mhurhangee/ep-ind-claims huggingface dataset:
A blade outer air seal assembly comprising: a blade outer air seal having axially spaced forward and aft portions (106, 108) and a central web between said axially spaced portions (106, 108) and formed of a ceramic matrix composite; and an attachment block (112, 136) to be supported on structure within an engine, said attachment block (112, 136) mounting said blade outer air seal, and comprising a passage extending into a chamber within said attachment block (112, 136), and communicating with cooling holes through a radially inner face of said attachment block (112, 136) to direct cooling air at said central web of said blade outer air seal; characterised in that: said chamber includes circumferentially extending fingers communicating with said passage, such that air may pass into said passage, and then circumferentially into said circumferentially extending fingers, and then through cooling holes at circumferential edges of said attachment block (112, 136) and along said central web. a blade outer air seal having axially spaced forward and aft portions (106, 108) and a central web between said axially spaced portions (106, 108) and formed of a ceramic matrix composite; and an attachment block (112, 136) to be supported on structure within an engine, said attachment block (112, 136) mounting said blade outer air seal, and comprising a passage extending into a chamber within said attachment block (112, 136), and communicating with cooling holes through a radially inner face of said attachment block (112, 136) to direct cooling air at said central web of said blade outer air seal; characterised in that: said chamber includes circumferentially extending fingers communicating with said passage, such that air may pass into said passage, and then circumferentially into said circumferentially extending fingers, and then through cooling holes at circumferential edges of said attachment block (112, 136) and along said central web.
Mobile cutting tool for cutting a subsea tubular structure, the mobile cutting tool comprising: - a tool body configured for receiving the subsea tubular structure in an enclosure thereof; - an actuator mounted on the tool body at one side of the enclosure; - a non-rotatable cutting element provided on the actuator, the actuator with the cutting element being configured for carrying out a translational cutting movement through the enclosure including the subsea tubular structure, and - a reaction member mounted at an opposite side of the enclosure of the tool body opposite to the cutting element for applying a reaction force on the subsea tubular structure during cutting, wherein the reaction member forms part of a further actuator, wherein the further actuator comprises a cylinder, for example a hydraulic cylinder, wherein the reaction member is provided on or integrated with a piston rod of the further actuator, which further actuator is configured for opening and closing said enclosure for receiving said subsea tubular structure. - a tool body configured for receiving the subsea tubular structure in an enclosure thereof; - an actuator mounted on the tool body at one side of the enclosure; - a non-rotatable cutting element provided on the actuator, the actuator with the cutting element being configured for carrying out a translational cutting movement through the enclosure including the subsea tubular structure, and - a reaction member mounted at an opposite side of the enclosure of the tool body opposite to the cutting element for applying a reaction force on the subsea tubular structure during cutting, wherein the reaction member forms part of a further actuator, wherein the further actuator comprises a cylinder, for example a hydraulic cylinder, wherein the reaction member is provided on or integrated with a piston rod of the further actuator, which further actuator is configured for opening and closing said enclosure for receiving said subsea tubular structure.
A method of employing a belt for an angular drive, the method comprising: applying a twisted geometry to a first free span (202, 501, 701, 1001) of the belt; supporting the first free span of the belt via a freely rotating sheave (203A, 203B) or a driven sheave (203A, 203B) at a first extremity of the first free span; and characterized by at least one of positioning and orienting the rotating sheave or the driven sheave so as to misalign a geometric centerline (303B, 704B) of the first free span of belt at a given fleet angle with respect to a second extremity of the first free span, wherein the freely rotating sheave or the driven sheave comprise one or more sheaves having two dimensions of introduced fleet angle misalignment for the first free span of the belt that has a twisted entry on one engagement interface of the sheave and a straight exit at another engagement interface of the sheave. applying a twisted geometry to a first free span (202, 501, 701, 1001) of the belt; supporting the first free span of the belt via a freely rotating sheave (203A, 203B) or a driven sheave (203A, 203B) at a first extremity of the first free span; and characterized by at least one of positioning and orienting the rotating sheave or the driven sheave so as to misalign a geometric centerline (303B, 704B) of the first free span of belt at a given fleet angle with respect to a second extremity of the first free span, wherein the freely rotating sheave or the driven sheave comprise one or more sheaves having two dimensions of introduced fleet angle misalignment for the first free span of the belt that has a twisted entry on one engagement interface of the sheave and a straight exit at another engagement interface of the sheave.
A process for removing contaminants from a composition comprising unembrittled PET components and contaminants comprising: (a) directly converting said unembrittled PET components to soluble materials by mixing ethanediol with the composition at a temperature about the boiling point of ethanediol and for a time period sufficient to convert the polyethylene terephthalate components to polyethylene terephthalate polymers which are soluble in the ethanediol and form bis(hydroxyethyl)terephtalate and produce a product mixture thereof with insoluble materials; (b) recovering the soluble polyethylene terephthalate polymers, bis(hydroxyethyl)terephthalate and ethanediol from the mixture. (a) directly converting said unembrittled PET components to soluble materials by mixing ethanediol with the composition at a temperature about the boiling point of ethanediol and for a time period sufficient to convert the polyethylene terephthalate components to polyethylene terephthalate polymers which are soluble in the ethanediol and form bis(hydroxyethyl)terephtalate and produce a product mixture thereof with insoluble materials; (b) recovering the soluble polyethylene terephthalate polymers, bis(hydroxyethyl)terephthalate and ethanediol from the mixture.
A flywheel arrangement for a multifunctional exercise apparatus, the flywheel arrangement comprising a flywheel rotatably positioned in a housing, a braking band arranged around a portion of the perimeter of the flywheel, and a tension adjusting mechanism comprising a moveable tension arm capable of adjusting the tension of the braking band and an electrical motor for operating the moveable tension arm, wherein the tension adjusting mechanism further comprises a knob for manual manipulation of the moveable tension arm, and a selector for enabling a user in a first position to operate the moveable tension arm with the electrical motor and in a second position to operate the moveable tension arm with the knob.
A coffee grinder comprising: a first grinding wheel and a second grinding wheel arranged in a seat delimited by a side wall having a circular cross section; a grinding volume formed between the first grinding wheel and the second grinding wheel; a motor for rotating at least one of the first grinding wheel and second grinding wheel; a ground-coffee outlet opening in the side wall; wherein the motor is controlled to rotate the first grinding wheel and the second grinding wheel one with respect to the other so that coffee beans introduced in the grinding volume are ground, and to continue rotating the first grinding wheel and the second grinding wheel one with respect to the other after grinding of the coffee beans, thus cleaning the grinding volume and the seat, characterized in that the ground-coffee outlet opening has a side surface that extends substantially tangent to the side wall and ends into a ground-coffee chute for projection of the ground coffee into the ground-coffee chute, and in that the coffee grinder further comprises means to detect actual exhaustion of the coffee beans in the grinding volume.
Oral medicinal product comprising a plurality of microcapsules with modified release of active principle(s), at least some of said microcapsules individually consisting of a microparticle comprising at least one active principle, in particular at least one active principle with low solubility, with the exclusion of carvedilol, coated with at least one coating for the modified release of the active principle(s), said release being controlled by two distinct triggering mechanisms, one being based on a variation in pH and the other allowing the release of the active principle(s) after a predetermined time of residence in the stomach, said coating also conferring on the microcapsules an in vitro dissolution behaviour such that: - at constant pH 1.4, the dissolution profile comprises a lag phase of less than or equal to 7 hours, preferably less than or equal to 5 hours, and even more preferably of between 1 and 5 hours; - the transition from pH 1.4 to pH 7.0 results in a release phase that begins without any lag time; characterized in that at least some of said microcapsules comprise at least one swelling agent, and in that the weight fraction of the active principle(s) released during the lag phase is less than or equal to 15% by weight per hour, preferably less than or equal to 10% by weight per hour, and even more preferably less than or equal to 5% by weight per hour. - at constant pH 1.4, the dissolution profile comprises a lag phase of less than or equal to 7 hours, preferably less than or equal to 5 hours, and even more preferably of between 1 and 5 hours; - the transition from pH 1.4 to pH 7.0 results in a release phase that begins without any lag time;
A connector comprising: a terminal having a terminal main body, an axial positioning part provided on an outer periphery of the terminal main body as a recessed part; a housing having a terminal accommodating hole that accommodates the terminal and has an axial engaging part, the axial engaging part extending in the accommodating hole, and a slide hole vertically connected to the accommodating hole; and a slider fitted to the slide hole so as to freely slide, characterized in that the terminal main body is provided with a circumferential positioning part having two parallel abutting surfaces, the slider has a circumferential engaging part, and the circumferential engaging part protrudes in the accommodating hole and has a regulating surface, and the circumferential engaging part abuts on one of the abutting surfaces so that the abutting surfaces are parallel to the regulating surface when the slider slides in the slide hole. a terminal having a terminal main body, an axial positioning part provided on an outer periphery of the terminal main body as a recessed part; a housing having a terminal accommodating hole that accommodates the terminal and has an axial engaging part, the axial engaging part extending in the accommodating hole, and a slide hole vertically connected to the accommodating hole; and a slider fitted to the slide hole so as to freely slide, characterized in that the terminal main body is provided with a circumferential positioning part having two parallel abutting surfaces, the slider has a circumferential engaging part, and the circumferential engaging part protrudes in the accommodating hole and has a regulating surface, and the circumferential engaging part abuts on one of the abutting surfaces so that the abutting surfaces are parallel to the regulating surface when the slider slides in the slide hole.
A method of enforcing limitations on hardware drivers in a computing environment, the method comprising: from a system kernel, assigning I/O resources to a system's root bus driver; from the system root bus driver, assigning a subset (204-1 - 204-n) of the I/O resources to a system bus to which a device may be attached, wherein assigning a subset of the I/O resources to a system bus includes limiting the system bus to only be able to assign I/O resources that are assigned to it by the system root bus driver, wherein limiting the system bus to only be able to assign I/O resources that are assigned to it by the system root bus driver is accomplished by invoking a bus driver implemented in managed code that executes under the management of a sandboxed virtual machine; and from the system bus to which a device may be attached, assigning a subset (204-1-1, 204-1-2) of the subset of the I/O resources to a child device (202-1, 202-2, 102-1), comprising the bus driver exporting a bus slot interface which is used by the child device driver to allocate its assigned I/O resources to the child device, wherein no other service or process can attach itself to the bus slot interface except the driver of the child device. from a system kernel, assigning I/O resources to a system's root bus driver; from the system root bus driver, assigning a subset (204-1 - 204-n) of the I/O resources to a system bus to which a device may be attached, wherein assigning a subset of the I/O resources to a system bus includes limiting the system bus to only be able to assign I/O resources that are assigned to it by the system root bus driver, wherein limiting the system bus to only be able to assign I/O resources that are assigned to it by the system root bus driver is accomplished by invoking a bus driver implemented in managed code that executes under the management of a sandboxed virtual machine; and from the system bus to which a device may be attached, assigning a subset (204-1-1, 204-1-2) of the subset of the I/O resources to a child device (202-1, 202-2, 102-1), comprising the bus driver exporting a bus slot interface which is used by the child device driver to allocate its assigned I/O resources to the child device, wherein no other service or process can attach itself to the bus slot interface except the driver of the child device.
A packaged light emitting device, comprising: a substrate (202, 302, 402); a solid state light emitting device (210, 310, 412) on the substrate; a toroidal first lens (240, 340, 440) on the substrate and having a hole extending therethrough defining a cavity above the solid state light emitting device, the toroidal first lens including a first mating surface adjacent the cavity, the first mating surface being convex, and the toroidal first lens having a first index of refraction; and a second lens (230, 350, 432) positioned at least partially within the cavity formed by the toroidal first lens, the second lens including a second mating surface which is concave and which matches a shape of the convex first mating surface of the first lens at an interface therebetween, and the second lens having a second index of refraction that is different from the first index of refraction; wherein the second index of refraction is higher than the first index of refraction. a substrate (202, 302, 402); a solid state light emitting device (210, 310, 412) on the substrate; a toroidal first lens (240, 340, 440) on the substrate and having a hole extending therethrough defining a cavity above the solid state light emitting device, the toroidal first lens including a first mating surface adjacent the cavity, the first mating surface being convex, and the toroidal first lens having a first index of refraction; and a second lens (230, 350, 432) positioned at least partially within the cavity formed by the toroidal first lens, the second lens including a second mating surface which is concave and which matches a shape of the convex first mating surface of the first lens at an interface therebetween, and the second lens having a second index of refraction that is different from the first index of refraction; wherein the second index of refraction is higher than the first index of refraction.
An apparatus for use in measuring blood pressure, the apparatus comprising a processor configured to: acquire a signal indicative of pressure oscillations detected inside a cuff inflated to pressurize a measurement site of a subject undergoing cardiopulmonary resuscitation, wherein the pressure oscillations detected inside the cuff are indicative of a pulse of the subject; and trigger a blood pressure measurement for the subject based on the pressure oscillations detected inside the cuff; wherein the processor is configured to: trigger the blood pressure measurement for the subject when an amplitude of the pressure oscillations detected inside the cuff decreases subsequent to reaching a maximum amplitude. acquire a signal indicative of pressure oscillations detected inside a cuff inflated to pressurize a measurement site of a subject undergoing cardiopulmonary resuscitation, wherein the pressure oscillations detected inside the cuff are indicative of a pulse of the subject; and trigger a blood pressure measurement for the subject based on the pressure oscillations detected inside the cuff; wherein the processor is configured to: trigger the blood pressure measurement for the subject when an amplitude of the pressure oscillations detected inside the cuff decreases subsequent to reaching a maximum amplitude.
An oscillator for a regulator of a timepiece mechanism comprising a frame, a rigid body and a mechanism for connecting the rigid body to the frame enabling oscillations of the rigid body relative to the frame, the connecting mechanism comprising at least one first and one second rigid parts (16, 18; 46), and first and second flexible elements (34, 36; 44, 48) in the form of angular sectors of rings, the first and second flexible elements (34, 36; 44, 48) being concentric, each of the first and second flexible elements (34, 36; 44, 48) connecting the first and second rigid parts (16, 18; 46) together, characterised in that the first and second flexible elements (34, 36; 44, 48) extend primarily in distinct, non-parallel planes.
An electrically-heating cigarette smoking device having an electronic cigarette smoking function, comprising a cigarette holder, an electronically-vaporizing component and a mouth piece which are mutually matched for assembly, wherein the cigarette holder comprises a cigarette holding cavity and an optional end cap; the electronically-vaporizing component comprises a shell and the following assemblies located in the shell: a power supply, an air flow sensor switch and an electronic vaporizer having a central air flow passage; and the mouth piece is provided with an air flow passage, the optional end cap is used for closing one open end of the shell when present; the electrically-heating cigarette smoking device still comprises an air flow sensor switch gas inlet, the air flow sensor switch gas inlet perforates the shell and/or the optional end cap of the electrically-heating cigarette holder, and is in communication with the air flow passage in the mouth piece via the air flow sensor switch; characterized in that the cigarette holder is an electrically-heating cigarette holder having an electrical heater, in that the cigarette holding cavity is an electrically-heating cigarette holding cavity and in that the electronic vaporizer and the electrically-heating cigarette holder are arranged in parallel; the central air flow passage of the electronic vaporizer and the electrically-heating cigarette holding cavity are both in communication with the airflow passage in the mouth piece.
A bearing seal assembly of a rotary machine, the bearing seal assembly comprising: an inner shaft; an outer shaft disposed concentrically around and radially outward from the inner shaft, wherein a space between the inner shaft and the outer shaft forms an annulus void; an oil inlet port in the inner shaft through which lubricating oil can enter the annulus void; a grooved structure disposed in a radial surface of the outer shaft, wherein the grooved structure forms an oil retaining reservoir configured to retain a lubricating oil upon shutdown of the rotary machine, the grooved structure includes a first groove and a second groove, a wall separates the first groove and the second groove, and the wall is configured so that excess lubricating oil in the first groove flows over the wall and into the second groove; a bearing located external to the outer shaft; and an oil outlet port disposed in the outer shaft and connected to the grooved structure, the oil outlet port configured to supply the lubricating oil from the grooved structure to the bearing, wherein the grooved structure is disposed in an inner radial surface of the outer shaft and the oil outlet port is connected to the second groove. an inner shaft; an outer shaft disposed concentrically around and radially outward from the inner shaft, wherein a space between the inner shaft and the outer shaft forms an annulus void; an oil inlet port in the inner shaft through which lubricating oil can enter the annulus void; a grooved structure disposed in a radial surface of the outer shaft, wherein the grooved structure forms an oil retaining reservoir configured to retain a lubricating oil upon shutdown of the rotary machine, the grooved structure includes a first groove and a second groove, a wall separates the first groove and the second groove, and the wall is configured so that excess lubricating oil in the first groove flows over the wall and into the second groove; a bearing located external to the outer shaft; and an oil outlet port disposed in the outer shaft and connected to the grooved structure, the oil outlet port configured to supply the lubricating oil from the grooved structure to the bearing, wherein the grooved structure is disposed in an inner radial surface of the outer shaft and the oil outlet port is connected to the second groove.
Drive device for a windscreen wiper apparatus, with a drive unit which comprises an electric drive motor and a gearing and has an output shaft which is a carrier of a first wiper arm, and with a transmission linkage for driving a second wiper arm, wherein a first and a second connecting point (15, 16) to the first wiper arm and to the transmission linkage, respectively, are arranged axially spaced apart on the output shaft, characterized in that the connecting points (15, 16) are designed as shaft-hub connections, wherein a connecting portion (17, 18) is in each case arranged on the output shaft in the region of the connecting points (15, 16), on which connecting portion a hub of the first wiper arm or a component of the transmission linkage sits in a non-positive-locking or positive-locking manner, wherein the connecting portion of the transmission linkage is knurled, and the connecting portion of the transmission linkage is pressed into a smooth-walled bore in the component of the transmission linkage, and therefore the smooth wall of the bore is deformed in accordance with the knurling.