mhurhangee/ep-ind-claims huggingface dataset:
Method of diagnosing at least one winding set (15, 23) of a stator of a generator during operation, the winding set having plural wires for plural phases (a, b, c), the method comprising: obtaining, for each of the plural wires of the winding set, an individual strength (pa,rms; pa,dc) of an individual power (pa) output from the respective wire of the plural wires of the winding set; obtaining a sum strength (pdc) of power; forming, for each considered wire of the plural wires of the winding set, an individual ratio (da, db, dc) between the individual strength of the considered wire and the sum strength; forming, for each considered wire of the plural wires of the winding set, a diagnostic value (Fa, Fb, Fc) by subtracting from an individual ratio not corresponding to the considered wire a term depending on the individual ratio corresponding to the considered wire; diagnosing at least one wire based on comparing the diagnostic values. obtaining, for each of the plural wires of the winding set, an individual strength (pa,rms; pa,dc) of an individual power (pa) output from the respective wire of the plural wires of the winding set; obtaining a sum strength (pdc) of power; forming, for each considered wire of the plural wires of the winding set, an individual ratio (da, db, dc) between the individual strength of the considered wire and the sum strength; forming, for each considered wire of the plural wires of the winding set, a diagnostic value (Fa, Fb, Fc) by subtracting from an individual ratio not corresponding to the considered wire a term depending on the individual ratio corresponding to the considered wire; diagnosing at least one wire based on comparing the diagnostic values.
A grill unit for an air conditioner, the grill unit defining airflow openings and comprising a filter main body including folds having pluralities of peaks and valleys formed by bending the filter sheet, the grill unit further comprises: a plurality of fold supports provided at a side thereof to continuously support the folds therealong and a plurality of grills formed on one of both sides of the filter main body, the grills defining the airflow openings, and a filter frame integrally formed with the fold supports and the filter main body by injection molding, wherein the filter frame seals those of the plurality of fold supports that are formed at a perimeter of the filter main body, and the filter main body is tightly formed against the fold supports or the grills when insert injected therewith, and wherein the fold supports and/or the grills have sloped cross-sectional shapes for facilitating the ejection of the grill unit from the injection mold. a plurality of fold supports provided at a side thereof to continuously support the folds therealong and a plurality of grills formed on one of both sides of the filter main body, the grills defining the airflow openings, and a filter frame integrally formed with the fold supports and the filter main body by injection molding, wherein the filter frame seals those of the plurality of fold supports that are formed at a perimeter of the filter main body, and the filter main body is tightly formed against the fold supports or the grills when insert injected therewith, and wherein the fold supports and/or the grills have sloped cross-sectional shapes for facilitating the ejection of the grill unit from the injection mold.
Transport vehicle for containers, in particular a floor-bound and driverless heavy-duty transport vehicle for ISO containers, having a platform for receiving at least one container to be transported, which platform is delimited by guide elements for guiding a container as it is being set down on the platform, and having a drive unit and a battery module for supplying electrical energy to the drive unit, wherein the battery module comprises a support frame and a battery characterised in that the battery is designed as a lithium-ion battery and at least one air-conditioner device and a management system for the battery are disposed in the support frame in addition to the battery.
Shaft for an operating mechanism of a circuit breaker, this shaft comprising a splined axle carrying cams (14, 15, 16) intended to cooperate with other parts of the mechanism, this shaft being intended to be carried by ball bearings (19, 21) and to be connected to an actuating member of the circuit breaker to move it, wherein this shaft comprises a cast part comprising the cams (14, 15, 16) and comprising seats (18, 20) for the ball bearings (19, 21) at each of its extremities, this cast part comprising a splined longitudinal through hole at its center to receive the splined axle.
A method comprising: determining, by a computing device, a first duration for a first event received via an event stream, the first duration indicating a first amount of time that the first event is eligible to remain in a time-based window specified for the event stream, the time-based window identifying a set of events of the event stream that are eligible to be queried by a query specified for the event stream; determining, by the computing device, a second duration for a second event received via the event stream, the second duration indicating a second amount of time that the second event is eligible to remain in the time-based window, wherein the second amount of time is different from the first amount of time; and repeatedly executing, by the computing device, the query against the set of events received via the event stream that are present in the time-based window when the query is executed. determining, by a computing device, a first duration for a first event received via an event stream, the first duration indicating a first amount of time that the first event is eligible to remain in a time-based window specified for the event stream, the time-based window identifying a set of events of the event stream that are eligible to be queried by a query specified for the event stream; determining, by the computing device, a second duration for a second event received via the event stream, the second duration indicating a second amount of time that the second event is eligible to remain in the time-based window, wherein the second amount of time is different from the first amount of time; and repeatedly executing, by the computing device, the query against the set of events received via the event stream that are present in the time-based window when the query is executed.
Hoisting device, preferably for a vessel, comprising: - a mast which is provided with cable pulleys on a mast head; - hoisting means, at least equipped with a hoisting cable, a first winch and a second winch, characterized in that the hoisting device further comprises a trolley which is displaceably attached to the mast and is provided with cable pulleys (15,17) and with means for picking up a load, in that the hoisting means are configured to move the trolley along a guide with respect to the mast, in that the hoisting cable extends from the first winch in the direction of the mast head, is guided over the cable pulleys of both the mast head and the trolley, and is subsequently guided back to the second winch, wherein each end of the hoisting cable is wound onto the first and second winch (18,19), respectively. - a mast which is provided with cable pulleys on a mast head; - hoisting means, at least equipped with a hoisting cable, a first winch and a second winch, characterized in that the hoisting device further comprises a trolley which is displaceably attached to the mast and is provided with cable pulleys (15,17) and with means for picking up a load,
A calculation device comprising: an input unit configured to receive input of a plurality of data sets, each including communication destinations known to be malignant as data; a first generation unit configured to generate a model from one or more data sets of the plurality of data sets for calculating a malignant degree of an input communication destination; a second generation unit configured to give a weight to each of the models and to generate a mixed model that calculates a weighted sum of a malignant degree calculated by each of the models; a target communication destination input unit configured to receive input of a target communication destination list, wherein the target communication destination list is a list of communication destinations that are unknown whether they are malignant; and an output unit configured calculate and output a malignant degree of each of the communication destinations included in the target communication destination list using the mixed model, wherein the input unit is configured to sequentially receive input of the plurality of data sets, the first generation unit is configured to generate, every time the input unit receives a data set of the plurality of data sets, the model based on the received data set and the previously received data sets, and the second generation unit is configured to mix, every time the first generation unit generates the model, after giving weight to the generated model, the generated model with all models that have been generated previously. an input unit configured to receive input of a plurality of data sets, each including communication destinations known to be malignant as data; a first generation unit configured to generate a model from one or more data sets of the plurality of data sets for calculating a malignant degree of an input communication destination; a second generation unit configured to give a weight to each of the models and to generate a mixed model that calculates a weighted sum of a malignant degree calculated by each of the models; a target communication destination input unit configured to receive input of a target communication destination list, wherein the target communication destination list is a list of communication destinations that are unknown whether they are malignant; and an output unit configured calculate and output a malignant degree of each of the communication destinations included in the target communication destination list using the mixed model, wherein the input unit is configured to sequentially receive input of the plurality of data sets, the first generation unit is configured to generate, every time the input unit receives a data set of the plurality of data sets, the model based on the received data set and the previously received data sets, and the second generation unit is configured to mix, every time the first generation unit generates the model, after giving weight to the generated model, the generated model with all models that have been generated previously.
Method for regulating the flow of a heat transfer volume in an integrated circuit system with at least one supply air heat exchanger (ZU1, ZU2) arranged in a supply air volume flow (ZU1, ZU2) and at least one exhaust air heat exchanger (AB1, AB2) arranged in an exhaust air volume flow, wherein the supply air heat exchanger(s) (ZU1, ZU2) and the exhaust air heat exchanger(s) (AB1, AB2) are coupled by means of heat transfer pipes (3, 4) in such a way that the heat transfer medium is movable by means of at least one circulation pump and can be conveyed successively through all supply air heat exchangers (ZU1, ZU2) arranged in the supply air volume flow (ZU1, ZU2) and thereafter through all exhaust air heat exchangers (AB1, AB2) arranged in the exhaust air volume flow, characterised in that the integrated circuit system is operated in such a way that, on the basis of temperature measurements of the heat transfer volume flow before the entry into the exhaust air heat exchanger(s) (AB1, AB2) and after the exit from the exhaust air heat exchanger(s) (AB1, AB2), as well as a parallel volume flow measurement of the heat transfer volume flow by changing the speed of the circulation pump, the heat transfer volume flow is regulated in such a way that by means of the measured heat transfer volume flow and the temperature measurements, a maximum possible power transfer by means of the heat transfer medium is determined and that the speed of the circulation pump and thus the heat transfer volume flow are regulated in such a way that a maximum possible power transfer is carried out by means of the heat transfer medium.
An endoscope objective lens comprising, in order from an object side, a positive first lens group, a negative second lens group, and a positive third lens group, wherein the first lens group has a meniscus lens; and a normal observation state (wide angle end) and a magnifying observation state (telephoto end) can be switched therebetween by moving the second lens group on an optical axis, and the following conditions are satisfied; − 9 < f 2 / f W < − 3.5 4.5 < | f M / f W | < 50 where f M represents a focal distance of the meniscus lens, f W represents an entire focal distance for the normal observation, and f 2 represents a focal distance of the second lens group, characterized in that the second lens group consists of a joined lens that is formed of a concave lens and a convex lens, wherein the refractive index of the concave lens is higher than the refractive index of the convex lens, and wherein a lens surface of the second lens group that is located closest to an object and a lens surface thereof that is located closest to an image each have a planar shape.
Medicament delivery device comprising a housing; a medicament container holder arranged movable in a longitudinal direction in relation to the housing, which medicament container holder is arranged to accommodate a medicament container, which medicament container is arranged as a multi-chamber container comprising medicament and diluent in separate chambers; a plunger rod operably arranged to act on the medicament container; retaining element capable of releasably retaining said plunger rod to said housing; - actuation force elements capable of, upon activation, move said medicament container holder in relation to said housing such that said plunger rod acts on said medicament container for mixing said medicament and said diluent; - a drive force element operably connected to said plunger rod such that, when said retaining element is actuated for releasing said plunger rod, said plunger rod is forced to act on said medicament container for expelling the mixed medicament through a medicament delivery member; characterised in that said plunger rod comprises first stop elements (72 I) co-acting with said retaining element and capable of holding said plunger rod in an initial position, and wherein said plunger rod comprises second stop elements (72 II) capable of stopping said plunger rod after a first distance in the longitudinal direction for performing mixing; and - wherein said plunger rod comprises third stop elements (72 III) capable of stopping said plunger rod after a second distance in the longitudinal direction for performing priming. - actuation force elements capable of, upon activation, move said medicament container holder in relation to said housing such that said plunger rod acts on said medicament container for mixing said medicament and said diluent; - a drive force element operably connected to said plunger rod such that, when said retaining element is actuated for releasing said plunger rod, said plunger rod is forced to act on said medicament container for expelling the mixed medicament through a medicament delivery member; characterised in that - wherein said plunger rod comprises third stop elements (72 III) capable of stopping said plunger rod after a second distance in the longitudinal direction for performing priming.
A device for recovering metallic materials comprising at least one anode member and at least one cathode sponge for collecting the metal deposited, both contained in a cylindrical containment body and both designed to be at least partly immersed in successive portions of an electrolytic solution; said cathode sponge being extractable from said cylindrical body; the device also comprising infeed means (21, 22) for feeding said cylindrical body and outfeed means for the excess solution; characterized in that the device comprises a frame for supporting said cathode sponge designed to be securely connected to said cylindrical body in a removable fashion, wherein said frame is divisible and modular in two parts (5', 5") which are removably fixable to each other: a first part, to which said cathode sponge is associated, having user gripping means designed to be external relative to the inside of said cylindrical body and a second part (5") designed to be entirely contained inside said cylindrical body. at least one anode member and at least one cathode sponge for collecting the metal deposited, both contained in a cylindrical containment body and both designed to be at least partly immersed in successive portions of an electrolytic solution; said cathode sponge being extractable from said cylindrical body; the device also comprising infeed means (21, 22) for feeding said cylindrical body and outfeed means for the excess solution; characterized in that the device comprises a frame for supporting said cathode sponge designed to be securely connected to said cylindrical body in a removable fashion, wherein said frame is divisible and modular in two parts (5', 5") which are removably fixable to each other: a first part, to which said cathode sponge is associated, having user gripping means designed to be external relative to the inside of said cylindrical body and a second part (5") designed to be entirely contained inside said cylindrical body.
A method of producing a tube for use in the formation of a stent, said method comprising: deforming an orientable, thermoplastic polymer tubing in the solid phase by drawing it over a mandrel and optionally through a die, where the mandrel has a lead end and an exit end and the die has an entry side and an exit side, wherein: a drawing mechanism applies a drawing tension to the tubing from the exit end of the mandrel and optionally the exit side of the die, said tension being insufficient to cause tensile failure of the tubing but sufficient to deform the tubing, thereby drawing the tubing over the mandrel and optionally through the die in the solid phase to induce uniaxial or biaxial orientation of the polymer; collecting the deformed tubing from the exit end of the mandrel and optionally the exit side of the die; wherein the orientable, thermoplastic polymer tubing has an inner diameter from 0.5 mm to 4.0 mm, and an outer diameter from 0.9 mm to 15 mm; and the diameter of the mandrel at its widest point is from 0.01 to 15 mm. deforming an orientable, thermoplastic polymer tubing in the solid phase by drawing it over a mandrel and optionally through a die, where the mandrel has a lead end and an exit end and the die has an entry side and an exit side, wherein: a drawing mechanism applies a drawing tension to the tubing from the exit end of the mandrel and optionally the exit side of the die, said tension being insufficient to cause tensile failure of the tubing but sufficient to deform the tubing, thereby drawing the tubing over the mandrel and optionally through the die in the solid phase to induce uniaxial or biaxial orientation of the polymer; collecting the deformed tubing from the exit end of the mandrel and optionally the exit side of the die; wherein the orientable, thermoplastic polymer tubing has an inner diameter from 0.5 mm to 4.0 mm, and an outer diameter from 0.9 mm to 15 mm; and the diameter of the mandrel at its widest point is from 0.01 to 15 mm. a drawing mechanism applies a drawing tension to the tubing from the exit end of the mandrel and optionally the exit side of the die, said tension being insufficient to cause tensile failure of the tubing but sufficient to deform the tubing, thereby drawing the tubing over the mandrel and optionally through the die in the solid phase to induce uniaxial or biaxial orientation of the polymer; collecting the deformed tubing from the exit end of the mandrel and optionally the exit side of the die; wherein the orientable, thermoplastic polymer tubing has an inner diameter from 0.5 mm to 4.0 mm, and an outer diameter from 0.9 mm to 15 mm; and the diameter of the mandrel at its widest point is from 0.01 to 15 mm.
A transmission apparatus for transmitting a block of data over a plurality of transmission channels, the transmission apparatus comprising: a modulator operable to obtain N constellation components in accordance with the block of data to be transmitted; and a transmitter operable to transmit each of the obtained N constellation components, wherein the N constellation components are obtained by using an orthogonal transformation, N is a multiple of four, and the orthogonal transformation has one of (i) an N-by-N matrix R representation with absolute values of all elements on a main diagonal equal to a first value, and with absolute values of all elements not on the main diagonal equal to a non-zero second value, and (ii) a matrix representation obtained by permuting rows and/or columns in the N-by-N matrix R representation, R = s 1, 1 ⁢ a s 1, 2 ⁢ b ⋯ s 1, N ⁢ b s 2, 1 ⁢ b s 2, 2 ⁢ a ⋮ ⋮ ⋱ s N - 1, N ⁢ b s N, 1 ⁢ b ⋯ s N, N - 1 ⁢ b s N, N ⁢ a a and b denote real parameters, each sign value s i,j satisfies s i,j ∈ {-1,+1}, and the real parameters a and b satisfy a 2 + ( N-1) b 2 =1. a modulator operable to obtain N constellation components in accordance with the block of data to be transmitted; and a transmitter operable to transmit each of the obtained N constellation components, wherein the N constellation components are obtained by using an orthogonal transformation, N is a multiple of four, and the orthogonal transformation has one of (i) an N-by-N matrix R representation with absolute values of all elements on a main diagonal equal to a first value, and with absolute values of all elements not on the main diagonal equal to a non-zero second value, and (ii) a matrix representation obtained by permuting rows and/or columns in the N-by-N matrix R representation, R = s 1, 1 ⁢ a s 1, 2 ⁢ b ⋯ s 1, N ⁢ b s 2, 1 ⁢ b s 2, 2 ⁢ a ⋮ ⋮ ⋱ s N - 1, N ⁢ b s N, 1 ⁢ b ⋯ s N, N - 1 ⁢ b s N, N ⁢ a a and b denote real parameters, each sign value s i,j satisfies s i,j ∈ {-1,+1}, and the real parameters a and b satisfy a 2 + ( N-1) b 2 =1.
A bearing cage structure for use with a bearing assembly having a plurality of rolling elements disposed about a circumference of a race member, comprising: a first support ring adapted to be disposed adjacent an axially first end of the rolling elements and bearing assembly; a second support ring adapted to be disposed adjacent an axially second end of the rolling elements and bearing assembly; and a bridge element adapted to be disposed between each pair of adjacent rolling elements, each bridge element configured to maintain a spacing between each said pair of adjacent rolling elements by respective flange portions (108A, 108B) at each end of the bridge element to retain said rolling elements relative to said race member, at least some of said bridge elements being coupled between the first and second support rings (102A, 102B) characterized in that said at least some of said bridge elements are loosely attached to said support rings (102A, 102B) by snap-on engagement with snap fittings (110A, 110B) to be generally free to move along the support rings (102A, 102B). a first support ring adapted to be disposed adjacent an axially first end of the rolling elements and bearing assembly; a second support ring adapted to be disposed adjacent an axially second end of the rolling elements and bearing assembly; and a bridge element adapted to be disposed between each pair of adjacent rolling elements, each bridge element configured to maintain a spacing between each said pair of adjacent rolling elements by respective flange portions (108A, 108B) at each end of the bridge element to retain said rolling elements relative to said race member, at least some of said bridge elements being coupled between the first and second support rings (102A, 102B) characterized in that said at least some of said bridge elements are loosely attached to said support rings (102A, 102B) by snap-on engagement with snap fittings (110A, 110B) to be generally free to move along the support rings (102A, 102B).