mhurhangee/ep-ind-claims huggingface dataset:
A motor stator comprising: a tubular stator core including a plurality of tooth portions which protrude radially inwards; an insulator attached to the stator core in an axial direction of the stator core; and coils which are wound around portions of the insulator which corresponds to the respective tooth portions in such a state that the coils are isolated from the stator core by the insulator, characterized in that a radius of curvature R of a corner portion of the insulator, around which the coil is wound, continuously decreases as the tooth portion extends from a root portion towards a distal end portion thereof and a winding strength is the strongest at the root portion and decreases towards the distal end portion. a tubular stator core including a plurality of tooth portions which protrude radially inwards; an insulator attached to the stator core in an axial direction of the stator core; and coils which are wound around portions of the insulator which corresponds to the respective tooth portions in such a state that the coils are isolated from the stator core by the insulator, characterized in that a radius of curvature R of a corner portion of the insulator, around which the coil is wound, continuously decreases as the tooth portion extends from a root portion towards a distal end portion thereof and a winding strength is the strongest at the root portion and decreases towards the distal end portion.
A display terminal for elements of a hierarchical database with n levels, at least some of the elements of the database belonging to a same hierarchical level having an association relationship, the display terminal belonging to a mission system and including at least two display parts (30, 32, 34), characterized in that a first part is intended to display a depiction by hierarchical levels of the elements of the database and a second part is intended to display a graphic interaction object, having n display activation/deactivation zones (38a-38h), each display activation/deactivation zone (38a-38h) corresponding to a hierarchical level in the first display part, the terminal including a level filtering module and a display rearrangement module, said display activation/deactivation zones (38a-38h) being accessible to an operator of the terminal to command the level filtering and display rearrangement modules, so as to obtain a selected display depiction of the database, the terminal further including means for selecting a central display level, the display of the selected central display level not being able to be deactivated via said activation/deactivation zones (38a-38h).
Method for testing the functionality of a field device for an industrial process, especially of a positioner, for sending a control signal to a final controlling device of an industrial processing plant, the final controlling device being operated by means of a secondary power such as pneumatic power, the field device comprising: - a current/secondary power converter such as an I/P converter for generating a predetermined secondary power safety control signal in order to bring the final controlling device into a predetermined safe position; - an electronic safety circuit preposed to the current/secondary power converter, which, depending on an electrical control signal (i) received by the field device, can be switched from a passive state into an active state in which the electronic safety circuit causes the current/secondary power converter to issue the secondary power safety control signal; wherein the safety circuit will automatically adopt the active state if the electrical control signal falls below or exceeds a current and/or voltage threshold value specific to the safety circuit, wherein an input current and/or input voltage of the electrical control signal is modified in a manner specific to the field device in such a way that an electrical test signal specific to the safety circuit is generated and the test signal is transmitted to the safety circuit in order to test its functionality; and wherein an AND logic component is provided, which is connected on the input side with an output (5.3) of a microprocessor and with an output of the electrical safety circuit, and through which an electrical safety control signal for moving the final controlling device towards the safe position at the current/secondary power converter is provided only if a current or a voltage at an output of the microprocessor and/or of the safety circuit exceeds or falls below a threshold value specific to a logic component such that the secondary power safety control signal is provided from the current/secondary power converter. - a current/secondary power converter such as an I/P converter for generating a predetermined secondary power safety control signal in order to bring the final controlling device into a predetermined safe position; - an electronic safety circuit preposed to the current/secondary power converter, which, depending on an electrical control signal (i) received by the field device, can be switched from a passive state into an active state in which the electronic safety circuit causes the current/secondary power converter to issue the secondary power safety control signal;
A method for displaying an image on a display comprising a light source layer and a display layer, the method comprising: determining first driving values for light sources of the light source layer from image data; determining an effective luminance pattern of the light source layer corresponding to the first driving values, the effective luminance pattern representing an estimated luminance at the display layer resulting from application of the first driving values to the light sources of the light source layer; and determining second driving values for pixels of the display layer based on the effective luminance pattern and image data defining the image; characterized in that: determining the effective luminance pattern comprises: determining the effective luminance pattern at a first spatial resolution lower than a spatial resolution of the display layer; and, increasing the spatial resolution of the effective luminance pattern from the first spatial resolution to a second spatial resolution corresponding to the spatial resolution of the display layer before determining the second driving values, wherein increasing the spatial resolution of the effective luminance pattern comprises performing interpolation on data defining the effective luminance pattern at the first spatial resolution. determining first driving values for light sources of the light source layer from image data; determining an effective luminance pattern of the light source layer corresponding to the first driving values, the effective luminance pattern representing an estimated luminance at the display layer resulting from application of the first driving values to the light sources of the light source layer; and determining second driving values for pixels of the display layer based on the effective luminance pattern and image data defining the image; determining the effective luminance pattern comprises: determining the effective luminance pattern at a first spatial resolution lower than a spatial resolution of the display layer; and, increasing the spatial resolution of the effective luminance pattern from the first spatial resolution to a second spatial resolution corresponding to the spatial resolution of the display layer before determining the second driving values, wherein increasing the spatial resolution of the effective luminance pattern comprises performing interpolation on data defining the effective luminance pattern at the first spatial resolution.
A process for polymerizing at least one olefinic monomer selected from ethylene, propylene or 1-butene in a loop reactor in the presence of a polymerization catalyst selected from the group consisting of chromium catalysts of the Phillips type, Ziegler catalysts, Ziegler-Natta catalysts and single-site catalysts at from 20 to 150°C, but below the melting point of the polymer to be formed, and a pressure of from 5 to 100 bar, where the polymer formed is present in a suspension in a liquid or supercritical suspension medium and this suspension is circulated by means of an axial pump, wherein the loop reactor comprises a cyclic reactor tube whose diameter varies by at least 10%, based on the predominant reactor tube diameter, and in which there is at least one widening and narrowing in a region other than that of the axial pump.
A translucent sintered body consisting of elements in a following basic composition ratio formula: Ca 1 − x − y Yb x R y F 2 + x + y, 0.4 ≦ x ≦ 1.0, 0 < y ≦ 0.5 wherein R is at least one element selected from Ce, Pr, Sm, Eu and Y.
A table leg comprising a first connector comprising a first mating part in the form of a C-shaped recess for engagement with a second mating part in the form of a bar or pivot pin on the seat for connecting the table leg in pivotable engagement with a seat such that the table leg is pivotable between first and second leg positions, and a securing means for restricting movement of the table leg relative to the seat, wherein the securing means is for allowing removal of the table leg from the seat when the table leg is in the first leg position and for preventing removal of the table leg from the seat when the table leg is in the second leg position, characterised in that the securing means comprises a third mating part for engagement with a fourth mating part on the seat, wherein the third mating part is a female mating part and the fourth mating part is a male mating part or wherein the third mating part is a male mating part and the fourth mating part is a female mating part, wherein the female mating part comprises a channel for engagement with the male mating part, and wherein said channel is curved around a pivot point of the first connector.
An ink-jet recording apparatus, comprising: a printer head which moves relative to a table on which a medium is placed, and which ejects ink onto the medium while moving relative to the medium in a main-scanning direction; and irradiation means for performing exposure with respect to the ink ejected onto the medium to cure the ink while moving together with the printer head in the main-scanning direction, characterized in that said irradiation means having a plurality of light-emitting diode modules arranged in a plurality of rows; and each of said emitting diode modules comprises a plurality of light-emitting units which are provided to the irradiation means at a position near the medium, which are plurally arranged in the main-scanning direction and in the sub-scanning direction perpendicular to the main scanning direction, wherein each of said emitting diode module is divided into a plurality of areas in accordance with an arrangement position with respect to the irradiation means, to adjust an amount of light during light emission for each of the areas. a printer head which moves relative to a table on which a medium is placed, and which ejects ink onto the medium while moving relative to the medium in a main-scanning direction; and irradiation means for performing exposure with respect to the ink ejected onto the medium to cure the ink while moving together with the printer head in the main-scanning direction, characterized in that said irradiation means having a plurality of light-emitting diode modules arranged in a plurality of rows; and each of said emitting diode modules comprises a plurality of light-emitting units which are provided to the irradiation means at a position near the medium, which are plurally arranged in the main-scanning direction and in the sub-scanning direction perpendicular to the main scanning direction, wherein each of said emitting diode module is divided into a plurality of areas in accordance with an arrangement position with respect to the irradiation means, to adjust an amount of light during light emission for each of the areas.
A joint connection, comprising an electrically insulating component and at least two joining partners (51, 52), wherein at least one of the joining partners (51, 52) is kept electrically insulated from at least one further of the joining partners (51, 52) by the electrically insulating component; and wherein the surface of the electrically insulating component extending between the joining partners defines a structure, in particular an elevation or depression; which elongates in particular the direct path along the surface from the at least one joining partner to the at least one further joining partner compared to a surface not having such structure; and which preferably completely surrounds at least one joining partner; wherein the insulating component or the structure comprises or is made of crystallisable or at least partially crystallised glass; and wherein at least one joining partner has a hollow cylindrical shape and comprises a metal or a ceramic material; and wherein the crystallisable or at least partially crystallised glass comprises: La 2 O 3 more than 0.3 mol% to less than 5 mol%, preferably less than or equal to 4.5 mol%, most preferably less than or equal to 4 mol%; Nb 2 O 5 0 mol% to 9 mol%; Ta 2 O 5 0 mol% to 7 mol%; with Σ (A 2 O 5) being more than 0.2 mol% to 9 mol%, where A is an element which usually has the oxidation number V+ in oxides, and which in particular comprises Nb, Ta, or P, and/or mixtures thereof; comprising SiO 2 30 mol% to 40 mol%; Al 2 O 3 3 mol% to 12 mol%; CaO 32 mol% to 46 mol%; MgO 5 mol% to 15 mol%; ZnO 0 mol% to 10 mol%. wherein at least one of the joining partners (51, 52) is kept electrically insulated from at least one further of the joining partners (51, 52) by the electrically insulating component; and wherein the surface of the electrically insulating component extending between the joining partners defines a structure, in particular an elevation or depression; which elongates in particular the direct path along the surface from the at least one joining partner to the at least one further joining partner compared to a surface not having such structure; and which preferably completely surrounds at least one joining partner; wherein the insulating component or the structure comprises or is made of crystallisable or at least partially crystallised glass; and wherein at least one joining partner has a hollow cylindrical shape and comprises a metal or a ceramic material; and wherein the crystallisable or at least partially crystallised glass comprises: La 2 O 3 more than 0.3 mol% to less than 5 mol%, preferably less than or equal to 4.5 mol%, most preferably less than or equal to 4 mol%; Nb 2 O 5 0 mol% to 9 mol%; Ta 2 O 5 0 mol% to 7 mol%; with Σ (A 2 O 5) being more than 0.2 mol% to 9 mol%, where A is an element which usually has the oxidation number V+ in oxides, and which in particular comprises Nb, Ta, or P, and/or mixtures thereof; comprising SiO 2 30 mol% to 40 mol%; Al 2 O 3 3 mol% to 12 mol%; CaO 32 mol% to 46 mol%; MgO 5 mol% to 15 mol%; ZnO 0 mol% to 10 mol%.
Beverage dispensing machine (1; 1A; 1B; 1C) for producing a beverage from a compressible and crushable capsule containing a product, comprising injecting means arranged for piercing a covering element of said capsule and injecting into the latter a liquid interacting with said product to make a beverage, a housing element provided with a seat into which said capsule is insertable, a dispensing unit for dispensing said liquid into said capsule, said housing element resting on elastic elements, characterised in that said housing element is slidable inside a chamber, obtained in a box element that is insertable into a space of said dispensing unit, said chamber being provided with a fixed support intended for constituting a rest for a bottom of the capsule when the latter is inserted into said seat.
A hydraulically operated setting device with a hydraulic aggregate for establishing a connection between at least two components, in particular a rivet setting device, which comprises the following features: a. the hydraulic aggregate with a1. a tank for hydraulic fluid, a2. a pump for pumping the hydraulic fluid to the setting device, a3. at least one pump hose, which connects the tank via the pump and a valve block with the setting device, and at least one tank hose, which connects the tank with the setting device via the valve block, b. a double-acting cylinder with a prestroke chamber and a return-stroke chamber, in which the piston with piston rod is moveably arranged, which moves a punch of the setting device, c. a single-acting cylinder with a hold-down device chamber, in which a plunge piston is moveably arranged, which moves a hold-down device, characterized in that d. the valve block comprises a plurality of valves, via which the return-stroke chamber is connectable with the pump and the hold-down device chamber so that a volume flow of the hydraulic fluid out of the hold-down device chamber supports a reset movement of the piston and via which the prestroke chamber and the hold down device chamber are connectable to the pump and the return-stroke chamber so that a volume flow of the hydraulic fluid from the return stroke chamber supports the movement of the piston and the punch as well as the hold-down device in setting direction. a. the hydraulic aggregate with a1. a tank for hydraulic fluid, a2. a pump for pumping the hydraulic fluid to the setting device, a3. at least one pump hose, which connects the tank via the pump and a valve block with the setting device, and at least one tank hose, which connects the tank with the setting device via the valve block, a1. a tank for hydraulic fluid, a2. a pump for pumping the hydraulic fluid to the setting device, a3. at least one pump hose, which connects the tank via the pump and a valve block with the setting device, and at least one tank hose, which connects the tank with the setting device via the valve block, b. a double-acting cylinder with a prestroke chamber and a return-stroke chamber, in which the piston with piston rod is moveably arranged, which moves a punch of the setting device, c. a single-acting cylinder with a hold-down device chamber, in which a plunge piston is moveably arranged, which moves a hold-down device, characterized in that d. the valve block comprises a plurality of valves, via which the return-stroke chamber is connectable with the pump and the hold-down device chamber so that a volume flow of the hydraulic fluid out of the hold-down device chamber supports a reset movement of the piston and via which the prestroke chamber and the hold down device chamber are connectable to the pump and the return-stroke chamber so that a volume flow of the hydraulic fluid from the return stroke chamber supports the movement of the piston and the punch as well as the hold-down device in setting direction.
A method for generating a pseudo-random pattern of dots to be patterned on a surface having a known shape, the method comprising the steps of: receiving, at a programmable processor, surface input parameters for the surface having a known shape, the known shape including a combination of at least two of a spherical surface, a cylindrical surface, and a flat surface, wherein the surface input parameters mathematically describe the known shape with reference to a known coordinate system, wherein the surface having the known shape is divided into an integral number of cells (225, 325), each cell including a non-overlapping cell area approximately equal to an area of the respective cell; selecting dot locations for the pseudo-random pattern of dots for at least a portion of the surface based on the surface input parameters, wherein the pseudo-random pattern is a pattern that incorporates a randomness that overlays a systematic structure, wherein one dot location is randomly selected anywhere within a respective one of at least a portion of the non-overlapping cell areas; and outputting coordinates for dot centers based on the dot locations from the programmable processor. receiving, at a programmable processor, surface input parameters for the surface having a known shape, the known shape including a combination of at least two of a spherical surface, a cylindrical surface, and a flat surface, wherein the surface input parameters mathematically describe the known shape with reference to a known coordinate system, wherein the surface having the known shape is divided into an integral number of cells (225, 325), each cell including a non-overlapping cell area approximately equal to an area of the respective cell; selecting dot locations for the pseudo-random pattern of dots for at least a portion of the surface based on the surface input parameters, wherein the pseudo-random pattern is a pattern that incorporates a randomness that overlays a systematic structure, wherein one dot location is randomly selected anywhere within a respective one of at least a portion of the non-overlapping cell areas; and outputting coordinates for dot centers based on the dot locations from the programmable processor.
A combination of a compound selected from the group consisting of: and or a pharmaceutically acceptable salt thereof, and of a DNA damaging agent, for use in therapy, wherein the compound and the DNA damaging agent may be administered together in a unitary pharmaceutical composition or separately and, when administered separately this may occur simultaneously or sequentially in any order.
An interconnector system comprising a first circuit board, a second circuit board and an electrical interconnector comprising two connection lines between the first circuit board and the second circuit board, wherein the first circuit board and the second circuit board each comprise at least one respective frequency separating filter (f), each frequency separating filter (f) comprising a high frequency connector, a low frequency connector and a mixed frequency connector, characterized in that at least one of the two connection lines is connected to the mixed frequency connector of one of the frequency separating filters (f) of the first circuit board and to the mixed frequency connector of one of the frequency separating filters (f) of the second circuit board.
A reticle rack unit comprising: a frame with four uprights and multiple crossbars, the frame having a longest dimension defining a front side and a back side; four turnstiles (30a..d) mounted to the frame to pivot around a respective rotational axis parallel to the four uprights; wherein each turnstile (30a..d) defines a plurality of reticle nests sized to hold reticles. a frame with four uprights and multiple crossbars, the frame having a longest dimension defining a front side and a back side; four turnstiles (30a..d) mounted to the frame to pivot around a respective rotational axis parallel to the four uprights; wherein each turnstile (30a..d) defines a plurality of reticle nests sized to hold reticles.
A process for separating polydisperse ionically charged polysaccharide into fractions, in which an aqueous solution of the polydisperse polysaccharide is contacted with ion-exchange resin in a column, subjected to selective elution by aqueous elution buffer, and polysaccharide is recovered from eluted fractions, characterised in that the selective elution involves washing the resin in the column sequentially with at least three elution buffers each having different and constant ionic strength and/or pH and in which the second and subsequent buffers have higher ionic strength and/or pH than the buffers of the immediately preceding step, and in that the eluted fractions each have different average molecular weight and the product polysaccharide recovered from the eluted fractions has a polydispersity of less than 1.5 and wherein the product polysaccharide is a sialic acid polymer or co-polymer.