mhurhangee/ep-ind-claims huggingface dataset:
System for wire locking comprising: a) a shell device provided with a first cavity suitable for housing at its inside a first portion of the length of said wire, and adapted to allow a second portion of length of the wire, which is the extension of said first portion of length of the wire, to escape from said first cavity below said shell device, b) a plate provided with a seat consisting of a main body provided at its inside with a second cavity adapted to house said shell device, wherein c) said main body of the seat is provided with a lateral opening of such dimensions to allow the passage, through it, by means of a first horizontal movement along the plane of the surface of said plate, of only said second portion of length of the wire and such as to prevent at the same time the passage, through it, by means of said first horizontal movement, of said shell device having inside therein said first portion of the length of the wire, d) said shell device is also provided with fixing elements (18,24) allowing the locking in said second cavity of the main body of the seat arranged in the plate by a second vertical movement perpendicular to said first horizontal movement of the shell device, once executed said first horizontal movement, wherein said shell device consists of at least two structural elements (3a, 3b), each of them being provided with a semi-cylindrical portion (10a, 10b) so that when said portions (10a, 10b) of structural elements (3a, 3b) are arranged opposite one each other, said first cavity inside said shell adapted to house the wire appears to be substantially cylindrical in shape and wherein the external surface of at least one of said structural elements (3a, 3b) forming said shell device has a square shape and is provided in its lower part with protruding or cantilevered fastening elements, wherein at least a portion of the inner surface of said main body of the seat arranged in the plate is squared in shape and such as to house said shell device in said second cavity disposed therein, and is further provided in its lower part with first undercut elements with which said protruding fastening elements of said structural elements (3a, 3b) forming said shell device are engaging, so as to lock the shell device in the main body of the seat.
Antifriction bearing mounted shaft of a high pressure roll press, having at least one flange, characterized in that the shaft has at least two diameters (d1, d2) of different size, and the diameter of the flange is smaller than the diameter of the antifriction bearing seat.
A machine to cut to size slab-shaped elements comprising: - a station to feed slab-shaped elements and a station to release and distance sub-elements obtained from said slab-shaped elements; - at least one cutting station to cut said slab-shaped elements that comprises first cutting means in a first cutting direction; - at least one prehensile unit of said slab-shaped elements, supported mobile to a support frame, mobile between said feed station, said cutting station, said release and distancing station, and vice-versa; - second cutting means for cutting in a second cutting direction transverse to said first cutting direction, wherein said at least one prehensile unit Z is configured to be stably maintained in a prehensile configuration between said feed station, cutting station, release station, and second cutting means, characterized in that said second cutting means comprise: - at least one second cutting unit that has a dynamic cutting front and is supported mobile to said frame with forward and backward travels by means of an additional crosspiece or guide; - activation means to activate said dynamic cutting front; - sliding support means of said at least one second cutting unit with a forward and back travel in said second cutting direction. - a station to feed slab-shaped elements and a station to release and distance sub-elements obtained from said slab-shaped elements; - at least one cutting station to cut said slab-shaped elements that comprises first cutting means in a first cutting direction; - at least one prehensile unit of said slab-shaped elements, supported mobile to a support frame, mobile between said feed station, said cutting station, said release and distancing station, and vice-versa; - second cutting means for cutting in a second cutting direction transverse to said first cutting direction, wherein said at least one prehensile unit Z is configured to be stably maintained in a prehensile configuration between said feed station, cutting station, release station, and second cutting means, characterized in that said second cutting means comprise: - at least one second cutting unit that has a dynamic cutting front and is supported mobile to said frame with forward and backward travels by means of an additional crosspiece or guide; - activation means to activate said dynamic cutting front; - sliding support means of said at least one second cutting unit with a forward and back travel in said second cutting direction. - at least one second cutting unit that has a dynamic cutting front and is supported mobile to said frame with forward and backward travels by means of an additional crosspiece or guide; - activation means to activate said dynamic cutting front; - sliding support means of said at least one second cutting unit with a forward and back travel in said second cutting direction.
A recovery assembly for an agricultural spraying system comprising a tank intended to hold a treatment liquid and at least one spraying device intended to spray treatment liquid from the tank onto plants to be treated in a field, the recovery assembly comprising: - a recovery pan intended to recover excess treatment liquid sprayed by the spraying device onto the plants to be treated, - a flow generating mechanism comprising a suction port communicating with the recovery pan via a suction circuit and a discharge port intended to communicate with the tank via a discharge circuit, the flow generating mechanism being further designed to suck the treatment liquid recovered by the recovery pan and to discharge it to the discharge circuit, - the recovery assembly being characterised in that it comprises a first by-pass circuit communicating on the one hand with the discharge port of the flow generating mechanism via the discharge circuit and on the other hand with the recovery pan, the first by-pass circuit being further designed to return treatment liquid from the flow generating mechanism to the recovery pan, so as to cause a continuous circulation of treatment liquid through the flow generating mechanism. - a recovery pan intended to recover excess treatment liquid sprayed by the spraying device onto the plants to be treated, - a flow generating mechanism comprising a suction port communicating with the recovery pan via a suction circuit and a discharge port intended to communicate with the tank via a discharge circuit, the flow generating mechanism being further designed to suck the treatment liquid recovered by the recovery pan and to discharge it to the discharge circuit, - the recovery assembly being characterised in that it comprises a first by-pass circuit communicating on the one hand with the discharge port of the flow generating mechanism via the discharge circuit and on the other hand with the recovery pan, the first by-pass circuit being further designed to return treatment liquid from the flow generating mechanism to the recovery pan, so as to cause a continuous circulation of treatment liquid through the flow generating mechanism.
Method for the production of pharmaceutically usable water, namely water for injection purposes, wherein water of drinking water quality (hereinafter referred to as potable water 30) is subjected to at least one reverse osmosis treatment and at least one ultra filtration treatment to treat the potable water, wherein after the at least one reverse osmosis treatment the water is subjected to electrode ionisation and then passed to the ultra filtration treatment, wherein a pre-treatment of the potable water takes place before the reverse osmosis, for example a softening by an ion exchanger, wherein the membrane used for said ultra filtration is a ceramic membrane and wherein the module in which the ultra filtration takes place is permanently acted upon with ozone, characterised in that, during production, the water to which ozone is applied is fed via the ultra filtration treatment into a reservoir, while a partial flow is being circulated back into a ring line before the system for pre-treatment of the potable water.
A biomaterial precursor reactive mixture comprising: a reactive mixture of: (a) an irradiated cellulose; and (b) an oxidizing agent; wherein the irradiated cellulose has been irradiated with ionizing radiation, and wherein the reaction product thereof is a non-pyrogenic resorbable biomaterial. a reactive mixture of: (a) an irradiated cellulose; and (b) an oxidizing agent; (a) an irradiated cellulose; and (b) an oxidizing agent;
A method for reconstructing a 3D image from 2D X-ray images acquired with an X-ray imaging system, said method comprising the steps of: a) receiving a set of 2D X-ray images of a region of a patient with said X-ray imaging system, b) computing an initial 3D image within the coordinate system of the X-ray imaging system by using the complete set of said 2D X-ray images with their respective projective geometry data; c) projecting said initial 3D image on each of said 2D X-ray images and adjusting the respective projective geometry data of said images; d) computing an updated 3D image using the complete set of 2D X-ray images with their respective adjusted projective geometry data, said method being characterized in that in step c) the adjustment of the respective projective geometry data of the 2D X-ray images is made by registration of said images with the projection of the initial 3D image using an image-to-image registration technique which determines an affine transform or a warping transform that displaces the four corners of each image independently. a) receiving a set of 2D X-ray images of a region of a patient with said X-ray imaging system, b) computing an initial 3D image within the coordinate system of the X-ray imaging system by using the complete set of said 2D X-ray images with their respective projective geometry data; c) projecting said initial 3D image on each of said 2D X-ray images and adjusting the respective projective geometry data of said images; d) computing an updated 3D image using the complete set of 2D X-ray images with their respective adjusted projective geometry data,
EMC protection enclosing a dry-type distribution transformer to eliminate the health-endangering effects of magnetic fields in the vicinity of the transformer, characterized in that a uniform and seamless metal jacket which damps the magnetic fields is disposed over the transformer and all of its four sides extending over the entire height of the transformer and enclosing the transformer from a small distance; closed air circulation is provided between the metal jacket and the transformer; and that a heat exchanger is provided in connection with the metal jacket to cool the air circulation.
A wireless local area network access point search method, comprising: acquiring, by a base station of a cellular network, measurement information, wherein the measurement information comprises at least one of the following information: search time information, beacon sending time information, frequency information of a wireless local area network access point in a cell served by the base station, and identifier information of the wireless local area network access point, wherein the acquiring comprises: configuring, by the base station, beacon sending information for the wireless local area network access point; and determining, by the base station, the measurement information for a user equipment served by the base station based on the beacon sending information; sending, by the base station, the beacon sending information to the wireless local area network access point; and sending, by the base station, the measurement information to the user equipment, wherein the measurement information is used by the user equipment to search for the wireless local area network access point. acquiring, by a base station of a cellular network, measurement information, wherein the measurement information comprises at least one of the following information: search time information, beacon sending time information, frequency information of a wireless local area network access point in a cell served by the base station, and identifier information of the wireless local area network access point, wherein the acquiring comprises: configuring, by the base station, beacon sending information for the wireless local area network access point; and determining, by the base station, the measurement information for a user equipment served by the base station based on the beacon sending information; sending, by the base station, the beacon sending information to the wireless local area network access point; and sending, by the base station, the measurement information to the user equipment, wherein the measurement information is used by the user equipment to search for the wireless local area network access point.
A method for the manufacture of a 2-aryl-3,3-bis(hydroxyaryl)phthalimidine of formula the method comprising heating a reaction mixture comprising a phenolphthalein compound of formula and a primary arylamine of formula in the presence of an acid catalyst, and a heterocyclic aromatic amine co-catalyst, to form the 2-aryl-3,3-bis(hydroxyaryl)phthalimidine of formula, wherein in formulas,, and, each occurrence of R 1 is independently a C 1-25 hydrocarbyl, preferably a phenyl or a C 1-6 alkyl, more preferably a C 1-3 alkyl, each occurrence of R 2 and R 3 is independently a C 1-25 hydrocarbyl or halogen, preferably a C 1-6 alkyl, more preferably a C 1-3 alkyl, and r, p, and q are each independently 0 to 4, more preferably 0 or 1, preferably 0. an acid catalyst, and a heterocyclic aromatic amine co-catalyst, each occurrence of R 1 is independently a C 1-25 hydrocarbyl, preferably a phenyl or a C 1-6 alkyl, more preferably a C 1-3 alkyl, each occurrence of R 2 and R 3 is independently a C 1-25 hydrocarbyl or halogen, preferably a C 1-6 alkyl, more preferably a C 1-3 alkyl, and r, p, and q are each independently 0 to 4, more preferably 0 or 1, preferably 0.
A selection panel for a beverage dispensing device comprising a front window having: - at least one display zone designed for displaying a product information label - at least one light source for illuminating the product information label arranged in the display zone of the front window, said light source being arranged outside of the contours of the display zone, and - a reflector means associated to said at least one light source designed for reflecting the light emitted by said light source towards the display zone of the front window, wherein: - the reflector means consists in a recession extending in the rear of the respective display zone, the outlines of said recession comprising a side (6a5) of introduction of the light emitted by the light source, characterised in that the reflector further comprises a rear wall (6a3) and lateral walls (6a1, 6a2, 6a4), said lateral walls raising from said rear wall up to the rear surface of the front window and said lateral walls comprising at least: • two side lateral walls (6a2, 6a4) parallel to the main emission direction of the light emitted by the light source, and • one end lateral wall (6a1) on the opposite side (6a5) of introduction of the light emitted by the light source, and the rear wall (6a3) and the end lateral wall (6a1) joining together according to a curved profile design, and wherein the rear wall (6a3) and the end lateral wall (6a1) present a surface for diffusing reflected light. - at least one display zone designed for displaying a product information label - at least one light source for illuminating the product information label arranged in the display zone of the front window, said light source being arranged outside of the contours of the display zone, and - a reflector means associated to said at least one light source designed for reflecting the light emitted by said light source towards the display zone of the front window, - the reflector means consists in a recession extending in the rear of the respective display zone, the outlines of said recession comprising a side (6a5) of introduction of the light emitted by the light source, characterised in that the reflector further comprises a rear wall (6a3) and lateral walls (6a1, 6a2, 6a4), • two side lateral walls (6a2, 6a4) parallel to the main emission direction of the light emitted by the light source, and • one end lateral wall (6a1) on the opposite side (6a5) of introduction of the light emitted by the light source, and
A wellbore perforating device, comprising: at least one perforating charge; an initiator comprising a ballistic train adapted to fire the at least one perforating charge, the ballistic train comprising a detonator and a detonator cord; wherein: a ballistic interrupt shutter disposed between the detonator and the detonator cord, wherein the ballistic interrupt shutter prevents firing of the detonator cord and is removable from between the detonator and the detonator cord when a command is sent from the surface, characterised in that the ballistic interrupt shutter comprises a metallic layer disposed adjacent a layer of thermoplastic material; and a circuit board in operable communication with the detonator and configured to communicate information regarding status of the wellbore perforating device to a surface computer. at least one perforating charge; an initiator comprising a ballistic train adapted to fire the at least one perforating charge, the ballistic train comprising a detonator and a detonator cord; wherein: a ballistic interrupt shutter disposed between the detonator and the detonator cord, wherein the ballistic interrupt shutter prevents firing of the detonator cord and is removable from between the detonator and the detonator cord when a command is sent from the surface, characterised in that the ballistic interrupt shutter comprises a metallic layer disposed adjacent a layer of thermoplastic material; and a circuit board in operable communication with the detonator and configured to communicate information regarding status of the wellbore perforating device to a surface computer. a ballistic interrupt shutter disposed between the detonator and the detonator cord, wherein the ballistic interrupt shutter prevents firing of the detonator cord and is removable from between the detonator and the detonator cord when a command is sent from the surface, characterised in that the ballistic interrupt shutter comprises a metallic layer disposed adjacent a layer of thermoplastic material; and a circuit board in operable communication with the detonator and configured to communicate information regarding status of the wellbore perforating device to a surface computer.
A method for diagnosis of a detector intended for detection of the position of a moving element, whereby the detector is of the inductive type and comprises a coil and a core movable within the coil, the position of said core in relation to the coil being dependent on the position of said element, whereby the method comprises: connecting a regularly alternating electrical voltage to said coil, measuring the current (i) flowing through the coil, characterised by comprising: measuring a first period of time (t 1) needed for said current (i) to change from a first predetermined level ( i 1) to a second predetermined level ( i 2); measuring a second period of time (t 2) passing from when said voltage changes polarity until said current (i) reaches said second predetermined level ( i 2); comparison between values based on said measured periods of time (t 1; t 2) in relation to a predetermined limit value, and determining whether any errors are evident in said sensor through said comparison. connecting a regularly alternating electrical voltage to said coil, measuring the current (i) flowing through the coil, measuring a first period of time (t 1) needed for said current (i) to change from a first predetermined level ( i 1) to a second predetermined level ( i 2); measuring a second period of time (t 2) passing from when said voltage changes polarity until said current (i) reaches said second predetermined level ( i 2); comparison between values based on said measured periods of time (t 1; t 2) in relation to a predetermined limit value, and determining whether any errors are evident in said sensor through said comparison.
A data transmission optoelectronic device comprising: an active section comprising an active element which generates an optical gain, if a forward bias is applied; an absorption section; a waveguide incorporating said active section and said absorption section; and mirrors (116, 117) providing feedback for light, wherein said waveguide is placed between said mirrors, wherein the device is operable in a pulsed regime emitting pulsed laser light; and wherein said waveguide further incorporates an additional modulator, characterized in that the device is adapted to transmit data signals in a frequency-modulated manner, wherein said additional modulator is adapted to modulate its refractive index such that the repetition frequency of the pulsed laser light is frequency-modulated and frequency-modulated optical data signals are generated. an active section comprising an active element which generates an optical gain, if a forward bias is applied; an absorption section; a waveguide incorporating said active section and said absorption section; and mirrors (116, 117) providing feedback for light, wherein said waveguide is placed between said mirrors, wherein the device is operable in a pulsed regime emitting pulsed laser light; and wherein said waveguide further incorporates an additional modulator, characterized in that the device is adapted to transmit data signals in a frequency-modulated manner, wherein said additional modulator is adapted to modulate its refractive index such that the repetition frequency of the pulsed laser light is frequency-modulated and frequency-modulated optical data signals are generated.
A liquid oral pharmaceutical composition comprising: i.) from 0.1% to 20% w/v polyvinylpyrrolidone; ii.) from 5% to 70% w/v polyethylene glycol; iii.) from 1% to 30% w/v propylene glycol; iv.) from 1% to 10% w/v guaifenesin; and v.) from 0.01% to 1.0% w/v phenylephrine. i.) from 0.1% to 20% w/v polyvinylpyrrolidone; ii.) from 5% to 70% w/v polyethylene glycol; iii.) from 1% to 30% w/v propylene glycol; iv.) from 1% to 10% w/v guaifenesin; and v.) from 0.01% to 1.0% w/v phenylephrine.
A coating on a smooth surface of a substrate comprising a chemical layer on the surface and a lubricant layer over the chemical layer, wherein the surface to be coated has an average roughness R a of less than 1 μm and wherein the surface is hydrophilic by hydroxyl groups available on the surface, wherein the chemical layer is a silane or siloxane polymer formed by applying a coating composition onto the surface, the coating composition including (i) a polymerizable silane or siloxane or both, (ii) a solvent and (iii) an acid catalyst and wherein the lubricant is a perfluorinated oil or a silicone oil or a mineral oil or a plant oil or any combination thereof.
A method applied to a 3GPP network, the method comprising, in a policy and charging rules function: receiving capabilities relating to an application server; and creating application detection and control rules based on the capabilities received. receiving capabilities relating to an application server; and creating application detection and control rules based on the capabilities received.