mhurhangee/ep-ind-claims huggingface dataset:
A recording apparatus comprising: a medium setting section on which a recording medium is set; a recording section that records an image on the recording medium set on the medium setting section; and a medium moving section that relatively reciprocates the medium setting section with respect to the recording section in a first direction and a second direction opposite to the first direction, wherein the recording section includes a pretreatment section that supplies a pretreatment liquid to the recording medium set on the medium setting section when the medium setting section relatively moves in the first direction, a leveling section that is provided on a further downstream side with respect to the pretreatment section in the first direction and levels a recording surface (Ma) of the recording medium to which the pretreatment liquid is supplied when the medium setting section relatively moves in the first direction, and a supplying section that supplies ink to a leveled recording surface when the medium setting section relatively moves in the second direction. a medium setting section on which a recording medium is set; a recording section that records an image on the recording medium set on the medium setting section; and a medium moving section that relatively reciprocates the medium setting section with respect to the recording section in a first direction and a second direction opposite to the first direction, wherein the recording section includes a pretreatment section that supplies a pretreatment liquid to the recording medium set on the medium setting section when the medium setting section relatively moves in the first direction, a leveling section that is provided on a further downstream side with respect to the pretreatment section in the first direction and levels a recording surface (Ma) of the recording medium to which the pretreatment liquid is supplied when the medium setting section relatively moves in the first direction, and a supplying section that supplies ink to a leveled recording surface when the medium setting section relatively moves in the second direction.
Safety module for a door-lock device, intended to block a door of a household appliance, comprising a first terminal, a second terminal, an actuator arranged between said first terminal and said second terminal, a closing switch, provided with contacts (41, 42), associated with said door of said household appliance and arranged on a closing circuit branch, and a blocking switch, provided with contacts (61, 62), functionally associated with said actuator and arranged on a blocking circuit branch, characterised in that said closing circuit branch and said blocking circuit branch are parallel connected to each other, a multiple switch, in its turn comprising a first elastic lamina, which is one of the contacts (41, 42) of said closing switch, a second elastic lamina, which constitutes one of the contacts (61, 62) of said blocking switch, and a common electric support, which said first and said second elastic lamina are coupled to, said multiple switch being made of a single piece, and wherein said closing circuit branch and said blocking circuit branch are series connected to said actuator. a first terminal, a second terminal, an actuator arranged between said first terminal and said second terminal, a closing switch, provided with contacts (41, 42), associated with said door of said household appliance and arranged on a closing circuit branch, and a blocking switch, provided with contacts (61, 62), functionally associated with said actuator and arranged on a blocking circuit branch, characterised in that said closing circuit branch and said blocking circuit branch are parallel connected to each other, a multiple switch, in its turn comprising a first elastic lamina, which is one of the contacts (41, 42) of said closing switch, a second elastic lamina, which constitutes one of the contacts (61, 62) of said blocking switch, and a common electric support, which said first and said second elastic lamina are coupled to, a first elastic lamina, which is one of the contacts (41, 42) of said closing switch, a second elastic lamina, which constitutes one of the contacts (61, 62) of said blocking switch, and a common electric support, which said first and said second elastic lamina are coupled to, said multiple switch being made of a single piece, and wherein said closing circuit branch and said blocking circuit branch are series connected to said actuator.
A method for changing oil in drives and other devices in wind energy assemblies (abbreviated to WEA), in particular for the offshore industry, in which tanks for waste oil, flushing oil and fresh oil, pumps, a control unit and an energy supply unit are arranged in a transport unit, e.g. a ship, truck, the tanks are connected in succession to the respective device in the WEA by means of hoses, the waste oil is drawn off, flushed with flushing oil if necessary and fresh oil is then supplied, characterised in that the transport unit supports at least one stand-alone container, which is known per se, or two stand-alone containers (2, 3), in which all of the devices for an oil change including hoses, control system and energy supply are arranged, as is known per se, the stand-alone container (s) (1, 2, 3) is/are delivered by the transport unit to the WEA, the stand-alone container(s) (1, 2, 3) is/are then deposited by the transport unit directly onto a platform of the WEA and secured against falling and pendular movements and the pieces of equipment in the containers (2, 3) are connected to one another, the hoses for waste oil/flushing oil and fresh oil are subsequently connected in succession to the respective device of the WEA, if required the drive is flushed with flushing oil after the waste oil has been sucked off and the oil is exchanged, the hose connections are then loosened, retracted and the stand-alone container(s) (1, 2, 3) is/are lowered with the auxiliary crane in the presence of the transport unit, or respectively is/are delivered from the platform to said transport unit.
Use of a template blank for a treatment template in order to define a common reference system in two sets of image data which represent the jaw (5, 17) of a patient, wherein the template blank (1, 13) is fastened in a removable manner by means of a rapid-curing impression material (5, 19) to at least one tooth of the patient in a specific position, and a first image data set is recorded by means of a radioscopic imaging process, wherein markers positioned on the template blank (1, 13) set up a reference system and are displayed by means of the imaging process, wherein the template blank is provided with a first type of markers which can be displayed by means of the radioscopic imaging process and which sets up a reference system, and a second type of markers which are formed by specific visible structures and which also set up a reference system, characterized in that a second set of image data from the surface of a model of the jaw is recorded with an optical imaging process, in particular by means of a laser scanner, wherein the template blank provided with cured impression material is positioned on the model and wherein both sets of image data are superimposed by means of the positions of the respective markers (4, 16) which can be specified therein.
A method comprising: obtaining, by a computing system (160; 260), first performance data collected during execution of a first application at a first group of end user computing devices; determining, based on the first performance data, at least one metric for quantifying performance of the first application; comparing, by the computing system (160; 260), the at least one metric to a corresponding benchmark derived from second performance data collected during execution of one or more second applications at a second group of end user computing devices, each of the one or more second applications being different than the first application; determining whether the at least one metric is within a threshold amount of the corresponding benchmark; determining, based at least in part on determining that the at least one metric is not within the threshold amount of the corresponding benchmark, a fix to the first application; and outputting, by the computing system, for presentation at a developer device, an indication of the fix to the first application. obtaining, by a computing system (160; 260), first performance data collected during execution of a first application at a first group of end user computing devices; determining, based on the first performance data, at least one metric for quantifying performance of the first application; comparing, by the computing system (160; 260), the at least one metric to a corresponding benchmark derived from second performance data collected during execution of one or more second applications at a second group of end user computing devices, each of the one or more second applications being different than the first application; determining whether the at least one metric is within a threshold amount of the corresponding benchmark; determining, based at least in part on determining that the at least one metric is not within the threshold amount of the corresponding benchmark, a fix to the first application; and outputting, by the computing system, for presentation at a developer device, an indication of the fix to the first application.
An orthopaedic implant in the form of a femoral component of a hip joint endoprosthesis with a head made from a ceramic material which is mounted on an anchoring shaft, which in turn is insertable in a bone and can be anchored therein, wherein the ceramic head has an approximately cylindrical inner recess in the form of a blind hole, and the anchoring shaft is furnished with a pin for insertion in said recess, and wherein a metallic sleeve which is also approximately cylindrical is soldered into the recess of the head, via which sleeve the ceramic head can be connected to the pin, and wherein the connection between the ceramic head and the sleeve is made by means of a glass solder, wherein the sleeve is pre-coated with a silicious glass solder which is strengthened in a ceramic firing and that the connection between the ceramic head and the sleeve is created by a second silicious glass solder, characterized in.that the covering surface of the sleeve has an approximately centrally arranged through-hole through which the excess second glass solder in liquid form can escape into a cavity that exists between the sleeve and the support of the shaft.
A docking device for docking a prosthetic valve at a native heart valve, the docking device comprising: a flexible body comprising an elongate tubular structure, a first lumen extending at least partially through the flexible body, and a second lumen extending at least partially through the flexible body; a first coil more rigid than the flexible body, comprising a first plurality of circular turns, the first coil configured to fit within the first lumen, and the first plurality of circular turns comprising a first diameter in a relaxed state; a second coil more rigid than the flexible body, comprising a second plurality of circular turns, the second coil configured to fit within the second lumen, and the second plurality of circular turns comprising a second diameter in a relaxed state that is less than the first diameter; wherein the docking device has a first configuration with a third diameter when the first coil is positioned within the first lumen; wherein the docking device has a second configuration defining an inner space having a fourth diameter when the second coil is positioned within the second lumen, and wherein the fourth diameter is less than the first diameter and the third diameter. a flexible body comprising an elongate tubular structure, a first lumen extending at least partially through the flexible body, and a second lumen extending at least partially through the flexible body; a first coil more rigid than the flexible body, comprising a first plurality of circular turns, the first coil configured to fit within the first lumen, and the first plurality of circular turns comprising a first diameter in a relaxed state; a second coil more rigid than the flexible body, comprising a second plurality of circular turns, the second coil configured to fit within the second lumen, and the second plurality of circular turns comprising a second diameter in a relaxed state that is less than the first diameter; wherein the docking device has a first configuration with a third diameter when the first coil is positioned within the first lumen; wherein the docking device has a second configuration defining an inner space having a fourth diameter when the second coil is positioned within the second lumen, and wherein the fourth diameter is less than the first diameter and the third diameter.
An optical fiber sensor comprising: a central core that is formed at a center of an optical fiber; and at least one outer peripheral core that is formed so as to spirally surround the central core, characterized in that: when a distance between the central core and the outer peripheral core is d, and the number of spirals of the outer peripheral core per unit length is f w, an effective refractive index n e1 of the central core and an effective refractive index n e2 of the outer peripheral core satisfy the following Expression, and the effective refractive index n e2 of the outer peripheral core is set to be lower than the effective refractive index n e1 of the central core so as to match a ratio between the optical path lengths of the central core and the outer peripheral core, the Expression being the following: n e 1 × 1 ƒ ω − B < n e 2 × 1 ƒ ω + A < n e 1 × 1 ƒ ω + B where A and B are defined as follows: A = 1 ƒ ω 2 + 2 πd 2 − 1 ƒ ω B = A 1 + A ⋅ ƒ ω a central core that is formed at a center of an optical fiber; and at least one outer peripheral core that is formed so as to spirally surround the central core, characterized in that: when a distance between the central core and the outer peripheral core is d, and the number of spirals of the outer peripheral core per unit length is f w, an effective refractive index n e1 of the central core and an effective refractive index n e2 of the outer peripheral core satisfy the following Expression, and the effective refractive index n e2 of the outer peripheral core is set to be lower than the effective refractive index n e1 of the central core so as to match a ratio between the optical path lengths of the central core and the outer peripheral core, the Expression being the following: n e 1 × 1 ƒ ω − B < n e 2 × 1 ƒ ω + A < n e 1 × 1 ƒ ω + B where A and B are defined as follows: A = 1 ƒ ω 2 + 2 πd 2 − 1 ƒ ω B = A 1 + A ⋅ ƒ ω when a distance between the central core and the outer peripheral core is d, and the number of spirals of the outer peripheral core per unit length is f w, an effective refractive index n e1 of the central core and an effective refractive index n e2 of the outer peripheral core satisfy the following Expression, and the effective refractive index n e2 of the outer peripheral core is set to be lower than the effective refractive index n e1 of the central core so as to match a ratio between the optical path lengths of the central core and the outer peripheral core, the Expression being the following: n e 1 × 1 ƒ ω − B < n e 2 × 1 ƒ ω + A < n e 1 × 1 ƒ ω + B where A and B are defined as follows: A = 1 ƒ ω 2 + 2 πd 2 − 1 ƒ ω B = A 1 + A ⋅ ƒ ω
A film suitable for administration to an oral cavity comprising: (i) an alginate salt of a monovalent cation or a mixture of alginate salts containing at least one alginate salt of a monovalent cation; and (ii) an active pharmaceutical ingredient which is an antagonist of an opioid receptor or an inverse agonist of an opioid receptor, or an acyl, ester or cabamyl derivative thereof, or a pharmaceutically acceptable salt thereof; wherein the alginate salt of a monovalent cation (a) comprises from 25 to 35% by weight of β-D-mannuronate and from 65 to 75% by weight of α-L-guluronate, and (b) has a mean molecular weight of from 20,000 g/mol to 90,000 g/mol. (i) an alginate salt of a monovalent cation or a mixture of alginate salts containing at least one alginate salt of a monovalent cation; and (ii) an active pharmaceutical ingredient which is an antagonist of an opioid receptor or an inverse agonist of an opioid receptor, or an acyl, ester or cabamyl derivative thereof, or a pharmaceutically acceptable salt thereof;
A method of manufacturing a photovoltaic cell with a selective emitter, comprising the steps of: - depositing an antireflection layer comprising n-type dopants on a p-type silicon substrate, said deposition being performed in the presence of a chemical compound enabling to accelerate the diffusion of n-type dopant atoms in said substrate; - overdoping at least one area of the substrate to form at least one n ++ overdoped emitter by local diffusion of the n dopants of at least one area of the antireflection layer; - depositing: ∘ of at least one n-contact conductive material on the at least one n ++ overdoped emitter; and ∘ at least one p-contact conductive material on the surface of the substrate opposite to that comprising the antireflection layer; - forming the n contacts and the p contacts simultaneously to the forming of an n + emitter by an anneal capable of diffusing within the substrate n dopants from the antireflection layer. - depositing an antireflection layer comprising n-type dopants on a p-type silicon substrate, said deposition being performed in the presence of a chemical compound enabling to accelerate the diffusion of n-type dopant atoms in said substrate; - overdoping at least one area of the substrate to form at least one n ++ overdoped emitter by local diffusion of the n dopants of at least one area of the antireflection layer; - depositing: ∘ of at least one n-contact conductive material on the at least one n ++ overdoped emitter; and ∘ at least one p-contact conductive material on the surface of the substrate opposite to that comprising the antireflection layer; ∘ of at least one n-contact conductive material on the at least one n ++ overdoped emitter; and ∘ at least one p-contact conductive material on the surface of the substrate opposite to that comprising the antireflection layer; - forming the n contacts and the p contacts simultaneously to the forming of an n + emitter by an anneal capable of diffusing within the substrate n dopants from the antireflection layer.
A Light Emitting Diode ceiling lamp comprising a lamp base including a metal frame with a mountain shaped cross section and two cover plates, wherein an accommodating slot is formed through two ends of the lamp base; a power module configured in the accommodating slot of the lamp base; a plurality of first fixing units fixed at a bottom wall of the accommodating slot of the lamp base at intervals, the first fixing unit includes an accommodating slot, and the accommodating slot is perpendicular to the bottom wall of the accommodating slot of the lamp base; and a movable lamp light detachably assembled into the accommodating slot of the lamp base, wherein the movable lamp light includes a heat dissipation unit, a LED panel, a lamp cover and two end plates, a shape of the heat dissipation unit corresponds to the shape of the accommodating slot to make the heat dissipation unit adapted to be accommodated in the accommodating slot, the LED panel corresponds to the heat dissipation unit, the shape of the lamp cover corresponds to the shape of the heat dissipation unit, the lamp cover is detachably fixed to the heat dissipation unit and covers a light emitting side of the LED panel, the end plates seal two openings of a tube-shaped structure formed by the heat dissipation unit and the lamp cover, wherein a hole is formed at each of the cover plates and a seal cover is detachably assembled from the hole; and a plurality of second fixing units fixed to the heat dissipation unit at intervals, positions of the second fixing units correspond to the positions of the first fixing units, respectively, the second fixing units are detachably fixed with the first fixing units, the second fixing unit includes an inserting member adapted to be inserted into the accommodating slot, wherein the cover plates are configured at two ends of the lamp base, the cover plates seal two ends of the accommodating slot and the end plates are flush with and contact the cover plates.
A toilet for vehicles, particularly for buses, motor homes, caravans or yachts, which includes an upper portion with a toilet bowl, a support portion with a box shaft and a box with an inlet opening and an inlet cover, wherein the box may be slid into the box shaft, whereby arranged between the toilet bowl and the box situated in the inserted state there is a passage portion with a passage portion valve, wherein the passage portion is closable by the passage portion valve, wherein the passage portion valve includes a blocking mechanism, wherein the blocking mechanism is coupled to the box, when the box is inserted, characterised in that the blocking mechanism is so constructed that the box is fixed in position in the inserted state when the passage portion valve is out of the closed position.
An advance mechanism for a power screwdriver, the power screwdriver capable of driving screws from a screwstrip into a workpiece, the advance mechanism comprising: a feed lever for engaging and advancing the screwstrip; and a clutch slider characterised in that the clutch slider is actuable by the feed lever and capable of locking the screwstrip in a fixed position upon advance of the screwstrip by the feed lever. a feed lever for engaging and advancing the screwstrip; and a clutch slider characterised in that the clutch slider is actuable by the feed lever and capable of locking the screwstrip in a fixed position upon advance of the screwstrip by the feed lever.
Bis-choline tetrathiomolybdate for use in treating Wilson Disease in a patient, wherein the bis-choline tetrathiomolybdate is administered to the patient as an enterically coated tablet comprising the bis-choline tetrathiomolybdate, tribasic calcium phosphate, anhydrous sodium carbonate, sodium starch glycolate, and magnesium stearate, and wherein the patient is in a fasted state.
Method for attenuation of load oscillations in a load mechanism with a controlled drive, in which a load is coupled mechanically to a motor via a spring element, by - establishing a motor torque value, in particular a motor torque actual value (M ist), characterised by - supplying a spring torque (M F) to an attenuator connection for attenuating the load oscillations, with - establishing at least one angular velocity actual value (ω Mist), - determining a motor inertial torque (J M), - calculating the spring torque (M F) from the angular velocity actual value (ω Mist), the motor inertial torque (J M) and also the motor torque actual value (M ist), by means of the equation M F = M ist − J M ∗ dω Mist dt. - establishing a motor torque value, in particular a motor torque actual value (M ist), characterised by - supplying a spring torque (M F) to an attenuator connection for attenuating the load oscillations, with - establishing at least one angular velocity actual value (ω Mist), - determining a motor inertial torque (J M), - calculating the spring torque (M F) from the angular velocity actual value (ω Mist), the motor inertial torque (J M) and also the motor torque actual value (M ist), by means of the equation M F = M ist − J M ∗ dω Mist dt.