mhurhangee/ep-ind-claims huggingface dataset:
Apparatus for mounting a solar energy device, the apparatus comprising: a support to which a solar energy device may be mounted so as to be movable to track movement of the Sun; a gas container for containing a gas; and a solar heating device constructed and arranged to receive solar energy and to cause the received solar energy to heat a gas in use; the apparatus being arranged such that heating of the gas by solar energy received at the solar heating device causes the gas container to expand so as to drive movement of a solar energy device mounted to the support in use; wherein the gas container is located so as to be beneath a solar energy device mounted to the support in use and is positioned off a support axis of the support, the solar heating device being located so as to be beneath a solar energy device mounted to the support in use and being positioned on the opposite side of the support axis of the support from the gas container, characterised by the gas container being in the form of an expandable balloon located at the top of the support and in contact with the solar energy device or a frame which carries the solar energy device in use so as to directly drive movement of the solar energy device mounted to the support in use. a support to which a solar energy device may be mounted so as to be movable to track movement of the Sun; a gas container for containing a gas; and a solar heating device constructed and arranged to receive solar energy and to cause the received solar energy to heat a gas in use; the apparatus being arranged such that heating of the gas by solar energy received at the solar heating device causes the gas container to expand so as to drive movement of a solar energy device mounted to the support in use; wherein the gas container is located so as to be beneath a solar energy device mounted to the support in use and is positioned off a support axis of the support, the solar heating device being located so as to be beneath a solar energy device mounted to the support in use and being positioned on the opposite side of the support axis of the support from the gas container, characterised by the gas container being in the form of an expandable balloon located at the top of the support and in contact with the solar energy device or a frame which carries the solar energy device in use so as to directly drive movement of the solar energy device mounted to the support in use.
A peripheral I/O device, comprising an I/O domain; a coherent domain; a plurality of compute resources; and a hybrid gateway configured to communicatively couple the peripheral I/O device to a host, the hybrid gateway comprising: I/O hardware configured to permit the host to communicate with a first subset of the plurality of compute resources assigned to the I/O domain, and coherent hardware configured to permit the host to communicate with a second subset of the plurality of compute resources assigned to the coherent domain, wherein the second subset is configured to share the coherent domain with compute resources in the host. a coherent domain; a plurality of compute resources; and a hybrid gateway configured to communicatively couple the peripheral I/O device to a host, the hybrid gateway comprising: I/O hardware configured to permit the host to communicate with a first subset of the plurality of compute resources assigned to the I/O domain, and coherent hardware configured to permit the host to communicate with a second subset of the plurality of compute resources assigned to the coherent domain, wherein the second subset is configured to share the coherent domain with compute resources in the host. I/O hardware configured to permit the host to communicate with a first subset of the plurality of compute resources assigned to the I/O domain, and coherent hardware configured to permit the host to communicate with a second subset of the plurality of compute resources assigned to the coherent domain, wherein the second subset is configured to share the coherent domain with compute resources in the host.
A computer-implemented method for calculating a future position of an intraoral object of a patient's intraoral cavity, the method comprising: receiving first digital data representative of an actual state of the intraoral cavity at a first time point; receiving second digital data representative of an actual state of the intraoral cavity at a second time point different from the first time point; processing data including the first and second digital data so as to generate a comparison of a characteristic of the intraoral cavity over the first and second time points; and calculating a predicted future position of said intraoral object based on said processed data. receiving first digital data representative of an actual state of the intraoral cavity at a first time point; receiving second digital data representative of an actual state of the intraoral cavity at a second time point different from the first time point; processing data including the first and second digital data so as to generate a comparison of a characteristic of the intraoral cavity over the first and second time points; and calculating a predicted future position of said intraoral object based on said processed data.
Fluid discharge head having a discharge stub which has a discharge opening and in which an inner sleeve is arranged which has a media channel and which receives a spring-loaded valve body self-acting closing the discharge opening by a compression spring, the valve body being formed as a cylindrical piston, which is axially displaceable in a cylinder chamber formed by the inner sleeve, an upper valve seat and a lower valve seat being provided for the piston ends (16, 17), and the valve body having an intermediate valve plate, which forms a chamber bottom of a pressure chamber which is connected to the media channel and in which, in order to open the upper valve seat, a media discharge pressure can be set and an opening characteristic is determined by a transmission ratio of the opening diameter of cylinder chamber and media inlet in the area of the lower valve seat, the transmission ratio is greater than 2 and the choice of the spring stiffness of the compression spring establishes the media discharge pressure in the pressure chamber, characterized in that that the upper piston end has an outer sealing lip via which the upper piston end is guided in the upper valve seat.
A single dose fluid dispenser package comprising a hollow body storing a single dose of fluid, made of a totally flexible material, also comprising a region of weakness that easily breaks when compressed, wherein the breaking of the region of weakness allows the single dose of fluid to be released and directed outwards from the single dose fluid dispenser package onto a user's skin, the hollow body being made of gelatinous material, said package being characterized in that the fluid is perfume, the gelatinous material is impermeable to the perfume and its constituents, and the region of weakness comprises weakened lines in a cross-like form.
Mechanical override device suitable for an undervoltage coil of a switching unit, said undervoltage coil including a plunger movable between a first excited position kept during normal operation when the undervoltage coil is energized and a second non-excited position taken when the undervoltage coil is in an undervoltage condition, the mechanical override device comprising a portion (13, 14) suitable for receiving an external movement command, characterized in that it comprises: - a further portion suitable for urging said plunger in said first excited position when said undervoltage coil is in said undervoltage condition; and - movement control means (50, 150; 58, 63, 168) for controlling one or more cinematic parameters of said further portion, wherein said further portion is movable, through an unlocking operating movement which is activated upon a releasing external command given by an operator on said portion (13, 14) suitable for receiving an external movement command, from a locking position in which said further portion is suitable to keep said plunger urged in said first excited position, to an unlocking position in which said further portion is not suitable to act on said plunger, said movement control means (50; 58, 63) being configured so as to make said unlocking operating movement of the further portion independent from the way said releasing external command is given by the operator, wherein said movement control means comprises permanent holding means cooperating with return means (58, 63) for permanently holding said further portion in said locking position once an external movement command directed to put said further portion in said locking position is completed and said portion (13, 14) (13, 14) suitable for receiving an external movement command is released. - a further portion suitable for urging said plunger in said first excited position when said undervoltage coil is in said undervoltage condition; and - movement control means (50, 150; 58, 63, 168) for controlling one or more cinematic parameters of said further portion, wherein said further portion is movable, through an unlocking operating movement which is activated upon a releasing external command given by an operator on said portion (13, 14) suitable for receiving an external movement command, from a locking position in which said further portion is suitable to keep said plunger urged in said first excited position, to an unlocking position in which said further portion is not suitable to act on said plunger, said movement control means (50; 58, 63) being configured so as to make said unlocking operating movement of the further portion independent from the way said releasing external command is given by the operator, wherein said movement control means comprises permanent holding means cooperating with return means (58, 63) for permanently holding said further portion in said locking position once an external movement command directed to put said further portion in said locking position is completed and said portion (13, 14) (13, 14) suitable for receiving an external movement command is released.
Spray device for detecting leaks, comprising: - a duct comprising: - an inlet configured to be connected to a tracer gas source, and - an outlet, - a valve interposed between the inlet and the outlet, - a casing receiving the duct and the valve, characterized in that the spray device comprises: - at least one probe arranged in the duct, the probe being configured to measure a parameter revealing the presence of the tracer gas in the duct, - at least one information device borne by the casing, configured to give information on the presence of tracer gas in the duct in relation to the measurement performed by the probe, and - a control unit configured to communicate with a leak detector by wireless communication. - a duct comprising: - an inlet configured to be connected to a tracer gas source, and - an outlet, - an inlet configured to be connected to a tracer gas source, and - an outlet, - a valve interposed between the inlet and the outlet, - a casing receiving the duct and the valve, - at least one probe arranged in the duct, the probe being configured to measure a parameter revealing the presence of the tracer gas in the duct, - at least one information device borne by the casing, configured to give information on the presence of tracer gas in the duct in relation to the measurement performed by the probe, and - a control unit configured to communicate with a leak detector by wireless communication.
A process of producing agglomerates comprising the steps of: (a) providing particles of at least one first material comprising a pharmacologically active agent wherein said pharmacologically active agent comprises at least one member selected from the group consisting of corticosteroids, β-agonists, anticholinergics, leukotriene antagonists and inhalable proteins or peptides and particles of at least one solid binder, at least one of said first material and said solid binder having a preselected amount of convertible amorphous content which is capable of being converted to crystalline form upon exposure to a preselected stimulus, wherein said preselected stimulus is selected from the group consisting of atmospheric moisture, temperature, radiation and solvent vapor, said convertible amorphous content being provided in an amount which is sufficient to allow for the formation of agglomerates; (b) agglomerating said particles of said first material and said solid binder while maintaining said preselected amount of convertible amorphous content; and thereafter (c) exposing said convertible amorphous content within said agglomerates to said preselected stimulus so as to convert said convertible amorphous content to a crystalline form. (a) providing particles of at least one first material comprising a pharmacologically active agent wherein said pharmacologically active agent comprises at least one member selected from the group consisting of corticosteroids, β-agonists, anticholinergics, leukotriene antagonists and inhalable proteins or peptides and particles of at least one solid binder, at least one of said first material and said solid binder having a preselected amount of convertible amorphous content which is capable of being converted to crystalline form upon exposure to a preselected stimulus, wherein said preselected stimulus is selected from the group consisting of atmospheric moisture, temperature, radiation and solvent vapor, said convertible amorphous content being provided in an amount which is sufficient to allow for the formation of agglomerates; (b) agglomerating said particles of said first material and said solid binder while maintaining said preselected amount of convertible amorphous content; and thereafter (c) exposing said convertible amorphous content within said agglomerates to said preselected stimulus so as to convert said convertible amorphous content to a crystalline form.
A super-elastic zirconium alloy for living tissues, comprises: titanium within a range of 27 mol%~54 mol%; niobium within a range of 5 mol%~9 mol%, serving as a β phase stabilizing element for stabilizing the β phase of zirconium; at least one of tin and aluminum within a range of 1mol~4mol%, serving as a ω phase inhibiting element for inhibiting the ω phase of zirconium; zirconium, which accounts for the remaining portion; inevitable impurities. titanium within a range of 27 mol%~54 mol%; niobium within a range of 5 mol%~9 mol%, serving as a β phase stabilizing element for stabilizing the β phase of zirconium; at least one of tin and aluminum within a range of 1mol~4mol%, serving as a ω phase inhibiting element for inhibiting the ω phase of zirconium; zirconium, which accounts for the remaining portion; inevitable impurities.
A battery stack comprising: an alternating stacked sequence of anodes and cathodes having a separator between each anode and each cathode, wherein each separator is heat sealed to an adjacent separator to form a sealed pocket around each cathode, wherein the separator includes one separator layer on each side of each cathode, each anode being not sealed between any of the separators, wherein each cathode includes a tab extending from a cathode body, the cathode including a neck area between the cathode body and the tab, the neck area being thinner than the cathode body and the tab, wherein the neck area is configured to allow room for the sealed pocket. an alternating stacked sequence of anodes and cathodes having a separator between each anode and each cathode, wherein each separator is heat sealed to an adjacent separator to form a sealed pocket around each cathode, wherein the separator includes one separator layer on each side of each cathode, each anode being not sealed between any of the separators, wherein each cathode includes a tab extending from a cathode body, the cathode including a neck area between the cathode body and the tab, the neck area being thinner than the cathode body and the tab, wherein the neck area is configured to allow room for the sealed pocket.
A vehicle steering control device having an electric power steering unit which generates steering assisting power for driving steerable wheels (22FL, 22FR) to steer, a steering ratio varying unit which is provided between an output member and an input member driven by steering operation of a driver and drives said output member relative to said input member to vary a steering ratio that is a ratio of a steering angle variation value of the steerable wheels (22FL, 22FR) with respect to a steering operation quantity of the driver, and a control means which controls said steering ratio varying unit; said steering ratio varying unit being provided on the side of said input member with respect to said power steering unit as viewed with respect to a transmitting path of the steering operation of the driver, characterized in that said control means decreases in magnitude the drive velocity of said output member driven by said steering ratio varying unit relative to said input member when the electric power required by said power steering unit is high as compared with the case where the electric power required by said power steering unit is low and when the magnitude of a difference between the maximum value of the steering drive velocity range of said steerable wheels (22FL, 22FR) which allows said power steering unit to generate a required steering assisting power and an actual steering drive velocity of said steerable wheels (22FL, 22FR) is small as compared with the case where the magnitude of said steering drive velocity difference is large.
Side part of a furniture part and device for adjusting the inclination of the furniture part which can be mounted movable on a furniture body by a guide unit, which furniture part is a drawer, wherein the guide unit comprises a drawer rail, a body rail and intermediate middle rail, and wherein the adjusting device is attached as a separate part on the side part of the furniture part such that in the assembled state an end side end section of the adjusting device on the drawer rail can be secured releasably to an insertion section of the drawer rail, wherein the end side end section of the adjusting device comprises a horizontal section which for securing the furniture part to the guide unit can be clamped below the insertion section, wherein a support section in the form of hook part is provided on the horizontal section in alignment with the side part such that the support section of the adjusting device attached to the side part of the furniture part grips over a support element on the side part so that on the support section a stop surface is provided opposite a counter section of the support element on the side part, whereby at least the movement of the side part away from the guide unit (12, 17) is prevented, wherein in the attached state of the adjusting device on the side part the support section grips through an opening on the side part.
A solid free-flowing particulate laundry detergent composition comprising: (a) from 0.5wt% to 20wt% AES particle comprising: (i) from 40wt% to 60wt% partially ethoxylated alkyl sulphate anionic detersive surfactant, wherein the partially ethoxylated alkyl sulphate anionic detersive surfactant has a molar average degree of ethoxylation of from 0.8 to 1.2, and wherein the partially ethoxylated alkyl sulphate anionic detersive surfactant has a molar ethoxylation distribution such that: (i.i) from 40wt% to 50wt% is unethoxylated, having a degree of ethoxylation of 0; (i.ii) from 20wt% to 30wt% has a degree of ethoxylation of 1; (i.iii) from 20wt% to 40wt% has a degree of ethoxylation of 2 or greater; (ii) from 20wt% to 50wt% salt, wherein the salt is selected from sulphate salt and/or carbonate salt; and (iii) from 10wt% to 30wt% silica; and (b) from 0.1wt% to 5wt% silicone particle comprising: (i) from 10wt% to 20wt% silicone; and (ii) from 50wt% to 80wt% carrier; and (c) from 0.01wt% to 2wt% perfume. (a) from 0.5wt% to 20wt% AES particle comprising: (i) from 40wt% to 60wt% partially ethoxylated alkyl sulphate anionic detersive surfactant, wherein the partially ethoxylated alkyl sulphate anionic detersive surfactant has a molar average degree of ethoxylation of from 0.8 to 1.2, and wherein the partially ethoxylated alkyl sulphate anionic detersive surfactant has a molar ethoxylation distribution such that: (i.i) from 40wt% to 50wt% is unethoxylated, having a degree of ethoxylation of 0; (i.ii) from 20wt% to 30wt% has a degree of ethoxylation of 1; (i.iii) from 20wt% to 40wt% has a degree of ethoxylation of 2 or greater; (ii) from 20wt% to 50wt% salt, wherein the salt is selected from sulphate salt and/or carbonate salt; and (iii) from 10wt% to 30wt% silica; and (i) from 40wt% to 60wt% partially ethoxylated alkyl sulphate anionic detersive surfactant, wherein the partially ethoxylated alkyl sulphate anionic detersive surfactant has a molar average degree of ethoxylation of from 0.8 to 1.2, and wherein the partially ethoxylated alkyl sulphate anionic detersive surfactant has a molar ethoxylation distribution such that: (i.i) from 40wt% to 50wt% is unethoxylated, having a degree of ethoxylation of 0; (i.ii) from 20wt% to 30wt% has a degree of ethoxylation of 1; (i.iii) from 20wt% to 40wt% has a degree of ethoxylation of 2 or greater; (i.i) from 40wt% to 50wt% is unethoxylated, having a degree of ethoxylation of 0; (i.ii) from 20wt% to 30wt% has a degree of ethoxylation of 1; (i.iii) from 20wt% to 40wt% has a degree of ethoxylation of 2 or greater; (ii) from 20wt% to 50wt% salt, wherein the salt is selected from sulphate salt and/or carbonate salt; and (iii) from 10wt% to 30wt% silica; and (b) from 0.1wt% to 5wt% silicone particle comprising: (i) from 10wt% to 20wt% silicone; and (ii) from 50wt% to 80wt% carrier; and (i) from 10wt% to 20wt% silicone; and (ii) from 50wt% to 80wt% carrier; and (c) from 0.01wt% to 2wt% perfume.
A method for providing position data for a chip card having portions for: - receiving or detecting position data of a localisation unit by the localisation unit, wherein the localisation unit is spatially separate from the chip card; - transmitting the position data from the localisation unit to the chip card via a contactless interface with use of a cryptographic protocol; - executing a distance-bounding protocol between the chip card and the localisation unit, wherein the distance-bounding protocol then concludes successfully precisely when the spatial distance between the chip card and localisation unit does not exceed a predefined maximum distance; and - executing a chip card function with successful conclusion of the distance-bounding protocol, wherein the chip card function uses the transmitted position data as position data specifying the current position of the chip card. - receiving or detecting position data of a localisation unit by the localisation unit, wherein the localisation unit is spatially separate from the chip card; - transmitting the position data from the localisation unit to the chip card via a contactless interface with use of a cryptographic protocol; - executing a distance-bounding protocol between the chip card and the localisation unit, wherein the distance-bounding protocol then concludes successfully precisely when the spatial distance between the chip card and localisation unit does not exceed a predefined maximum distance; and - executing a chip card function with successful conclusion of the distance-bounding protocol, wherein the chip card function uses the transmitted position data as position data specifying the current position of the chip card.