mhurhangee/ep-ind-claims huggingface dataset:
A wind driven automatic lubricator for a drive chain of a motorcycle, securable to said motorcycle, comprising: a hollow enclosure defining a reservoir for storing a liquid lubricant, comprising an inlet port, and an outlet port; air collection means for directing an airflow generated by forward motion of said motorcycle into said inlet port of said reservoir; a lubricant flow restriction means for limiting the rate at which said liquid lubricant is conveyed from said reservoir to said drive chain, and characterised by: a. said air collection means increasing the pressure inside of said reservoir while said motorcycle is in forward motion; and b. the wind driven automatic lubricator further comprising a lubricant conveying means for conveying said liquid lubricant from said reservoir through said outlet port to said drive chain wherein a highest point of conveyance of the lubricant conveying means is located vertically above the natural level of said liquid lubricant in said reservoir, whereby said liquid lubricant will be conveyed only when said reservoir is sufficiently pressurized. a hollow enclosure defining a reservoir for storing a liquid lubricant, comprising an inlet port, and an outlet port; air collection means for directing an airflow generated by forward motion of said motorcycle into said inlet port of said reservoir; a lubricant flow restriction means for limiting the rate at which said liquid lubricant is conveyed from said reservoir to said drive chain, and characterised by: a. said air collection means increasing the pressure inside of said reservoir while said motorcycle is in forward motion; and b. the wind driven automatic lubricator further comprising a lubricant conveying means for conveying said liquid lubricant from said reservoir through said outlet port to said drive chain wherein a highest point of conveyance of the lubricant conveying means is located vertically above the natural level of said liquid lubricant in said reservoir, whereby said liquid lubricant will be conveyed only when said reservoir is sufficiently pressurized. a. said air collection means increasing the pressure inside of said reservoir while said motorcycle is in forward motion; and b. the wind driven automatic lubricator further comprising a lubricant conveying means for conveying said liquid lubricant from said reservoir through said outlet port to said drive chain wherein a highest point of conveyance of the lubricant conveying means is located vertically above the natural level of said liquid lubricant in said reservoir, whereby said liquid lubricant will be conveyed only when said reservoir is sufficiently pressurized.
A computer-implemented method for designing a hearing aid having a shell and a number of components inside the shell, the method being characterised in that it comprises the following steps: entering three dimensional data related to both a flexible part and a hard part of a first one of said components into a computer-based system; entering information related to material characteristics for both the soft part and the hard part of the first component into the computer-based system; placing and moving the first component within the shell in a model generated by the computer-based system; calculating forces, stresses, and degree of deformation for parts of the first component based on the location of the first component and interaction with at least one other component and/or with the shell, wherein, in the case where the flexible part of the first component is about to penetrate said at least one other component or the shell, respectively, the necessary deformation calculations are applied on the flexible part of the first component to calculate a new deformed shape of the flexible part of the first component; revising the three dimensional data model based upon the calculated degree of deformation of the first component, determining whether all forces applied to each of the components create a zero sum vector; and, if any of the components has a sum vector of all forces that differs from zero, then automatically repositioning this component to a nearest position at which a zero sum vector can be achieved. entering three dimensional data related to both a flexible part and a hard part of a first one of said components into a computer-based system; entering information related to material characteristics for both the soft part and the hard part of the first component into the computer-based system; placing and moving the first component within the shell in a model generated by the computer-based system; calculating forces, stresses, and degree of deformation for parts of the first component based on the location of the first component and interaction with at least one other component and/or with the shell, wherein, in the case where the flexible part of the first component is about to penetrate said at least one other component or the shell, respectively, the necessary deformation calculations are applied on the flexible part of the first component to calculate a new deformed shape of the flexible part of the first component; revising the three dimensional data model based upon the calculated degree of deformation of the first component, determining whether all forces applied to each of the components create a zero sum vector; and, if any of the components has a sum vector of all forces that differs from zero, then automatically repositioning this component to a nearest position at which a zero sum vector can be achieved.
A cargo transport system for storing and transporting perishable products, the cargo transport system comprising: a container defining a space for transporting the perishable products; a control assembly constructed and arranged to control an environment parameter of the space; a sensor configured to measure the environment parameter and send a parameter signal indicative of an environment parameter measurement; a detector constructed and arranged to be directly secured to the perishable products for measuring a condition of the perishable products, and configured to send a condition signal indicative of the condition; and a control module configured to receive and process the condition and parameter signals and send a command signal to the control assembly for adjusting the environment parameter; wherein the condition signal is a wireless signal sent via a transmitter circuit of the detector and received by a receiver circuit of the control module, and wherein the measured condition of the perishable products includes color and/or firmness. a container defining a space for transporting the perishable products; a control assembly constructed and arranged to control an environment parameter of the space; a sensor configured to measure the environment parameter and send a parameter signal indicative of an environment parameter measurement; a detector constructed and arranged to be directly secured to the perishable products for measuring a condition of the perishable products, and configured to send a condition signal indicative of the condition; and a control module configured to receive and process the condition and parameter signals and send a command signal to the control assembly for adjusting the environment parameter; wherein the condition signal is a wireless signal sent via a transmitter circuit of the detector and received by a receiver circuit of the control module, and wherein the measured condition of the perishable products includes color and/or firmness.
A compound of formula A or a pharmaceutically acceptable salt thereof for use in treatment or prevention of adiponectin depletion associated metabolic disorders.
A second device, comprising a processor, a memory, a backup port, and a bus, wherein: the processor, the memory, and the backup port are connected to the bus and communicate through the bus; and characterized in that, the second device is directly connected to a first device through a cable, wherein the second device is of a same type like the first device; the second device further comprising a power supply apparatus, configured to supply power to the second device; the power supply apparatus is further configured to supply power to part of a first device through the cable, wherein the first device is powered off, and the cable is an electric cable; and the processor is configured to acquire, from the first device through the backup port of the second device, the cable, and a backup port of the first device, information to be backed up and write into the memory of the second device the information to be backed up, and the cable connects the backup port of the second device and the backup port of the first device. the processor, the memory, and the backup port are connected to the bus and communicate through the bus; and characterized in that, the second device is directly connected to a first device through a cable, wherein the second device is of a same type like the first device; the second device further comprising a power supply apparatus, configured to supply power to the second device; the power supply apparatus is further configured to supply power to part of a first device through the cable, wherein the first device is powered off, and the cable is an electric cable; and the processor is configured to acquire, from the first device through the backup port of the second device, the cable, and a backup port of the first device, information to be backed up and write into the memory of the second device the information to be backed up, and the cable connects the backup port of the second device and the backup port of the first device.
A process which can be executed by a terminal for selecting an application (AP1, AP2) executable at least in part by a secure module incorporated into that terminal, this process being as comprising: - a step for obtaining location information of the terminal from a memory of said secure module (MSEC); and - a selection step of an application from this location information. - a step for obtaining location information of the terminal from a memory of said secure module (MSEC); and - a selection step of an application from this location information.
A syringe sterilization verification assembly comprising: a syringe including a barrel having a tip; a tip cap assembly including an insert having a skirt configured to receive the tip; and a biological indicator, BI, member (102, 202, 302), characterized in that the biological indicator member (102, 202, 302) having an annular portion (106, 206) disposed around at least a portion of the tip and disposed radially between the tip and the skirt of the insert. a syringe including a barrel having a tip; a tip cap assembly including an insert having a skirt configured to receive the tip; and a biological indicator, BI, member (102, 202, 302), characterized in that the biological indicator member (102, 202, 302) having an annular portion (106, 206) disposed around at least a portion of the tip and disposed radially between the tip and the skirt of the insert.
A method comprising: determining, using sensor data obtained from one or more sensors of a host vehicle, whether multiple parking spaces are available in front of the host vehicle; determining, using the sensor data, parking-space characteristics of each available parking space of the multiple parking spaces, the parking-space characteristics including a width, an entry turning radius, and a longitudinal distance to the available parking space; determining, using an application of Bayesian theorem to conditional probability distributions for the parking-space characteristics, a selected parking space among the multiple parking spaces based on the parking-space characteristics, each conditional probability distribution identifying how probable a respective available space is likely to be chosen as the selected parking space given a respective parking-space characteristic, each conditional probability distribution for each parking-space characteristic having a respective predetermined mean value and a respective predetermined variance value, the selected parking space being the respective available space with a highest probability value; and controlling, using an assisted-driving or autonomous-driving system, operation of the host vehicle to park in the selected parking space. determining, using sensor data obtained from one or more sensors of a host vehicle, whether multiple parking spaces are available in front of the host vehicle; determining, using the sensor data, parking-space characteristics of each available parking space of the multiple parking spaces, the parking-space characteristics including a width, an entry turning radius, and a longitudinal distance to the available parking space; determining, using an application of Bayesian theorem to conditional probability distributions for the parking-space characteristics, a selected parking space among the multiple parking spaces based on the parking-space characteristics, each conditional probability distribution identifying how probable a respective available space is likely to be chosen as the selected parking space given a respective parking-space characteristic, each conditional probability distribution for each parking-space characteristic having a respective predetermined mean value and a respective predetermined variance value, the selected parking space being the respective available space with a highest probability value; and controlling, using an assisted-driving or autonomous-driving system, operation of the host vehicle to park in the selected parking space.
A tableted chewing gum composition for oral administration of cannabinoids, the composition comprising a plurality of particles, including a first population of particles comprising water-insoluble gum base and a second population of particles comprising water-soluble chewing gum ingredients, and the composition constituting at least two tableted layers, wherein a) a first tableted layer of the composition comprises water-insoluble gum base in an amount of 30 to 90% by weight of the first layer, and b) a second tableted layer of the composition, which is cohered to and adjacent to the first tableted layer, comprises water-soluble chewing gum ingredients in an amount of more than 50% by weight of the second tableted layer, the second tableted layer being free of water-insoluble gum base, and wherein the tableted chewing gum composition comprises one or more cannabinoids in an amount of 0.1 to 200 mg per piece of chewing gum. a) a first tableted layer of the composition comprises water-insoluble gum base in an amount of 30 to 90% by weight of the first layer, and b) a second tableted layer of the composition, which is cohered to and adjacent to the first tableted layer, comprises water-soluble chewing gum ingredients in an amount of more than 50% by weight of the second tableted layer, the second tableted layer being free of water-insoluble gum base, and
A method comprising: receiving, by an internal reference clock generator circuit of an integrated circuit, an internal reference clock signal and a reset signal; producing, by the internal reference clock generator circuit, a first clock signal based on the internal reference clock signal and the reset signal; receiving, by a sequential circuit, the first clock signal; providing, by the sequential circuit, the internal reference clock signal based on the first clock signal; receiving by a pulse generator circuit, the internal reference clock signal; counting, by the pulse generator circuit, a number of internal reference clock edges during a single clock cycle of a slow oscillator ring clock signal having a period longer than a period of the internal reference clock signal; determining whether the number is equal to zero; and generating a pulse and providing the pulse to the sequential circuit to recover the clock generator circuit from a deadlock in response to the number of the internal reference clock edges being equal to zero. receiving, by an internal reference clock generator circuit of an integrated circuit, an internal reference clock signal and a reset signal; producing, by the internal reference clock generator circuit, a first clock signal based on the internal reference clock signal and the reset signal; receiving, by a sequential circuit, the first clock signal; providing, by the sequential circuit, the internal reference clock signal based on the first clock signal; receiving by a pulse generator circuit, the internal reference clock signal; counting, by the pulse generator circuit, a number of internal reference clock edges during a single clock cycle of a slow oscillator ring clock signal having a period longer than a period of the internal reference clock signal; determining whether the number is equal to zero; and generating a pulse and providing the pulse to the sequential circuit to recover the clock generator circuit from a deadlock in response to the number of the internal reference clock edges being equal to zero.
A method for manufacturing a multi-finger pinned root for a turbine blade made of a Ti alloy or a high-strength steel with a tensile strength of 1300 MPa or higher and configured to be attached to a turbine rotor, the multi-finger pinned root configured for coupling the turbine blade and a rotor disc of the turbine rotor, wherein a pin insertion hole is formed through a turbine blade attachment base through steps of: drilling a through-hole; reaming the drilled through-hole using a reamer; and removing the reamer from the reamed through-hole while rotating the reamer after the reaming, wherein, a scratch is formed on an inner surface of the pin insertion hole and the scratch is inclined with respect to an axial direction of the pin insertion hole, with an angle of inclination θ being 60° or greater satisfying the following expression: θ ≥ cos − 1 Kt − 1 h 4 a where a/h being 0.1 is an aspect ratio of the scratch, with a being depth and h being width, Kt being 1.2 is an allowable stress concentration factor. drilling a through-hole; reaming the drilled through-hole using a reamer; and removing the reamer from the reamed through-hole while rotating the reamer after the reaming, wherein, a scratch is formed on an inner surface of the pin insertion hole and the scratch is inclined with respect to an axial direction of the pin insertion hole, with an angle of inclination θ being 60° or greater satisfying the following expression: θ ≥ cos − 1 Kt − 1 h 4 a where a/h being 0.1 is an aspect ratio of the scratch, with a being depth and h being width, Kt being 1.2 is an allowable stress concentration factor.
A construction machine in which a pair of boss parts (17L, 17R) coupled via a boss pipe are fixed to an end portion of a first structural body, a coupling pin is rotatably supported in bushes (20L, 20R) provided in the respective boss parts (17L, 17R), and a pair of brackets of a second structural body are coupled to opposite ends of the coupling pin protruding from outer surfaces of the respective boss parts (17L, 17R), respectively, the construction machine comprising: an inner pipe fitted onto the coupling pin on an inner circumferential side of the boss pipe, having opposite ends facing inner ends of the respective bushes (20L, 20R), respectively, and defining, between the inner pipe and an outer circumferential surface of the coupling pin, a grease passage having an annular cross section and extending in an axial direction, a pair of side plates (27L, 27R) each forming an annular shape to close a gap formed between an end portion of the inner pipe and an end portion of the boss pipe, and defining, between each side plate (27L, 27R) and an inner surface of each boss part (17L, 17R), each of grease chambers (28L, 28R) communicating with each other via the grease passage, characterized by further comprising a grease supply pipe disposed between both the side plates (27L, 27R), and having a base end welded to an outer circumferential surface of the inner pipe, an interior communicating with the grease passage, and a tip end exposed to an exterior via a hole extending through the boss pipe. an inner pipe fitted onto the coupling pin on an inner circumferential side of the boss pipe, having opposite ends facing inner ends of the respective bushes (20L, 20R), respectively, and defining, between the inner pipe and an outer circumferential surface of the coupling pin, a grease passage having an annular cross section and extending in an axial direction, a pair of side plates (27L, 27R) each forming an annular shape to close a gap formed between an end portion of the inner pipe and an end portion of the boss pipe, and defining, between each side plate (27L, 27R) and an inner surface of each boss part (17L, 17R), each of grease chambers (28L, 28R) communicating with each other via the grease passage, characterized by further comprising a grease supply pipe disposed between both the side plates (27L, 27R), and having a base end welded to an outer circumferential surface of the inner pipe, an interior communicating with the grease passage, and a tip end exposed to an exterior via a hole extending through the boss pipe.
An atomic layer deposition apparatus, comprising: - a process tunnel, longitudinally extending in a transport direction and bounded by a first and a second wall, said walls being mutually parallel and spaced apart so as to allow a substantially flat substrate, oriented parallel to said walls (104, 106), to be accommodated therebetween, and further bounded by side walls (308, 308') comprising gas exits (304, 304'); - a transport system for supporting and moving a train of said substrates or a continuous substrate in tape form, from an entrance of the tunnel, along the transport direction, to an exit thereof; wherein both the first wall and the second wall of the process tunnel are provided with a plurality of gas injection channels (102, 302), which channels are disposed in a spaced apart manner along the transport direction and configured to inject gas into the tunnel so as to form gas bearings for floatingly supporting the substrate, and wherein at least the gas injection channels in the first wall, viewed in the transport direction, are connected successively to a first precursor gas source, a purge gas source, a second precursor gas source and a purge gas source respectively, so as to create a tunnel segment that - in use - comprises successive, laterally extending zones containing a first precursor gas, a purge gas, a second precursor gas and a purge gas, respectively, and wherein two or more of such segments are disposed behind one another in the transport direction. - a process tunnel, longitudinally extending in a transport direction and bounded by a first and a second wall, said walls being mutually parallel and spaced apart so as to allow a substantially flat substrate, oriented parallel to said walls (104, 106), to be accommodated therebetween, and further bounded by side walls (308, 308') comprising gas exits (304, 304'); - a transport system for supporting and moving a train of said substrates or a continuous substrate in tape form, from an entrance of the tunnel, along the transport direction, to an exit thereof;
Cooling radiator comprising: a tube bundle, an input opening and an output opening of a cooling fluid, and bypass means whose function is to directly convey a portion of the flow rate of the cooling fluid from said input opening to said output opening, limiting the flow rate of cooling fluid in the tube bundle and the pressure developed in it, when this pressure exceeds a predetermined value; said bypass means are obtained by means of an overpressure valve characterized in that the valve comprises (i) a rounded head connected in a coaxial way with (ii) a small shaft; (iii) a support integral with the radiator and provided with a hole in which said small shaft is inserted; (iv) a counter spring keeping the rounded head in contact with the edges of a hole bored in the radiator; a certain quantity of cooling fluid passing through said hole and said support is positioned so as said quantity of cooling fluid passes also through the support provided with appropriate openings for the passage of the fluid.