mhurhangee/ep-ind-claims huggingface dataset:
An apparatus for visual ametropia correction, comprising: a. means (101, 103) for obtaining topographic information of an anterior surface and topographic information of a posterior surface of a cornea of an eye; b. means (102, 104) for obtaining a desired focusing point within the eye, wherein the means for obtaining the desired focusing point is adapted to determine the desired focusing point based on the topographic information of the anterior surface and of the posterior surface of the cornea, and based on refractive aberration information for the eye; wherein the means for obtaining the desired focusing point is further adapted to determine the desired focusing point by ray tracing of a set of light rays parallel to an optical axis of the eye refracted according to the topographic information of the anterior surface and of the posterior surface of the cornea, and according to optical means that correspond to a correction of the refractive aberration information for the eye; c. means for determining correction information relating to the anterior surface of the cornea, such as to optimize focusing onto the determined desired focusing point, based on the topographic information of the anterior surface and of the posterior surface of the cornea. a. means (101, 103) for obtaining topographic information of an anterior surface and topographic information of a posterior surface of a cornea of an eye; b. means (102, 104) for obtaining a desired focusing point within the eye, wherein the means for obtaining the desired focusing point is adapted to determine the desired focusing point based on the topographic information of the anterior surface and of the posterior surface of the cornea, and based on refractive aberration information for the eye; wherein the means for obtaining the desired focusing point is further adapted to determine the desired focusing point by ray tracing of a set of light rays parallel to an optical axis of the eye refracted according to the topographic information of the anterior surface and of the posterior surface of the cornea, and according to optical means that correspond to a correction of the refractive aberration information for the eye; c. means for determining correction information relating to the anterior surface of the cornea, such as to optimize focusing onto the determined desired focusing point, based on the topographic information of the anterior surface and of the posterior surface of the cornea.
A memory device, comprising: a switching device, wherein the switching device comprises: a first electrode (11; 21; 123; 166); a second electrode (12; 22; 124; 167); and a switching layer (10; 20; 122; 165) between the first and second electrodes (11, 12; 21, 22; 123, 166; 124, 167), and a memory element in contact with the first electrode; wherein: the first electrode is between the memory element and the switching layer, the switching layer is in series with the memory element, the switching layer (10; 20; 122; 165) comprises a composition of arsenic As in a range of 15 at% to 46 at%, selenium Se in a range of 27 at% to 60 at%, and germanium Ge in a range of 10 at% to 25 at%, wherein the composition of the switching layer (10; 20; 122; 165) is tellurium Te free, and wherein the switching layer (10; 20; 122; 165) is less than 50 nanometers, nm, thick. a switching device, wherein the switching device comprises: a first electrode (11; 21; 123; 166); a second electrode (12; 22; 124; 167); and a switching layer (10; 20; 122; 165) between the first and second electrodes (11, 12; 21, 22; 123, 166; 124, 167), and a first electrode (11; 21; 123; 166); a second electrode (12; 22; 124; 167); and a switching layer (10; 20; 122; 165) between the first and second electrodes (11, 12; 21, 22; 123, 166; 124, 167), and a memory element in contact with the first electrode; wherein: the first electrode is between the memory element and the switching layer, the switching layer is in series with the memory element, the switching layer (10; 20; 122; 165) comprises a composition of arsenic As in a range of 15 at% to 46 at%, selenium Se in a range of 27 at% to 60 at%, and germanium Ge in a range of 10 at% to 25 at%, wherein the composition of the switching layer (10; 20; 122; 165) is tellurium Te free, and wherein the switching layer (10; 20; 122; 165) is less than 50 nanometers, nm, thick. the first electrode is between the memory element and the switching layer, the switching layer is in series with the memory element, the switching layer (10; 20; 122; 165) comprises a composition of arsenic As in a range of 15 at% to 46 at%, selenium Se in a range of 27 at% to 60 at%, and germanium Ge in a range of 10 at% to 25 at%, wherein the composition of the switching layer (10; 20; 122; 165) is tellurium Te free, and wherein the switching layer (10; 20; 122; 165) is less than 50 nanometers, nm, thick.
Process for producing a component by selective laser melting, in which a laser beam is directed onto that region of the component being manufactured which is just to be produced and particles of the component material are melted locally there, the laser beam being shaped, in particular widened, by a diffractive optical element in such a way that a treatment surface is obtained which, in at least one direction transverse to the beam propagation direction, is formed by means of equalization of the intensity profile of the laser light in that region of the component being manufactured which is just to be produced, characterized in that multiple exchangeable optics (18, 21, 22) are used, the treatment surface (24, 31) being formed approximately rectangular, in particular square, with the diffractive optical element of one optics, and the treatment surface being formed oval, in particular round, with the diffractive optical element of another optics.
A network switch operable to control supply of electrical power to a device (1,2) the switch being configured to supply power to the device upon receiving a signal destined for the device and continuing to supply power to the device whilst successive signals from the device are received within a period less than a predetermined shut off period (Δ).
A metal plate, which is a conductor, comprising a projection, formed on said metal plate, suitable for projection welding, said projection comprising: a base vertically provided in a direction perpendicular to said metal plate; a projecting surface formed on a top surface of said base; characterized by an insulator coated on an outer peripheral surface of said base, in that a recessed surface corresponding to said projection is formed on a back surface of said projection, in that, in said recessed surface, an inner peripheral surface of said base has a perpendicular surface to said metal plate to be welded, forming said projection, and in that said projecting surface is configured to be entirely melted in welding. a base vertically provided in a direction perpendicular to said metal plate; a projecting surface formed on a top surface of said base; characterized by an insulator coated on an outer peripheral surface of said base, in that a recessed surface corresponding to said projection is formed on a back surface of said projection, in that, in said recessed surface, an inner peripheral surface of said base has a perpendicular surface to said metal plate to be welded, forming said projection, and in that said projecting surface is configured to be entirely melted in welding.
A method of separating fossil and native organic matter from organic compositions of matter, whereat the organic composition of matter is subjected to a dewatering, a thermomechanical cell lysis, where the native organic is broken, a redewatering and a first sieving, whereat the part of the broken native organic is separated from the non-broken fossil organic part, characterized in that a) the thermomechanical cell lysis is carried out at temperatures between 65°C and a maximum of 120°C, b) the thermomechanical cell lysis is carried out at a pressure between 10 6 and 5 x 10 6 Pa, c) a drying is carried out before the sieving, d) the oversize matter > 2 mm to 30 mm obtained from the first sieving is recirculated in a recycling manner to the dewatering step or to the thermomechanical cell lysis, e) the fossil organic matter obtained from the frist sieving is supplied to a subsequent single- or two-stage thermomechanical cell lysis, preferably with in each case redewatering and final sieving and f) the introduced material is preheated. a) the thermomechanical cell lysis is carried out at temperatures between 65°C and a maximum of 120°C, b) the thermomechanical cell lysis is carried out at a pressure between 10 6 and 5 x 10 6 Pa, c) a drying is carried out before the sieving, d) the oversize matter > 2 mm to 30 mm obtained from the first sieving is recirculated in a recycling manner to the dewatering step or to the thermomechanical cell lysis, e) the fossil organic matter obtained from the frist sieving is supplied to a subsequent single- or two-stage thermomechanical cell lysis, preferably with in each case redewatering and final sieving and f) the introduced material is preheated.
A work vehicle including a vehicle body having a front body and a rear body, the front body and rear body supporting front and rear wheels, respectively, comprising: an engine; an engine compartment accommodating the engine; a cooling device configured to cool the engine; a cooling compartment accommodating the cooling device; a division wall disposed between the engine compartment and the cooling compartment; a ventilation portion provided on a top surface of the engine compartment, the ventilation portion including a hole for permitting air to pass therethrough; a water receiving member disposed under the ventilation portion within the engine compartment; and a water catchment member disposed in the cooling compartment so as to catch water received by the water receiving member; wherein the rear body includes the engine compartment and the cooling compartment; characterized by a drainage pathway connected to the water catchment member so as to lead the water to a predetermined drainage position; wherein the drainage pathway downwardly extends from the water catchment member within the cooling compartment; the predetermined drainage position is located lower than the engine and a vehicle body frame of the rear body; and the drainage pathway extends from the water catchment member to the predetermined drainage position through the cooling compartment. an engine; an engine compartment accommodating the engine; a cooling device configured to cool the engine; a cooling compartment accommodating the cooling device; a division wall disposed between the engine compartment and the cooling compartment; a ventilation portion provided on a top surface of the engine compartment, the ventilation portion including a hole for permitting air to pass therethrough; a water receiving member disposed under the ventilation portion within the engine compartment; and a water catchment member disposed in the cooling compartment so as to catch water received by the water receiving member; wherein the rear body includes the engine compartment and the cooling compartment; characterized by a drainage pathway connected to the water catchment member so as to lead the water to a predetermined drainage position; wherein the drainage pathway downwardly extends from the water catchment member within the cooling compartment; the predetermined drainage position is located lower than the engine and a vehicle body frame of the rear body; and the drainage pathway extends from the water catchment member to the predetermined drainage position through the cooling compartment.
A chimeric (poly-)peptide comprising a JNK inhibitor (poly-)peptide for use in the treatment of uveitis, wherein the chimeric (poly-)peptide consists or comprises the all D amino acid sequence of SEQ ID NO: 11, or a fragment, or variant thereof sharing a sequence identity of at least 90% with the all D amino acid sequence of SEQ ID NO: 11.
A method of wireless building automation communication between building automation components such as gates, doors, windows, sunscreen, heating, lightning, alarms, remote controls, the wireless communication employing multiple channels with channel hopping, and carrier sense by listening on a channel before transmission, including a first operation, when a vacant channel is available by performing a carrier sense on the respective channels to establish at least one vacant channel and then transmit a message on said at least one vacant channel and a second operation, when no vacant channel is available wherein - the carrier sense is done for a defined time, - and the channel quality is registered, - and the registered channel quality is ranked, - selecting among the ranked channels at least one channel, - and transmit a message with a transmission power level on the at least one selected channel even when the channel is not vacant. - the carrier sense is done for a defined time, - and the channel quality is registered, - and the registered channel quality is ranked, - selecting among the ranked channels at least one channel, - and transmit a message with a transmission power level on the at least one selected channel even when the channel is not vacant.
A fixing mechanism of a child safety chair, the fixing mechanism being disposable on a base of the child safety chair for connecting the child safety chair to a connecting component of a vehicle, the fixing mechanism comprising: a connecting frame (10, 10'), an end of the connecting frame (10, 10') being connectable to the base, a locking body being disposed on the other end of the connecting frame (10, 10'), and an opening being formed on the locking body; an engaging component, an end of the engaging component pivoting to the connecting frame (10, 10'); and a driving component slidably disposed on the connecting frame (10, 10') and connected to the engaging component, the opening of the locking body being closed by the engaging component when the engaging component rotates into the locking body, and the opening of the locking body being opened by the engaging component when the driving component drives the engaging component to rotate out of the locking body, wherein a hook portion is disposed on the other end of the engaging component, characterized in that the fixing mechanism further comprises a second resilient component disposed on the connecting frame (10, 10'), a first end of the second resilient component is connected to the connecting frame (10, 10'), a second end of the second resilient component upwardly pushes the hook portion the connecting component slides into the locking body to push the second end of the second resilient component to release the second end of the second resilient component from the hook portion. a connecting frame (10, 10'), an end of the connecting frame (10, 10') being connectable to the base, a locking body being disposed on the other end of the connecting frame (10, 10'), and an opening being formed on the locking body; an engaging component, an end of the engaging component pivoting to the connecting frame (10, 10'); and a driving component slidably disposed on the connecting frame (10, 10') and connected to the engaging component, the opening of the locking body being closed by the engaging component when the engaging component rotates into the locking body, and the opening of the locking body being opened by the engaging component when the driving component drives the engaging component to rotate out of the locking body, wherein a hook portion is disposed on the other end of the engaging component, characterized in that the fixing mechanism further comprises a second resilient component disposed on the connecting frame (10, 10'), a first end of the second resilient component is connected to the connecting frame (10, 10'), a second end of the second resilient component upwardly pushes the hook portion the connecting component slides into the locking body to push the second end of the second resilient component to release the second end of the second resilient component from the hook portion.
A floating spider assembly for engaging a tubular, comprising: a sleeve having a body defining an internal chamber therein, the sleeve configured to receive the tubular through the internal chamber; and a laterally translatable spider disposed within the sleeve and including a bore to receive the tubular, wherein the spider is coupled to the sleeve such that the spider is laterally translatable relative to the sleeve. a sleeve having a body defining an internal chamber therein, the sleeve configured to receive the tubular through the internal chamber; and a laterally translatable spider disposed within the sleeve and including a bore to receive the tubular, wherein the spider is coupled to the sleeve such that the spider is laterally translatable relative to the sleeve.
Arrangement for locking a plug in an axial position in which it plugs a front end mouth of an outlet of an axial conduit, characterized in that it comprises: - the plug; - the conduit; - a first latch lock which is fixed with respect to the conduit and which comprises an insertion face provided with an associated keyhole; - a latch key which can be inserted into the keyhole of the latch lock in order to be pivoted between an angular insertion position in which the latch key can be extracted from the keyhole, and an angular entrapment position in which the latch key is entrapped in the keyhole; - a rigid arm which comprises a first section in which the latch key is pivotably mounted about its axis, and which comprises a second section which bears the plug, and in that the plug is immobilized in its plugging position by the rigid arm when the latch key is in its angular entrapment position. - the plug; - the conduit; - a first latch lock which is fixed with respect to the conduit and which comprises an insertion face provided with an associated keyhole; - a latch key which can be inserted into the keyhole of the latch lock in order to be pivoted between an angular insertion position in which the latch key can be extracted from the keyhole, and an angular entrapment position in which the latch key is entrapped in the keyhole; - a rigid arm which comprises a first section in which the latch key is pivotably mounted about its axis, and which comprises a second section which bears the plug,
A polyalkylene glycol comprising: a random copolymer comprising units derived from EO and units derived from PO initiated with polytetrahydrofuran, wherein the polytetrahydrofuran has a weight average molecular weight between 200 and 300 g/mole and less than 10 weight percent component having a molecular weight greater than 600 g/mole, and wherein the random copolymer comprises from 55 to 70 percent by weight of units derived from EO and from 45 to 30 percent by weight of units derived from PO; wherein the polyalkylene glycol has a pour point of less than or equal to -30°C as measured using ASTM D97 and a traction value of less than 0.0165 at a contact pressure of 1.25 GPa, speed = 2 m/s, SRR of 100% and temperature of 80 °C. a random copolymer comprising units derived from EO and units derived from PO initiated with polytetrahydrofuran, wherein the polytetrahydrofuran has a weight average molecular weight between 200 and 300 g/mole and less than 10 weight percent component having a molecular weight greater than 600 g/mole, and wherein the random copolymer comprises from 55 to 70 percent by weight of units derived from EO and from 45 to 30 percent by weight of units derived from PO; wherein the polyalkylene glycol has a pour point of less than or equal to -30°C as measured using ASTM D97 and a traction value of less than 0.0165 at a contact pressure of 1.25 GPa, speed = 2 m/s, SRR of 100% and temperature of 80 °C.
A chemical vapor deposition reactor system, comprising: at least a first tube filament (1,3) having first and second ends, the tube filament (1,3) configured to carry an electrical current; a seed attached to the first end of the tube filament (1,3); a chuck connected to at least the seed, wherein the chuck is formed with a protrusion (29, 39) that corresponds to a groove of the seed, such that the chuck is electrically connected to the tube filament (1,3); at least a second tube filament (1,3), said second tube filament having first and second ends, each tube filament (1,3) being connected to a respective seed and chuck; and a bridge connecting the first and second tube filament (1,3), wherein the bridge comprises a plurality of recesses, each of the recesses for engaging one of the first ends of the first and second tube filaments (1,3). at least a first tube filament (1,3) having first and second ends, the tube filament (1,3) configured to carry an electrical current; a seed attached to the first end of the tube filament (1,3); a chuck connected to at least the seed, wherein the chuck is formed with a protrusion (29, 39) that corresponds to a groove of the seed, such that the chuck is electrically connected to the tube filament (1,3); at least a second tube filament (1,3), said second tube filament having first and second ends, each tube filament (1,3) being connected to a respective seed and chuck; and a bridge connecting the first and second tube filament (1,3), wherein the bridge comprises a plurality of recesses, each of the recesses for engaging one of the first ends of the first and second tube filaments (1,3).
A method for treating food which is in an insulating encapsulation or casing or which will be introduced into same, by means of non-conventional ohmic heating, for heating a sausage product such as scalded sausage, hot dogs or similar food products present in a casing, wherein the respective food is brought into contact with spaced electrically conductive electrodes, and the electrodes are connected to a controllable or regulatable current source, wherein the electrodes are each in the form of at least one first and one second electrode group, wherein the electrode groups (8; 9) are at a distance (A EG) to one another, each electrode group (8; 9) has a number of individual electrodes, similar to a comb-like set of needles, wherein the neighboring individual electrodes of the comb-like set of needles are each at a distance (A EE) to one another, furthermore, the distance (A EG) between the first and the second electrode group is greater than or equal to the distance (A EE) between adjacent electrode groups, characterized in that the respective comb-like set of needles is arranged or moved to penetrate the insulating encapsulation or the casing and to pierce the food in such a way that entry and exit points of the comb-like set of needles are formed in relation to the food or the encapsulation or casing.
A polycarbonate comprising 98 to 2 mol% of a unit represented by the following formula and 2 to 98 mol% of a unit represented by the following formula and having a specific viscosity measured at 20°C of a solution prepared by dissolving 0.7 g of the polycarbonate in 100 ml of methylene chloride of 0.12 to 0.40. (In the formula, R 1 to R 8 are each independently a hydrogen atom, fluorine atom, chlorine atom, bromine atom, iodine atom, alkyl group having 1 to 6 carbon atoms, aryl group having 6 to 12 carbon atoms, alkenyl group having 2 to 6 carbon atoms, alkoxy group having 1 to 6 carbon atoms or aralkyl group having 7 to 17 carbon atoms.) (In the formula, R 9 to R 12 are each independently a hydrogen atom, hydrocarbon group which may contain an aromatic group having 1 to 9 carbon atoms, or halogen atom. X is an alkylene group, and "n" is an integer of 0 to 3.)