mhurhangee/ep-ind-claims huggingface dataset:
An anaesthesia- or ventilator apparatus with control of an end-expiratory pressure at the end of an expiration phase of a patient, wherein the anaesthesia- or ventilator apparatus has a ventilator circuit, in which an expiratory pressure sensor, an inspiratory pressure sensor, an inspiratory flow sensor, an expiratory flow sensor, a controllable expiratory valve and a ventilator drive are arranged, and an operating- and actuating unit, which is connected to the previously mentioned components in the ventilator circuit, characterized in that the operating- and actuating unit is arranged to regulate the controllable, expiratory valve and the ventilator drive in their operation so that the pressure profile (401 a, 401 b, 501 a, 501 b) during the expiration phase from the end of the inspiration phase to the start of the next, following inspiration phase has a decreasing profile (105a, 105b, 106a, 106b, 615a, 615b, 615c, 615d) from a first upper pressure value (613a, 613b, 613c, 613d) to a first lower pressure value (614a, 614b, 614c, 614d) with at most piecewise constant subintervals.
A liposome containing at least a phospholipid to which a hydrophilic polymer is bonded, which is one or more types selected from dipalmitoyl phosphatidylethanolamine to which PEG having a weight-average molecular weight of 5,000 is bonded (DPPE-PEG5000) or dimyristoyl phosphatidylethanolamine to which PEG having a weight-average molecular weight of 2,000 is bonded (DMPE-PEG2000), a phospholipid having a negative charge within a range of a pH of 6 to 8, which is one or more types selected from the group consisting of phosphatidic acid, phosphatidylglycerol, phosphatidylserine, and phosphatidylinositol, and a phospholipid which is electrically neutral within a range of a pH of 6 to 8, which is phosphatidylcholine having an average carbon chain length of the phospholipid of 16 to 18, wherein an average carbon chain length of the phospholipid to which a hydrophilic polymer is bonded is shorter than an average carbon chain length of the phospholipid which is electrically neutral within a range of a pH of 6 to 8.
A venting device for use with a container such as a bottle, cup, jar, box, including a child's drinking cup such as a duckbill cup, characterized in that the venting device comprises an air channel and a rotary venting rod, wherein: the air channel comprises a first end facing the outer surface of the rotary venting rod and a second end facing away from the rotary venting rod; the outer surface of the rotary venting rod is provided with a recessed venting slot which is in fluid communication with ambient air, and the rotary venting rod may be swiveled about a rotation axis extending along its longitudinal direction to provide vented and sealed states, wherein: in the vented state, the venting slot of the rotary venting rod is in fluid communication with the air channel and the air channel is in fluid communication with the ambient air via the venting slot; and in the sealed state, the venting slot of the rotary venting rod is not in fluid communication with the air channel and the first end of the air channel is sealed by the outer surface of the rotary venting rod further characterised in that the first end of the air channel and the outer surface of the rotary venting rod are separable from each other, thereby facilitating maintenance and cleaning of the venting device. the air channel comprises a first end facing the outer surface of the rotary venting rod and a second end facing away from the rotary venting rod; the outer surface of the rotary venting rod is provided with a recessed venting slot which is in fluid communication with ambient air, and the rotary venting rod may be swiveled about a rotation axis extending along its longitudinal direction to provide vented and sealed states, wherein: in the vented state, the venting slot of the rotary venting rod is in fluid communication with the air channel and the air channel is in fluid communication with the ambient air via the venting slot; and in the sealed state, the venting slot of the rotary venting rod is not in fluid communication with the air channel and the first end of the air channel is sealed by the outer surface of the rotary venting rod further characterised in that the first end of the air channel and the outer surface of the rotary venting rod are separable from each other, thereby facilitating maintenance and cleaning of the venting device. in the vented state, the venting slot of the rotary venting rod is in fluid communication with the air channel and the air channel is in fluid communication with the ambient air via the venting slot; and in the sealed state, the venting slot of the rotary venting rod is not in fluid communication with the air channel and the first end of the air channel is sealed by the outer surface of the rotary venting rod further characterised in that the first end of the air channel and the outer surface of the rotary venting rod are separable from each other, thereby facilitating maintenance and cleaning of the venting device.
A compression garment system comprising: a garment configured to be donned on a head and a neck of a body and configurable to apply static pressure to one or more portions of the body, wherein the garment comprises: a head garment portion including a right cheek garment portion, a left cheek garment portion, an under chin garment portion and a posterior garment portion and a plurality of pressure applying regions configured in the head garment portion and controllable to apply dynamic pressure to the one or more portions of the body, wherein at least a portion of the one or more pressure applying regions defines an arcuate shape and each of the pressure applying regions extends within the head garment portion such that each of the pressure applying regions extends within the under chin garment portion, the right and left cheek garment portions (122, 124) and the posterior head garment portion; and a controller configured to control pressure applied by each of the plurality of pressure applying regions, pressure being applied to one or more portions of the head and neck at different times during a compression therapy period. a head garment portion including a right cheek garment portion, a left cheek garment portion, an under chin garment portion and a posterior garment portion and a plurality of pressure applying regions configured in the head garment portion and controllable to apply dynamic pressure to the one or more portions of the body, wherein at least a portion of the one or more pressure applying regions defines an arcuate shape and each of the pressure applying regions extends within the head garment portion such that each of the pressure applying regions extends within the under chin garment portion, the right and left cheek garment portions (122, 124) and the posterior head garment portion; and
A method of preparing a lactone compound of formula or, comprising dehydrogenation of a diol compound of formula and/or using carbonylchlorohydrido[bis-(2-diphenylphosphinoethyl)amine]ruthenium as a catalyst in the presence of a base in an organic solvent: wherein R 1 and R 2 are each independently alkyl.
Machine tool having a carrier spindle and a rolling-tool apparatus for the deep rolling of in particular blade elements of a rotor region of a jet engine, having a tool carrier, which can be connected to the carrier spindle and to which two pliers-type bodies (17, 18) are connected in a rotatable manner, wherein the pliers-type bodies (17, 18) are each formed with a rolling region (21, 22), and wherein it is possible to vary a distance between the rolling regions (21, 22) in dependence on a rotary movement of the pliers-type bodies (17, 18), wherein, when the carrier spindle is connected to the tool carrier, an axis of said carrier spindle runs between the rolling regions (21, 22), through a point of contact between the rolling regions (21, 22), said point of contact being present when the distance between the rolling regions (21, 22) is equal to zero, wherein the pliers-type bodies (17, 18) are designed such that they can be rotated in relation to the tool carrier about a common rotary bearing, characterized in that a distance between the rolling regions (21, 22) remains constant while the pliers-type bodies (17, 18) rotate together about the common rotary bearing.
An assembly for checking the atmosphere prevailing within a first environment isolated from a second environment that is different in terms of air quality and/or atmospheric composition, said assembly comprising in particular isolation means isolating said first environment from the second environment, a sampling device (1, 1') suitable for collecting elements present in the atmosphere prevailing within the first environment, and suction means, the sampling device comprising a cassette (1, 1') defining a compartment (110, 110') that has a so-called sampling inlet orifice (111b, 111'b) and a so-called connecting outlet orifice (111a, 1111'a) that can be connected to the suction means, retaining means (3, 30) for the elements the presence and/or concentration of which is sought being housed in the compartment (110, 110'), interposed between the two orifices, characterized in that the isolation means consist of isolation personal protective equipment defining for the user a closed and sealed chamber, the cassette (1, 1') further including fastening means configured to mount in a sealing manner the cassette on the isolation personal protective equipment, which has complementary fastening means, with the sampling orifice of said sampling device emerging into said isolated first environment, the compartment of the cassette being sealed.
Method for controlling a brake device having a hydrodynamic retarder, comprising at least in each case one rotor bladed wheel and stator bladed wheel which are arranged in a common housing and which together form a toroidal working chamber which can be filled with a working medium for braking operation of the retarder and can be emptied again for non-braking operation of the retarder, and having an external cooling circuit line which leads from the working chamber to a cooler and back again from there, characterized in that, at least during braking operation, a temperature (T Kreisiauf) is used for the control of the braking torque, said temperature originating from a temperature sensor which is positioned such that the temperature in the working chamber is measured by means of said temperature sensor, wherein an initial temperature value, which deviates from the temperature (T Kreisiauf) measured by the temperature sensor, is used as control temperature for the control of the braking torque of the retarder for a time period (t totzeit) upon the activation of braking operation.
A heat recovery steam generator, comprising a plurality of generation tubes for having water passing therethrough to generate steam and water by exchanging heat with a gas flow passing through the heat recovery steam generator, a first steam drum, the first steam drum defining at least one first inlet and at least one first outlet, the first inlet positioned in a bottom portion of the first steam drum and the first outlet disposed in a top portion of the first steam drum, and a second steam drum, the second steam drum defining at least one second inlet in a bottom portion of the second steam drum and a steam flow outlet positioned in a top portion of the second steam drum to release a separated steam from the second steam drum, a connecting line, the connecting line fluidly connecting the first outlet with the second inlet, wherein the heat recovery steam generator further comprises a riser, which riser is fluidly connected to the plurality of generation tubes, the riser being arranged to group the plurality of generation tubes and to connect the plurality of generation tubes to the first steam drum, wherein the riser is coupled to the first inlet of the first steam drum, whereby the first inlet is configured to allow a flow of water and steam to enter the first steam drum, the connecting line being arranged to provide a flow of water and steam from the first steam drum to the second steam drum through the second inlet of the second steam drum, wherein a steam separator is provided in fluid communication with the second inlet, the steam separator being arranged inside the second steam drum, whereby the steam separator is provided to separate steam from the flow of water and steam provided to the second steam drum, such that the steam separator forms the separated steam to be released via the steam flow outlet, characterized in that the first steam drum has a feedwater nozzle fluidly connecting the first steam drum to a water source.
Air conditioning installation comprising: - an internal wall covering fixed to at least one wall of a room, the covering comprising: ∘ at least a first layer comprising a phase change material and forming the free layer of the covering, ∘ a second layer comprising air flow passages arranged so as to form an air gap in the second layer in parallel manner to the at least first layer, the first and second layers (1, 3) being bonded to one another to form a single sheet, characterized in that the air conditioning installation comprises: - means enabling an air flow to take place in the second layer of the covering, - air conditioning means to control the temperature of the air flowing in the second layer of the covering according to the ambient temperature of the room. - an internal wall covering fixed to at least one wall of a room, the covering comprising: ∘ at least a first layer comprising a phase change material and forming the free layer of the covering, ∘ a second layer comprising air flow passages arranged so as to form an air gap in the second layer in parallel manner to the at least first layer, the first and second layers (1, 3) being bonded to one another to form a single sheet, ∘ at least a first layer comprising a phase change material and forming the free layer of the covering, ∘ a second layer comprising air flow passages arranged so as to form an air gap in the second layer in parallel manner to the at least first layer, the first and second layers (1, 3) being bonded to one another to form a single sheet, - means enabling an air flow to take place in the second layer of the covering, - air conditioning means to control the temperature of the air flowing in the second layer of the covering according to the ambient temperature of the room.
A computer-executable method for selecting an outbound face to forward an Interest, the method comprising: determining, by a Content-Centric Network, CCN, node comprising a computing device, one or more candidate outbound faces for forwarding an Interest by looking up the Interest's name or name prefix in a forwarding information base, FIB,, wherein a respective FIB entry maps a name prefix to a forwarding rule that includes a corresponding outbound face for the name prefix; determining a reputation value for each of the candidate outbound faces based on reputation information stored in association with the Interest's name or name prefix, the reputation information comprising one or more attributes each assigned a weight value, each attribute being a quantifiable property, policy or characteristic measurable by the CCN node, the weight value assigned to each attribute such that the reputation value achieves a desired objective of the CCN node and wherein attributes specific to each objective are used to compute a reputation value directed to the desired objective; selecting a candidate outbound face with a reputation value exceeding a first predetermined threshold; and forwarding the received Interest via the selected outbound face. determining, by a Content-Centric Network, CCN, node comprising a computing device, one or more candidate outbound faces for forwarding an Interest by looking up the Interest's name or name prefix in a forwarding information base, FIB,, wherein a respective FIB entry maps a name prefix to a forwarding rule that includes a corresponding outbound face for the name prefix; determining a reputation value for each of the candidate outbound faces based on reputation information stored in association with the Interest's name or name prefix, the reputation information comprising one or more attributes each assigned a weight value, each attribute being a quantifiable property, policy or characteristic measurable by the CCN node, the weight value assigned to each attribute such that the reputation value achieves a desired objective of the CCN node and wherein attributes specific to each objective are used to compute a reputation value directed to the desired objective; selecting a candidate outbound face with a reputation value exceeding a first predetermined threshold; and forwarding the received Interest via the selected outbound face.
A drug delivery device for dispensing one or more doses of a drug, the drug delivery device having a longitudinal axis and being configured to dispense a dose of a drug in a dose dispense operation as well as being configured to be prepared for a subsequent dose dispense operation in a dose set operation, the device comprising: a drive member for driving a piston rod in a dispense operation of the drug delivery device and a dose member for actuating the drive member, a piston rod coupled to the drive member, wherein the drive member is configured to be driven by the dose member around the longitudinal axis in a first rotational direction, wherein when the drive member is driven towards the first rotational direction thereby the piston rod is driven towards an axial distal direction, and towards the first rotational direction, characterized in that the drive member is further configured to be driven by the dose member around the longitudinal axis in a second rotational direction, wherein the first and the second rotational direction are opposite to each other, wherein when the drive member is driven towards the second rotational direction thereby the piston rod is driven towards an axial proximal direction, and towards the second rotational direction, and wherein the piston rod is coupled to the drive member such that a relative translational movement of the drive member and the piston rod is allowed and a relative rotational movement is prevented. a drive member for driving a piston rod in a dispense operation of the drug delivery device and a dose member for actuating the drive member, a piston rod coupled to the drive member, wherein the drive member is configured to be driven by the dose member around the longitudinal axis in a first rotational direction, wherein when the drive member is driven towards the first rotational direction thereby the piston rod is driven towards an axial distal direction, and towards the first rotational direction, characterized in that the drive member is further configured to be driven by the dose member around the longitudinal axis in a second rotational direction, wherein the first and the second rotational direction are opposite to each other, wherein when the drive member is driven towards the second rotational direction thereby the piston rod is driven towards an axial proximal direction, and towards the second rotational direction, and wherein the piston rod is coupled to the drive member such that a relative translational movement of the drive member and the piston rod is allowed and a relative rotational movement is prevented.
A suction wand (100,200) for a cooler box comprising: an elongated hollow body (102,202) for attaching to a suction hose; and a first slot (112,208) opening, a second slot (114,210) opening, characterized in that said suction wand (100,200) further comprising a third slot opening, each of said slot openings in fluid communication with an interior of the hollow body (102,202) for facingly engaging a screen of the cooler box. an elongated hollow body (102,202) for attaching to a suction hose; and a first slot (112,208) opening, a second slot (114,210) opening, characterized in that said suction wand (100,200) further comprising a third slot opening, each of said slot openings in fluid communication with an interior of the hollow body (102,202) for facingly engaging a screen of the cooler box.
Process for the impregnation of air core reactors or parts of air core reactors comprising the following steps: i) Providing an air core reactor or a part of an air core reactor, ii) Applying an impregnation system to the air core reactor or the part of the air core reactor wherein said impregnation system comprises a) one or more component(s) comprising one or more epoxy group(s), b) one or more flexibilizer selected from polypropylene glycols or polyethylene glycols, c) dicyandiamide; and d) one or more accelerator selected from the group consisting of imidazole, imidazole derivatives, urea derivatives and mixtures thereof, iii) Curing the impregnated air core reactor or the impregnated part of the air core reactor. i) Providing an air core reactor or a part of an air core reactor, ii) Applying an impregnation system to the air core reactor or the part of the air core reactor wherein said impregnation system comprises a) one or more component(s) comprising one or more epoxy group(s), b) one or more flexibilizer selected from polypropylene glycols or polyethylene glycols, c) dicyandiamide; and d) one or more accelerator selected from the group consisting of imidazole, imidazole derivatives, urea derivatives and mixtures thereof, a) one or more component(s) comprising one or more epoxy group(s), b) one or more flexibilizer selected from polypropylene glycols or polyethylene glycols, c) dicyandiamide; and d) one or more accelerator selected from the group consisting of imidazole, imidazole derivatives, urea derivatives and mixtures thereof, iii) Curing the impregnated air core reactor or the impregnated part of the air core reactor.
A pharmaceutical composition comprising 2-butyl-4-chloro-1-[2'-(1H-tetrazol-5-yl)1, 1'-biphenyl-methyl]imidazole-5-carboxylic acid, 1-[(isopropoxy)carbonyloxy] methyl ester as a pharmacological active agent, and a pharmaceutically acceptable carrier, wherein the carrier comprises a solubilizing carrier, in which the pharmacologically active agent is dispersed, said solubilizing carrier is selected from the group consisting of polyethylene glycol, povidone, surfactants comprising polyoxyethylene group, water-soluble cellulose derivatives, organic acids, saccharides, sterols, lipides and the mixture thereof.