mhurhangee/ep-ind-claims huggingface dataset:
A silicon carbide fiber reinforced silicon carbide composite material, comprising a multiphase matrix containing a silicon carbide phase and a boron nitride phase; and silicon carbide fibers disposed in the matrix, wherein an interfacial phase is not present between silicon carbide fibers and the matrix.
A shelf module for a shelf system, the shelf module defining a pair of substantially parallel, lengthwise extending edges and a pair of substantially parallel end edges, and comprising an array of lengthwise extending slats spaced apart across the width of the module, and an array of spaced apart ribs extending between these slats which are spaced apart along the length of the module, the shelf module being characterised in that at least a pair of the slats comprise outwardly and oppositely directed partition retaining connection means at or toward an upper edge thereof, between which a portion of a partition can be secured.
A circular knitting machine comprising a needle cylinder which can be actuated with a rotary motion about its own axis, arranged vertically, and on the skirt of which there is a plurality of axial grooves, each accommodating a needle, a tubular body being arranged internally and coaxially to said needle cylinder and being adapted to receive a manufactured item during its forming, said tubular body being supported so that it can slide along an axial direction, parallel to said axis, within said needle cylinder in order to pass from at least one inactive position, in which it is arranged with its upper end at the same level or at a lower level with respect to the upper end of the needle cylinder, to at least one active position, in which it protrudes with its upper end from the upper end of the needle cylinder, actuation means being provided which act on command on said tubular body in order to actuate its axial movement, parallel to said axis, with respect to said needle cylinder, characterized in that the circular knitting machine comprises control means associated with said actuation means for controlling the speed of said tubular body along said axial movement from said inactive position to said at least one active position wherein said actuation means comprise motor means adapted to actuate in a controlled manner the axial movement of said tubular body from said inactive position to said at least one active position and wherein said control means are adapted to control the speed of said tubular body along its axial movement from said inactive position to said at least one active position as a function of the corresponding rotation rate of the needle cylinder.
A tire grinding machine, comprising: a frame having a plurality of vertically extending posts; a chuck assembly (16, 18) associated with said frame, said chuck assembly (16, 18) adapted to receive, and rotate a tire; and a grinding assembly associated with said frame, said grinding assembly movable with respect to said frame and having at least one grinding element adapted to contact and remove material from the tire when rotated by said chuck assembly (16, 18); characterized in that a pulley is maintained near a top end of one of said vertical posts; and a counterbalance weight is connected to one end of a cable and an opposite end of said cable is connected to said grinding assembly, wherein said vertical post associated with said pulley has an internal post opening and wherein said cable is received on said pulley and said counterbalance weight is received in said internal post opening and concealed by said vertical post. a frame having a plurality of vertically extending posts; a chuck assembly (16, 18) associated with said frame, said chuck assembly (16, 18) adapted to receive, and rotate a tire; and a grinding assembly associated with said frame, said grinding assembly movable with respect to said frame and having at least one grinding element adapted to contact and remove material from the tire when rotated by said chuck assembly (16, 18); characterized in that a pulley is maintained near a top end of one of said vertical posts; and a counterbalance weight is connected to one end of a cable and an opposite end of said cable is connected to said grinding assembly, wherein said vertical post associated with said pulley has an internal post opening and wherein said cable is received on said pulley and said counterbalance weight is received in said internal post opening and concealed by said vertical post.
A powder-like alginate impression material composition, which is kneaded with water so as to be gelatinized and cured, mainly comprising alginate, a gelatinizing reactant, a gelatinizing regulator, and a filler, wherein the composition comprises 0.01 to 0.1% by weight of one or more kinds selected from oils comprising a fatty acid ester of an alcohol, waxes comprising a fatty acid ester of glycerin, and fatty acid ester; 0.01 to 10% by weight of a surfactant; and 0.01 to 10% by weight of one or more kinds of polysaccharides selected from carrageenan, pullulan, curdlan, xanthan gum, gellan gum, pectin, konjak glucomannan, xyloglucan, guar gum, gum Arabic and locust bean gum.
A microcavity plasma device array, comprising: a first electrode, the first electrode being a thin conductive foil including a plurality of microcavities therein and being encapsulated in first oxide; a second electrode, the second electrode being a thin conductive foil encapsulated in second oxide; characterized in that the second electrode is a metal foil without microcavities; said first electrode and said second electrode are bonded together, while said first and second oxide prevents contact therebetween; and in that the device further comprises a containing layer (24, 28, 34) containing discharge medium in the microcavities. a first electrode, the first electrode being a thin conductive foil including a plurality of microcavities therein and being encapsulated in first oxide; a second electrode, the second electrode being a thin conductive foil encapsulated in second oxide; characterized in that the second electrode is a metal foil without microcavities; said first electrode and said second electrode are bonded together, while said first and second oxide prevents contact therebetween; and in that the device further comprises a containing layer (24, 28, 34) containing discharge medium in the microcavities.
Transport device for receiving and fixing a sample container and for transporting the sample container between pre-analytical, analytical and/or post-analytical stations of a laboratory automation system, comprising: - at least one magnetically active element being adapted to interact with a magnetic field generated by means of at least one electromagnetic actuator such that a driving force is caused to the transport device, - a holding unit having a push-through region through which the sample container can be pushed in the longitudinal direction, wherein the holding unit is embodied such that the sample container, in the pushed-through state, is fixed radially in the region of the holding unit, and - a receiving unit being spaced from the holding unit and being adapted to receive a bottom end of a pushed-through sample container and being adapted to fix the bottom end in a radial manner, characterized in that - the holding unit is embodied as a collet, - wherein the collet comprises a number of clamping elements being arranged in a circular manner, wherein a sleeve being displaceable vertically between a top position and a bottom position is arranged radially outside of the clamping elements, wherein the sleeve presses the clamping elements radially inward when it is situated in the top position, and - wherein a spring tensioning the sleeve towards the top position is arranged below the sleeve. - at least one magnetically active element being adapted to interact with a magnetic field generated by means of at least one electromagnetic actuator such that a driving force is caused to the transport device, - a holding unit having a push-through region through which the sample container can be pushed in the longitudinal direction, wherein the holding unit is embodied such that the sample container, in the pushed-through state, is fixed radially in the region of the holding unit, and - a receiving unit being spaced from the holding unit and being adapted to receive a bottom end of a pushed-through sample container and being adapted to fix the bottom end in a radial manner, characterized in that - the holding unit is embodied as a collet, - wherein the collet comprises a number of clamping elements being arranged in a circular manner, wherein a sleeve being displaceable vertically between a top position and a bottom position is arranged radially outside of the clamping elements, wherein the sleeve presses the clamping elements radially inward when it is situated in the top position, and - wherein a spring tensioning the sleeve towards the top position is arranged below the sleeve. - wherein the collet comprises a number of clamping elements being arranged in a circular manner, wherein a sleeve being displaceable vertically between a top position and a bottom position is arranged radially outside of the clamping elements, wherein the sleeve presses the clamping elements radially inward when it is situated in the top position, and - wherein a spring tensioning the sleeve towards the top position is arranged below the sleeve.
Stamp plate for a device for producing shell-like edible products from a food mass, in particular a fatty mass, preferably a cocoa-containing or chocolate-like fatty mass, comprising - a basic body with a surface; and - at least one temperature-controllable stamp that is arranged on the basic body, extends away from the surface of the basic body, and is able to be introduced into a cell, corresponding to the stamp, of a mould, in which the food mass is located, wherein the stamp comprises a base element and a mould element for introducing into the cell; characterized in that at least one further, raised element is arranged on the basic body as a spacer with respect to the mould and the spacer is raised from the basic body less than the point of the stamp furthest from the basic body, wherein the spacer has a maximum height above the basic body, said maximum height being greater than the maximum height of the base element, such that a gap is formed between the periphery of the cell and the stamp introduced into the cell, said gap preferably having a gap width of between 0.1 and 1 mm. - a basic body with a surface; and - at least one temperature-controllable stamp that is arranged on the basic body, extends away from the surface of the basic body, and is able to be introduced into a cell, corresponding to the stamp, of a mould, in which the food mass is located, wherein the stamp comprises a base element and a mould element for introducing into the cell;
A signal processing device comprising: a transform means for transforming a mixed signal in which a first signal and a second signal are mixed, into a phase component and an amplitude component or a power component in each frequency; a first control means for rotating the phase component in predetermined frequency; a second control means for compensating the amplitude component or the power component in the predetermined frequency according to an amount of change of the amplitude component or the power component due to the rotation said first control means has performed; and a synthesis means for synthesizing the phase component rotated by said first control means and the amplitude component or power component compensated by said second control means. a transform means for transforming a mixed signal in which a first signal and a second signal are mixed, into a phase component and an amplitude component or a power component in each frequency; a first control means for rotating the phase component in predetermined frequency; a second control means for compensating the amplitude component or the power component in the predetermined frequency according to an amount of change of the amplitude component or the power component due to the rotation said first control means has performed; and a synthesis means for synthesizing the phase component rotated by said first control means and the amplitude component or power component compensated by said second control means.
A screwing tool with an elongate handle, which on each of its two ends (1', 1") carries a head (2, 3) that is pivotable about a pivot axis (4, 5) and respectively forms torque transmission flanks, the distance between which changes during a pivoting motion of the head (2, 3), with a fixed jaw and a movable jaw, wherein said handle has a force application flank (6, 7) for introducing a force in order to generate a torque on the head (2, 3) lying remotely from the respective force application flank (6, 7), wherein a narrow side (10, 11) of the fixed jaw, which is functionally directed away from a stop, forms an extension of the force application flank (6, 7) in a pivoting end position of the head (2, 3), in which the stop of the head (2, 3) lies against a counter stop of the handle, which essentially lies flushly adjacent to the force application flank (6, 7), which forms a pressure surface on which the palm of a hand gripping the head (2, 3) can rest, characterized in that the head (2, 3) is held in the pivoting end position by means of a spring, in that the counter stop is associated with the handle, and in that the two heads (2, 3) are to be displaced from the respective pivoting end position in opposite pivoting directions.
A catalyst composition comprising molybdenum, sulfur and an alkali metal ion on a nanofibrous, mesoporous carbon molecular sieve support, the support comprising carbon nanofibers constructed of ordered nanowires.
A stack-type electrode assembly comprising: a first electrode in a first portion of the electrode assembly; a second electrode in a second portion of the electrode assembly; at least one unit stack between the first electrode and the second electrode, the at least one unit stack comprising a positive electrode; a negative electrode; and a separator disposed between the positive electrode and the negative electrode; and a plurality of separators between the first electrode and the unit stack, between the unit stacks, and between the unit stack and the second electrode, wherein the first electrode or the second electrode is an electrode comprising a 3D porous current collector having pores that are 3-dimensionally connected therein, and wherein the positive electrode and the negative electrode in the at least one unit stack are each electrodes comprising non-porous current collectors (22, 32). a first electrode in a first portion of the electrode assembly; a second electrode in a second portion of the electrode assembly; at least one unit stack between the first electrode and the second electrode, the at least one unit stack comprising a positive electrode; a negative electrode; and a separator disposed between the positive electrode and the negative electrode; and a plurality of separators between the first electrode and the unit stack, between the unit stacks, and between the unit stack and the second electrode, wherein the first electrode or the second electrode is an electrode comprising a 3D porous current collector having pores that are 3-dimensionally connected therein, and wherein the positive electrode and the negative electrode in the at least one unit stack are each electrodes comprising non-porous current collectors (22, 32).
Infusion system comprising: - a set of pouches comprising at least a first pouch and a second pouch, said first pouch containing or being intended to contain a first solution, said first pouch being provided with at least one first inlet tube acting as an inlet orifice and a second outlet tube acting as an outlet orifice, said first and second tubes being each arranged in a peripheral seal of said pouch, and said second pouch containing or being intended to contain a second solution, and - a connection device placing or intended to place in fluidic communication the first pouch at the level of the inlet tube thereof and the second pouch, characterised in that said peripheral seal comprises an extension projecting towards the inside of said first pouch so as to divert the flow of the second solution from the second pouch from the direct flow path between the inlet and outlet tube. - a set of pouches comprising at least a first pouch and a second pouch, said first pouch containing or being intended to contain a first solution, said first pouch being provided with at least one first inlet tube acting as an inlet orifice and a second outlet tube acting as an outlet orifice, said first and second tubes being each arranged in a peripheral seal of said pouch, and said second pouch containing or being intended to contain a second solution, and - a connection device placing or intended to place in fluidic communication the first pouch at the level of the inlet tube thereof and the second pouch, characterised in that said peripheral seal comprises an extension projecting towards the inside of said first pouch so as to divert the flow of the second solution from the second pouch from the direct flow path between the inlet and outlet tube.
Heat exchanger for transferring heat between a first fluid and a second fluid, the heat exchanger comprising a stack of plates comprising a last plate and a penultimate plate jointly delimiting an end chamber, the last plate being provided with at least one inlet for the second fluid and one outlet for the second fluid, the stack of plates defining an inlet passage for the second fluid and an outlet passage for the second fluid, the end chamber housing a channeling means comprising an inlet circulation canal for channeling the second fluid between the inlet for the second fluid and the inlet passage for the second fluid, and an outlet circulation canal for channeling the second fluid between the outlet for the second fluid and the outlet passage for the second fluid, the channeling means consisting of an insert housed in the end chamber, characterized in that the insert is formed of at least one blade (132, 133) comprising a base wall (132a, 133a) and a contour (132b, 133b) which are connected to one another by a lateral wall (132c, 133c).
A method for controlling an autonomously driven vehicle, comprising: determining whether or not a host vehicle (Va) can make a right turn or a left turn while a signal light is still green at a time of the right turn or the left turn is to be made, either while the host vehicle (Va) traveling in the left lane is waiting in a row of vehicles to make the right turn or while the host vehicle (Va) traveling in the right lane is waiting in a row of vehicles to make the left turn at an intersection during travel under autonomous driving; and causing the host vehicle (Va) to creep forward to a start position for starting at a next time the signal light is green upon determining the right turn or the left turn cannot be made. determining whether or not a host vehicle (Va) can make a right turn or a left turn while a signal light is still green at a time of the right turn or the left turn is to be made, either while the host vehicle (Va) traveling in the left lane is waiting in a row of vehicles to make the right turn or while the host vehicle (Va) traveling in the right lane is waiting in a row of vehicles to make the left turn at an intersection during travel under autonomous driving; and causing the host vehicle (Va) to creep forward to a start position for starting at a next time the signal light is green upon determining the right turn or the left turn cannot be made.
An OTDR measurement system comprising: a laser source for injecting light into a first, input endface of an optical fiber span being measured; a control element for turning "on" and "off" the laser source, creating a leading edge of a propagating probe signal upon turning "on" the laser source and creating a trailing edge of the probe signal upon turning "off" the laser source; a photoreceiver coupled to the first, input endface of the optical fiber span for receiving a returned portion of the propagating probe signal and providing a measurement of the returned optical power as an electrical output power signal; a data analysis unit for sampling the electrical output of the photoreceiver characterized in that the control element is configured to keep the laser source powered until the probe signal reaches an end of the optical fiber span being measured, and the data analysis unit is configured to store a plurality of sampled measurements from the point in time when the leading edge of the probe signal enters the optical fiber span, the data analysis unit including a difference calculator for subtracting the value of returned power measured at two separate instances in time, using a selected resolution factor, to generate an OTDR trace as the output of the OTDR measurement system, the selected resolution factor determining the level of detail shown in the OTDR trace. a laser source for injecting light into a first, input endface of an optical fiber span being measured; a control element for turning "on" and "off" the laser source, creating a leading edge of a propagating probe signal upon turning "on" the laser source and creating a trailing edge of the probe signal upon turning "off" the laser source; a photoreceiver coupled to the first, input endface of the optical fiber span for receiving a returned portion of the propagating probe signal and providing a measurement of the returned optical power as an electrical output power signal; a data analysis unit for sampling the electrical output of the photoreceiver characterized in that the control element is configured to keep the laser source powered until the probe signal reaches an end of the optical fiber span being measured, and the data analysis unit is configured to store a plurality of sampled measurements from the point in time when the leading edge of the probe signal enters the optical fiber span, the data analysis unit including a difference calculator for subtracting the value of returned power measured at two separate instances in time, using a selected resolution factor, to generate an OTDR trace as the output of the OTDR measurement system, the selected resolution factor determining the level of detail shown in the OTDR trace.
Compounds of formula I in enantiomerically pure form wherein R 1 is phenyl, which is optionally substituted by 1-2 halogen atoms, selected from fluorine or chlorine; or a pharmaceutically acceptable acid addition salt.