mhurhangee/ep-ind-claims huggingface dataset:
A mushroom production process comprising the steps of: preparing a mushroom growing shed with at least one bed of mushroom compost; supplying heat to the mushroom growing shed; harvesting the mushrooms; removing the spent mushroom compost from the mushroom growing shed; combusting the spent mushroom compost in an energy conversion system; harnessing the heat generated by combusting the spent mushroom compost; and using the harnessed heat to control temperature of the mushroom growing shed; characterised in that the step of combusting the spent mushroom compost comprises combusting the spent mushroom compost in a fluidised bed unit; and, the fluidised bed unit comprises a plurality of temperature sensors which are arranged in the fluidised bed unit to closely monitor the temperature of the fluidised bed in the fluidised bed unit; such that, if the temperature of the fluidised bed deviates from desired values or ranges, corrective action is taken; whereby, if the temperature of the fluidised bed lowers, the process comprises steps to increase the amount of fuel that is delivered to the fluidised bed unit, and, if the fuel that is delivered to the fluidised bed unit has a relatively high moisture content such that the fuel does not immediately cause the temperature of the fluidised bed to rise then an ancillary burner is activated to act on the fluidised bed so as to increase the temperature of the fluidised bed in the fluidised bed unit. preparing a mushroom growing shed with at least one bed of mushroom compost; supplying heat to the mushroom growing shed; harvesting the mushrooms; removing the spent mushroom compost from the mushroom growing shed; combusting the spent mushroom compost in an energy conversion system; harnessing the heat generated by combusting the spent mushroom compost; and using the harnessed heat to control temperature of the mushroom growing shed; characterised in that the step of combusting the spent mushroom compost comprises combusting the spent mushroom compost in a fluidised bed unit; and, the fluidised bed unit comprises a plurality of temperature sensors which are arranged in the fluidised bed unit to closely monitor the temperature of the fluidised bed in the fluidised bed unit; such that, if the temperature of the fluidised bed deviates from desired values or ranges, corrective action is taken; whereby, if the temperature of the fluidised bed lowers, the process comprises steps to increase the amount of fuel that is delivered to the fluidised bed unit, and, if the fuel that is delivered to the fluidised bed unit has a relatively high moisture content such that the fuel does not immediately cause the temperature of the fluidised bed to rise then an ancillary burner is activated to act on the fluidised bed so as to increase the temperature of the fluidised bed in the fluidised bed unit.
A computing device comprising: a housing comprising an outer surface and an inner surface; a heat generating component supported by the housing; a phase change device adjacent or physically connected to the heat generating component, the phase change device being elastically compressible and expandable and comprising a first portion and a second portion, the first portion being closer to the heat generating component than the second portion, the second portion being opposite the first portion and adjacent to the inner surface of the housing, wherein the second portion of the phase change device is at a distance from the inner surface of the housing, wherein when a force is applied to a portion of the outer surface of the housing, the inner surface of the housing is configured to flex towards the second portion of the phase change device and move into contact with the phase change device, and the phase change device is compressed, and wherein when a force is applied to the phase change device from within the phase change device, the phase change device is configured to expand and move into physical contact with the inner surface of the housing. a housing comprising an outer surface and an inner surface; a heat generating component supported by the housing; a phase change device adjacent or physically connected to the heat generating component, the phase change device being elastically compressible and expandable and comprising a first portion and a second portion, the first portion being closer to the heat generating component than the second portion, the second portion being opposite the first portion and adjacent to the inner surface of the housing, wherein the second portion of the phase change device is at a distance from the inner surface of the housing, wherein when a force is applied to a portion of the outer surface of the housing, the inner surface of the housing is configured to flex towards the second portion of the phase change device and move into contact with the phase change device, and the phase change device is compressed, and wherein when a force is applied to the phase change device from within the phase change device, the phase change device is configured to expand and move into physical contact with the inner surface of the housing.
A cable arrangement consisting of a cable and a sleeve, having the cable, which can be connected at one end to a connector, having at least two wires, a shield, at least one insulating means (16; 17), which is formed between the wires and the shield, and having the sleeve, which is formed at the end of the cable, wherein the sleeve has a first region with an elongated cross-section and has a second region with a substantially round cross-section, wherein the sleeve is formed on the shield, and a connector-side end of the shield is folded around the sleeve, wherein the folded shield extends to behind the sleeve.
An isolation system for use with a mount assembly, the mount assembly being used as a support structure and comprising upper and lower support brackets, characterized in that the isolation system comprises: a guide rail passing at least partially through the upper and lower support brackets of the mount assembly and configured to translate relative to the mount assembly, the guide rail being adapted to be coupled to a vibratory drilling head; a first air bladder assembly comprising a first air bladder, a first bracket, and a second bracket, the first bracket being positioned outwardly of the second bracket relative to the vibratory drill head when the isolation system is coupled to the vibratory drill head, the first bracket being coupled to the guide rail; and a coupling member configured to couple said first air bladder to the vibratory drill head, wherein the first air bladder is configured to compress and expand to counter oscillating forces generated by the vibratory drill head as the guide rail translates relative to the mount assembly. a guide rail passing at least partially through the upper and lower support brackets of the mount assembly and configured to translate relative to the mount assembly, the guide rail being adapted to be coupled to a vibratory drilling head; a first air bladder assembly comprising a first air bladder, a first bracket, and a second bracket, the first bracket being positioned outwardly of the second bracket relative to the vibratory drill head when the isolation system is coupled to the vibratory drill head, the first bracket being coupled to the guide rail; and a coupling member configured to couple said first air bladder to the vibratory drill head, wherein the first air bladder is configured to compress and expand to counter oscillating forces generated by the vibratory drill head as the guide rail translates relative to the mount assembly.
An anvil for a medical stapler suturing body tissue by shaping, in cooperation with a ram of the medical stapler, a medical staple when supported by the anvil; said anvil comprising: a supporting part with a dimension corresponding to a dimension of a shaped top part in the shaped medical staple, the supporting part being configured to support a middle part of the medical staple; and a corner formed on both ends of the supporting part in a direction along the middle part of the medical staple, each corner being configured to contact the middle part of the medical staple and defining a portion of the medical staple to be bent in shaping the supported medical staple, wherein each corner is formed as a chamfered corner characterised in that each corner is hardened by plastic working. a supporting part with a dimension corresponding to a dimension of a shaped top part in the shaped medical staple, the supporting part being configured to support a middle part of the medical staple; and a corner formed on both ends of the supporting part in a direction along the middle part of the medical staple, each corner being configured to contact the middle part of the medical staple and defining a portion of the medical staple to be bent in shaping the supported medical staple,
An oral care composition comprising: a. arginine, in free or salt form; and b. zinc oxide and zinc citrate; wherein the arginine is present in an amount of 1 weight % to 2.25 weight %, based on the total weight of the composition. a. arginine, in free or salt form; and b. zinc oxide and zinc citrate;
A vibration damper having a cylinder (6; 61) designed for accommodating damping fluid and a working piston, which is axially movable in said cylinder, is arranged so as to be guided on a piston rod formed with an axial opening, and divides a cylinder interior into a first working chamber and a second working chamber, and the vibration damper (1; 60) has a fluid communication opening, which passes through the piston rod axially at least in some sections, for fluid exchange between the working chambers (13, 14), and a first adjustment device for setting the compression phase damping, and a second adjustment device for setting the extension phase damping, and one adjustment device is adjustable by means of a control bushing, which is arranged in the axial opening in the piston rod and is provided with an axial opening, and the other adjustment device is adjustable by means of a control rod, which is arranged in the axial opening in the control bushing, the first adjustment device being a first setting needle, which is axially displaceable in the fluid communication opening, and the second adjustment device being a second setting needle, which is axially displaceable in the axial longitudinal direction of the piston rod and is formed with an inner cut-out, characterised in that the vibration damper has a check valve (18, 19) which opens into the respective working chamber (13, 14).
Automated system designed for secure preparation of a unit dose of a medicine from a blister pack comprising at least one cell containing the medicine, the system comprising: - means of cutting the cell in the blister pack in which the means for cutting the cell are composed of an L- or T-shaped knife, one of the horizontal legs of which is shorter than the other; and - means of keeping the cell in a fixed position and orientation while cutting, consisting of a single tip at the heel of the L or close to the corners of the T of the knife such that the notches are approximately in line with the grooves between the cells. - means of cutting the cell in the blister pack in which the means for cutting the cell are composed of an L- or T-shaped knife, one of the horizontal legs of which is shorter than the other; and - means of keeping the cell in a fixed position and orientation while cutting, consisting of a single tip at the heel of the L
Operating method for a control cabinet intended to remotely control at least one mobile equipment item ensuring comfort and/or security in a building, the control cabinet comprising: - a control interface comprising: • setting keys assigned to one or more settings, and • control keys, and - signal transmission elements, characterized in that it comprises at least: a) a so-called setting mode, in which an action on a first setting key of the interface of the control cabinet leads to the transmission of a first setting signal associated with this action, and b) a so-called control mode, in which each action on this first setting key of the control interface leads to the transmission of a particular control command, excluding the movement control commands for the mobile equipment item and the transmission of the first setting signal, the functionalities of the control keys remaining unchanged between the setting and the control mode. - a control interface comprising: • setting keys assigned to one or more settings, and • control keys, and • setting keys assigned to one or more settings, and • control keys, - signal transmission elements, characterized in that it comprises at least: a) a so-called setting mode, in which an action on a first setting key of the interface of the control cabinet leads to the transmission of a first setting signal associated with this action, and b) a so-called control mode, in which each action on this first setting key of the control interface leads to the transmission of a particular control command, excluding the movement control commands for the mobile equipment item and the transmission of the first setting signal, the functionalities of the control keys remaining unchanged between the setting and the control mode. a) a so-called setting mode, in which an action on a first setting key of the interface of the control cabinet leads to the transmission of a first setting signal associated with this action, and b) a so-called control mode, in which each action on this first setting key of the control interface leads to the transmission of a particular control command, excluding the movement control commands for the mobile equipment item and the transmission of the first setting signal,
A communication device comprising: forming means adapted to form a wireless LAN network by the communication device being caused to operate as an access point; joining means adapted to join the network by the communication device being caused to operate as a station; receiving means adapted to receive a user's selection of a service of an application layer to be received or provided; judging means adapted to judge, based on the user's selection, whether the communication device operates as a service providing device that provides the service to a service using device, or operates as a service using device that receives the service provided by a service providing device; determining means adapted to determine that the communication device performs connection processing as an access point and forms a wireless LAN network in a case where the judging means judges that the communication device is to operate as the service providing device, and to determine that the communication device performs connection processing as a station and joins a wireless LAN network in a case where the judging means judges that the communication device is to operate as the service using device. forming means adapted to form a wireless LAN network by the communication device being caused to operate as an access point; joining means adapted to join the network by the communication device being caused to operate as a station; receiving means adapted to receive a user's selection of a service of an application layer to be received or provided; judging means adapted to judge, based on the user's selection, whether the communication device operates as a service providing device that provides the service to a service using device, or operates as a service using device that receives the service provided by a service providing device; determining means adapted to determine that the communication device performs connection processing as an access point and forms a wireless LAN network in a case where the judging means judges that the communication device is to operate as the service providing device, and to determine that the communication device performs connection processing as a station and joins a wireless LAN network in a case where the judging means judges that the communication device is to operate as the service using device.
An asymmetric occlusion device for occluding an opening in a body tissue wherein the opening is defined by a partial adequate rim and a partial inadequate rim, comprising: a. a waist portion having a distal end extending to a proximal end; b. a pair of asymmetric occluder disks, comprising: i. an asymmetric distal occluder disk attached to the distal portion of the waist, the asymmetric distal occluder disk being made of shape memory material, and ii. an asymmetric proximal occluder disk attached to the proximal portion of the waist, the asymmetric proximal occluder disk being made of shape memory material, wherein each of the the asymmetric occluder disks comprise: i) a rim (124, 125) i) a first short arm having an extension from the waist to the rim of said disk with a first length for spanning the adequate rim wherein the first short arm includes shape memory material, and ii) a second extended arm extending from the waist to the rim of said disk with a second length for spanning along the inadequate rim, wherein the first short arm is shorter than the second extended arm and wherein the second extended arm includes shape memory material; and wherein the first length is longer than the second length. a. a waist portion having a distal end extending to a proximal end; b. a pair of asymmetric occluder disks, comprising: i. an asymmetric distal occluder disk attached to the distal portion of the waist, the asymmetric distal occluder disk being made of shape memory material, and ii. an asymmetric proximal occluder disk attached to the proximal portion of the waist, the asymmetric proximal occluder disk being made of shape memory material, wherein each of the the asymmetric occluder disks comprise: i) a rim (124, 125) i) a first short arm having an extension from the waist to the rim of said disk with a first length for spanning the adequate rim wherein the first short arm includes shape memory material, and ii) a second extended arm extending from the waist to the rim of said disk with a second length for spanning along the inadequate rim, wherein the first short arm is shorter than the second extended arm and wherein the second extended arm includes shape memory material; and wherein the first length is longer than the second length. i. an asymmetric distal occluder disk attached to the distal portion of the waist, the asymmetric distal occluder disk being made of shape memory material, and ii. an asymmetric proximal occluder disk attached to the proximal portion of the waist, the asymmetric proximal occluder disk being made of shape memory material, i) a rim (124, 125) i) a first short arm having an extension from the waist to the rim of said disk with a first length for spanning the adequate rim wherein the first short arm includes shape memory material, and ii) a second extended arm extending from the waist to the rim of said disk with a second length for spanning along the inadequate rim, wherein the first short arm is shorter than the second extended arm and wherein the second extended arm includes shape memory material; and wherein the first length is longer than the second length.
A method for the safe operation of a continuously operated heterogeneously catalyzed gas-phase partial oxidation of at least one organic starting compound in a reactor whose feed gas mixture stream comprises at least one diluent gas substantially inert under the conditions of the heterogeneously catalyzed gas-phase partial oxidation, in addition to the at least one organic starting compound to be partially oxidized and molecular oxygen as an oxidizing agent and is produced by combining at least two different starting streams, in which inclusion of the online measurement of the concentration of one or more selected constituents in the feed gas mixture stream itself, in one or more of the starting streams producing the feed gas mixture stream and/or in the product gas mixture stream prevents the reactor from being fed with an explosive feed gas mixture stream or a feed gas mixture stream which is otherwise uncontrollable, where, for the online measurement, a part-stream of the gas stream to be analyzed in each case is passed continuously into a measuring cell of an analytical apparatus and, while the measurement is being carried out, is passed out of the measuring cell of the analytical apparatus into a discharge atmosphere, the gas stream to be analyzed, and/or the discharge atmosphere, being subject to pressure variations, wherein the influence of variations of the pressure of the gas stream to be analyzed and/or of the discharge atmosphere on the measured pressure in the measuring cell in the analytical apparatus and hence on the result of the measurement a) is computationally correct and/or b) minimized by keeping constant or regulated the measured pressure in the measuring cell of the analytical apparatus independently of the pressure of the gas stream to be analyzed and/or of the discharge atmosphere by means of a pressure control apparatus. a) is computationally correct and/or b) minimized by keeping constant or regulated the measured pressure in the measuring cell of the analytical apparatus independently of the pressure of the gas stream to be analyzed and/or of the discharge atmosphere by means of a pressure control apparatus.
A steel for a die-casting die, having a composition consisting of, in mass %: 0.18≤C≤0.24, 0.001≤Si≤0.80, 1.20≤Mn≤2.00, 2.41≤Cr≤2.73, 0.48≤Mo≤0.97, 0.003≤V≤0.28, 0.0005≤Al≤0.15, 0.0002≤N≤0.050, and optionally, Cu≤1.50, Ni≤0.30, B≤0.0050, W≤4.00, Co≤3.00, Nb≤0.200, Ta≤0.200, Ti≤0.200, Zr≤0.200, S≤0.050, Ca≤0.2000, Se≤0.50, Te≤0.100, Bi≤0.50, and Pb≤0.50, with the balance being Fe and unavoidable impurities, and having a hardness of 26 to 43 HRC and a thermal conductivity λ [W/m/K] measured by using a laser flash method at 25°C being 27.0≤ λ. having a composition consisting of, in mass %: 0.18≤C≤0.24, 0.001≤Si≤0.80, 1.20≤Mn≤2.00, 2.41≤Cr≤2.73, 0.48≤Mo≤0.97, 0.003≤V≤0.28, 0.0005≤Al≤0.15, 0.0002≤N≤0.050, and optionally, Cu≤1.50, Ni≤0.30, B≤0.0050, W≤4.00, Co≤3.00, Nb≤0.200, Ta≤0.200, Ti≤0.200, Zr≤0.200, S≤0.050, Ca≤0.2000, Se≤0.50, Te≤0.100, Bi≤0.50, and Pb≤0.50, 0.18≤C≤0.24, 0.001≤Si≤0.80, 1.20≤Mn≤2.00, 2.41≤Cr≤2.73, 0.48≤Mo≤0.97, 0.003≤V≤0.28, 0.0005≤Al≤0.15, 0.0002≤N≤0.050, and optionally, Cu≤1.50, Ni≤0.30, B≤0.0050, W≤4.00, Co≤3.00, Nb≤0.200, Ta≤0.200, Ti≤0.200, Zr≤0.200, S≤0.050, Ca≤0.2000, Se≤0.50, Te≤0.100, Bi≤0.50, and Pb≤0.50, with the balance being Fe and unavoidable impurities, and having a hardness of 26 to 43 HRC and a thermal conductivity λ [W/m/K] measured by using a laser flash method at 25°C being 27.0≤ λ.
An IL-15/IL-15Rα complex for use in treating lymphocytopenia, cancer or an infectious disease in a human subject, or for use in eradicating or reducing HIV in HIV-infected cells in a human subject, comprising: (a) administering at least one initial low dose of the IL-15/IL-15Rα complex to the human subject, wherein the initial low dose is between 0.1 μg/kg and 1 μg/kg as determined based on the mass of single chain IL-15; and (b) administering successively higher doses of the IL-15/IL-15Rα complex to the human subject, if the concentration of free IL-15 in a plasma sample obtained from the subject a certain period of time after the administration of a dose of the IL-15/IL-15Rα complex and before administration of another dose of the IL-15/IL-15Rα complex is approximately 1 pg/ml to 50 pg/ml, wherein each successively higher dose is from two to three times higher than the previous dose. (a) administering at least one initial low dose of the IL-15/IL-15Rα complex to the human subject, wherein the initial low dose is between 0.1 μg/kg and 1 μg/kg as determined based on the mass of single chain IL-15; and (b) administering successively higher doses of the IL-15/IL-15Rα complex to the human subject, if the concentration of free IL-15 in a plasma sample obtained from the subject a certain period of time after the administration of a dose of the IL-15/IL-15Rα complex and before administration of another dose of the IL-15/IL-15Rα complex is approximately 1 pg/ml to 50 pg/ml, wherein each successively higher dose is from two to three times higher than the previous dose.