mhurhangee/ep-ind-claims huggingface dataset:
Dishwasher, especially a household dishwasher, with a washing compartment, having an at least essentially rectangular footprint with a front side facing towards a user in the operating position and which is provided with at least one crockery basket (4; 5) in which items to be cleaned are able to be held, to which water and/or so-called washing liquor is able to be applied via a rotatable spray arm assigned to the respective crockery basket (4, 5), wherein at least one spray arm is arranged eccentrically below the crockery basket along the transverse centre of the dishwasher in a position offset in the direction of the front side, and in the rear area of the washing container facing away from the door an additional spray system with a plurality of further outlet openings for water and/or washing liquor is provided at least approximately in the horizontal plane of said spray arm, characterised in that - a crockery basket (4; 5) is provided on its edge area facing the front side, on a front projecting wall of the washing container or on a door closing off the washing compartment on its front side, with at least one receptacle for detergent, especially for detergent present in solid form, - the at least one spray arm is arranged eccentrically below the crockery basket along the transverse centre of the dishwasher in a position offset in the direction of the front side such that the receptacle for detergent arranged on the front end of the crockery basket facing towards the door or in the door is able to have a jet of water and/or washing liquor emerging from said spray arm applied to it, and - exit openings of the additional spray system are able to be moved via rotation elements, with the rotation elements having a far smaller diameter in relation to the front spray arm. - a crockery basket (4; 5) is provided on its edge area facing the front side, on a front projecting wall of the washing container or on a door closing off the washing compartment on its front side, with at least one receptacle for detergent, especially for detergent present in solid form, - the at least one spray arm is arranged eccentrically below the crockery basket along the transverse centre of the dishwasher in a position offset in the direction of the front side such that the receptacle for detergent arranged on the front end of the crockery basket facing towards the door or in the door is able to have a jet of water and/or washing liquor emerging from said spray arm applied to it, and - exit openings of the additional spray system are able to be moved via rotation elements, with the rotation elements having a far smaller diameter in relation to the front spray arm.
A manufacturing method, comprising the following steps: - obtaining a printed paper web extending in a longitudinal direction, the paper web comprising longitudinally successive portions (12A, 12B, 12C), each portion being intended to become a leaflet inserted in a box containing a pharmaceutical or cosmetic product, and - folding the paper web along at least two longitudinal folds to obtain a folded paper web, the folding forming a main portion, and two flaps respectively separated from the main portion by the two longitudinal folds, the two longitudinal folds delimiting two edges of the folded paper web, the two edges being opposite each other in a transverse direction substantially perpendicular to the longitudinal direction and to a thickness direction of the folded paper web, the flaps being folded back against the main portion, the folded paper web comprising an intermediate zone situated transversely between the flaps and comprising only a single thickness of paper, characterised in that it further comprises the following step: - the folded paper web is wound onto itself to form a roll of folded web. - obtaining a printed paper web extending in a longitudinal direction, the paper web comprising longitudinally successive portions (12A, 12B, 12C), each portion being intended to become a leaflet inserted in a box containing a pharmaceutical or cosmetic product, and - folding the paper web along at least two longitudinal folds to obtain a folded paper web, the folding forming a main portion, and two flaps respectively separated from the main portion by the two longitudinal folds, the two longitudinal folds delimiting two edges of the folded paper web, the two edges being opposite each other in a transverse direction substantially perpendicular to the longitudinal direction and to a thickness direction of the folded paper web, the flaps being folded back against the main portion, the folded paper web comprising an intermediate zone situated transversely between the flaps and comprising only a single thickness of paper, - the folded paper web is wound onto itself to form a roll of folded web.
A fluid dispenser having a flow configuration and a sealed configuration, the fluid dispenser comprising a main body, a dome member such that, upon depression of the dome member, fluid can flow out of the fluid dispenser, and a valve member, characterized in that: the main body has at least a portion of an outer flow surface in opposing relationship with an inner flow surface, the outer flow surface having an opening therethrough defining a dispensing port; and the valve member comprising a base portion, a stem extending from the base portion and a keeper at a distal end portion of the stem to couple the valve member to the dome member such that the valve member and dome member move in tandem; and when the fluid dispenser is in the flow configuration, the outer flow surface, inner flow surface and base portion define a fluid passageway for fluid to flow exteriorly to the inner flow surface, interiorly to the outer flow surface, and exit the fluid dispenser via the dispensing port. the main body has at least a portion of an outer flow surface in opposing relationship with an inner flow surface, the outer flow surface having an opening therethrough defining a dispensing port; and the valve member comprising a base portion, a stem extending from the base portion and a keeper at a distal end portion of the stem to couple the valve member to the dome member such that the valve member and dome member move in tandem; and when the fluid dispenser is in the flow configuration, the outer flow surface, inner flow surface and base portion define a fluid passageway for fluid to flow exteriorly to the inner flow surface, interiorly to the outer flow surface, and exit the fluid dispenser via the dispensing port.
An apparatus for treating a lawn comprising: • a frame with one or more drums or wheels enabling the apparatus to move over the lawn; • a shaft rotatably mounted on the frame at a distance above the lawn and oriented mainly crosswise to the direction of motion, said shaft being rotated by an engine; • a cutting means having a number of vertical cutting blades non rotatably mounted with spacing on the rotatable shaft; • a container for receiving debris and stones; • an inclined endless meshed conveyor screen mounted on two rotating bars, said screen placed with its lower end at the cutting means and its upper end at the container; wherein the conveyor screen is inclined in an angle ranging from 5 to 70 degrees, preferably 30 to 60 degrees. • a frame with one or more drums or wheels enabling the apparatus to move over the lawn; • a shaft rotatably mounted on the frame at a distance above the lawn and oriented mainly crosswise to the direction of motion, said shaft being rotated by an engine; • a cutting means having a number of vertical cutting blades non rotatably mounted with spacing on the rotatable shaft; • a container for receiving debris and stones; • an inclined endless meshed conveyor screen mounted on two rotating bars, said screen placed with its lower end at the cutting means and its upper end at the container;
A communication control device comprising: a storage unit configured to store conditions as a trigger for setting a profile used by a communication device for communication; and a profile setting unit configured to start to set the profile for the communication device in a case in which a signal received from the communication device satisfies the conditions stored in the storage unit, characterized in further comprising: a condition setting unit configured to invalidate the conditions stored in the storage unit in a case in which the profile setting unit starts to set the profile and configured to validate conditions for setting a profile used by the communication device for communication in a case in which the profile setting unit has failed in setting the profile. a storage unit configured to store conditions as a trigger for setting a profile used by a communication device for communication; and a profile setting unit configured to start to set the profile for the communication device in a case in which a signal received from the communication device satisfies the conditions stored in the storage unit, characterized in further comprising: a condition setting unit configured to invalidate the conditions stored in the storage unit in a case in which the profile setting unit starts to set the profile and configured to validate conditions for setting a profile used by the communication device for communication in a case in which the profile setting unit has failed in setting the profile.
Method for manufacturing a set of embossing rollers for a device for embossing packaging materials that has two rollers, wherein the embossing roller set comprises a male roller having a male surface structure including structural elements and/or logo structures and a female roller having a female surface structure that is associated to the surface structure of the male roller for the common embossing operation with the male roller, and is designed in view of using the embossing rollers for fine embossing in the on-line process, whereby the associated female surface structure is produced independently of a previously produced or physically pre-existing male surface structure, wherein contours of the male surface structures and the female surface structures are manufactured for a fine embossing process with an overall linear error of less than +/- 10 μm and an angular error of less than 4°, the dimensions of the structural elements of the male roller, on one hand, and the dimensions of the associated structural elements of the female roller, on the other hand, deviate from one another by a determined amount without however impairing their cooperation, and any voluntary deviations of linear dimensions of the structural elements of the rollers from each other are of 15 μm or greater than 15 μm and/or the angles of the edges of the structural elements deviate by 4° or more than 4° from each other. the embossing roller set comprises a male roller having a male surface structure including structural elements and/or logo structures and a female roller having a female surface structure that is associated to the surface structure of the male roller for the common embossing operation with the male roller, a male roller having a male surface structure including structural elements and/or logo structures and a female roller having a female surface structure that is associated to the surface structure of the male roller for the common embossing operation with the male roller, and is designed in view of using the embossing rollers for fine embossing in the on-line process, whereby the associated female surface structure is produced independently of a previously produced or physically pre-existing male surface structure, wherein contours of the male surface structures and the female surface structures are manufactured for a fine embossing process with an overall linear error of less than +/- 10 μm and an angular error of less than 4°, the dimensions of the structural elements of the male roller, on one hand, and the dimensions of the associated structural elements of the female roller, on the other hand, deviate from one another by a determined amount without however impairing their cooperation, and any voluntary deviations of linear dimensions of the structural elements of the rollers from each other are of 15 μm or greater than 15 μm and/or the angles of the edges of the structural elements deviate by 4° or more than 4° from each other.
Automatic cyclic transmission, comprising a guiding base with a central bore for mounting to an axle, whereby a chainwheel with a central working opening is attached to the guiding base, characterized in, that the guiding base has four guiding slots and a pair of parallel spring windows, wherein the guiding slots are arranged symmetrically around the central bore so that the first of the guiding slots is shaped above the central bore and each subsequent one is positioned parallel to the direction of the previous one and is circumferentially shifted by 90° compared to the previous one, in which the spring windows of the guiding base are shaped on the both sides of the central bore, so that they are positioned parallel to the guiding slots, and the chainwheel also has a pair of parallel spring windows and multiple connection bores, wherein in the guiding slots are positioned movably guiding rollers, mounted by the fastening means to the connection bores of the chainwheel and in the spring windows (9, 10), respectively of the chainwheel and of the guiding base by sliding bushings on guiding mandrels are mounted damper springs, wherein the guiding slots and the spring windows (9, 10) are having equal length.
A method for detecting a stimulus pulse by using two or more electrical signals derived from a living body, the method being performed by a computer-based apparatus and comprising: for each electrical signal, digitizing the signal with an analog-to-digital converter to produce a sampled signal S k; for each signal S k at a sample time t i, computing a primary difference Δ kp t i = abs S k t i − S k t i − p; determining the minimum value of all of the computed differences, such minimum being a detector output D(t i); comparing the detector output D(t i) with a detection threshold; and indicating that a stimulus pulse has been detected when the detector output D(t i) is above the detection threshold. for each electrical signal, digitizing the signal with an analog-to-digital converter to produce a sampled signal S k; for each signal S k at a sample time t i, computing a primary difference Δ kp t i = abs S k t i − S k t i − p; determining the minimum value of all of the computed differences, such minimum being a detector output D(t i); comparing the detector output D(t i) with a detection threshold; and indicating that a stimulus pulse has been detected when the detector output D(t i) is above the detection threshold.
Cooking oven comprising a cooking chamber closed by a door on which there is rotatably mounted a handle fixed to a cylindrical body housed in a bracket fixed on said door, the proximal end of said cylindrical body being closed by a base provided with a central opening configured to receive the head of a substantially T-shaped hook which is fixed horizontally on the body of the oven, the distal face of said base being provided with a helical cam located adjacent to said opening so as to be engaged by the head of said hook, characterized in that in the distal portion of the body there is formed a longitudinal seat in which slides a slider pushed elastically towards the base, and a locking ball is arranged in a hole formed in correspondence of said seat, said ball being sized to protrude inside the seat until the rotation of the body causes said hole to align with a longitudinal groove formed on the internal surface of said bracket and having a depth such as to partially receive the ball so that it no longer protrudes inside the seat, said slider being sized and shaped so as to have a distal portion, which prevents the protrusion of the ball into the seat, an intermediate portion, which allows the protrusion of the ball into the seat, and a proximal head which extends in front of the opening of the base so as to be engaged by the head of the hook, said distal portion being located in correspondence of the hole when said proximal head is in abutment on the base and the hook is disengaged from the body, and said intermediate portion being located in correspondence of the hole when the head of the hook is inside the body and engages the proximal head.
An air spring system having at least one air spring with at least one compressed air chamber with a variable volume, which is connected to a compressor unit as a compressed air supply device with or without a compressed air storage device, characterized in that the compressed air spaces of the air spring and/or of the compressed air storage device is provided with an adsorptive material and that the adsorptive material is provided as a porous geometrical and monolith-like element which is formed from a grained starting material by agglomeration.
Ultrasonic unit for coupling ultrasonic waves into and/or from a medium, comprising an ultrasonic transducer which is electrically contacted to an electronics unit, and which is directly or indirectly connected to a waveguide that makes contact with the medium, characterized in that the electronics unit as well as at least one electrically conductive contact means connected or connectable to the electronics unit and a holding unit with a fixing device are arranged inside a housing, that a part of the waveguide that is fixedly connected to the ultrasonic transducer can be attached detachably in fixed manner by means of the fixing device mounted on the housing, and that when the waveguide is in the attached and fixed state in the holding unit by means of the fixing device, at least one electrically conductive surface of the ultrasonic transducer is attached with the at least one contact means by means of a non-positive and/or positive connection, and the electronics unit enters into detachable-fixed electrical contact with the ultrasonic transducer.
Biaxially oriented plastic pipe socket with integrated gasket manufacturing apparatus, which comprises means of heating, means of cooling, and a cylindrical mandrel which comprises: a first sector, of external diameter the same as or greater than that of the external diameter of the biaxially oriented pipe, designed to receive the end profile of said pipe and with an external diameter suitable for introducing the gasket, a second cylindrical sector, with diameter greater than that of the first sector, which is constituted as stop of the gasket, and a third sector, concentric and external to the second sector, characterized in that the first sector is formed by at least three segments (6, 7, 8) separated by grommets (9, 10, 11), the second sector also being separated from the first sector by one of said grommets, and a chamber open with the second sector at one of its ends is defined between the second sector and the third sector, wherein a washer is found which allows the entry of the end profile and isolates the chamber from the outside, as well as in that at least two of said segments (10, 11) of the first sector, the second sector and the third sector are connected to the means of heating and/or to the means of cooling regulated by a control unit which allows the selective and independent variation of the temperature of said segments (10, 11) and sectors (14, 15) and therefore of the pipe to favour the modelling of the socket avoiding the disorientation of the pipe. a first sector, of external diameter the same as or greater than that of the external diameter of the biaxially oriented pipe, designed to receive the end profile of said pipe and with an external diameter suitable for introducing the gasket, a second cylindrical sector, with diameter greater than that of the first sector, which is constituted as stop of the gasket, and a third sector, concentric and external to the second sector, characterized in that the first sector is formed by at least three segments (6, 7, 8) separated by grommets (9, 10, 11), the second sector also being separated from the first sector by one of said grommets, and a chamber open with the second sector at one of its ends is defined between the second sector and the third sector, wherein a washer is found which allows the entry of the end profile and isolates the chamber from the outside,
A temperature control device for controlling the temperature of a container comprising: - at least one heating element, and - at least one cooling element, wherein the at least one heating element embodies at least one heating region and the at least one cooling element embodies at least one cooling region, wherein the at least one heating region and the at least one cooling region are embodied as closed regions spatially separated from each other, wherein the temperature control device is configured to be flexible at least in regions, wherein the temperature control device can be transferred from an open position to an arrangement position by means of a flexible deformation and wherein in the arrangement position the temperature control device can be arranged at least in regions on a wall of the container in a form-fitting manner and can be thermally contacted such that the container can be temperature controlled by means of the at least one heating element and the at least one cooling element, wherein the temperature control device further comprises a fixing device, with which the temperature control device can be fixed in the arrangement position. - at least one heating element, and - at least one cooling element,
Machine for producing a portion of a mould, the machine comprising: (a) a bolster arrangement, having a bolster frame and a bolster plate, wherein a pattern is positioned on the bolster plate in the bolster frame, and wherein the bolster frame is positioned on a machine table and the bolster plate is positioned on a stroke device; (b) a flask; and (c) an upper compacting system; (d) wherein the pattern and the upper compacting system are movable towards each other by a movement of the bolster plate and the bolster frame relative to each other; (e) wherein a distance (d fp1) between an upper end of a mould geometry shaping portion of the pattern and a lower end of the flask is at least 5 mm, the distance (d fp1) in a direction opposite to the movement direction and the distance prior to the relative movement of the pattern and the upper compacting system towards each other; and (f) wherein the bolster arrangement and the flask are configured to receive a moulding material with a filling height (h fill2) of at least 200 mm, the moulding material storable to be compacted by the relative movement. (a) a bolster arrangement, having a bolster frame and a bolster plate, wherein a pattern is positioned on the bolster plate in the bolster frame, and wherein the bolster frame is positioned on a machine table and the bolster plate is positioned on a stroke device; (b) a flask; and (c) an upper compacting system; (d) wherein the pattern and the upper compacting system are movable towards each other by a movement of the bolster plate and the bolster frame relative to each other; (e) wherein a distance (d fp1) between an upper end of a mould geometry shaping portion of the pattern and a lower end of the flask is at least 5 mm, the distance (d fp1) in a direction opposite to the movement direction and the distance prior to the relative movement of the pattern and the upper compacting system towards each other; and (f) wherein the bolster arrangement and the flask are configured to receive a moulding material with a filling height (h fill2) of at least 200 mm, the moulding material storable to be compacted by the relative movement.