressure pump and returning a surplus to suction of the same pump; and a paint/carbon dioxide mixture line constituted by a high-pressure micro mixer for mixing pressurized paint supplied from the paint supply line and pressurized carbon dioxide supplied from the carbon dioxide supply line, and a spray gun for spraying the mixed paint/carbon dioxide pressurized mixture supplied from the mixer onto an object to be coated at atmospheric pressure. a paint supply line constituted by a tank for storing paint, a paint high-pressure pump for pressurizing the paint supplied from the tank, and a paint primary pressure regulation valve for regulating discharge pressure of the paint high-pressure pump and returning a surplus to the paint tank; a carbon dioxide supply line constituted by a tank for storing liquid carbon dioxide, a cooler for cooling the liquid carbon dioxide, a liquid carbon dioxide high-pressure pump for pressurizing the liquid carbon dioxide supplied from the cooler, and a liquid carbon dioxide primary pressure regulation valve for regulating discharge pressure of the liquid carbon dioxide high-pressure pump and returning a surplus to suction of the same pump; and a paint/carbon dioxide mixture line constituted by a high-pressure micro mixer for mixing pressurized paint supplied from the paint supply line and pressurized carbon dioxide supplied from the carbon dioxide supply line, and a spray gun for spraying the mixed paint/carbon dioxide pressurized mixture supplied from the mixer onto an object to be coated at atmospheric pressure.
A system for allocating available total battery charge in a group of personal mobile devices (105-130, 305, 500, 600, 900) among applications in the group of personal mobile devices, comprising: a user policy and rules engine (205, 705) to specify a set of power management policies for the personal mobile devices wherein the system allocates battery power to the applications according to the power management policies; an application power monitoring module (210, 710) to monitor battery usage per application running in the personal mobile devices; and a power-aware application resource scheduler module (215, 715) to schedule resources for applications (135-160, 310, 510-525, 625-640, 810, 815, 925-940) running in the personal mobile devices and migrate the applications across the personal mobile devices based on the monitored battery usage and the power management policies. a user policy and rules engine (205, 705) to specify a set of power management policies for the personal mobile devices wherein the system allocates battery power to the applications according to the power management policies; an application power monitoring module (210, 710) to monitor battery usage per application running in the personal mobile devices; and a power-aware application resource scheduler module (215, 715) to schedule resources for applications (135-160, 310, 510-525, 625-640, 810, 815, 925-940) running in the personal mobile devices and migrate the applications across the personal mobile devices based on the monitored battery usage and the power management policies.
A continuous fiber-reinforced resin composite material which is a laminate in which a continuous fiber layer and a resin layer are alternately laminated, wherein the resin layer is a layer formed by including a thermoplastic resin or a thermosetting resin, and the continuous fiber layer includes a structural frame of continuous fibers formed by arranging continuous fibers side by side, wherein the thermoplastic resin or the thermosetting resin, originating from the resin layer, penetrates into the structural frame of continuous fibers up to a predetermined depth from a surface of the continuous fiber to form a resin-impregnated continuous fiber, such that a part of the structural frame of continuous fibers is the resin-impregnated continuous fiber and the remainder of the structural frame of continuous fibers is a resin-non-impregnated continuous fiber into which the thermoplastic resin or the thermosetting resin is not penetrated, wherein a bulk volume ratio of the resin-impregnated continous fiber to the resin-non-impregnated continous fiber is 4:6 to 7:3.
A method of extracting and isolating compounds from plants of the Nicotiana species useful as a flavor material, comprising: receiving a plant material of the Nicotiana species; contacting the plant material with a solvent for a time and under conditions sufficient to extract one or more desired compounds from the plant material into the solvent; separating the solvent containing the one or more desired compounds from the extracted plant material, wherein the solvent is dry steam; and purifying the solvent containing the one or more desired compounds to provide an isolate comprising at least about 75 percent by weight of the one or more desired compounds, the one or more desired compounds being selected from the group consisting of solanone, neophytadiene, megastigmatrienone, β-damascenone, norsolanadione, cis- abienol, α-cembratrienediol, β-cembratrienediol, lutein, degradation products thereof, and mixtures thereof. receiving a plant material of the Nicotiana species; contacting the plant material with a solvent for a time and under conditions sufficient to extract one or more desired compounds from the plant material into the solvent; separating the solvent containing the one or more desired compounds from the extracted plant material, wherein the solvent is dry steam; and purifying the solvent containing the one or more desired compounds to provide an isolate comprising at least about 75 percent by weight of the one or more desired compounds, the one or more desired compounds being selected from the group consisting of solanone, neophytadiene, megastigmatrienone, β-damascenone, norsolanadione, cis- abienol, α-cembratrienediol, β-cembratrienediol, lutein, degradation products thereof, and mixtures thereof.
A tool for corrective treatment of an ingrown toenail with a nail plate shape correcting member (5,16) comprising: a tubular member made of a hard material; a slit formed in said tubular member in a longitudinal direction such that the tubular member has a C-shaped cross sectional configuration, characterised in that the tubular member having a tapered shape such that a diameter of the tubular member becomes smaller toward a tip; and at least one opening (4, 14) formed in said tubular member, said opening (4, 14) having such size and shape that one end of said nail plate shape correcting member (5, 16) is engaged with said opening (4, 14). a tubular member made of a hard material; a slit formed in said tubular member in a longitudinal direction such that the tubular member has a C-shaped cross sectional configuration, characterised in that the tubular member having a tapered shape such that a diameter of the tubular member becomes smaller toward a tip; and at least one opening (4, 14) formed in said tubular member, said opening (4, 14) having such size and shape that one end of said nail plate shape correcting member (5, 16) is engaged with said opening (4, 14).
A particle comprising a) a recombinant AvrA; and b) linking groups comprising disulfide bonds, wherein the linking groups conjugate the recombinant proteins to form a particle. a) a recombinant AvrA; and b) linking groups comprising disulfide bonds,
A sole for a sports shoe, in particular a soccer shoe, comprising: a. a plurality of profile elements (250, 255; 350, 355; 450, 455); b. a friction element (230; 330; 430); c. wherein the profile elements (250, 255; 350, 355; 450, 455) are distributed such that the friction element (230; 330; 430) can contact a sports ball to increase the friction between a lower side of the sole and the sports ball; d. wherein the plurality of profile elements (250, 255; 350, 355; 450, 455) comprises studs; e. wherein the friction element (230; 330; 430) is arranged in a forefoot and, optionally, a heel portion of the sole; f. wherein the friction element (230; 330; 430) comprises a material which provides a greater friction with a sports ball compared to a material of the profile elements (250, 255; 350, 355; 450, 455); g. characterized in that the friction element (230; 430) extends from the lateral side of the forefoot portion (210; 410) to the medial side of the forefoot portion (210; 410). a. a plurality of profile elements (250, 255; 350, 355; 450, 455); b. a friction element (230; 330; 430); c. wherein the profile elements (250, 255; 350, 355; 450, 455) are distributed such that the friction element (230; 330; 430) can contact a sports ball to increase the friction between a lower side of the sole and the sports ball; d. wherein the plurality of profile elements (250, 255; 350, 355; 450, 455) comprises studs; e. wherein the friction element (230; 330; 430) is arranged in a forefoot and, optionally, a heel portion of the sole; f. wherein the friction element (230; 330; 430) comprises a material which provides a greater friction with a sports ball compared to a material of the profile elements (250, 255; 350, 355; 450, 455); g. characterized in that the friction element (230; 430) extends from the lateral side of the forefoot portion (210; 410) to the medial side of the forefoot portion (210; 410).
A hand-held welding extruder comprising an extruder unit with an extruder screw, a drive unit with a motor and gear unit for the drive of the extruder screw, a hot-air unit with a hot-air nozzle, an outer housing and at least one handle or gripping device, so that the hand-held welding extruder can be held with one hand or with both hands, wherein the hot-air unit with the hot-air nozzle on the one hand and the extruder unit with the extruder screw on the other hand are housed in a front device section in each case in housings separated from one another, i.e. an extruder housing and a hot-air housing, the respective housing axes whereof run parallel or at a flat angle to one another, wherein the extruder housing and the hot-air housing of the front housing section are connected to one another by a transition section and lead into a common approximately cylindrical housing section, which lies behind said transition section in the axial direction and which comprises the handle for the one-handed operation, and wherein a welding shoe is located at the front end of the extruder housing, characterised in that a tacking nozzle is fitted in a swivelling manner to the hand-held welding extruder in the region of the hot-air unit for the preheating during the extrudate welding, wherein the tacking nozzle is fitted to a tubular section of the hot-air nozzle and capable of being swivelled out of a working position into a rest position and wherein the tip of the tacking nozzle projects, in the working position, in front of the front exit region of the welding shoe.
An electrical connector, in particular a squib connector for a safety restraint system for an automotive vehicle, which can be plugged into a mating electrical connector along a plug-in direction, comprising: a housing comprising a recess which is sized to receive a compression spring, and a compression spring with a longitudinal axis, the compression spring, which is unloaded in a plugged-in position, is configured to oppose plugging of the connector into the mating connector in a loaded state of the compression spring, and a position assurance element of the connector, comprising a head configured in a manner such that the head is disposed in the recess of the housing with the head being inserted through a first end of the compression spring, the position assurance element of the connector being capable of being displaced in the plug-in direction when the connector is plugged into the mating connector from a delivery position towards the plugged-in position, the first end of the compression spring exerting a force only on the position assurance element of the connector, the position assurance element exerting a force on the housing and a second end of the compression spring, which is opposite to the first end along the longitudinal axis of the spring, exerting a force only on the recess of the housing, characterized in that the housing is a one-piece housing. a housing comprising a recess which is sized to receive a compression spring, and a compression spring with a longitudinal axis, the compression spring, which is unloaded in a plugged-in position, is configured to oppose plugging of the connector into the mating connector in a loaded state of the compression spring, and a position assurance element of the connector, comprising a head configured in a manner such that the head is disposed in the recess of the housing with the head being inserted through a first end of the compression spring, the position assurance element of the connector being capable of being displaced in the plug-in direction when the connector is plugged into the mating connector from a delivery position towards the plugged-in position, the first end of the compression spring exerting a force only on the position assurance element of the connector, the position assurance element exerting a force on the housing and a second end of the compression spring, which is opposite to the first end along the longitudinal axis of the spring, exerting a force only on the recess of the housing, characterized in that the housing is a one-piece housing.
A method of detecting a carrier frequency in a downhole wireless telemetry system, the method comprising the steps of: transmitting from a first telemetry device at least one transmitted message modulated on a predetermined carrier frequency; receiving at a second telemetry device signals comprising the at least one message on a received carrier frequency which has shifted from the predetermined carrier frequency; and characterised by detecting at the second telemetry device the received carrier frequency on which the at least one received message is modulated by processing the signals to detect the received carrier frequency on which the at least one message is modulated. transmitting from a first telemetry device at least one transmitted message modulated on a predetermined carrier frequency; receiving at a second telemetry device signals comprising the at least one message on a received carrier frequency which has shifted from the predetermined carrier frequency; and characterised by detecting at the second telemetry device the received carrier frequency on which the at least one received message is modulated by processing the signals to detect the received carrier frequency on which the at least one message is modulated.
A humidifier assembly for a CPAP apparatus, comprising: a humidifier (10, 30, 170) that defines a reservoir for a body of liquid (26, 78), and a fluid passage between an inlet (22, 32) and an outlet (24, 34) of the humidifier (10, 30) for exposure of a flow of breathable gas from the CPAP apparatus to the body of liquid, the humidifier comprising a base configured to retain the body of liquid therein and including a heating plate, a top cover that covers the base, and a gasket disposed between the top cover and the base; and a connecting structure (100, 150) configured to connect between the CPAP apparatus and humidifier, the connecting structure comprising a housing (102, 154), the housing providing a receptacle (104, 172) within which the humidifier may be disposed, the housing comprising a base portion (106, 156) configured to support the humidifier thereon, a heating element positioned on the base portion and in thermal contact with the heating plate of the base when the humidifier is disposed in the receptacle, and characterized in that the connecting structure comprises a retaining portion (108, 158) extending generally parallel to the base portion (106, 156) and spaced from the base portion (106; 156), the retaining portion being configured to secure the humidifier in the receptacle, and further characterized in that the top cover includes the inlet and the outlet. a humidifier (10, 30, 170) that defines a reservoir for a body of liquid (26, 78), and a fluid passage between an inlet (22, 32) and an outlet (24, 34) of the humidifier (10, 30) for exposure of a flow of breathable gas from the CPAP apparatus to the body of liquid, the humidifier comprising a base configured to retain the body of liquid therein and including a heating plate, a top cover that covers the base, and a gasket disposed between the top cover and the base; and a connecting structure (100, 150) configured to connect between the CPAP apparatus and humidifier, the connecting structure comprising a housing (102, 154), the housing providing a receptacle (104, 172) within which the humidifier may be disposed, a base configured to retain the body of liquid therein and including a heating plate, a top cover that covers the base, and a gasket disposed between the top cover and the base; and a connecting structure (100, 150) configured to connect between the CPAP apparatus and humidifier, the connecting structure comprising a housing (102, 154), the housing providing a receptacle (104, 172) within which the humidifier may be disposed,
A computer-implemented method for automatic integration of services (206, 210) in service-based applications, a service being an independent software component that includes code and data used to execute complete and discrete functionality and that uses common interface standards, wherein a service can be communicated with over a network using standard communication protocols, the method being executed by one or more processors; characterized by receiving, by an integration extension engine and from a target service, user action metadata and target information, the user action metadata representing an action of a user to the target service; determining, by the integration extension engine, that an integration recommendation is to be issued to the source service at least partially in response to the user action metadata, the integration recommendation recommending a service integration of the target service with the source service; and automatically executing, by the integration extension engine, integration of the target service with the source service by: calling an extension framework to generate an extension to enable direct communication between the source service and the target service, the extension being installed in the source service, and calling a configuration framework to configure the source service having the extension installed therein; wherein, in response to the service integration, a user interface of the source service is populated with one or more fields of a user interface of the target service. receiving, by an integration extension engine and from a target service, user action metadata and target information, the user action metadata representing an action of a user to the target service; determining, by the integration extension engine, that an integration recommendation is to be issued to the source service at least partially in response to the user action metadata, the integration recommendation recommending a service integration of the target service with the source service; and automatically executing, by the integration extension engine, integration of the target service with the source service by: calling an extension framework to generate an extension to enable direct communication between the source service and the target service, the extension being installed in the source service, and calling a configuration framework to configure the source service having the extension installed therein; calling an extension framework to generate an extension to enable direct communication between the source service and the target service, the extension being installed in the source service, and calling a configuration framework to configure the source service having the extension installed therein; wherein, in response to the service integration, a user interface of the source service is populated with one or more fields of a user interface of the target service.
Thermal desorption device, comprising: - at least one magazine configured to contain two or more objects and provided with at least one outlet to eject the objects; - ejection means configured to eject the objects from said magazine through said outlet; - at least one shuttle with at least one support configured to receive at least one object, said shuttle being movable between at least one receiving position, where said shuttle receives an object ejected from said outlet, and at least one desorption position, where the object is in a thermal desorber; - first actuator means for moving said shuttle between said receiving position and said desorption position; characterized by - a thermal desorber with an opening to receive the object carried by said shuttle through said opening; - closing means carried by said shuttle and configured to assume at least one first position, in which the closing means seals said opening during desorption, and at least one second position. - at least one magazine configured to contain two or more objects and provided with at least one outlet to eject the objects; - ejection means configured to eject the objects from said magazine through said outlet; - at least one shuttle with at least one support configured to receive at least one object, said shuttle being movable between at least one receiving position, where said shuttle receives an object ejected from said outlet, and at least one desorption position, where the object is in a thermal desorber; - first actuator means for moving said shuttle between said receiving position and said desorption position; - a thermal desorber with an opening to receive the object carried by said shuttle through said opening; - closing means carried by said shuttle and configured to assume at least one first position, in which the closing means seals said opening during desorption, and at least one second position.