mhurhangee/ep-ind-claims huggingface dataset:
A mold, adapted to molding a small-sized part, and comprising a casing adapted to being mounted on a press platen (101, 102), the casing comprising a housing configured to receiving an insert; the insert being configured to be integrated into the casing and comprising a housing for a die comprising a molding surface (121, 122) for the part; a device for heating the die; characterized in that the heating device comprises: a rod (131, 132) made of a material susceptible to induction heating, the rod being mounted in the insert and having one end in contact with the die, the molding surface (121, 122) being substantially centered with respect to the rod; and a coil (141, 142) made of an electrically conductive material and surrounding the rod, the coil being connected to a high-frequency current generator (151, 152) so that when the coil is supplied with an electric current, it generates an induced current in the rod (131, 132), heating the rod by induction, the rod transmitting heat to the die, and wherein an outer diameter of the rod is greater than or equal to an outer diameter of a perimeter delimiting the molding surface (121, 122). the insert being configured to be integrated into the casing and comprising a housing for a die comprising a molding surface (121, 122) for the part; a device for heating the die; characterized in that the heating device comprises: a rod (131, 132) made of a material susceptible to induction heating, the rod being mounted in the insert and having one end in contact with the die, the molding surface (121, 122) being substantially centered with respect to the rod; and a coil (141, 142) made of an electrically conductive material and surrounding the rod, the coil being connected to a high-frequency current generator (151, 152) so that when the coil is supplied with an electric current, it generates an induced current in the rod (131, 132), heating the rod by induction, the rod transmitting heat to the die, and wherein an outer diameter of the rod is greater than or equal to an outer diameter of a perimeter delimiting the molding surface (121, 122). a rod (131, 132) made of a material susceptible to induction heating, the rod being mounted in the insert and having one end in contact with the die, the molding surface (121, 122) being substantially centered with respect to the rod; and a coil (141, 142) made of an electrically conductive material and surrounding the rod, the coil being connected to a high-frequency current generator (151, 152) so that when the coil is supplied with an electric current, it generates an induced current in the rod (131, 132), heating the rod by induction, the rod transmitting heat to the die, and wherein an outer diameter of the rod is greater than or equal to an outer diameter of a perimeter delimiting the molding surface (121, 122).
A display apparatus for providing a 3D experience without 3D glasses, compusing: a display element; a display controller first displaying a left eye image and second displaying a right eye image on the display element; in a viewing space adjacent a display surface of the display element, an illuminator assembly operable to provide infrared light in the viewing space; and a back light assembly generating visible light to back light the display element in response to reflection of portions of the IR light from one or more viewers positioned at viewing locations in the viewing space, wherein the display element is transparent to the reflected portions of the IR light, whereby the reflected portions of the IR light passes through the display element prior to the reflected portions striking the back light assembly to trigger the generating of the visible light to back light the display element and wherein the back light assembly includes a light bar comprising a row of IR receivers detecting the reflected portions of the IR light and a row of visible light sources each operating in response to one of the IR receivers detecting the reflected portions of the IR light to provide the visible light to back light the display element. a display element; a display controller first displaying a left eye image and second displaying a right eye image on the display element; in a viewing space adjacent a display surface of the display element, an illuminator assembly operable to provide infrared light in the viewing space; and a back light assembly generating visible light to back light the display element in response to reflection of portions of the IR light from one or more viewers positioned at viewing locations in the viewing space, wherein the display element is transparent to the reflected portions of the IR light, whereby the reflected portions of the IR light passes through the display element prior to the reflected portions striking the back light assembly to trigger the generating of the visible light to back light the display element and wherein the back light assembly includes a light bar comprising a row of IR receivers detecting the reflected portions of the IR light and a row of visible light sources each operating in response to one of the IR receivers detecting the reflected portions of the IR light to provide the visible light to back light the display element.
A powered fastening device nosepiece assembly comprising a drive channel defined by a first nosepiece portion and a second nosepiece portion, the drive channel extending longitudinally between the first nosepiece portion and the second nosepiece portion and being adapted to receive a drive blade that moves longitudinally in the drive channel toward a nose to cause a first fastener of a collated strip of fasteners to be driven from the nose and into a workpiece, characterised in that the first nosepiece portion and the second nosepiece portion define a debris ejection passage that is in communication with the drive channel and positioned outward therefrom such that debris located in the drive channel exits from the nosepiece assembly in a direction outward from the drive channel through the debris ejection passage wherein the debris ejection passage extends from the drive channel and terminates at a debris ejection aperture, the debris ejection aperture being spaced apart from a distal opening in the nose from which the first fastener exits the nosepiece assembly when the first fastener is driven into a workpiece.
A slide rail assembly, comprising: a first rail; a second rail having an engaging portion; and a holding member configured to the first rail, the holding member having an elastic section and a holding section, the holding section comprising a first side corresponding to a first edge wall and a second side corresponding to a second edge wall, which cooperatively define an engaging portion and protruding from the elastic section by a height, the elastic section comprising a first elastic portion, a second elastic portion and a pivotal portion, the first elastic portion connects a base plate and the pivotal portion, the second elastic portion connects the pivotal portion and the first side of the holding section, such that when the second rail is extracted from the retracted position and displaces relative to the first rail in a first direction (Dl), the second side of the holding section of the holding member is pressed by the second edge wall of the second rail, so that the holding section is rotated about the pivotal portion and moves away from the engaging portion; wherein the engaging portion of the second rail engages with the holding section of the holding member when the second rail is located in a retracted position relative to the first rail; wherein the engaging portion of the second rail disengages from the holding section of the holding member when the second rail is moved away from the retracted position relative to the first rail. a first rail; a second rail having an engaging portion; and a holding member configured to the first rail, the holding member having an elastic section and a holding section, the holding section comprising a first side corresponding to a first edge wall and a second side corresponding to a second edge wall, which cooperatively define an engaging portion and protruding from the elastic section by a height, the elastic section comprising a first elastic portion, a second elastic portion and a pivotal portion, the first elastic portion connects a base plate and the pivotal portion, the second elastic portion connects the pivotal portion and the first side of the holding section, such that when the second rail is extracted from the retracted position and displaces relative to the first rail in a first direction (Dl), the second side of the holding section of the holding member is pressed by the second edge wall of the second rail, so that the holding section is rotated about the pivotal portion and moves away from the engaging portion; wherein the engaging portion of the second rail engages with the holding section of the holding member when the second rail is located in a retracted position relative to the first rail; wherein the engaging portion of the second rail disengages from the holding section of the holding member when the second rail is moved away from the retracted position relative to the first rail.
A locating method for localizing at least one object using wave-based signals in which a wave field emanates from the object to be localized and the wave field emanating from the object is received by a plurality N receivers; at least one measurement signal is formed in each receiver that depends on the spatial and temporal distribution of the wave field and whose phase progression is characteristically influenced by the signal time of flight from the object to the respective receiver, wherein phase values for each of the at least two measurement signals are taken as measured phase values for the position localization, wherein the current position of the object to be localized is determined at the time k by a comparison of at least one linear combination of the measured phase values with at least one linear combination of the associated hypothetical phase values that result from the transmitter/receiver distance or distances and while using a recursive filter/estimator, characterized in that the sums and/or differences of the measured phase values are evaluated by at least one antenna pair of at least one receiver in comparison with their associated signal time of flight differences for the recursive position estimate of an object. a wave field emanates from the object to be localized and the wave field emanating from the object is received by a plurality N receivers; at least one measurement signal is formed in each receiver that depends on the spatial and temporal distribution of the wave field and whose phase progression is characteristically influenced by the signal time of flight from the object to the respective receiver, wherein phase values for each of the at least two measurement signals are taken as measured phase values for the position localization, wherein the current position of the object to be localized is determined at the time k by a comparison of at least one linear combination of the measured phase values with at least one linear combination of the associated hypothetical phase values that result from the transmitter/receiver distance or distances and while using a recursive filter/estimator, characterized in that the sums and/or differences of the measured phase values are evaluated by at least one antenna pair of at least one receiver in comparison with their associated signal time of flight differences for the recursive position estimate of an object.
A polymeric composition suitable for bullet resistant applications comprising a crosslinked (meth)acrylic composition comprising a brittle matrix having a glass transition temperature of greater than 0°C and of elastomeric domains having a characteristic dimension of less than 100 nm consisting of macromolecular sequences having a flexible nature with a glass transition temperature of less than 0°C, characterized that the macromolecular sequences having a flexible nature are having a weight average molecular weight Mw of between 150 000 and 800 000 g/mol and polydispersity index PI of the macromolecular sequences having a flexible nature is greater than 2.2, wherein the composition possesses a swelling index of less than 200% in acetone at 20°C, preferably less than 190%, even more preferably less than 180% and most preferably less than 175%, wherein the glass transition temperature, the weight average molecular weight Mw, the polydispersity index PI and the swelling index are determined as specified in the description.
A processing apparatus (100; 600) for processing a flexible substrate (110; 640), comprising: a vacuum chamber; a processing drum within the vacuum chamber, wherein the processing drum is configured to rotate around an axis extending in a first direction; and a heating device adjacent to the processing drum, wherein the heating device is configured for spreading the substrate (110; 640) in the first direction or for maintaining a spread of the substrate (110; 640) in the first direction, and wherein the heating device has a dimension in a direction parallel to a substrate transport direction of at least 20 mm, the processing apparatus (100; 600) further comprising a substrate transport arrangement including one or more rollers (60; 140; 604), wherein the substrate transport arrangement guides the flexible substrate (110; 640) from a un-winding roller to a re-winding roller, wherein the heating device is positioned between the processing drum and a first roller of the one or more rollers (60; 140; 604), wherein the first roller is the first roller to touch the substrate (110; 640) upstream or downstream of the processing drum. a vacuum chamber; a processing drum within the vacuum chamber, wherein the processing drum is configured to rotate around an axis extending in a first direction; and a heating device adjacent to the processing drum, wherein the heating device is configured for spreading the substrate (110; 640) in the first direction or for maintaining a spread of the substrate (110; 640) in the first direction, and wherein the heating device has a dimension in a direction parallel to a substrate transport direction of at least 20 mm, the processing apparatus (100; 600) further comprising a substrate transport arrangement including one or more rollers (60; 140; 604), wherein the substrate transport arrangement guides the flexible substrate (110; 640) from a un-winding roller to a re-winding roller, wherein the heating device is positioned between the processing drum and a first roller of the one or more rollers (60; 140; 604), wherein the first roller is the first roller to touch the substrate (110; 640) upstream or downstream of the processing drum.
An outlet fitting for a toilet cistern, with a valve seat, which is arranged upstream of a discharge opening when viewed in the flow direction, with a sealing element of an outflow pipe cooperating with this valve seat, which can be moved upwards for the purpose of triggering a flushing, wherein the outflow pipe comprises a tube wall extending around a middle axis, an inlet opening and an outlet opening, wherein the outflow pipe comprises in a lower region, which extends from the outlet opening to the sealing element being spaced apart from the outlet opening, a conical section extending at least partially over the lower region, wherein the outer diameter of the outflow pipe decreases from the sealing element towards the outlet opening, characterized in that the length of the lower region from the outlet opening along the middle axis until the sealing element is smaller than the maximal diameter of the outflow pipe in said lower region, wherein at least one breakthrough is arranged in the tube wall in the said lower region of the outflow pipe.
An air cleaner having a filter, for causing air from an image forming device to pass through the filter and discharging the filtered air, the air cleaner comprising: an air duct having an inlet via which air from the image forming device is to be received and an outlet facing a first part of a main surface of the filter and via which the received air is output in a direction towards the first part of the main surface; a fan disposed for causing air from the image forming device to be received by the air duct via the inlet, to be output from the air duct via the outlet, and to pass through the filter; and a flow distributer disposed between the outlet and the filter such that the flow distributer changes a direction of flow of air output from the air duct from the direction towards the first part of the main surface to a direction towards a second part of the main surface of the filter, the second part being a part of the main surface that does not face the outlet, characterized in that the flow distributer has a conical shape protruding towards the outlet. an air duct having an inlet via which air from the image forming device is to be received and an outlet facing a first part of a main surface of the filter and via which the received air is output in a direction towards the first part of the main surface; a fan disposed for causing air from the image forming device to be received by the air duct via the inlet, to be output from the air duct via the outlet, and to pass through the filter; and a flow distributer disposed between the outlet and the filter such that the flow distributer changes a direction of flow of air output from the air duct from the direction towards the first part of the main surface to a direction towards a second part of the main surface of the filter, the second part being a part of the main surface that does not face the outlet, characterized in that the flow distributer has a conical shape protruding towards the outlet.
Device for the aftertreatment of exhaust gases from an emission source, in particular an internal combustion engine, with a first tubular flow section, a deflecting region and a second annular flow section, the annular flow section being formed between an inner wall delimiting the tubular flow section and an outer wall delimiting the annular flow section, at least one annular honeycomb body being arranged in the annular flow section, and at least one annular heating disc being arranged in the annular flow section, wherein the heating disc can be electrically contacted by means of at least two electrical feedthroughs, which are arranged on the outer wall, characterized in that the heating disc is formed from two heating disc halves.
A method for separating copper from nickel and cobalt, wherein a sulfide comprising copper, nickel and cobalt is pulverized so as to have a particle size of 150 μm or less as a D90 value, value at 90% in terms of volume determined from the particle size distribution measured by a particle size distribution measuring apparatus or the like using a laser diffraction scattering method and the pulverized sulfide is subjected to a leaching treatment by stirring the pulverized sulfide in an acid solution under a condition wherein a redox potential (reference electrode: silver/silver chloride electrode) is less than 100 mV.
An intelligent network for communicating data by radio, comprising: - a collecting network consisting of: - sensors and/or meters equipped with communicating radio devices (e1,..., e8) for transmitting and receiving, preferably having adjustable transmission power, - access points (P1, P2, P3) equipped with radio communication modules for transmitting and receiving, which collect data provided by the communicating radio devices, and - a central information system consisting of at least one server, at least one database and at least one operating station, said system being programmed to process and store all the gathered data and to control all or part of the collecting network, characterized in that the central information system is programmed to determine a reference access point for each communicating radio device, this access point being the access point which is best received by the communicating radio device. - a collecting network consisting of: - sensors and/or meters equipped with communicating radio devices (e1,..., e8) for transmitting and receiving, preferably having adjustable transmission power, - access points (P1, P2, P3) equipped with radio communication modules for transmitting and receiving, which collect data provided by the communicating radio devices, and - a central information system consisting of at least one server, at least one database and at least one operating station, said system being programmed to process and store all the gathered data and to control all or part of the collecting network, - sensors and/or meters equipped with communicating radio devices (e1,..., e8) for transmitting and receiving, preferably having adjustable transmission power, - access points (P1, P2, P3) equipped with radio communication modules for transmitting and receiving, which collect data provided by the communicating radio devices, and - a central information system consisting of at least one server, at least one database and at least one operating station, said system being programmed to process and store all the gathered data and to control all or part of the collecting network,
A method of diagnosing prostate cancer, comprising the steps of: (a) determining an expression profile of a predetermined set of miRNAs in a blood cellular fraction comprising erythrocytes, leukocytes, and thrombocytes from a patient, particularly a human patient; and (b) comparing said expression profile to a reference expression profile, wherein the comparison of said determined expression profile to said reference expression profile allows for the diagnosis of prostate cancer, and wherein the predetermined set of miRNAs comprises at least one set of miRNAs listed in Figure 6. (a) determining an expression profile of a predetermined set of miRNAs in a blood cellular fraction comprising erythrocytes, leukocytes, and thrombocytes from a patient, particularly a human patient; and (b) comparing said expression profile to a reference expression profile,