mhurhangee/ep-ind-claims huggingface dataset:
A gas turbine engine component comprising: a passage; a wall adjacent the passage, the wall including: a first side bordering the passage, a second side opposite the first side, the second side including an array of cells, and an array of channels (76; 176), each of the channels (76; 176) being located proximate a corresponding one of the cells; and a coating disposed in the array of cells; characterised in that: each of the channels has a sacrificial plug blocking fluid communication through the respective channel from the passage to the corresponding one of the cells. a passage; a wall adjacent the passage, the wall including: a first side bordering the passage, a second side opposite the first side, the second side including an array of cells, and an array of channels (76; 176), each of the channels (76; 176) being located proximate a corresponding one of the cells; and a coating disposed in the array of cells; a first side bordering the passage, a second side opposite the first side, the second side including an array of cells, and an array of channels (76; 176), each of the channels (76; 176) being located proximate a corresponding one of the cells; and a coating disposed in the array of cells; characterised in that: each of the channels has a sacrificial plug blocking fluid communication through the respective channel from the passage to the corresponding one of the cells.
A housing for a projection device, characterized in that the housing comprises: a case body comprising a first substrate, a second substrate and an annular connection plate that enclose an internal space, wherein the first substrate is disposed oppositely to the second substrate, and the annular connection plate is disposed between the first substrate and the second substrate; the second substrate comprises a lens placement region in which a lens of the projection device is to be arranged, and an region of the annular connection plate corresponding to the lens is an opening region; and a knob lens cap disposed in the lens placement region, the knob lens cap comprising a knob portion movably connected to the case body and extending out of the case body, the knob portion being configured to be rotated to drive the knob lens cap to rotate and move so as to shelter or expose the lens. a case body comprising a first substrate, a second substrate and an annular connection plate that enclose an internal space, wherein the first substrate is disposed oppositely to the second substrate, and the annular connection plate is disposed between the first substrate and the second substrate; the second substrate comprises a lens placement region in which a lens of the projection device is to be arranged, and an region of the annular connection plate corresponding to the lens is an opening region; and a knob lens cap disposed in the lens placement region, the knob lens cap comprising a knob portion movably connected to the case body and extending out of the case body, the knob portion being configured to be rotated to drive the knob lens cap to rotate and move so as to shelter or expose the lens.
An apparatus for in vivo delivery of solid form medication within the body of a patient, the apparatus comprising: a housing including a wall and a port in the wall; the housing configured to be implanted within the body of the patient; at least one belt disposed in the housing, the belt configured to carry a plurality of doses of solid form medication, each dose of medication disposed in a sealed packaging container (41, 44) and comprising at least one drug; an elongate member having a proximal and distal end (62, 63) and lumen, the proximal end coupled to the port in the housing wall and the lumen sized to receive the medication dose so that it may be advanced through the lumen to be delivered at the selected tissue site; and a mechanism for puncturing the packaging container and advancing the dose of the medication from the packaging container through the housing wall port and elongate member lumen to a tissue delivery site, the mechanism including an advancement member for puncturing the packaging container and advancing the medication dose from the packaging container; the mechanism configured to have the advancement member align with an individual sealed packaging container attached to the at least one belt so as to puncture opposite ends of the individual packaging container and advance the dose of medication out of the packaging container when the advancement member is advanced. a housing including a wall and a port in the wall; the housing configured to be implanted within the body of the patient; at least one belt disposed in the housing, the belt configured to carry a plurality of doses of solid form medication, each dose of medication disposed in a sealed packaging container (41, 44) and comprising at least one drug; an elongate member having a proximal and distal end (62, 63) and lumen, the proximal end coupled to the port in the housing wall and the lumen sized to receive the medication dose so that it may be advanced through the lumen to be delivered at the selected tissue site; and a mechanism for puncturing the packaging container and advancing the dose of the medication from the packaging container through the housing wall port and elongate member lumen to a tissue delivery site, the mechanism including an advancement member for puncturing the packaging container and advancing the medication dose from the packaging container; the mechanism configured to have the advancement member align with an individual sealed packaging container attached to the at least one belt so as to puncture opposite ends of the individual packaging container and advance the dose of medication out of the packaging container when the advancement member is advanced.
A neon tube or LED lighting device comprising a mounting plate with a substantially flat bottom, and at least one neon tube or a light source of the LED type fixed to said mounting plate and extending parallel to said bottom, a diffusing screen and a protective grid covering said mounting plate, characterized in that the diffusing screen comprises a flexible stretched fabric which extends at least in line with said mounting plate, parallel to the bottom thereof, with said screen being connected with the protective grid using magnetic connecting means, at least at the end in contact with the protective grid.
Tool for machining work pieces, comprising - a rotation axis, - a base body, - at least one operating slide which carries a machining element and can be slid with respect to the base body, - at least one other slide which can be slid with respect to the base body, - at least one balancing pendulum which can be pivoted with respect to the base body, - a first coupling device which connects the operating slide and the other slide and which is pivotably hinged to the operating slide and the other slide, - a second coupling device which connects the first coupling device and the balancing pendulum, characterized in that - the other slide is designed as an auxiliary slide, - the second coupling device is pivotably hinged to the first coupling device at a hinge point, and that - the second coupling device is mounted to be pivotable about the rotation axis of the tool, - wherein in the case of a displacement of the operating slide, the auxiliary slide is displaced - with regard to the rotation axis of the tool - in the opposite direction. - a rotation axis, - a base body, - at least one operating slide which carries a machining element and can be slid with respect to the base body, - at least one other slide which can be slid with respect to the base body, - at least one balancing pendulum which can be pivoted with respect to the base body, - a first coupling device which connects the operating slide and the other slide and which is pivotably hinged to the operating slide and the other slide, - a second coupling device which connects the first coupling device and the balancing pendulum, - the other slide is designed as an auxiliary slide, - the second coupling device is pivotably hinged to the first coupling device at a hinge point, and that - the second coupling device is mounted to be pivotable about the rotation axis of the tool, - wherein in the case of a displacement of the operating slide, the auxiliary slide is displaced - with regard to the rotation axis of the tool - in the opposite direction.
A pressure sensing unit comprising a closed cavity, wherein the cavity comprises at least one membrane forming an outer wall portion of the cavity; a first permanent magnet inside the cavity and coupled to the at least one membrane; and a second permanent magnet inside the cavity, wherein the second permanent magnet is coupled to the cavity by a fixed coupling, and the first permanent magnet is coupled to the membrane by an elongate structure allowing rotational movement, wherein said pressure sensing unit is a pressure sensing unit for sensing pressure within a human body, said pressure sensing unit being configured to be applied to a catheter or a guidewire; or to be used in: a pulmonary artery pressure sensor, sensors on implanted valves, pressure sensors at stents, or medical coils. a closed cavity, wherein the cavity comprises at least one membrane forming an outer wall portion of the cavity; a first permanent magnet inside the cavity and coupled to the at least one membrane; and a second permanent magnet inside the cavity, wherein the second permanent magnet is coupled to the cavity by a fixed coupling, and the first permanent magnet is coupled to the membrane by an elongate structure allowing rotational movement, wherein said pressure sensing unit is a pressure sensing unit for sensing pressure within a human body, said pressure sensing unit being configured to be applied to a catheter or a guidewire; or to be used in: a pulmonary artery pressure sensor, sensors on implanted valves, pressure sensors at stents, or medical coils.
An image forming device comprising: a rotating member to which can bodies are attached, rotates around a rotational axis extending along a horizontal direction, and sequentially conveys can bodies; and a plurality of image forming mechanisms provided to correspond to the respective can bodies conveyed by the rotating member, the plurality of image forming mechanisms being attached to the rotating member, moving together with the can bodies conveyed by the rotating member, and forming images on the can bodies by ejecting ink onto the can bodies, wherein each of the image forming mechanisms is provided with a plurality of image forming portions that are capable of simultaneously ejecting ink of mutually different colors onto the can body, and each of the image forming mechanisms is provided so as to be capable of rotating with respect to the can bodies, and rotates together with the can bodies, characterized in that ink ejection devices as part of the image forming portions are arranged above a holding member, which is attached to the rotating member to hold the can body. a rotating member to which can bodies are attached, rotates around a rotational axis extending along a horizontal direction, and sequentially conveys can bodies; and a plurality of image forming mechanisms provided to correspond to the respective can bodies conveyed by the rotating member, the plurality of image forming mechanisms being attached to the rotating member, moving together with the can bodies conveyed by the rotating member, and forming images on the can bodies by ejecting ink onto the can bodies, wherein each of the image forming mechanisms is provided with a plurality of image forming portions that are capable of simultaneously ejecting ink of mutually different colors onto the can body, and each of the image forming mechanisms is provided so as to be capable of rotating with respect to the can bodies, and rotates together with the can bodies, characterized in that ink ejection devices as part of the image forming portions are arranged above a holding member, which is attached to the rotating member to hold the can body.
A quality parameter transmission method, wherein the method comprises: sending, by a terminal, an indication message to a network side device, wherein the indication message carries first indication information indicating that the terminal has a quality parameter reporting capability, and a service supported by the terminal; receiving, by the terminal, a first request message from the network side device, wherein the first request message is used to request a quality parameter related to user experience of a preset service, wherein the preset service is the service supported by the terminal; receiving, by the terminal, second indication information from the network side device, wherein the second indication information is used to inform the terminal of at least one reporting manner for sending the quality parameter to the network side device; and sending, by the terminal, the quality parameter to the network side device in the at least one reporting manner; wherein the sending, by the terminal, the indication message to the network side device is performed prior to the receiving, by the terminal, the first request message from the network side device. sending, by a terminal, an indication message to a network side device, wherein the indication message carries first indication information indicating that the terminal has a quality parameter reporting capability, and a service supported by the terminal; receiving, by the terminal, a first request message from the network side device, wherein the first request message is used to request a quality parameter related to user experience of a preset service, wherein the preset service is the service supported by the terminal; receiving, by the terminal, second indication information from the network side device, wherein the second indication information is used to inform the terminal of at least one reporting manner for sending the quality parameter to the network side device; and sending, by the terminal, the quality parameter to the network side device in the at least one reporting manner; wherein the sending, by the terminal, the indication message to the network side device is performed prior to the receiving, by the terminal, the first request message from the network side device.
A static real-time CT imaging system, comprising a scanning bed unit, a scanning frame unit, a human-computer interaction unit, a power supply control unit, a ray source control unit, a movement control unit, a data acquisition processing unit, a system main control unit and an image data storage unit, wherein the scanning frame unit comprises a multifocal annular X-ray source and an annular photon detector; the multifocal annular X-ray source is composed of a plurality of scanning X-ray sources arranged in an annular shape, and the annular photon detector is composed of a plurality of photon counting detector modules arranged in an annular shape; each scanning X-ray source is configured to emit a wide beam of X-ray in turn which passes through the object to be measured and arrives at the corresponding photon counting detector module, and non-inverse geometry imaging is adopted between the scanning X-ray source and the corresponding photon counting detector module; characterized in that the multifocal annular X-ray source is configured to rotate at a uniform speed for an angle larger than any included angle range separating two adjacent focuses, and within the period of moving in the included angle range, the multifocal annular X-ray source is further configured to emit the wide beam of X-ray for many times to realize an interpolation scanning mode; and the photon counting detector modules are configured to operate in an overlapping manner and to send the corresponding exposure information to the data acquisition processing unit, and the image is reconstructed in real time and visualized in the data acquisition processing unit. the multifocal annular X-ray source is composed of a plurality of scanning X-ray sources arranged in an annular shape, and the annular photon detector is composed of a plurality of photon counting detector modules arranged in an annular shape; each scanning X-ray source is configured to emit a wide beam of X-ray in turn which passes through the object to be measured and arrives at the corresponding photon counting detector module, and non-inverse geometry imaging is adopted between the scanning X-ray source and the corresponding photon counting detector module; characterized in that the multifocal annular X-ray source is configured to rotate at a uniform speed for an angle larger than any included angle range separating two adjacent focuses, and within the period of moving in the included angle range, the multifocal annular X-ray source is further configured to emit the wide beam of X-ray for many times to realize an interpolation scanning mode; and the photon counting detector modules are configured to operate in an overlapping manner and to send the corresponding exposure information to the data acquisition processing unit, and the image is reconstructed in real time and visualized in the data acquisition processing unit.
Sweetening composition comprising a mixture of intense sweeteners consisting of: - Cyclamate or an edible salt thereof in a percentage ranging from 35 to 65%; - Saccharin or an edible salt thereof in a percentage ranging from 10 to 35%; - Sucralose in a percentage ranging from 2.8 to 55%. wherein the percentages are calculated by weight of the total weight of the intensive sweeteners alone. - Cyclamate or an edible salt thereof in a percentage ranging from 35 to 65%; - Saccharin or an edible salt thereof in a percentage ranging from 10 to 35%; - Sucralose in a percentage ranging from 2.8 to 55%.
A switching arrangement comprising: a control circuit; a latching relay controlled by the control circuit for connecting an AC source to an AC load; and a relief circuit in parallel with the relay and controlled by the control circuit, wherein the relief circuit has two modes of operation: an inactive mode in which the relief circuit is non-conductive and an active mode in which the relief circuit is at least partially conductive, wherein the relief circuit is partially conductive when spending both a time period in a conductive state and a time period in a non-conductive state during a half-cycle of the AC, wherein the control circuit is configured to switch the relief circuit from inactive mode to active mode, and upon switching to active mode, to set the relief circuit as partially conductive for at least two half-cycles, characterised in that the proportion of time the relief circuit is conductive compared to non-conductive is increased for successive ones of the at least two half-cycles. a control circuit; a latching relay controlled by the control circuit for connecting an AC source to an AC load; and a relief circuit in parallel with the relay and controlled by the control circuit, wherein the relief circuit has two modes of operation: an inactive mode in which the relief circuit is non-conductive and an active mode in which the relief circuit is at least partially conductive, wherein the relief circuit is partially conductive when spending both a time period in a conductive state and a time period in a non-conductive state during a half-cycle of the AC, wherein the control circuit is configured to switch the relief circuit from inactive mode to active mode, and upon switching to active mode, to set the relief circuit as partially conductive for at least two half-cycles, characterised in that the proportion of time the relief circuit is conductive compared to non-conductive is increased for successive ones of the at least two half-cycles.
An apparatus for extracting energy from fluid motion, said apparatus comprising a generator and a controller, wherein the generator comprises: a deformable body adapted to be deformed by fluid motion of a first fluid, wherein the deformation of the deformable body is arranged to drive at least one energy medium to be delivered to an energy output; the deformable body comprises a distensible tube for receiving a second fluid, the tube being adapted so as to be at least partially placeable within the first fluid and wherein the walls of the tube are provided with a plurality of force transducers arranged along a longitudinal direction of the tube, the force transducers being operable to transfer energy from the first or second fluid and/or to vary of the effective elasticity of the tube walls so that the velocity of propagation of bulge or pressure waves along the tube can be varied; and the force transducers comprise an electro-active material adapted to generate an electrical current upon deformation thereof and are arranged such that the deformation of the force transducers drives the energy medium; and wherein the controller is configured to control the electroactive material in order to control the energy medium so as to control at least one dynamic response of the deformable body to enable the distensible tube to oscillate or swim with a harmonic which is out of phase with the passing waves of the first fluid, or which is in phase with the passing waves of the first fluid. a deformable body adapted to be deformed by fluid motion of a first fluid, wherein the deformation of the deformable body is arranged to drive at least one energy medium to be delivered to an energy output; the deformable body comprises a distensible tube for receiving a second fluid, the tube being adapted so as to be at least partially placeable within the first fluid and wherein the walls of the tube are provided with a plurality of force transducers arranged along a longitudinal direction of the tube, the force transducers being operable to transfer energy from the first or second fluid and/or to vary of the effective elasticity of the tube walls so that the velocity of propagation of bulge or pressure waves along the tube can be varied; and the force transducers comprise an electro-active material adapted to generate an electrical current upon deformation thereof and are arranged such that the deformation of the force transducers drives the energy medium; and wherein the controller is configured to control the electroactive material in order to control the energy medium so as to control at least one dynamic response of the deformable body to enable the distensible tube to oscillate or swim with a harmonic which is out of phase with the passing waves of the first fluid, or which is in phase with the passing waves of the first fluid.