mhurhangee/ep-ind-claims huggingface dataset:
Mortar carriage for applying a fresh mortar layer, preferably a thin-bed mortar layer, to a building substrate, preferably to a bed joint of a row of bricks, comprising a) a housing having a, preferably funnel-like, mortar receiving space for filling with fresh mortar and having a mortar outlet opening, b) a mortar spreading plate arranged below the mortar outlet opening for defining the width of the fresh mortar layer and optionally for dividing the fresh mortar layer into multiple fresh mortar strips, c) a bottom slider for completely or partially closing or exposing the mortar outlet opening, d) preferably a scraper strip for defining the thickness of the fresh mortar layer, e) at least two carriage sliding surfaces for slidably moving the mortar carriage on the building substrate, f) at least one, preferably two, carriage lateral guide surface(s) for laterally guiding the mortar carriage on the building substrate, wherein the mortar spreading plate has the at least two carriage sliding surfaces and also the at least one carriage lateral guide surface, characterized in that the mortar spreading plate is detachably connected to the housing. a) a housing having a, preferably funnel-like, mortar receiving space for filling with fresh mortar and having a mortar outlet opening, b) a mortar spreading plate arranged below the mortar outlet opening for defining the width of the fresh mortar layer and optionally for dividing the fresh mortar layer into multiple fresh mortar strips, c) a bottom slider for completely or partially closing or exposing the mortar outlet opening, d) preferably a scraper strip for defining the thickness of the fresh mortar layer, e) at least two carriage sliding surfaces for slidably moving the mortar carriage on the building substrate, f) at least one, preferably two, carriage lateral guide surface(s) for laterally guiding the mortar carriage on the building substrate,
A wheel for a railway vehicle, the wheel comprising a wheel plate, in which at least four openings are formed at a same radial distance from the centre of the wheel, angularly deviated by 90°, at least one deformation sensor being mounted in each opening to measure vertical deformations (Fz) when the wheel contacts a rail, the wheel plate comprising an internal face, for pointing to the centre of a rail track in use, and an external face opposite to the internal face, the wheel plate comprising a neutral fibre plane extending in the thickness of the wheel plate at an equal distance from the internal face and from the external face of said opening, the wheel being characterised in that the deformation sensors are disposed in a same measurement plane which is offset with respect to the neutral fibre plane in order to increase sensitivity of vertical deformations to the side position of the wheel/rail contact point.
A single immunoglobulin variable domain antibody that binds to CD28 and comprises amino acids having the sequence set forth in SEQ ID NO:543 (1h-239-891; D70C).
Container made from paper, a paper composite material, a film a combination of these materials or the like for storage of a food product, in particular in roll form, such as wraps or the like, with an at least approximately rectangular surface section as well as a first side strip which rests flat and at least partially on a first side of the surface section is fastened together with this along a common L-shaped edge, wherein the first side strip is formed integrally on the surface section and is folded over to the surface section by 180° along a first fold line, and a first adhesion point is provided by which the first side strip can be firmly adhered either to the lower edge (c) or to the upper edge (d) of the surface section and a second side strip is formed integrally on the surface section and can be folded over towards the first side strip by 180° along a second fold line, characterised in that a closure element for the container, by which the first side strip and/or the surface section is fixed at least temporarily in a rolled-up state, consists of a section adhesion point and a non-stick layer point which co-operates therewith and is provided on the second side strip, wherein the second adhesion point and the non-stick layer point are arranged so that they come to lie directly on one another when the first side strip and the second side strip are folded in, wherein the second adhesion point can be released from the non-stick layer point.
Machine for the automatic treatment of components of inhalers, in particular cartomizers for electronic cigarettes, comprising a first transporting member having a first plurality of seats configured to selectively transport said components from a first operational module, provided with loading means to load said components onto said first transporting member, to a final operational module provided with transfer means to transfer said components outside said first transporting member, and one or more intermediate operational modules (M2-M8) interposed between said first operational module and said final operational module and configured to perform work and/or inspection steps on said components, characterized in that said first transporting member comprises a first chain having a plurality of links equal to each other, each of which is connected in an articulated manner to the two adjacent links, so as to define a first interaxis between two adjacent links, and in that said first operational module, said intermediate operational modules (M2-M8), and said final operational module have a length (LM1, LM2, LM3) which is a respective whole multiple (Mil) of said first interaxis, each of said operational modules (M1, M2-M8, MF) being equipped with all the mechanical and electric/electronic apparatuses or devices needed to perform the required operations.
A method of scheduling a processing of packet stream channels comprising determining whether at least one packet stream channel comprises a frame ready for processing; and if at least one packet stream channel comprises a frame ready for processing, identifying a frame ready for processing that has a highest priority; and scheduling the identified highest priority frame for processing, wherein the method is characterised by prioritising a frame ready for processing based on at least one of: a time indicative of all data packets in a frame having been received; and an estimated length of time required to process each frame. identifying a frame ready for processing that has a highest priority; and scheduling the identified highest priority frame for processing, a time indicative of all data packets in a frame having been received; and an estimated length of time required to process each frame.
Method for embossing structures having dimensions in the micrometres or nanometres range into a lacquer layer composed of a lacquer, wherein the lacquer layer is applied to one side of a film web and is curable by means of ultraviolet radiation, wherein the film web, in the conveying direction, firstly by the side on which the not yet cured lacquer layer is situated, is pressed against an embossing cylinder, on the surface of which the structures in the micrometres or nanometres range that are to be embossed are situated, by an impression cylinder in such a way that the structures in the micrometres or nanometres range are impressed into the lacquer layer, and the lacquer layer is subsequently cured by ultraviolet radiation from a source for ultraviolet radiation, characterized in that the film web is guided to the embossing cylinder from above or at least obliquely from above, such that some of the lacquer of the not yet cured lacquer layer accumulates in the conveying direction directly before the location at which the lacquer layer comes into contact with the embossing cylinder, thus resulting in a larger wetted area on the surface of the embossing cylinder, a cause of the larger wetted area on the surface of the embossing cylinder being that the gravitational force guides the lacquer layer in addition to the movement direction of the film web to the location at which the film web comes into contact with the embossing cylinder.
A mask comprising: an air chamber; a filter; a fan arrangement for ventilating the mask; at least one sensor for detecting the temperature and/or the relative humidity of air inhaled and exhaled over time by a user; and a controller which is adapted to: calculate a first value which depends on a first time derivative of said temperature and/or on a first time derivative of said relative humidity; calculate a second value which depends on a second time derivative of said temperature and/or on a second time derivative of said relative humidity; determine a start of an inhalation and/or a start of an exhalation based on the first value and the second value; and control the fan arrangement based on the determined start of the inhalation and/or the determined start of the exhalation. an air chamber; a filter; a fan arrangement for ventilating the mask; at least one sensor for detecting the temperature and/or the relative humidity of air inhaled and exhaled over time by a user; and a controller which is adapted to: calculate a first value which depends on a first time derivative of said temperature and/or on a first time derivative of said relative humidity; calculate a second value which depends on a second time derivative of said temperature and/or on a second time derivative of said relative humidity; determine a start of an inhalation and/or a start of an exhalation based on the first value and the second value; and control the fan arrangement based on the determined start of the inhalation and/or the determined start of the exhalation. calculate a first value which depends on a first time derivative of said temperature and/or on a first time derivative of said relative humidity; calculate a second value which depends on a second time derivative of said temperature and/or on a second time derivative of said relative humidity; determine a start of an inhalation and/or a start of an exhalation based on the first value and the second value; and control the fan arrangement based on the determined start of the inhalation and/or the determined start of the exhalation.
Process for preparing diaryl carbonate by reaction of at least one monophenol with phosgene and/or at least one aryl chloroformate in the presence of at least one optionally substituted pyridine, in free form and/or in the form of the hydrochloride salt thereof, as catalyst, wherein a. the reaction is carried out in a reactor under pressures of 1-50 bar (absolute), b. the reaction mixture is transferred from the reactor into a single-stage or multistage distillation apparatus, c. a catalyst-containing distillate is separated off at the top of at least one distillation column, d. the catalyst-containing distillate is at least partly recirculated into the reactor of step a), e. diaryl carbonate is separated off via a side stream from the distillation apparatus and is optionally purified further, and wherein an aqueous solution is used in none of the steps a) to e). a. the reaction is carried out in a reactor under pressures of 1-50 bar (absolute), b. the reaction mixture is transferred from the reactor into a single-stage or multistage distillation apparatus, c. a catalyst-containing distillate is separated off at the top of at least one distillation column, d. the catalyst-containing distillate is at least partly recirculated into the reactor of step a), e. diaryl carbonate is separated off via a side stream from the distillation apparatus and is optionally purified further, and wherein an aqueous solution is used in none of the steps a) to e).
A method for recognizing speech in a speech recognition system on board an aircraft that compensates for different regional dialects over an area comprised of at least first and second distinct geographical flight information regions, the method comprising: analyzing speech in the first distinct geographical flight information region using speech data from a first source, wherein the speech data from the first source represents a first acoustic model, a first phonetic dictionary, and a first language model that is characteristic of speech in the first distinct geographical flight information region; detecting a change in position of the aircraft from the first distinct geographical flight information region to the second geographical flight information region; and upon detecting that the aircraft has changed position from the first distinct geographical flight information region to the second distinct geographical flight information region, analyzing speech in the second distinct geographical flight information region using speech data from a second source, wherein the speech data from the second source represents a second acoustic model, a second phonetic dictionary, and a second language model that is characteristic of speech in the second distinct geographical flight information region. analyzing speech in the first distinct geographical flight information region using speech data from a first source, wherein the speech data from the first source represents a first acoustic model, a first phonetic dictionary, and a first language model that is characteristic of speech in the first distinct geographical flight information region; detecting a change in position of the aircraft from the first distinct geographical flight information region to the second geographical flight information region; and upon detecting that the aircraft has changed position from the first distinct geographical flight information region to the second distinct geographical flight information region, analyzing speech in the second distinct geographical flight information region using speech data from a second source, wherein the speech data from the second source represents a second acoustic model, a second phonetic dictionary, and a second language model that is characteristic of speech in the second distinct geographical flight information region.
A method for localizing a vehicle along a route, characterised in that the method comprises the steps of: - surveying the route to be traversed by the vehicle by creating a plurality of local orthographic images of the route, relative to a survey vehicle trajectory along the route, at a plurality of locations along the route; - subsequently passing the vehicle along the route while obtaining a current view of the route; and, - resolving a pose of the vehicle relative to the survey vehicle trajectory along the route, by maximising a comparison of the mutual information between the local orthographic images and the current view. - surveying the route to be traversed by the vehicle by creating a plurality of local orthographic images of the route, relative to a survey vehicle trajectory along the route, at a plurality of locations along the route; - subsequently passing the vehicle along the route while obtaining a current view of the route; and, - resolving a pose of the vehicle relative to the survey vehicle trajectory along the route, by maximising a comparison of the mutual information between the local orthographic images and the current view.
Electric switch having a housing filled with a liquid, characterized in that the housing is tightly sealed and a gas cushion is provided for absorbing the thermally induced volume fluctuations, which gas cushion is integrated in the switch vessel, wherein this gas cushion is formed by bodies (K3, K5, K6), which by changing their shape absorb the volume fluctuations of the insulating liquid, and by enveloping the gas cushion, mixing of gases produced by thermal decomposition of insulating liquid with the gas in the gas cushion is avoided, and wherein the switch is equipped with vacuum switching cells.
A switched-mode power supply (200, 700) comprising: - a resistive feedback loop having an adjustable value; - first and second series-connected transistors, the first transistor being connected between the ground and a first node and the second transistor being connected between the first node and a node of application of the power supply voltage (VBAT) if the switched-mode power supply is a buck converter, or between the first node and an output node of the power supply if the switched-mode power supply is a boost converter, the first and second transistors being capable of being controlled by a generation circuit the signals for controlling the first and second transistors; - a first circuit capable of detecting whether the duty cycle of an input signal of the generation circuit is equal to 100%; and - a second circuit capable of maintaining the second transistor on if the duty cycle of the input signal of the circuit for generating is equal to 100%, characterized in that the feedback loop comprises first and second states, the second state being capable of: - if the power supply is a buck power supply, modify the resistance of the feedback loop to increase the feedback voltage in order to make the feedback voltage greater than or equal to the power supply voltage (VBAT) and to make the duty cycle equal to 100 %; or - if the power supply is a boost power supply, modify the resistance of the feedback loop to decrease the feedback voltage in order to make the feedback voltage smaller than or equal to a power supply voltage (VBAT) and to make the duty cycle equal to 100 %. - a resistive feedback loop having an adjustable value; - first and second series-connected transistors, the first transistor being connected between the ground and a first node and the second transistor being connected between the first node and a node of application of the power supply voltage (VBAT) if the switched-mode power supply is a buck converter, or between the first node and an output node of the power supply if the switched-mode power supply is a boost converter, the first and second transistors being capable of being controlled by a generation circuit the signals for controlling the first and second transistors; - a first circuit capable of detecting whether the duty cycle of an input signal of the generation circuit is equal to 100%; and - a second circuit capable of maintaining the second transistor on if the duty cycle of the input signal of the circuit for generating is equal to 100%, - if the power supply is a buck power supply, modify the resistance of the feedback loop to increase the feedback voltage in order to make the feedback voltage greater than or equal to the power supply voltage (VBAT) and to make the duty cycle equal to 100 %; or - if the power supply is a boost power supply, modify the resistance of the feedback loop to decrease the feedback voltage in order to make the feedback voltage smaller than or equal to a power supply voltage (VBAT) and to make the duty cycle equal to 100 %.
A compound of formula where: R is -CH(R 1)-COOH, where: R 1 is H or a C 1 -C 3 alkyl chain that is optionally substituted by a C 1 -C 3 alkoxy or C 1 -C 3 hydroxyalkoxy group; n is 1 or 2; R 2 is selected from the group consisting of: a C 1 -C 5 alkyl substituted by one or more C 1 -C 8 hydroxyalkoxy groups, and a C 5 -C 12 hydroxyalkyl comprising at least 2 hydroxyl groups; and L is a C 1 -C 6 alkylene, optionally interrupted by one or more -N(R' 2)- groups, and optionally substituted by one or more substituent groups selected from hydroxyl, C 1 -C 3 alkoxy and C 1 -C 3 hydroxyalkoxy, where R' 2 is, independently, as defined for R 2 as well as individual diastereoisomers and their racemic mixtures, geometric isomers and solved enantiomers of the same, and the physiologically acceptable salt thereof. R is -CH(R 1)-COOH, where: R 1 is H or a C 1 -C 3 alkyl chain that is optionally substituted by a C 1 -C 3 alkoxy or C 1 -C 3 hydroxyalkoxy group; n is 1 or 2; R 2 is selected from the group consisting of: a C 1 -C 5 alkyl substituted by one or more C 1 -C 8 hydroxyalkoxy groups, and a C 5 -C 12 hydroxyalkyl comprising at least 2 hydroxyl groups; L is a C 1 -C 6 alkylene, optionally interrupted by one or more -N(R' 2)- groups, and optionally substituted by one or more substituent groups selected from hydroxyl, C 1 -C 3 alkoxy and C 1 -C 3 hydroxyalkoxy, where R' 2 is, independently, as defined for R 2
A process of coating at least a portion of a substrate surface comprising contacting the substrate surface with hydrogen cyanide monomeric units in a liquid solution, adding base to provide the hydrogen cyanide monomeric units in a form that permits polymerisation, and forming a polymer coating on at least a portion of the substrate surface.
A method for generating a computer image of a 3-dimensional scene, the image to be generated comprising a plurality of objects, each object comprising at least one shape, the method comprising the steps of: a) subdividing the image into a plurality of rectangular areas and each rectangular area into a plurality of smaller areas; b) for at least some of the objects in the image, storing object data in a memory, the object data comprising surface data and vertex data for each shape in the object, and pointers between the surface data and the vertex data; c) for each smaller area in the image, deriving control data to link to the object data for each object in the smaller area, the control data comprising an indication of objects in the smaller area and a pointer to object data stored in the memory for the objects in the smaller area; d) deriving depth data for each rectangular area from the control data and the object data; and e) deriving image data and shading data from the depth data, for display, characterized in that step c) comprises: i) extracting object data for two or more objects at the same time from the object data stored at step b); ii) computing which of the smaller areas in the image include at least two of the objects for which object data has been extracted at step i); iii) for each of the smaller areas computed at step ii), deriving control data linking to object data for the at least two of the objects included in the smaller area; iv) writing the control data for the at least two of the objects included in the smaller area to memory together; and v) repeating steps i) to iv) until control data for all objects at b) has been derived. a) subdividing the image into a plurality of rectangular areas and each rectangular area into a plurality of smaller areas; b) for at least some of the objects in the image, storing object data in a memory, the object data comprising surface data and vertex data for each shape in the object, and pointers between the surface data and the vertex data; c) for each smaller area in the image, deriving control data to link to the object data for each object in the smaller area, the control data comprising an indication of objects in the smaller area and a pointer to object data stored in the memory for the objects in the smaller area; d) deriving depth data for each rectangular area from the control data and the object data; and e) deriving image data and shading data from the depth data, for display, i) extracting object data for two or more objects at the same time from the object data stored at step b); ii) computing which of the smaller areas in the image include at least two of the objects for which object data has been extracted at step i); iii) for each of the smaller areas computed at step ii), deriving control data linking to object data for the at least two of the objects included in the smaller area; iv) writing the control data for the at least two of the objects included in the smaller area to memory together; and v) repeating steps i) to iv) until control data for all objects at b) has been derived.
A textile machine for weaving a seamless webbing loop of a rock climbing quickdraw, characterized in that the textile machine comprises a base, pads arranged on the base, and a spindle arranged on each of the pads, wherein the base is provided with an opening, wherein a movable spindle assembly fitting with the opening is arranged at the opening, wherein the spindle assembly comprises a base unit, a pad arranged on the base, and the spindle arranged on the pad, wherein the spindles are arranged in a circle, and wherein a webbing passage running through the base is arranged at the center of the circle.