mhurhangee/ep-ind-claims huggingface dataset:
Structure for encapsulation of at least one nano-object comprising: - a substrate (74, 102-106-110) with opposite first and second faces, - a cap (80, 104-108-112) with opposite first and second faces, the first face of the cap being fixed to the first face of the substrate, - at least one cavity defined between the cap and the substrate, - at least one nano-object in the cavity, and - first doped zones (88-90, 118, 124, 130, 136) that are in the substrate on the first face of the substrate, the nano-object being electrically connected to at least two of said first doped zones, characterised in that it also comprises: - second doped zones (92-94, 126, 132, 138) that are in the cap on the first face of the cap and that are electrically connected to the first doped zones, and - means of making contact (96-98, 113-114-115-116, 128, 134, 140) that range from the second face to the first face of the cap and that open up on the second doped zones, these means being electrically connected to these said second zones. - a substrate (74, 102-106-110) with opposite first and second faces, - a cap (80, 104-108-112) with opposite first and second faces, the first face of the cap being fixed to the first face of the substrate, - at least one cavity defined between the cap and the substrate, - at least one nano-object in the cavity, and - first doped zones (88-90, 118, 124, 130, 136) that are in the substrate on the first face of the substrate, the nano-object being electrically connected to at least two of said first doped zones, - second doped zones (92-94, 126, 132, 138) that are in the cap on the first face of the cap and that are electrically connected to the first doped zones, and - means of making contact (96-98, 113-114-115-116, 128, 134, 140) that range from the second face to the first face of the cap and that open up on the second doped zones, these means being electrically connected to these said second zones.
Fuel tank delimited by an outer casing, one face of which is intended to be an upper face in the mounted position of the fuel tank in a motor vehicle, carries at least one ventilation valve (2, 2a) connected to a ventilation duct discharging fuel vapors leaving the tank through said at least one valve (2, 2a) for ventilation intended to a device for storing and processing fuel vapors, the tank comprising a protective pipe (5, 5a) having an inlet end connected to said minus a valve (2, 2a) and an outlet end connected to an inlet of the ventilation duct, a portion (6, 6a) of the protective duct (5, 5a) having means of prohibition passage of liquid fuel to the ventilation duct, the protective pipe (5, 5a) of said at least one valve (2, 2a) extending along the upper face of the casing of the tank of fuel, characterized in that at least one groove is hollowed out on the upper face of the casing of the fuel tank for at least partial reception of the protective pipe (5, 5a).
A method of matching an image surface to a retina surface, comprising: receiving a measurement of at least a shape of a retina of a subject eye; determining a lens power that would focus light passing through the cornea and the pupil of the subject eye onto the retina surface; determining a shape of an image surface that would be produced by the eye with an IOL having the lens power; comparing the image surface shape to the shape of the retina surface; selecting a base lens power, including: in the case the image surface is flatter than the retina surface, selecting a base lens power greater than the lens power; in the case the image surface is less flat than the retina surface, selecting a base lens power less than the lens power; calculating a complimentary lens power equal to the lens power minus the selected base lens power; and providing for insertion in the subject eye's line of sight a base lens having the base lens power and a complementary lens having the complementary lens power. receiving a measurement of at least a shape of a retina of a subject eye; determining a lens power that would focus light passing through the cornea and the pupil of the subject eye onto the retina surface; determining a shape of an image surface that would be produced by the eye with an IOL having the lens power; comparing the image surface shape to the shape of the retina surface; selecting a base lens power, including: in the case the image surface is flatter than the retina surface, selecting a base lens power greater than the lens power; in the case the image surface is less flat than the retina surface, selecting a base lens power less than the lens power; in the case the image surface is flatter than the retina surface, selecting a base lens power greater than the lens power; in the case the image surface is less flat than the retina surface, selecting a base lens power less than the lens power; calculating a complimentary lens power equal to the lens power minus the selected base lens power; and providing for insertion in the subject eye's line of sight a base lens having the base lens power and a complementary lens having the complementary lens power.
Longitudinally watertight interface, comprising a plug connector with contact partners disposed in a housing, wherein each contact partner is disposed on the end of an electrical conductor of a line that is enclosed by an insulating casing made of plastic, wherein the housing is formed from a plastic that comes into contact with the insulating sheath of the line, characterized in that the plastic of the insulating sheath of the line is an ETFE plastic, ethylene tetrafluoroethylene, and the plastic of the housing is a PBT plastic, polybutylene terephthalate.
An X-ray tomography apparatus comprising: an X-ray generator that emits an X-ray beam; an X-ray detector that detects said X-ray beam emitted from said X-ray generator; a support that supports said X-ray generator and said X-ray detector; a tomographic layer-of-interest setting unit that sets a tomographic layer of interest; a turning drive unit that turns said X-ray generator and said X-ray detector relative to said tomographic layer of interest about a turning center axis set between said X-ray generator and said X-ray detector; a movement drive unit that moves at least one of said X-ray generator and said X-ray detector relative to said tomographic layer of interest in a direction perpendicular to said turning center axis; an image processor that generates an X-ray tomographic image indicating said tomographic layer of interest by performing image processing on a plurality of X-ray projection images generated based on an output signal output from said X-ray detector; and a controller that controls said turning drive unit and said movement drive unit, characterised in that when a center axis X-ray passing through said turning center axis in said X-ray beam is orthogonal to said tomographic layer of interest, the controller causes said X-ray detector to relatively approach said tomographic layer of interest and/or to relatively move said X-ray generator away from said tomographic layer of interest as compared to when said center axis X-ray is not orthogonal to said tomographic layer of interest. an X-ray generator that emits an X-ray beam; an X-ray detector that detects said X-ray beam emitted from said X-ray generator; a support that supports said X-ray generator and said X-ray detector; a tomographic layer-of-interest setting unit that sets a tomographic layer of interest; a turning drive unit that turns said X-ray generator and said X-ray detector relative to said tomographic layer of interest about a turning center axis set between said X-ray generator and said X-ray detector; a movement drive unit that moves at least one of said X-ray generator and said X-ray detector relative to said tomographic layer of interest in a direction perpendicular to said turning center axis; an image processor that generates an X-ray tomographic image indicating said tomographic layer of interest by performing image processing on a plurality of X-ray projection images generated based on an output signal output from said X-ray detector; and a controller that controls said turning drive unit and said movement drive unit, characterised in that when a center axis X-ray passing through said turning center axis in said X-ray beam is orthogonal to said tomographic layer of interest, the controller causes said X-ray detector to relatively approach said tomographic layer of interest and/or to relatively move said X-ray generator away from said tomographic layer of interest as compared to when said center axis X-ray is not orthogonal to said tomographic layer of interest.
Electro-hydraulic pump for hydrodynamic compression and/or cutting tools, comprising: - a pump housing, - an accumulator seat suitable for receiving an accumulator, - an electric motor supported by the pump housing and being able to be powered by the accumulator, - a hydrodynamic group supported by the pump housing and connected with the electric motor to effect a pressure increase of a hydraulic liquid, - an electronic control circuit connected with the electric motor and with the accumulator for controlling the electric motor, - a flexible pressure hose having a pump end connected to the pump housing and in communication with the hydrodynamic group, and a work end connectable to a work head of the tool spaced apart from the pump housing, so as to communicate the pressure of the hydraulic liquid to the work head, - a flexible control cable having an end connected to the pump housing and connected to the control circuit, and an opposite end to which a manual remote control is connected for a remote actuation and control of the electro-hydraulic pump, wherein the manual remote control comprises: - a push-button panel with an actuation button for starting the electric motor and characterised in that the manual remote control further comprises a button for selecting an operation mode of the electro-hydraulic pump among a plurality of preset operation modes, and - a multifunction display which displays the selected operation mode. - a pump housing, - an accumulator seat suitable for receiving an accumulator, - an electric motor supported by the pump housing and being able to be powered by the accumulator, - a hydrodynamic group supported by the pump housing and connected with the electric motor to effect a pressure increase of a hydraulic liquid, - an electronic control circuit connected with the electric motor and with the accumulator for controlling the electric motor, - a flexible pressure hose having a pump end connected to the pump housing and in communication with the hydrodynamic group, and a work end connectable to a work head of the tool spaced apart from the pump housing, so as to communicate the pressure of the hydraulic liquid to the work head, - a flexible control cable having an end connected to the pump housing and connected to the control circuit, and an opposite end to which a manual remote control is connected for a remote actuation and control of the electro-hydraulic pump, - a push-button panel with an actuation button for starting the electric motor and characterised in that the manual remote control further comprises a button for selecting an operation mode of the electro-hydraulic pump among a plurality of preset operation modes, and - a multifunction display which displays the selected operation mode.
A portable communication device comprising the following features: an activating device for transferring the portable communication device to a standby state which serves for inputting one or more authentication features of a user; an authentication device (TAS, ST, DSP, ZWS) for inputting the one or more authentication features in order to bring the portable communication device to an operating state after identifying a correct set of authentication features; characterized by a time measuring device for measuring a time interval elapsed since activation of the standby state; a deactivating device for setting the portable communication device to a disabled state unless a correct set of authentication features has been identified within a first predetermined time interval. an activating device for transferring the portable communication device to a standby state which serves for inputting one or more authentication features of a user; an authentication device (TAS, ST, DSP, ZWS) for inputting the one or more authentication features in order to bring the portable communication device to an operating state after identifying a correct set of authentication features; characterized by a time measuring device for measuring a time interval elapsed since activation of the standby state; a deactivating device for setting the portable communication device to a disabled state unless a correct set of authentication features has been identified within a first predetermined time interval.
A medical assembly comprising: a sling assembly including a dilator and an implant, the dilator configured to be coupled to the implant and including a proximal portion and a distal portion, wherein the proximal portion includes a first locking feature, wherein the dilator includes a dilator tab extending proximally to the dilator and configured to allow deflection of the dilator tab with respect to the dilator; a delivery device configured to deliver the sling assembly and comprising: a needle having a proximal portion and a distal portion such that the dilator is positioned over the needle; and a handle having a proximal portion and a distal portion, wherein the distal portion of the handle is coupled to the proximal portion of the needle, the distal portion of the handle including a second locking feature configured to releasably mate with the first locking feature, the first locking feature sized to frictionally retain the second locking feature at one location, wherein the distal portion of the handle and the proximal portion of the dilator are configured such that an advancement of the dilator in a direction of the handle causes the dilator tab to deflect, thereby causing the first locking feature to releasably mate with the second locking feature. a sling assembly including a dilator and an implant, the dilator configured to be coupled to the implant and including a proximal portion and a distal portion, wherein the proximal portion includes a first locking feature, wherein the dilator includes a dilator tab extending proximally to the dilator and configured to allow deflection of the dilator tab with respect to the dilator; a delivery device configured to deliver the sling assembly and comprising: a needle having a proximal portion and a distal portion such that the dilator is positioned over the needle; and a handle having a proximal portion and a distal portion, wherein the distal portion of the handle is coupled to the proximal portion of the needle, the distal portion of the handle including a second locking feature configured to releasably mate with the first locking feature, the first locking feature sized to frictionally retain the second locking feature at one location, a needle having a proximal portion and a distal portion such that the dilator is positioned over the needle; and a handle having a proximal portion and a distal portion, wherein the distal portion of the handle is coupled to the proximal portion of the needle, the distal portion of the handle including a second locking feature configured to releasably mate with the first locking feature, the first locking feature sized to frictionally retain the second locking feature at one location,
An antiperspirant composition for roll-on application, containing: a. water, b. at least one perspiration-inhibiting aluminum or aluminum-zirconium compound, c. an oil phase, containing: i. at least one silicone elastomer, ii. at least one silicone oil that is liquid under normal conditions, selected from dimethicone and cyclomethicone, and iii. at least one hydrocarbon oil consisting of only C and H, wherein the composition does not contain any copolymer consisting of at least two monomers selected from the group consisting of ethylene, propylene, butene and styrene. a. water, b. at least one perspiration-inhibiting aluminum or aluminum-zirconium compound, c. an oil phase, containing: i. at least one silicone elastomer, ii. at least one silicone oil that is liquid under normal conditions, selected from dimethicone and cyclomethicone, and iii. at least one hydrocarbon oil consisting of only C and H, i. at least one silicone elastomer, ii. at least one silicone oil that is liquid under normal conditions, selected from dimethicone and cyclomethicone, and iii. at least one hydrocarbon oil consisting of only C and H,
A crankcase for an internal combustion engine, the crankcase comprising: an upper portion for housing a camshaft; a lower portion for housing a crankshaft; a bearing cap for rotatably supporting the crankshaft, the bearing cap being bolted to the lower portion by at least one transverse bolt at a connection locus wherein the bearing cap is separated from the lower portion by a lateral interspace at the connection locus; and an oil drain passage extending from the transverse bolt to a crankcase base wherein the oil drain passage is configured to permit flow of oil from around the transverse bolt towards crankcase base and wherein the oil drain passage is positioned in the bearing cap, an axial side of the oil drain passage being in communication with the lateral interspace, wherein the oil drain passage has an inlet positioned adjacent a shaft of the transverse bolt, wherein the oil drain passage being formed partially in each of the corresponding portions of the bearing cap and the lower portion. an upper portion for housing a camshaft; a lower portion for housing a crankshaft; a bearing cap for rotatably supporting the crankshaft, the bearing cap being bolted to the lower portion by at least one transverse bolt at a connection locus wherein the bearing cap is separated from the lower portion by a lateral interspace at the connection locus; and an oil drain passage extending from the transverse bolt to a crankcase base wherein the oil drain passage is configured to permit flow of oil from around the transverse bolt towards crankcase base and wherein the oil drain passage is positioned in the bearing cap, an axial side of the oil drain passage being in communication with the lateral interspace, wherein the oil drain passage has an inlet positioned adjacent a shaft of the transverse bolt, wherein the oil drain passage being formed partially in each of the corresponding portions of the bearing cap and the lower portion.
A physically modified sago starch characterized by: (a) substantially the same molecular weight as native sago starch in that the starch has an average molecular weight which is at least 90% of the average molecular weight of native sago starch; (b) an onset of gelatinization temperature as measured by DSC in deionized water of at least 71°C; (c) a controlled viscosity development from 100 - 600 MVU of less than 15 MVU/second; (d) a peak viscosity of at least 400 MVU; and (e) a viscosity breakdown of less than 40% from peak viscosity, wherein the physically modified starch is either annealed in excess water in the presence of a swelling inhibition agent or heat moisture treated, and wherein the onset of gelatinization temperature, the controlled viscosity development, the peak viscosity and viscosity breakdown are determined as indicated in the specification. (a) substantially the same molecular weight as native sago starch in that the starch has an average molecular weight which is at least 90% of the average molecular weight of native sago starch; (b) an onset of gelatinization temperature as measured by DSC in deionized water of at least 71°C; (c) a controlled viscosity development from 100 - 600 MVU of less than 15 MVU/second; (d) a peak viscosity of at least 400 MVU; and (e) a viscosity breakdown of less than 40% from peak viscosity,
An antimicrobial film comprising: (a) cationic, linear, non-chemically modified polyethylenimine, (b) at least one adhesion promoter selected from a titanate, carboxylated branched or linear PEI, a silane compound, a cationic block copolymer, and a polymer comprising at least one acyl group, carboxylic acid group, a sulfur-containing group, an amino group, hydroxyl, or a halo-containing group, and a combination thereof, and (c) optionally organic and/or inorganic particles selected from the group consisting of graphene, g-C 3 N 4, a dye sensitizer, a conjugated polymer, a noble metal, W- and N-doped TiO 2 particles that have been hydrolyzed under ultraviolet light, and a mixture thereof, wherein the components of the film are not covalently bound to one another, and the antimicrobial film does not contain a non-polymer germicidal compound or an antimicrobial metal. (a) cationic, linear, non-chemically modified polyethylenimine, (b) at least one adhesion promoter selected from a titanate, carboxylated branched or linear PEI, a silane compound, a cationic block copolymer, and a polymer comprising at least one acyl group, carboxylic acid group, a sulfur-containing group, an amino group, hydroxyl, or a halo-containing group, and a combination thereof, and (c) optionally organic and/or inorganic particles selected from the group consisting of graphene, g-C 3 N 4, a dye sensitizer, a conjugated polymer, a noble metal, W- and N-doped TiO 2 particles that have been hydrolyzed under ultraviolet light, and a mixture thereof, the components of the film are not covalently bound to one another, and the antimicrobial film does not contain a non-polymer germicidal compound or an antimicrobial metal.
A method to determine the thickness of an intraoral device, characterized by the fact that it comprises the following steps: - continuously sensoring, in real time and through sensors, the load acting on the user's masticatory muscles; - gradually moving the user's jaw in the direction of opening and/or closing; - identifying the minimum load acting on the user's masticatory muscles; - measuring the distance between the user's upper and lower dental arches corresponding to the minimum load acting on the user's masticatory muscles; and - determining the thickness of the device according to the distance measured between the user's upper and lower dental arches corresponding to a situation where the load acting on the user's masticatory muscles as identified by the sensors is the lowest possible. - continuously sensoring, in real time and through sensors, the load acting on the user's masticatory muscles; - gradually moving the user's jaw in the direction of opening and/or closing; - identifying the minimum load acting on the user's masticatory muscles; - measuring the distance between the user's upper and lower dental arches corresponding to the minimum load acting on the user's masticatory muscles; and - determining the thickness of the device according to the distance measured between the user's upper and lower dental arches corresponding to a situation where the load acting on the user's masticatory muscles as identified by the sensors is the lowest possible.