mhurhangee/ep-ind-claims huggingface dataset:
A non-contact charging system comprising a plurality of power transmitters, a communication section, and a power supply control section, wherein the power transmitters are configured to supply electric power to a device to be charged in a noncontact manner, the communication section is configured to be capable of obtaining information transmitted from the device to be charged, the power supply control section is configured to control electric power transmitted by the power transmitters for each power transmitter, the power supply control section is configured to detect the existence of the device to be charged, characterized in that the power supply control section is configured to set a specific pulse width as a pulse width of pulsed electric power transmitted from each power transmitter in response to detection of an existence of the device to be charged, and the specific pulse width varies from one power transmitter to another, the communication section is configured to receive information about the specific pulse width transmitted from the device to be charged, and the device to be charged is configured to obtain the specific pulse width from the received electric power, each power transmitter and the device to be charged corresponding to the power transmitter configure a combination, and the power supply control section is configured to identify the combination of each power transmitter and the device to be charged corresponding to the power transmitter based on correspondence between the information about the specific pulse width that has been set and the information about the specific pulse width that has been received.
A battery pack, comprising: a battery protective member having a first plate section and a second plate section which is integrally connected to both edge portions of a width direction of the first plate section and extends substantially in a direction perpendicular to both surfaces of the first plate section; and flat unit batteries being so placed on the first plate section as to rise above the upper end portion of the direction of the height,from a surface of the first plate section, of the second plate section of a side of a battery protective member, wherein the sides of some of the unit batteries are not covered with the second plate section.
A process for assembling portions of an aeronautical wing, wherein a wing covering is assembled with carrier structural elements (10, 11, 12), comprises the steps of: • placing side by side the structural elements (10, 11, 12) longitudinally, to form the spars, by determining a flat surface, having a plurality of longitudinal junctions, faced upwards; • adhering to said longitudinal junctions respective filling tapes; • translating and rotating by 180° said structural elements (10, 11, 12) in one single solution, by keeping them fixed in the mutual positions thereof and by transferring them above an inner surface of a wing covering; and • translating said structural elements (10, 11, 12) in one single solution, by keeping them fixed in the mutual positions thereof, downwards, by making the flat surface thereof to coincide with said inner surface. • placing side by side the structural elements (10, 11, 12) longitudinally, to form the spars, by determining a flat surface, having a plurality of longitudinal junctions, faced upwards; • adhering to said longitudinal junctions respective filling tapes; • translating and rotating by 180° said structural elements (10, 11, 12) in one single solution, by keeping them fixed in the mutual positions thereof and by transferring them above an inner surface of a wing covering; and • translating said structural elements (10, 11, 12) in one single solution, by keeping them fixed in the mutual positions thereof, downwards, by making the flat surface thereof to coincide with said inner surface.
A biologically active food additive for use in the treatment of the human's hemorheology, resulting in a spasmolytic action on the cerebral blood vessels, improvement of the quality of thinking, memory, human tolerance to physical and mental activity, prevention of strokes, improvement of the brain metabolism characterized in that it includes drone brood, dried and ground rose hips, red-stemmed buckwheat grass gathered during the blooming period and excipients at the following ratio: - drone brood: 5 to 50 wt.%, - dried and ground rose hips: 5 to 50 wt.%, - red-stemmed buckwheat grass gathered during the blooming period: 5 to 50 wt.%, - excipients: 0 to 70 wt.%. - drone brood: 5 to 50 wt.%, - dried and ground rose hips: 5 to 50 wt.%, - red-stemmed buckwheat grass gathered during the blooming period: 5 to 50 wt.%, - excipients: 0 to 70 wt.%.
A telescope comprising a fastener plate, a primary mirror carried by a front face of the plate, and a secondary mirror held facing the primary mirror by a support, the telescope being characterized in that the support comprises a primary sleeve extending around the primary mirror without touching the primary mirror, a secondary sleeve mounted around the secondary mirror, and arms connecting the secondary sleeve to the primary sleeve, and in that the arms are curved towards the primary mirror in such a manner that each arm has a convex portion side facing the primary mirror, the arms having a first end close to the primary sleeve and a second end close to the secondary sleeve, and each arm is of cross-section that varies between its ends (351, 352) in such a manner that, for a given force generating stresses in the arm, the stresses are distributed in equivalent manner along the arm.
A method, implemented by a computer system adapted to generate an Availability Management Framework, AMF, configuration in which service units of a service group are allocated to node groups and the node groups are allocated to physical nodes such that hardware redundancy for the service group is guaranteed, wherein each service unit is a unit of redundancy for services provided and protected by the service group, and each service unit includes one or more hardware components, software components or a combination of hardware and software components, the method being characterized by comprising a configuration module performing the steps of: generating a node group set, NG set, of the node groups, wherein each node group includes a group of virtual machines and is to be mapped to a different host group that includes one or more physical nodes; generating collocation and separation rules for the virtual machines to specify which ones of the virtual machines are collocated in a same node group and which ones of the virtual machines are separated by different node groups; and mapping each service unit of the service group to a different node group in the NG set to thereby guarantee hardware separation in the AMF configuration for different service units of the service group and for the virtual machines allocated to the different service units. generating a node group set, NG set, of the node groups, wherein each node group includes a group of virtual machines and is to be mapped to a different host group that includes one or more physical nodes; generating collocation and separation rules for the virtual machines to specify which ones of the virtual machines are collocated in a same node group and which ones of the virtual machines are separated by different node groups; and mapping each service unit of the service group to a different node group in the NG set to thereby guarantee hardware separation in the AMF configuration for different service units of the service group and for the virtual machines allocated to the different service units.
Hydrophobic inorganic fine particles which have been subjected to the following treatment or: surface treatment with silicone oil, and then, with one or two or more types of treatment agents selected from the group consisting of silane compounds and silazane compounds; or surface treatment with one or two or more types of treatment agents selected from the group consisting of silane compounds and silazane compounds in the presence of silicone oil, and then further subjected to surface treatment with silicone oil. surface treatment with silicone oil, and then, with one or two or more types of treatment agents selected from the group consisting of silane compounds and silazane compounds; or surface treatment with one or two or more types of treatment agents selected from the group consisting of silane compounds and silazane compounds in the presence of silicone oil,
A watch-type terminal comprising: a main body that includes an antenna module configured to perform wireless communication in a defined frequency band; a band coupled to the main body and being sized to be removably coupled to a user's wrist; a ground portion that includes first and second metal members (411, 412) that extend to have respectively different lengths; a sensor unit configured to provide an output to indicate whether the main body is positioned at a user's body part; a switch configured to selectively ground the antenna module; and wherein the terminal is characterised by further comprising: a controller configured to: control the switch to ground the antenna module to at least one of the first and second metal members when the sensor unit output indicates that the main body is positioned at the user's body part. a main body that includes an antenna module configured to perform wireless communication in a defined frequency band; a band coupled to the main body and being sized to be removably coupled to a user's wrist; a ground portion that includes first and second metal members (411, 412) that extend to have respectively different lengths; a sensor unit configured to provide an output to indicate whether the main body is positioned at a user's body part; a switch configured to selectively ground the antenna module; and wherein the terminal is characterised by further comprising: a controller configured to: control the switch to ground the antenna module to at least one of the first and second metal members when the sensor unit output indicates that the main body is positioned at the user's body part. a controller configured to: control the switch to ground the antenna module to at least one of the first and second metal members when the sensor unit output indicates that the main body is positioned at the user's body part. control the switch to ground the antenna module to at least one of the first and second metal members when the sensor unit output indicates that the main body is positioned at the user's body part.
Cryogenic plant comprising at least one storage module; said at least one storage module comprising: - at least one horizontal tank for a cryogenic fluid; - at least one pump placed in fluidic through connection with said at least one horizontal tank; - said at least one horizontal tank comprising - an outer casing made in a single piece in concrete material defining an inner chamber; - a single inner casing defining a single storage volume and placed in said inner chamber; - a filler thermally insulating and saturating said inner chamber between said outer casing and said inner casing and coating every outer surface of said inner casing surrounding said inner casing and thus avoiding direct contact between said outer casing and said inner casing; wherein said at least one horizontal tank comprises at least one pedestal arranged in said inner chamber and raising said inner casing with respect to said outer casing; wherein said horizontal tank comprises pipes suitable to place said storage volume in fluidic through connection with the outside of said tank; and said outer casing comprises - a single through opening between the inner and an outer chamber of said tank saturated with said filler and housing said pipes; and - a closing plaque to close the through opening substantially counter-shaped with respect to said opening. - at least one horizontal tank for a cryogenic fluid; - at least one pump placed in fluidic through connection with said at least one horizontal tank; - said at least one horizontal tank comprising - an outer casing made in a single piece in concrete material defining an inner chamber; - a single inner casing defining a single storage volume and placed in said inner chamber; - a filler thermally insulating and saturating said inner chamber between said outer casing and said inner casing and coating every outer surface of said inner casing surrounding said inner casing and thus avoiding direct contact between said outer casing and said inner casing; wherein said at least one horizontal tank comprises at least one pedestal arranged in said inner chamber and raising said inner casing with respect to said outer casing; wherein said horizontal tank comprises pipes suitable to place said storage volume in fluidic through connection with the outside of said tank; and said outer casing comprises wherein said at least one horizontal tank comprises at least one pedestal arranged in said inner chamber and raising said inner casing with respect to said outer casing; wherein said horizontal tank comprises pipes suitable to place said storage volume in fluidic through connection with the outside of said tank; and said outer casing comprises - a single through opening between the inner and an outer chamber of said tank saturated with said filler and housing said pipes; and - a closing plaque to close the through opening substantially counter-shaped with respect to said opening.
Apparatus for separating air by cryogenic distillation, comprising a system of columns (K1, K2), a first turbine, a first compressor coupled to the first turbine, a heat exchanger, a second turbine, a second compressor coupled to the second turbine, means for sending air cooled in the heat exchanger to an intermediate temperature thereof to the second compressor, means for sending air compressed in the second compressor to an intermediate point of the heat exchanger and then at least partly to the system of columns through a first valve, means (9, V4, V19) for sending a fraction of air coming from the first compressor and cooled in the heat exchanger to an intermediate temperature to the second turbine, means (11, V13, V5) for sending a fraction of air cooled in the heat exchanger to an intermediate temperature thereof to the first turbine, means for sending expanded air from the first turbine and from the second turbine to the system of columns, characterised in that it comprises means (23, V3) for sending air compressed in the second compressor to the inlet of the second turbine through a second valve without passing through the heat exchanger, the latter means also being connected to the inlet of the first turbine, and means (9, 11, 15, V7) for sending air from the second compressor to the system of columns without passing either through the heat exchanger or through the first or second turbine, these means being formed by a short-circuiting conduit provided with a third valve that is a pressure-reducing valve.
A vibration damper for a tool which vibrates in the operating state thereof, in particular for an impact drilling machine or the like, wherein a damping mass arrangement is provided, which damping mass arrangement, when the vibration damper is installed, is coupled to the tool and is excited by the vibrations of the tool via the coupling to provide damping vibrations, wherein the coupling between the damping mass arrangement and the tool has such a clearance, at least in the operating state, that the excitation of the damping mass arrangement in at least one vibration direction originates from a substantially shocklike interaction between the damping mass arrangement and the tool, wherein the order of magnitude of the clearance lies in the order of magnitude of the amplitudes of the vibrations to be damped and in that the clearance is smaller than the maximum amplitude of the vibrations to be damped, characterized in that the coupling between the damping mass arrangement and the tool does not have any clearance in the inoperative state, and in that the clearance is formed only in the operating state, in particular by relaxation of the damping material.
A suspension clamp for securing a cable having a preferential bend characteristic, comprising: a body; wherein the body has a clamping region and a first radius adjacent to the clamping region, characterized in that the body has a second radius adjacent to the first radius, wherein the first radius is greater than the second radius, wherein the first radius is not axisymmetric to a longitudinal centerline of the suspension clamp, and wherein the first radius is tangent to the clamping region. a body; wherein the body has a clamping region and a first radius adjacent to the clamping region, characterized in that the body has a second radius adjacent to the first radius, wherein the first radius is greater than the second radius, wherein the first radius is not axisymmetric to a longitudinal centerline of the suspension clamp, and wherein the first radius is tangent to the clamping region.
A method to audio watermark a media presentation, the method comprising: obtaining a watermarked noise signal including a watermark and a noise signal having energy substantially concentrated in an audible frequency band, the watermarked noise signal attenuated, based on ambient noise sensed in an environment in which the media presentation is to be presented, to be substantially inaudible without combining with a separate audio signal, the ambient noise being sensed by an audio sensor; associating the watermarked noise signal with a substantially silent media component of the media presentation, the media presentation including one or more media components; and outputting the watermarked noise signal during presentation of the substantially silent media component. obtaining a watermarked noise signal including a watermark and a noise signal having energy substantially concentrated in an audible frequency band, the watermarked noise signal attenuated, based on ambient noise sensed in an environment in which the media presentation is to be presented, to be substantially inaudible without combining with a separate audio signal, the ambient noise being sensed by an audio sensor; associating the watermarked noise signal with a substantially silent media component of the media presentation, the media presentation including one or more media components; and outputting the watermarked noise signal during presentation of the substantially silent media component.
Compounds of the general formula II where R1 means hydrogen, halogen, haloalkyl, dihaloalkyl, trihaloalkyl, cyano, R2 means halogen, R3 means hydroxy, mercapto, alkylthio, [amino(imino)methyl]thio, alkyldithio, difluormethyloxy, R4, R5 mean, independently, hydrogen, alkyl, benzyl; or together, including an atom of nitrogen, they mean morpholinyl, piperidinyl, pyrrolidinyl, imidazolyl, triazinyl, tetrahydroazepinyl, piperazinyl, N'-alkylpiperazinyl, homopiperazinyl, N'-alkylhomopiperazinyl, pyrrolidinyl, R6 means aryl, heteroaryl, R7 means aryl, heteroaryl, n= 1-4, and their stereoisomers or mixes in any proportion, pharmaceutically acceptable acidic or basic additive salts, including the solvates. R1 means hydrogen, halogen, haloalkyl, dihaloalkyl, trihaloalkyl, cyano, R2 means halogen, R3 means hydroxy, mercapto, alkylthio, [amino(imino)methyl]thio, alkyldithio, difluormethyloxy, R4, R5 mean, independently, hydrogen, alkyl, benzyl; or together, including an atom of nitrogen, they mean morpholinyl, piperidinyl, pyrrolidinyl, imidazolyl, triazinyl, tetrahydroazepinyl, piperazinyl, N'-alkylpiperazinyl, homopiperazinyl, N'-alkylhomopiperazinyl, pyrrolidinyl, R6 means aryl, heteroaryl, R7 means aryl, heteroaryl, n= 1-4, and their stereoisomers or mixes in any proportion, pharmaceutically acceptable acidic or basic additive salts, including the solvates.
A lock for use in an attachment system to connect a ground engaging tool to a bucket lip, the lock having a body, a force applying member and a force receiving member, such that the application of force by the force applying member causes the force receiving member to protrude from a first side of the body to apply a force to a lug on the bucket lip, characterised in that relative hardnesses of the body, the force applying member and the force receiving member are such that the application of sufficient force to the protruding portion of the force receiving member will preferentially cause deformation of a protruding portion of the force receiving member ahead of deformation of the body or the force applying member.
A method of manufacturing a data carrier, the data carrier comprising a ceramic substrate having first and second opposite surfaces and a thickness of at most 500 μm, wherein the first surface of the substrate is coated with a first coating, the material of the first coating being different from the material of the ceramic substrate, wherein the first coating comprises a plurality of laser-ablated recesses encoding information; wherein the method comprises the following steps: providing a ceramic substrate; coating the first surface of the substrate with a first coating by physical vapor deposition or chemical vapor deposition; and generating a plurality of recesses in the first coating by means of laser ablation, wherein the laser-ablated recesses are generated by a picosecond or a femtosecond pulse laser; wherein the data carrier is tempered after the coating process at a temperature of at least 200°C to achieve a sintered interface between the substrate and the first coating to enhance the bond between the substrate and the first coating. providing a ceramic substrate; coating the first surface of the substrate with a first coating by physical vapor deposition or chemical vapor deposition; and generating a plurality of recesses in the first coating by means of laser ablation, wherein the laser-ablated recesses are generated by a picosecond or a femtosecond pulse laser; wherein the data carrier is tempered after the coating process at a temperature of at least 200°C to achieve a sintered interface between the substrate and the first coating to enhance the bond between the substrate and the first coating.
A lubrication box, comprising: - a first portion of the lubrication box, the first portion having a skin-engaging surface and at least one sidewall, the skin-engaging surface and the at least one side walls forming a cavity, - at least two holes extending through the skin-engaging surface of the first portion, - a shaving aid material (30,50,52,54) disposed into the cavity, the shaving aid material at least partially filling at least one of the holes in the skin-engaging surface and at least a portion of the cavity, and - a second portion of the lubrication box, the second portion being attached to the first portion such that the cavity is substantially closed, characterized in that - a gap exists in the cavity between the shaving aid material (30,50,52,54) and the second portion of the lubrication box to permit the shaving aid material (30,50,52,54) to expand during normal use, and - the skin-engaging surface is comprised of an elastomeric material that is in contact with and stretches the skin during normal shaving. - a first portion of the lubrication box, the first portion having a skin-engaging surface and at least one sidewall, the skin-engaging surface and the at least one side walls forming a cavity, - at least two holes extending through the skin-engaging surface of the first portion, - a shaving aid material (30,50,52,54) disposed into the cavity, the shaving aid material at least partially filling at least one of the holes in the skin-engaging surface and at least a portion of the cavity, and - a second portion of the lubrication box, the second portion being attached to the first portion such that the cavity is substantially closed, - a gap exists in the cavity between the shaving aid material (30,50,52,54) and the second portion of the lubrication box to permit the shaving aid material (30,50,52,54) to expand during normal use, and - the skin-engaging surface is comprised of an elastomeric material that is in contact with and stretches the skin during normal shaving.