mhurhangee/ep-ind-claims huggingface dataset:
A machine for moulding, drawing and blow-moulding containers obtained from corresponding parisons of a thermoplastic material, in particular PET, the machine comprising: - a station for injecting molten thermoplastic material to obtain the parisons placed side by side according to a direction transversal to a longitudinal direction of main extension of the machine, using at least one mould for injection moulding comprising a plasticising-injection unit; - a station for stretching-blowing the parisons placed side by side according to a direction, provided with at least one stretching-blowing mould having a plurality of moulding cavities each for a corresponding parison, placed side by side according to a transversal direction, the stretching-blowing mould being movable to adopt cyclically a closed mould configuration and an open mould configuration, the stretching-blowing station comprising at least one stretching rod for each moulding cavity, movable to introduce progressively inside a relative parison positioned in the stretching-and-blowing mould, for axially deforming the parison to obtain a corresponding container; - a system for transporting the parisons made in the injecting section for feeding in succession the parisons from the injection station to the stretching-blowing station; and - a station for unloading the containers obtained; the stations for injecting, stretching-blowing and unloading the containers being relatively positioned in such a way that the machine has a linear extension along the longitudinal direction and a linear movement of the parisons between the stations, the machine being characterised in that the injection moulding mould is interchangeable according to the size of the parisons to be produced and the stretching-blowing mould is interchangeable according to the dimensions of the containers to be produced. - a station for injecting molten thermoplastic material to obtain the parisons placed side by side according to a direction transversal to a longitudinal direction of main extension of the machine, using at least one mould for injection moulding comprising a plasticising-injection unit; - a station for stretching-blowing the parisons placed side by side according to a direction, provided with at least one stretching-blowing mould having a plurality of moulding cavities each for a corresponding parison, placed side by side according to a transversal direction, the stretching-blowing mould being movable to adopt cyclically a closed mould configuration and an open mould configuration, the stretching-blowing station comprising at least one stretching rod for each moulding cavity, movable to introduce progressively inside a relative parison positioned in the stretching-and-blowing mould, for axially deforming the parison to obtain a corresponding container; - a system for transporting the parisons made in the injecting section for feeding in succession the parisons from the injection station to the stretching-blowing station; and - a station for unloading the containers obtained;
A display unit comprising an optical member extending along a first plane and having a thickness in a first direction perpendicular to the first plane, and a light-emitting device, the optical member comprising n-number of inclined surfaces, the n-number of inclined surfaces including first to n-th inclined surfaces, the first to n-th inclined surfaces being positioned in respective regions other than regions overlapping each other in the first direction, the first to n-th inclined surfaces each being inclined at an angle A m with respect to the first plane and allowing entering light to pass therethrough, the angle A m being smaller than 90 degrees, wherein the following conditional expression and the following conditional expression are satisfied, WA ≥ A m − A m − 1 A n > A n − 1 ⋯ > A m > A m − 1 > ⋯ A 2 > A 1 where "WA" is an angle corresponding to a value equal to or smaller than a half-width of a light distribution of the entering light, "A m " is an angle of an m-th inclined surface with respect to the first plane, "A m-1 " is an angle of an (m-1)-th inclined surface with respect to the first plane, "n" is a natural number that is equal to or greater than 2, and "m" is any natural number that is equal to or smaller than "n", wherein all of the n-number of inclined surfaces are contiguous and the n-number of inclined surfaces comprise respective side surfaces of n-number of cones, the n-number of cones each having a height in the first direction.
A machine for applying a closing element to a container, the closing element being in the form of a dispensing pump element with a tube, or siphon, to be inserted into the container, and being preferably in the form of a closing element designed to be screwed onto the container; the container being adapted to contain a liquid, especially, a detergent, a perfume or other liquid, the machine comprising supporting means for means which associate the closing element with the container, and comprising means for associating the closing elements with the containers and which comprise a rotatable carousel having means (50, 51) for guiding the closing elements along their path; and being characterized in that the means for guiding the closing elements along their path comprise first and second connecting, or curved, end stretches (52, 53) and respective first and second longitudinal guide stretches (50, 51); and in that the first and second longitudinal guide stretches (50, 51) are in the form of removable and replaceable longitudinal guide stretches.
A blade sharpening system, comprising: a base; a pendulous arm having a first end rotatably coupled to the base by a pivot joint; a sharpening assembly comprising a sharpener suspended by the pendulous arm and configured to engage a generally circular agricultural implement blade while mounted on the agricultural implement, wherein the pendulous arm is configured to enable movement of the sharpener to accommodate lateral variations in blade profile; a centering assembly configured to bias the sharpener toward a neutral position, characterized in that the centering assembly comprises: a first arm rotatably coupled to the pivot joint and in contact with a first side of the pendulous arm; a second arm rotatably coupled to the pivot joint and in contact with a second side of the pendulous arm; and a spring extending between the first arm and the second arm, wherein the spring is configured to bias the first arm and the second arm toward the pendulous arm. a base; a pendulous arm having a first end rotatably coupled to the base by a pivot joint; a sharpening assembly comprising a sharpener suspended by the pendulous arm and configured to engage a generally circular agricultural implement blade while mounted on the agricultural implement, wherein the pendulous arm is configured to enable movement of the sharpener to accommodate lateral variations in blade profile; a centering assembly configured to bias the sharpener toward a neutral position, characterized in that a first arm rotatably coupled to the pivot joint and in contact with a first side of the pendulous arm; a second arm rotatably coupled to the pivot joint and in contact with a second side of the pendulous arm; and a spring extending between the first arm and the second arm, wherein the spring is configured to bias the first arm and the second arm toward the pendulous arm.
An integrated circuit, IC, die comprising: a logic layer (103, 203, 303, 403) including a transistor array with a plurality of logic transistors, wherein the plurality of logic transistors includes a plurality of fins (104, 204, 304, 404) of semiconductor material; a front-side interconnect (128, 228, 328, 428) on a front side of the logic layer (103, 203, 303, 403); a back-side interconnect (130, 230, 330, 430) on a back side of the logic layer (103, 203, 303, 403); and a deep trench (102, 202, 302, 402) via in the logic layer (103, 203, 303, 403) to electrically couple the front-side interconnect (128, 228, 328, 428) with the back-side interconnect (130, 230, 330, 430), wherein the deep trench (102, 202, 302, 402) via is in a diffusion region or a gate region of a dummy transistor of the transistor array. a logic layer (103, 203, 303, 403) including a transistor array with a plurality of logic transistors, wherein the plurality of logic transistors includes a plurality of fins (104, 204, 304, 404) of semiconductor material; a front-side interconnect (128, 228, 328, 428) on a front side of the logic layer (103, 203, 303, 403); a back-side interconnect (130, 230, 330, 430) on a back side of the logic layer (103, 203, 303, 403); and a deep trench (102, 202, 302, 402) via in the logic layer (103, 203, 303, 403) to electrically couple the front-side interconnect (128, 228, 328, 428) with the back-side interconnect (130, 230, 330, 430), wherein the deep trench (102, 202, 302, 402) via is in a diffusion region or a gate region of a dummy transistor of the transistor array.
A gas turbine engine (20;100;133;160;180) comprising: a fan (42;102;134) and a compressor section having a first lower pressure location and a second higher pressure location; and a heat exchanger (124; 138; 193) and a higher pressure tap (122; 142) from said second higher pressure location passing through said heat exchanger (124; 138; 143), and air in said higher pressure tap (122;142) being cooled by air from a lower pressure tap (120; 140) from said first lower pressure location, wherein the air from the lower pressure tap (120; 140) and the air from the higher pressure tap (122; 142) are maintained separate in the heat exchanger (124; 138; 193), characterised in that: the engine further comprises a valve (130; 146) controlling flow to said heat exchanger (124;138;193) from said lower pressure tap (120;140), the engine being configured such that said valve (130; 146) being controlled to limit flow from said lower pressure tap (120; 140) at idle. a fan (42;102;134) and a compressor section having a first lower pressure location and a second higher pressure location; and a heat exchanger (124; 138; 193) and a higher pressure tap (122; 142) from said second higher pressure location passing through said heat exchanger (124; 138; 143), and air in said higher pressure tap (122;142) being cooled by air from a lower pressure tap (120; 140) from said first lower pressure location, wherein the air from the lower pressure tap (120; 140) and the air from the higher pressure tap (122; 142) are maintained separate in the heat exchanger (124; 138; 193), characterised in that: the engine further comprises a valve (130; 146) controlling flow to said heat exchanger (124;138;193) from said lower pressure tap (120;140), the engine being configured such that said valve (130; 146) being controlled to limit flow from said lower pressure tap (120; 140) at idle.
A method for analysing urinary cells, the method comprising the steps of: - contacting a urine sample obtained from a patient with a. a buffer substance suitable to create and/or maintain a pH value in the range of 6 to 8, within said urine sample, and b. a formaldehyde releasing compound yielding a preserved urine sample, - analysing urinary cells within said preserved urine sample wherein the final concentration of the formaldehyde releasing compound is between 1 % (w/v) and 3 % (w/v), and wherein said analysing comprises a flowcytometric analysis. - contacting a urine sample obtained from a patient with a. a buffer substance suitable to create and/or maintain a pH value in the range of 6 to 8, within said urine sample, and b. a formaldehyde releasing compound yielding a preserved urine sample, a. a buffer substance suitable to create and/or maintain a pH value in the range of 6 to 8, within said urine sample, and b. a formaldehyde releasing compound yielding a preserved urine sample, - analysing urinary cells within said preserved urine sample wherein the final concentration of the formaldehyde releasing compound is between 1 % (w/v) and 3 % (w/v), and wherein said analysing comprises a flowcytometric analysis.
A compound of the formula characterized in that R is a glycosyl group, for use in the treatment of a kidney disease, wherein the kidney disease is selected from the group consisting of kidney fibrosis, renal failure, diabetic nephropathy, and renal ischemia.
A method for displaying a text, applied to a sending end, the method comprising: determining, in response to detecting a change input by a user in an input text, a changed text content in the input text, a location where the change occurs, and a length of time of the change in the input text, wherein the length of time is a time interval from a start time to an end time of each change of the input text, or a time interval between two end times of two successive changes of the input text; determining a change type of the change in the input text; by using an information synthesizing method based on the changed text content, the location, the change type, and the length of time, performing information synthesis processing to generate synthesized information; and sending the synthesized information to a receiving end, so that the receiving end parses the synthesized information to obtain the changed text content, the location, the change type, and the length of time and presents a change process of the input text content at the obtained location by using a time period with the length of time to present the changed text content based on the obtained location and the obtained change type. determining, in response to detecting a change input by a user in an input text, a changed text content in the input text, a location where the change occurs, and a length of time of the change in the input text, wherein the length of time is a time interval from a start time to an end time of each change of the input text, or a time interval between two end times of two successive changes of the input text; determining a change type of the change in the input text; by using an information synthesizing method based on the changed text content, the location, the change type, and the length of time, performing information synthesis processing to generate synthesized information; and sending the synthesized information to a receiving end, so that the receiving end parses the synthesized information to obtain the changed text content, the location, the change type, and the length of time and presents a change process of the input text content at the obtained location by using a time period with the length of time to present the changed text content based on the obtained location and the obtained change type.
A heat exchanger system, comprising: a core-in-shell heat exchanger; and a liquid/gas separator configured to receive a liquid/gas mixture and to separate the gas from the liquid, the liquid/gas separator connected to the core-in-shell heat exchanger via a first line for transmitting gas from the liquid/gas separator to a first region in the core-in-shell heat exchanger and connected to the core-in-shell heat exchanger via a second line for transmitting liquid from the liquid/gas separator to a second region of the core-in-shell heat exchanger, characterized in that the heat exchanger system further comprises a liquid sump, wherein the second line is connected to the liquid/gas separator and the liquid sump, and the liquid sump is connected to the core-in-shell heat exchanger via a riser to transmit the liquid from the liquid sump to the second region of the core-in-shell heat exchanger. a core-in-shell heat exchanger; and a liquid/gas separator configured to receive a liquid/gas mixture and to separate the gas from the liquid, the liquid/gas separator connected to the core-in-shell heat exchanger via a first line for transmitting gas from the liquid/gas separator to a first region in the core-in-shell heat exchanger and connected to the core-in-shell heat exchanger via a second line for transmitting liquid from the liquid/gas separator to a second region of the core-in-shell heat exchanger, characterized in that the heat exchanger system further comprises a liquid sump, wherein the second line is connected to the liquid/gas separator and the liquid sump, and the liquid sump is connected to the core-in-shell heat exchanger via a riser to transmit the liquid from the liquid sump to the second region of the core-in-shell heat exchanger.
An electric vehicle that includes an electric motor for transmitting torque to a wheel and does not include an engine and a transmission connected to the engine and a clutch mechanism connected to the engine, the electric vehicle comprising: a shift device operable by a driver and configured to simulate an operation of the transmission; a clutch device operated by the driver when the shift device is operated and configured to simulate an operation of the clutch mechanism; and a torque controller configured to control torque of the electric motor, characterised in that the shift device is configured to select a mode of any one of a plurality of modes in which torque characteristics of the electric motor differ in stages with respect to a rotational speed of the electric motor and output a signal including a selected mode to the torque controller, wherein the clutch device is configured to output a signal including an operation amount of the clutch device to the torque controller, and wherein, the torque controller is configured to: change torque of the electric motor toward zero as the operation amount of the clutch device increases; and change torque of the electric motor toward a value corresponding to the mode selected by the shift device as the operation amount of the clutch device decreases. a shift device operable by a driver and configured to simulate an operation of the transmission; a clutch device operated by the driver when the shift device is operated and configured to simulate an operation of the clutch mechanism; and a torque controller configured to control torque of the electric motor, characterised in that the shift device is configured to select a mode of any one of a plurality of modes in which torque characteristics of the electric motor differ in stages with respect to a rotational speed of the electric motor and output a signal including a selected mode to the torque controller, wherein the clutch device is configured to output a signal including an operation amount of the clutch device to the torque controller, and wherein, the torque controller is configured to: change torque of the electric motor toward zero as the operation amount of the clutch device increases; and change torque of the electric motor toward a value corresponding to the mode selected by the shift device as the operation amount of the clutch device decreases. change torque of the electric motor toward zero as the operation amount of the clutch device increases; and change torque of the electric motor toward a value corresponding to the mode selected by the shift device as the operation amount of the clutch device decreases.
Salt of an organic acid with a compound of general formula wherein R 1 and R 2 are independently chosen from the list consisting of ethyl, hydrogen, methyl and propyl or combined into a diol protecting group such that the compound of general formula is represented as a compound of formula, or wherein said organic acid is oxalic acid or pivalic acid.
A method of generating a public key for an elliptic curve Diffie-Hellman (ECDH) key exchange protocol without disclosing the private key corresponding to the public key during computation of the public key, the method comprising the steps of: generating a random number; interpreting that random number as a linearly transformed random number r̂ which results from an application of a linear transformation to an original random number r, wherein the linear transformation is r̂ = k 1 r + k 2 mod n where k 1 and k 2 are two instance specific, compile time random values and are elements of Z * n, where n is the order of an elliptic curve generator point G; and generating a public key, Q, using pre-computed elliptic curve points G ^ = k 1 − 1 G and U 2 = ( k 1 - k 2) Ĝ, said generating comprising computing elliptic curve point U 1 = r̂Ĝ and then computing Q = U 1 + U 2, thereby computing Q = ( r + 1) G without disclosing the private key d = r + 1 within a memory of a computing device generating Q. generating a random number; interpreting that random number as a linearly transformed random number r̂ which results from an application of a linear transformation to an original random number r, wherein the linear transformation is r̂ = k 1 r + k 2 mod n where k 1 and k 2 are two instance specific, compile time random values and are elements of Z * n, where n is the order of an elliptic curve generator point G; and generating a public key, Q, using pre-computed elliptic curve points G ^ = k 1 − 1 G and U 2 = ( k 1 - k 2) Ĝ, said generating comprising computing elliptic curve point U 1 = r̂Ĝ and then computing Q = U 1 + U 2, thereby computing Q = ( r + 1) G without disclosing the private key d = r + 1 within a memory of a computing device generating Q.
Dishwasher, in particular a free-standing dishwasher or a high-level built-in dishwasher, having an appliance door and at the bottom a plinth cover, said plinth cover having a top wall which faces a lower edge of the appliance door and is spaced from the lower edge of the appliance door to allow for an opening movement of the appliance door across a free movement gap, characterised in that the plinth cover at the bottom is aligned essentially flush with the appliance front face and the dishwasher has at least one lighting element with which the movement gap between the lower edge of the appliance door and the top wall of the plinth cover can be illuminated, wherein the lighting element is positioned inside the dishwasher behind the appliance front face of the appliance door.
A foldable toy comprising: a body part (110, 110', 110"); a support part (110a, 110'a, 110"a) movably installed on the body part (110, 110', 110"); at least one movable body part movably installed on at least one of the body part (110, 110', 110") and the support part (110a, 110'a, 110"a), and a locking part (150, 150'), characterized in that when the locking part (150, 150') supports the movable body part to be fixed at a first position, the foldable toy maintains a first shape having a structure in which the body part (110, 110', 110"), the support part (110a, 110'a, 110"a), and the movable body part are deployed, so as not to be stacked, and when the locking part (150, 150') is unlocked, the support part (110a, 110'a, 110"a) and the movable body part are moved to a second position and stacked on the body part (110, 110', 110") through a clockwise forward rotation and counterclockwise reverse rotation, respectively, about the body part (110, 110', 110") and the foldable toy is folded into a second shape. a body part (110, 110', 110"); a support part (110a, 110'a, 110"a) movably installed on the body part (110, 110', 110"); at least one movable body part movably installed on at least one of the body part (110, 110', 110") and the support part (110a, 110'a, 110"a), and a locking part (150, 150'), characterized in that when the locking part (150, 150') supports the movable body part to be fixed at a first position, the foldable toy maintains a first shape having a structure in which the body part (110, 110', 110"), the support part (110a, 110'a, 110"a), and the movable body part are deployed, so as not to be stacked, and when the locking part (150, 150') is unlocked, the support part (110a, 110'a, 110"a) and the movable body part are moved to a second position and stacked on the body part (110, 110', 110") through a clockwise forward rotation and counterclockwise reverse rotation, respectively, about the body part (110, 110', 110") and the foldable toy is folded into a second shape.