mhurhangee/ep-ind-claims huggingface dataset:
Device intended for producing a controlled atmosphere at the gas overhead of a container for storing a product, comprising a plug which can be introduced inside the opening neck of the container, the plug being provided with a descending injection tube, intended to be connected to a gas source, and also being provided with an overpressure discharge line, characterized in that: - the plug is also provided with a draw-off line; - the device comprises a movable element, which is secured to a fixed column, said element being movable vertically, by acting on a lever for lowering/raising said element, from an "upper - non-filling" position to a "lower - filling" position, in which lower position the plug can be inserted into the container to be filled, the plug being situated at the end of the movable element; - the device comprises means for closing the discharge line; and in that - the device is adapted, in addition to injecting an appropriate atmosphere into the gas overhead of the container, also to effect the drawing-off of the product stored in the container by virtue of a pressurization action with the aid of a gas such as nitrogen or argon, allowing the product to be transferred from the storage container to another receiving container, by operating said means for closing the discharge line when the device is in the drawing-off phase. - the plug is also provided with a draw-off line; - the device comprises a movable element, which is secured to a fixed column, said element being movable vertically, by acting on a lever for lowering/raising said element, from an "upper - non-filling" position to a "lower - filling" position, in which lower position the plug can be inserted into the container to be filled, the plug being situated at the end of the movable element; - the device comprises means for closing the discharge line; and in that - the device is adapted, in addition to injecting an appropriate atmosphere into the gas overhead of the container, also to effect the drawing-off of the product stored in the container by virtue of a pressurization action with the aid of a gas such as nitrogen or argon, allowing the product to be transferred from the storage container to another receiving container, by operating said means for closing the discharge line when the device is in the drawing-off phase.
A method for the separation of fibres using the following elements: • A container with a predetermined reception volume; • A vacuum pump, which is connected to the container volume via a vacuum line and a valve; • A ventilation line with a predetermined cross-sectional opening and at least one valve, wherein the valve can be switched from a closed state to an open state within a time period of between 19 msec and 41 msec, and from the open state to the closed state within a time period of between 20 msec and 45 msec; and the method has at least the following steps: i) Filling of the container with a predetermined quantity of water and at least one fibre composite; ii) Gas-tight closure of the container; iii) Mixing of the water and the fibre composite by means of mechanical energy, in particular by stirring; iv) Generation of kinetic energy in the fibre composite by the steps: v) Reduction of the internal pressure of the container to not more than -950 hPa; vi) Pressure equalisation in the interior of the container for the generation of cavitation in the fibre composite; wherein, step (vi) takes place within a time period of between 0.001 sec and 1 sec. • A container with a predetermined reception volume; • A vacuum pump, which is connected to the container volume via a vacuum line and a valve; • A ventilation line with a predetermined cross-sectional opening and at least one valve, wherein the valve can be switched from a closed state to an open state within a time period of between 19 msec and 41 msec, and from the open state to the closed state within a time period of between 20 msec and 45 msec; i) Filling of the container with a predetermined quantity of water and at least one fibre composite; ii) Gas-tight closure of the container; iii) Mixing of the water and the fibre composite by means of mechanical energy, in particular by stirring; iv) Generation of kinetic energy in the fibre composite by the steps: v) Reduction of the internal pressure of the container to not more than -950 hPa; vi) Pressure equalisation in the interior of the container for the generation of cavitation in the fibre composite; wherein,
A plastic base ND filter comprising: a base made of plastic; and a light absorbing film provided on at least one surface of the base and having a plurality of layers, wherein the light absorbing film includes one or more NiO x layers made of NiO x, x being not less than 0 and not greater than 1, and includes a sandwich structure portion which is provided on an opposite side of at least one of the NiO x layers from the base and in which a reverse stress layer is sandwiched between silica compound layers, characterized in that the light absorbing film includes a plurality of NiOx layers, and the NiO x layers each have a physical film thickness of 6 nanometers or less. a base made of plastic; and a light absorbing film provided on at least one surface of the base and having a plurality of layers, wherein the light absorbing film includes one or more NiO x layers made of NiO x, x being not less than 0 and not greater than 1, and includes a sandwich structure portion which is provided on an opposite side of at least one of the NiO x layers from the base and in which a reverse stress layer is sandwiched between silica compound layers, characterized in that includes one or more NiO x layers made of NiO x, x being not less than 0 and not greater than 1, and includes a sandwich structure portion which is provided on an opposite side of at least one of the NiO x layers from the base and in which a reverse stress layer is sandwiched between silica compound layers, characterized in that the light absorbing film includes a plurality of NiOx layers, and the NiO x layers each have a physical film thickness of 6 nanometers or less.
Axle valve module (2', 2") of a compressed air braking system for actuating the wheel brakes of a vehicle axle of a wheeled vehicle, the axle valve module comprising a relay valve, to the control pressure input of which a control pressure line is connected, which control pressure line can be connected via a switchover valve (50, 74) alternately to a brake pressure line (20, 20') conducting an introduced brake pressure or to a supply pressure line (14, 14') conducting a supply pressure, and comprising in each case an ABS inlet valve (28, 32) and an ABS outlet valve (30, 34) for at least one wheel brake cylinder of each side of the vehicle axle, the ABS inlet valve and the ABS outlet valve each being designed as a pressure-controlled diaphragm valve having an associated pilot valve (62, 64, 66, 68), wherein the pilot valves (62, 64, 66, 68) are designed as cyclically controllable 3/2-way solenoid switching valves, via which a control pressure, which is taken from an axle brake line connected to the working pressure output of the relay valve or taken from the control pressure line of the relay valve, or ambient pressure can be applied in each case alternately to a control pressure chamber of the associated diaphragm valve (28, 30, 32, 34), wherein a shutoff valve (76, 78) is arranged between the switchover valve (50, 74) and the control pressure input of the relay valve and between the switchover valve (50, 74) and a branch of the control pressure line of the ABS valves (28, 30, 32, 34) in the control pressure line leading to the relay valve, by means of which shutoff valve the control pressure applied at the control pressure input of the relay valve can be included as required, and wherein the shutoff valve is designed as a cyclically controllable 2/2-way solenoid switching valve and has a compressed air input and a compressed air output, to which a portion of the control pressure line of the relay valve is connected in each case and which are interconnected in the non-actuated state and are shut off with respect to one another in the actuated state.
A device /1/ for packaging firewood, especially for fireplaces, on whose rigid supporting structure /2/ is a diagonally upward mounted transport conveyor /3/ for wood, having in its lower part a feeder for pieces of chopped wood with a chute /6/, and in the upper part thereof there is a drop basket /4/, whose outlet is oriented downwards above a loading ramp /5/ located below, having stations for filling containers with pieces of wood, wherein single station /25/ for filling containers has in its upper part tilting flaps /27/, and in its lower part a supporting plate /29/ slidably vertically mounted, on which a container is supported while being filled and top of said container is fixed to the structure of the station, characterised in that the inclined transport conveyor /3/, receiving the pieces of chopped wood from the feeder /6/ is a drag conveyor whose run /7/ is formed by a longitudinal guide bar /8/ and mounted thereto inclined longitudinal metal sheets /9/, and within the longitudinal guide bar /8/ there are slidably mounted positive dogs /11/ arranged at a mutual distance /L/ fixed to a continuous loop /10/, and below the outlet /19/ of the drop basket /4/ there is a loading ramp /5/ transverse to the route of the transport conveyor /3/, and said loading ramp /5/ is a chain conveyor with separated by walls /21/ mounted to scrapers /20/ compartments for pieces of chopped wood, the bottom /22/ of which has at least two windows /23/, situated at a distance from each other, slidingly closed with respective lids /24a, 24b/, and said windows /23/ are inlets of the stations /25/ for filling containers with pieces of chopped wood, and the supporting plate /29/ of each station /25/ slidably vertically mounted on vertical guide bars /28/ is coupled with tilting flaps /27/, and on the supporting plate /29/ there is mounted a platform /30/ whose motion in the horizontal plane is limited and said platform /30/ is connected with the supporting plate /29/ by means of an oscillating mechanism /38, 33, 34, 35, 36/.
A compound of formula: or a pharmaceutical composition comprising said compound for use in a method of treating cancer resulting from a premature stop codon in a patient, wherein said cancer is head and neck, eye, skin, mouth, throat, esophagus, chest, bone, lung, colon, sigmoid, rectum, stomach, prostate, breast, ovaries, kidney, liver, pancreas, brain, intestine, heart, adrenals, a solid tumor, sarcoma, carcinomas, fibrosarcoma, myxosarcoma, liposarcoma, chondrosarcoma, osteogenic sarcoma, chordoma, angiosarcoma, endotheliosarcoma, lymphangiosarcoma, lymphangioendotheliosarcoma, synovioma, mesothelioma, Ewing's tumor, leiomyosarcoma, rhabdomyosarcoma, squamous cell carcinoma, basal cell carcinoma, adenocarcinoma, sweat gland carcinoma, sebaceous gland carcinoma, papillary carcinoma, papillary adenocarcinomas, cystadenocarcinoma, medullary carcinoma, bronchogenic carcinoma, renal cell carcinoma, hepatoma, bile duct carcinoma, choriocarcinoma, seminoma, embryonal carcinoma, Wilms' tumor, cervical cancer, testicular tumor, lung carcinoma, small cell lung carcinoma, bladder carcinoma, epithelial carcinoma, glioma, astrocytoma, medulloblastoma, craniopharyngioma, ependymoma, Kaposi's sarcoma, pinealoma, hemangioblastoma, acoustic neuroma, oligodendroglioma, menangioma, melanoma, neuroblastoma, retinoblastoma, a blood-born tumor, acute lymphoblastic leukemia, acute lymphoblastic B-cell leukemia, acute lymphoblastic T-cell leukemia, acute myeloblastic leukemia, acute promyelocytic leukemia, acute monoblastic leukemia, acute erythroleukemic leukemia, acute megakaryoblastic leukemia, acute myelomonocytic leukemia, acute nonlymphocyctic leukemia, acute undifferentiated leukemia, chronic myelocytic leukemia, chronic lymphocytic leukemia, hairy cell leukemia, multiple myeloma, or p53 -associated.
A vane structure, the vane structure comprising layers of powder metal bonded, fused or sintered by an energy beam, the vane structure comprising a plurality of vanes, a first member and a second member, the second member being arranged coaxially around the first member, the vanes extending radially between the first and second members (72, 74), the vanes having first edges and second edges, the first member having a first axial end and a second axial end, the second member having a first axial end and a second axial end, the first axial end of the second member being located at an axial position between the first axial end and the second axial end of the first member, characterised in that the first edges of the vanes extend with radial and axial components from the first member to the first axial end of the second member and the radially outer ends of the first edges of the vanes form arches with the first axial end of the second member.
A liquid jetting device comprising a plurality of ejection units each of which is arranged to eject a droplet of a liquid and comprises a nozzle, a liquid duct connected to the nozzle and an electro-mechanical transducer arranged to create an acoustic pressure wave in the liquid in the duct, the device further comprising an electronic control system arranged to receive a pressure signal from at least one of the transducers and to generate a transducer control signal on the basis of the received pressure signal and to control the transducers of said plurality of ejection units to operate in a mode of operation selected from a variety of different modes of operation, wherein the control system is arranged to detect an acoustic property of the liquid on the basis of the received pressure signal and to select the mode of operation in accordance with the detected property, the control system being arranged to deliver transducer control signals to the transducers, which control signals are derived from a common basic waveform that is specified by mode parameters, each mode of operation of the device is specified by a different set of mode parameters, the waveform comprises a jetting pulse and quench pulse following on the jetting pulse, and one of the mode parameters is a time delay between the start of the jetting pulse and the start of the quench pulse, wherein another of the mode parameters is an amplitude ratio between the quench pulse and the jetting pulse.
A camera head adaptor for holding an endoscope having a camera head, comprising: a holding portion that holds the camera head of the endoscope in a detachable manner; a connecting portion that extends along an observation optical axis of the camera head and can be attached to a support structure; and a coupling portion that couples the holding portion and the connecting portion, wherein the holding portion is composed of an elastically deformable material and comprises a plurality of wall portions that elastically hold the camera head inserted in the holding portion while being in contact with the camera head, the plurality of wall portions of the holding portion includes two side wall portions (31, 32) that extend along a direction of a central axis of the holding portion and face each other and the camera head is supported by the two side wall portions (31, 32), and characterised in that the coupling portion is composed of portions in which the two side wall portions (31, 32) extend from the holding portion 30. a holding portion that holds the camera head of the endoscope in a detachable manner; a connecting portion that extends along an observation optical axis of the camera head and can be attached to a support structure; and a coupling portion that couples the holding portion and the connecting portion, wherein the holding portion is composed of an elastically deformable material and comprises a plurality of wall portions that elastically hold the camera head inserted in the holding portion while being in contact with the camera head, the plurality of wall portions of the holding portion includes two side wall portions (31, 32) that extend along a direction of a central axis of the holding portion and face each other and the camera head is supported by the two side wall portions (31, 32), and characterised in that the coupling portion is composed of portions in which the two side wall portions (31, 32) extend from the holding portion 30.
A resin-coated metal pipe comprising a metal pipe, a plating layer formed by hot dipping plating on the outer peripheral surface of the metal pipe, and a resin coating layer formed by melt molding on the surface of the plating layer, wherein the resin coating layer is made of a resin material comprising a melt-moldable fluororesin having at least one type of reactive functional group selected from the group consisting of a carbonyl group-containing group, a hydroxy group, an epoxy group and an isocyanate group, and the fluororesin is a fluorinated copolymer comprising structural units based on the following monomer, structural units based on the following monomer and structural units based on the following monomer: Monomer: tetrafluoroethylene, Monomer: a monomer having the reactive functional group, Monomer: a monomer other than the monomer and the monomer. Monomer: tetrafluoroethylene, Monomer: a monomer having the reactive functional group, Monomer: a monomer other than the monomer and the monomer.
A device for improving an item access bandwidth and atomic operation, comprising: a comparison module, a cache, and a distribution module, wherein the comparison module is arranged to: after a lookup request is received from a service side, determine whether an address pointed to by the lookup request is identical to an item address stored in the cache; if they are identical, and a valid identifier vld is currently valid, directly return item data stored in the cache to the service side without initiating a request for looking up an off-chip memory, so as to reduce accessing the off-chip memory; and if they are not identical, initiate a request for looking up the off-chip memory, and process, according to a preset rule, item data returned by the off-chip memory in such a way that an atomic operation existed in item updating can realize a seamless and faultless lookup in an item lookup process; the cache is arranged to store the item data and the item address; and the distribution module is arranged to identify whether data to be returned to the service side is the item data in the cache or the item data in the off-chip memory, and then return the data to the service side, characterized in that the comparison module is further arranged to determine, according to the first preset rule, whether the address pointed to by the lookup request is identical to the address stored in the cache, comprising any one of the following ways: way 1: if a vld corresponding to a low first-threshold-M bit address is completely valid, and a high second-threshold-N bit address is identical to the address stored in the cache, returning data in the cache to the service side, and not updating the data in the cache; if the addresses are not identical, not updating the data in the cache, and sending the data returned by the off-chip memory to the service side; way 2: if the vld corresponding to the low first-threshold-M bit address is partially valid, not updating the data in the cache, and sending the data returned by the off-chip memory to the service side; and way 3: if the vld corresponding to the low first-threshold-M bit address is invalid, updating the data in the cache, and sending the data returned by the off-chip memory to the service side; wherein both M and N are natural numbers, and the sum of M and N is a bit width requested by the service side. way 1: if a vld corresponding to a low first-threshold-M bit address is completely valid, and a high second-threshold-N bit address is identical to the address stored in the cache, returning data in the cache to the service side, and not updating the data in the cache; if the addresses are not identical, not updating the data in the cache, and sending the data returned by the off-chip memory to the service side; way 2: if the vld corresponding to the low first-threshold-M bit address is partially valid, not updating the data in the cache, and sending the data returned by the off-chip memory to the service side; and way 3: if the vld corresponding to the low first-threshold-M bit address is invalid, updating the data in the cache, and sending the data returned by the off-chip memory to the service side;
A composition comprising particles or agglomerates of one or more phosphorus oxide cotelomer comprising the polymerization residue of from 20 to 99.2 wt.% of one or more unsaturated carboxylic acids of polymerized units bearing carboxylic acid or salt groups, based on the total weight of reactants used to make the cotelomer, and at least 0.8 wt.% of methacrylic anhydride groups, based on the total weight of acidic polymerized units in the cotelomer, having a mean average particle size of from 2 μm to 1 mm.
Process for coding a key and a closing cylinder for a lock in a locking system, where a blank is divided into two coding components (2, 3) by a cut passing perpendicularly to the longitudinal axis (L-L) and in the direction of the longitudinal axis (L-L) of the blank, each of which has a coding surface and where the two coding components (2, 3) are then processed further to form the key and the closing cylinder, characterised in that the processing of each of the two coding components (2, 3) forming the key or the closing cylinder includes the following operations: • the coding component (2, 3) is encased in a material which is dimensionally stable and has a higher melting point than the coding component (2, 3), • where the casing of the component is incomplete such that a free area remains in which the coding component (2, 3) is free of the casing, • the coding component (2, 3) is heated to a temperature which is higher than its melting point and at which the casing is still dimensionally stable, • the material of the coding component (2, 3) is removed from the casing in the molten or gaseous state through the area which has been left free, • the mould cavity thus formed by the casing is then filled with the material which is provided for the coding surface provided on the key or the closing cylinder. • the coding component (2, 3) is encased in a material which is dimensionally stable and has a higher melting point than the coding component (2, 3), • where the casing of the component is incomplete such that a free area remains in which the coding component (2, 3) is free of the casing, • the coding component (2, 3) is heated to a temperature which is higher than its melting point and at which the casing is still dimensionally stable, • the material of the coding component (2, 3) is removed from the casing in the molten or gaseous state through the area which has been left free, • the mould cavity thus formed by the casing is then filled with the material which is provided for the coding surface provided on the key or the closing cylinder.
Support block for a link-controlled double axle assembly of a utility vehicle, having - a main body, - a spring support journal for the mounting of a leaf spring of the double axle assembly; - a longitudinal link connecting point for the attachment of a longitudinal link; - a frame longitudinal member connecting point for the fastening of the support block to a frame longitudinal member of the utility vehicle, characterized in that the support block is formed as a composite cast part. - a main body, - a spring support journal for the mounting of a leaf spring of the double axle assembly; - a longitudinal link connecting point for the attachment of a longitudinal link; - a frame longitudinal member connecting point for the fastening of the support block to a frame longitudinal member of the utility vehicle, characterized in that the support block is formed as a composite cast part.