mhurhangee/ep-ind-claims huggingface dataset:
A solvent extraction apparatus comprising: a sample holder; a boiling vessel for containing a solvent; a cooler for condensing solvent vapour located in fluid tight connection with and vertically above the boiling vessel, the cooler being provided towards a lower end with a funnel having an upper surface for receiving solvent condensate and a central downwards directed elongate outlet for conveying the solvent condensate from the upper surface, the outlet comprising a first inner wall portion in which a port is formed and a second inner wall portion; and a vertically movable lifting rod passing through the cooler and the central downwards elongate outlet, the lifting rod formed with a lower section which has a sliding fit within the outlet and which has a bevelled surface portion (23;40) that, with the rod in a first position, cooperates with the second inner wall portion to define a passageway for condensate and which lower non-bevelled section simultaneously forms a seal for sealing the port against ingress of solvent condensate; characterized in that the funnel has a liquid guide (27;36) at its upper surface configured to direct flow of condensate away from the first inner wall portion and towards the passageway. a sample holder; a boiling vessel for containing a solvent; a cooler for condensing solvent vapour located in fluid tight connection with and vertically above the boiling vessel, the cooler being provided towards a lower end with a funnel having an upper surface for receiving solvent condensate and a central downwards directed elongate outlet for conveying the solvent condensate from the upper surface, the outlet comprising a first inner wall portion in which a port is formed and a second inner wall portion; and
A test element (100, 500) for determining ground characteristics, the test element (100, 500) comprising: a longitudinal body (110, 510) configured to receive a driving force from a driving means and a penetration end; and at least two lateral stiffness sensors interspaced along the length of the longitudinal body; wherein each of the at least two lateral stiffness sensors are configured to determine the lateral stiffness of the ground at a corresponding elevation level once the test element (100, 500) is driven to a predetermined depth; characterised in that at least one of the lateral stiffness sensors comprises a probe element having: an extended position in which the probe element protrudes from the longitudinal body (110, 510); and a retracted position in which the probe element is housed within the longitudinal body (110, 510). a longitudinal body (110, 510) configured to receive a driving force from a driving means and a penetration end; and at least two lateral stiffness sensors interspaced along the length of the longitudinal body; wherein each of the at least two lateral stiffness sensors are configured to determine the lateral stiffness of the ground at a corresponding elevation level once the test element (100, 500) is driven to a predetermined depth; characterised in that at least one of the lateral stiffness sensors comprises a probe element having: an extended position in which the probe element protrudes from the longitudinal body (110, 510); and a retracted position in which the probe element is housed within the longitudinal body (110, 510). an extended position in which the probe element protrudes from the longitudinal body (110, 510); and a retracted position in which the probe element is housed within the longitudinal body (110, 510).
A jet type condenser, comprising a shell, a plurality of multilayered inner water chambers (3, 4) being arranged in the shell, multilayered outer water chambers (9,10) being correspondingly in communication with the inner water chambers (3, 4) and being arranged outside of the shell, each of the outer water chambers (9, 10) being in communication with a water source, the lower portion of the inner water chamber in a bottom layer being an air-cooling area, and a water guiding tube in communication with the air-cooling area being arranged at the bottom of the inner water chamber of the bottom layer, wherein a transverse partition board is disposed in the inner water chamber of the bottom layer, the inner space of the inner water chamber of the bottom layer is divided into an upper cavity and a lower cavity which are independent, and correspondingly, the outer water chamber corresponding to the inner water chamber of the bottom layer is also divided into two independent cavities (10-1, 10-2) being in communication with the two cavities (4-1, 4-2) of the inner water chamber of the bottom layer and respectively connected with the water source.
Electric seatbelt retractor comprising - a spindle and a webbing wound thereon, and - an electric motor driving the spindle in pull-in or pull-up direction when activated, and - a sensor device detecting the webbing pullout length, wherein - the sensor device comprises at least in one section of the webbing a pattern of several identification marks which are arranged in length direction of the webbing equidistant to each other, and - a sensor which is directed onto the webbing in a predetermined orientation to generate a signal when an identification mark of the pattern passes thereon, characterized in that - at least two sensors are provided which are arranged in length direction of the webbing in a distance to each other, and - the pattern of identification marks comprises a group of first identification marks which are identical and generate an identical signal when passing the sensor, and - at least one second identification mark is provided at a defined position of the webbing which generates a different signal when passing the sensor. - a spindle and a webbing wound thereon, and - an electric motor driving the spindle in pull-in or pull-up direction when activated, and - a sensor device detecting the webbing pullout length, wherein - the sensor device comprises at least in one section of the webbing a pattern of several identification marks which are arranged in length direction of the webbing equidistant to each other, and - a sensor which is directed onto the webbing in a predetermined orientation to generate a signal when an identification mark of the pattern passes thereon, characterized in that - at least two sensors are provided which are arranged in length direction of the webbing in a distance to each other, and - the pattern of identification marks comprises a group of first identification marks which are identical and generate an identical signal when passing the sensor, and - at least one second identification mark is provided at a defined position of the webbing which generates a different signal when passing the sensor.
A glove which is capable of ensuring flexibility thereof and of preventing peeling-off of a resin film formed on a surface of a fibrous glove base body and in which a resin film is formed on a palm side of a fibrous glove base body and the glove has a portion where the resin film is not formed on a back side of the fibrous glove base body, wherein the glove includes resin film layers at least in two layers consisting of: a first resin film layer which is formed on the fibrous glove base body; and a second resin film layer which is formed on the first resin film layer in an overlapping manner and has a peripheral portion thereof extended beyond a peripheral portion of the first resin film layer and formed on the fibrous glove base body, a resin which is used for forming the first resin film layer has permeated into the fibrous glove base body in smaller quantity compared to the resin used for forming the peeling-off preventing portion, characterised in that the peripheral portion of the second resin film layer includes a peeling-off preventing portion which when the second resin film layer is formed has a larger immersion depth than the immersion depth of the first resin film layer when being formed in a resin liquid so that the peeling-off preventing portion extends beyond the peripheral portion of the first resin film layer and is brought into contact with the glove base body, and is formed using a resin which permeates into the inside of the fibrous glove base body, the resin liquid which forms the peeling-off preventing portion has permeated the glove base body to the extent that the resin liquid has arrived at a rear surface side of the glove base body, and the peeling-off preventing portion is formed over the whole circumference of the peripheral portion of the second resin film layer.
A protection system for a drive shaft, comprising: a first tubular member and a second tubular member which are slidably insertable into each other; and a protection at one end of the first tubular member; wherein the protection comprises a protective boot and a first annular element coupled to the first tubular member; characterized in that: the protection further comprises a second annular element, which can be torsionally coupled to the first annular element and which can be decoupled from the first annular element by means of a mutual movement between the first annular element and the second annular element in a direction approximately parallel to the axis (A-A) of the first tubular member; the second annular element is coupled to the protective boot; and the protective boot is provided with members for coupling to a non-rotating component of a machine. a first tubular member and a second tubular member which are slidably insertable into each other; and a protection at one end of the first tubular member; wherein the protection comprises a protective boot and a first annular element coupled to the first tubular member;
Method for monitoring an apparatus for application of an at least two-component viscous material onto workpieces, which apparatus has a metering unit having a number of metering valves that corresponds to the number of components of the viscous material, as well as a static mixer for blending the components, detachably attached to the metering unit, wherein the static mixer has a material inlet that faces the metering unit and a material outlet that faces away from the metering unit, and wherein each metering valve has a supply channel that can be closed off at a valve seat, for supplying the corresponding component to the static mixer, characterized in that a number of material applications are carried out, one after the other, which applications have an identical, predetermined time progression between an application start and an application end, in each instance, and that during the material applications, the pressure is measured in at least one of the supply channels, by means of a pressure sensor, at predetermined time points between the application start and the application end, and preferably in all the supply channels, by means of a pressure sensor, in each instance.
An aqueous carpet coating composition comprising: A) an emulsifier- and protective colloid-stabilized vinyl acetate/ethylene copolymer dispersion wherein the vinyl acetate/ethylene copolymer therein comprises main co-monomers which include a vinyl acetate co-monomer copolymerized with ethylene and optionally copolymerized also with one or more additional different non-functional main co-monomer(s) based on vinyl esters of C 1 -C 18 mono-carboxylic acids or C 1 -C 18 esters of ethylenically unsaturated mono-carboxylic acids or C 1 -C 18 diesters of ethylenically unsaturated di-carboxylic acids, said vinyl acetate/ethylene copolymer having a glass transition temperature, Tg, between 0 °C to 25 °C; and B) at least one carbon black based filler in the form of a dispersion / slurry with a solids content between 20 and 70 %; characterized in that i) said vinyl acetate/ethylene copolymer dispersion is stabilized with a protective colloid component comprising a cellulose ether or a derivative thereof; and ii) said coating composition has a Brookfield viscosity upon initial preparation of from 500 mPa·s to 10.000 mPa·s and varies in Brookfield viscosity by no more than 100 % after storage for up to 7 days at a temperature between 20 °C and 30 °C. A) an emulsifier- and protective colloid-stabilized vinyl acetate/ethylene copolymer dispersion wherein the vinyl acetate/ethylene copolymer therein comprises main co-monomers which include a vinyl acetate co-monomer copolymerized with ethylene and optionally copolymerized also with one or more additional different non-functional main co-monomer(s) based on vinyl esters of C 1 -C 18 mono-carboxylic acids or C 1 -C 18 esters of ethylenically unsaturated mono-carboxylic acids or C 1 -C 18 diesters of ethylenically unsaturated di-carboxylic acids, said vinyl acetate/ethylene copolymer having a glass transition temperature, Tg, between 0 °C to 25 °C; and B) at least one carbon black based filler in the form of a dispersion / slurry with a solids content between 20 and 70 %; characterized in that i) said vinyl acetate/ethylene copolymer dispersion is stabilized with a protective colloid component comprising a cellulose ether or a derivative thereof; and ii) said coating composition has a Brookfield viscosity upon initial preparation of from 500 mPa·s to 10.000 mPa·s and varies in Brookfield viscosity by no more than 100 % after storage for up to 7 days at a temperature between 20 °C and 30 °C. i) said vinyl acetate/ethylene copolymer dispersion is stabilized with a protective colloid component comprising a cellulose ether or a derivative thereof; and ii) said coating composition has a Brookfield viscosity upon initial preparation of from 500 mPa·s to 10.000 mPa·s and varies in Brookfield viscosity by no more than 100 % after storage for up to 7 days at a temperature between 20 °C and 30 °C.
A system for automatic identification of a receiving aircraft during airborne fueling of said receiving aircraft by a delivering aircraft and automatic recording of the amount of fuel provided to said receiving aircraft; the system comprising: (a) at least one identifying indicia affixed with said receiving aircraft; said at least one identifying indicia uniquely indicating identity of said receiving aircraft; (b) at least one identity recognizing unit associated with said delivering aircraft; and (c) a processing unit associated with at least one of said delivering aircraft and said receiving aircraft; said processing unit cooperating with said at least one recognizing unit to ascertain said identity during said airborne fueling, wherein said processing unit provides said identity for use in further processing, characterised in that said delivering aircraft includes a fueling apparatus; said fueling apparatus being coupled with said processing unit and providing information to said processing unit indicating an amount of fuel provided to said receiving aircraft during said airborne refueling; said further processing including accumulating information in a predetermined form to record said amount of fuel and said identity. (a) at least one identifying indicia affixed with said receiving aircraft; said at least one identifying indicia uniquely indicating identity of said receiving aircraft; (b) at least one identity recognizing unit associated with said delivering aircraft; and (c) a processing unit associated with at least one of said delivering aircraft and said receiving aircraft; said processing unit cooperating with said at least one recognizing unit to ascertain said identity during said airborne fueling,
An immunogen comprising a hapten of the general structure: wherein, one of X and Y is H and the other is - m- n-D; wherein A is attached to the aromatic ring; wherein A is selected from -C -, O, and NH; wherein m = 0 or 1; wherein B is a C 1 -C 10, substituted or unsubstituted straight or branched chain alkylene moiety or arylene moiety; wherein n = 0 or 1; and wherein D is selected from a carboxyl, a dithiopyridyl, a maleimidyl, a hydroxyl, a thiol, and an aldehyde moiety; said hapten being coupled to an antigenicity-conferring carrier material selected from a synthetic polypeptide, a semi-synthetic polypeptide, a protein fragment or a protein.
A dryer for a web of textile material, with a dryer compartment, in which at least one air-permeable cylinder is rotatably disposed, around which the web of material may partially loop, and wherein heated drying air may flow through the web of material, and wherein a fan is provided, by means of which an induced suction from the drying air of the inside of the cylinder and a circulation of the drying air back into the dryer compartment may be formed via a suction side, which is axially formed with regard to the cylinder, and wherein gas heated by means of a first hot gas source may be supplied to the circulating drying air, and in that at least one hot gas supply ring is provided, which surrounds the induced suction and via which essentially around the entire circumference hot gas is flowable into the induced suction, wherein the hot gas supply ring includes a duct connection, which is connectable to the hot gas duct of the hot gas source, characterized in that the hot gas supply ring includes a U-shaped box profile, which radially towards the inside forms a passage opening, through which the hot gas may enter the induced suction, wherein, in relation to the U-shaped box profile, the passage opening is formed off-centre such that the U-shaped box profile has a larger profile depth in the direction of the duct connection and tapers towards the opposite point of the duct connection such that the cross-section of the hot gas supply ring becomes uniformly smaller from the duct connection to the opposite point of the duct connection.
A device for dispensing a mist of an ophthalmic liquid fluid, comprising: a spray nozzle for generating said mist, an air chamber for holding a volume of air, a first drive operable to expel air from said air chamber, a fluid chamber for holding a volume of said liquid fluid and communicating with said nozzle, a second drive comprising a pump and in fluid communication with said fluid chamber, for delivering a predetermined dose of said liquid fluid to said fluid chamber, said pump being configured for communicating with a supply of said liquid fluid, such as a container, said air chamber being in fluid communication with said fluid chamber, said device being configured for establishing a flow of said expelled air flowing into said fluid chamber, to force said volume of fluid, or essentially all of said volume of fluid therein, from said fluid chamber towards said nozzle. a spray nozzle for generating said mist, an air chamber for holding a volume of air, a first drive operable to expel air from said air chamber, a fluid chamber for holding a volume of said liquid fluid and communicating with said nozzle, a second drive comprising a pump and in fluid communication with said fluid chamber, for delivering a predetermined dose of said liquid fluid to said fluid chamber, said pump being configured for communicating with a supply of said liquid fluid, such as a container, said air chamber being in fluid communication with said fluid chamber, said device being configured for establishing a flow of said expelled air flowing into said fluid chamber, to force said volume of fluid, or essentially all of said volume of fluid therein, from said fluid chamber towards said nozzle.
An energy-saving desalination system, used for obtaining a salt water from a salt-water source and desalinating to generate a fresh water, and the system comprising: a salt-water magnetizing device (10, 21, 30) disposed at an intake for magnetizing the salt water to generate a magnetized salt water, wherein the system further includes a re-magnetizing device disposed at a path that the magnetized salt water flows through in order to perform a second magnetization to the magnetized salt water; a salt-water filtering device (11, 22, 31) coupled to the salt-water magnetizing device (10, 21, 30) for filtering the magnetized salt water; a salt-water preheating device (12, 23) coupled to the salt-water filtering device (11, 22, 31) for heating the magnetized salt water such that the magnetized salt water can reach a middle temperature; a salt-water reheating device (13, 24, 39) coupled to the salt-water pre-heating device (12, 23) for heating the magnetized salt water such that the magnetized salt water can maintain in a higher temperature range; a nebulization device (14, 25, 40) coupled to the salt-water reheating device (13, 24, 39) to nebulize the magnetized salt water having a higher temperature into a mixing fog; and a condensing device coupled to the nebulization device (14, 25, 39) to extract a fresh water from the mixing fog; wherein a condensation water required by the condensing device is a salt water extracted from the salt-water source. a salt-water magnetizing device (10, 21, 30) disposed at an intake for magnetizing the salt water to generate a magnetized salt water, wherein the system further includes a re-magnetizing device disposed at a path that the magnetized salt water flows through in order to perform a second magnetization to the magnetized salt water; a salt-water filtering device (11, 22, 31) coupled to the salt-water magnetizing device (10, 21, 30) for filtering the magnetized salt water; a salt-water preheating device (12, 23) coupled to the salt-water filtering device (11, 22, 31) for heating the magnetized salt water such that the magnetized salt water can reach a middle temperature; a salt-water reheating device (13, 24, 39) coupled to the salt-water pre-heating device (12, 23) for heating the magnetized salt water such that the magnetized salt water can maintain in a higher temperature range; a nebulization device (14, 25, 40) coupled to the salt-water reheating device (13, 24, 39) to nebulize the magnetized salt water having a higher temperature into a mixing fog; and a condensing device coupled to the nebulization device (14, 25, 39) to extract a fresh water from the mixing fog; wherein a condensation water required by the condensing device is a salt water extracted from the salt-water source.
A two-piece bogie for a low floor railway vehicle, the two-piece bogie comprising wheel sets; carrier parts (20, 30) which are provided mutually by being connected to each other through a hinged connection and which are positioned on a wheel system where said wheel sets are provided; seating parts (23, 33) embodied in said carrier parts (20, 30); and secondary suspensions positioned on said seating parts (23, 33), wherein said seating parts (23, 33) comprise each a wall part (232, 332) with a placement height (h) determined according to a wheel radius (r) so as to provide positioning of the wheel sets under the seating parts (23, 33); and a placement plate (234, 334) embodied at the continuation of said wall part (232, 332) and providing positioning of said secondary suspensions on the wheel sets, in order to provide isolation of the noise and vibrations occurring in two-piece bogies; the two-piece bogie being characterized in that said placement height (h) of the wall part (232, 332) is at a value equal to the height from a center of axis of the wheel sets to the bottom surface of the placement plate (234, 334).
A method for obtaining cardiomyocyte-lineage cells from human embryonic stem (hES) cells by direct differentiation, comprising: a) culturing the hES cells in the presence of Activin A in the absence of a BMP; and b) subsequently culturing the cells in the presence of a BMP and the absence of Activin A, wherein the method does not involve a step in which embryoid bodies are formed. a) culturing the hES cells in the presence of Activin A in the absence of a BMP; and b) subsequently culturing the cells in the presence of a BMP and the absence of Activin A,