mhurhangee/ep-ind-claims huggingface dataset:
A method of installing a vacuum insulated glass window unit, the method comprising: seating a VIG window unit, having a thickness of from about 4-12 mm, in a window frame, the window frame capable of supporting a non- vacuum IG window unit having a larger thickness than the VIG window unit, the VIG window unit comprising first and second glass substrates (2, 3) with a low pressure gap provided therebetween, the low pressure gap being at pressure less than atmospheric pressure, the VIG window unit being supported on a first side by a first stop portion (34; 35) of said frame and being supported on a second side by a second stop portion (34; 35) of said frame, and wherein a gap between the first and second stop portions is from about 19-40 mm; and wherein a multi-part spacer structure (40; 50) is provided along at least one side of the VIG window unit to be located (i) between the VIG window unit and the first stop portion, and (ii) between the VIG window unit and the second stop portion, and (iii) at the bottom of the VIG window unit, the spacer structure (40; 50) including first and second portions (41, 42) that are attached to opposite sides, and the bottom, of the VIG window unit, wherein each portion (41, 42) includes at least one hollow area surrounded by a solid portion when viewed cross sectionally, wherein the hollow area is substantially filled with air, foam, and/or insulating material and faces the front side or back side, respectively, of the VIG window unit. seating a VIG window unit, having a thickness of from about 4-12 mm, in a window frame, the window frame capable of supporting a non- vacuum IG window unit having a larger thickness than the VIG window unit, the VIG window unit comprising first and second glass substrates (2, 3) with a low pressure gap provided therebetween, the low pressure gap being at pressure less than atmospheric pressure, the VIG window unit being supported on a first side by a first stop portion (34; 35) of said frame and being supported on a second side by a second stop portion (34; 35) of said frame, and wherein a gap between the first and second stop portions is from about 19-40 mm; and wherein a multi-part spacer structure (40; 50) is provided along at least one side of the VIG window unit to be located (i) between the VIG window unit and the first stop portion, and (ii) between the VIG window unit and the second stop portion, and (iii) at the bottom of the VIG window unit, the spacer structure (40; 50) including first and second portions (41, 42) that are attached to opposite sides, and the bottom, of the VIG window unit, wherein each portion (41, 42) includes at least one hollow area surrounded by a solid portion when viewed cross sectionally, wherein the hollow area is substantially filled with air, foam, and/or insulating material and faces the front side or back side, respectively, of the VIG window unit.
A train comprising a first air pipe disposed through the whole train, a second air pipe (110a, 110b) for transmitting a brake command of a traction car, and a brake control device (40, 41) for controlling a brake of the train, characterized by the train further comprising a three-way valve having two inputs and an output, whereby the valve selects one of the two inputs and outputs air to the output, wherein the first air pipe connects to the first input, the second air pipe connects to the second input, and a pneumatic-to-electric transducer that is included in the brake control device and is for transducing an air pressure to an electric signal connects to the output, wherein in a case where the train drives itself using electric power, the pneumatic-to-electric transducer transduces an air pressure of the first air pipe into an electric signal, and in a case where the train is pulled by the traction car, the pneumatic-to-electric transducer transduces an air pressure of the second air pipe (110a, 110b) into an electric signal.
A boost turn-up method of a tire forming machine, the forming machine comprising a belt drum which is carried and driven by a belt drum case, a forming drum which is carried and driven by a forming drum case, a first boost device arranged along an axial direction at a first side part of the belt drum, a second boost device arranged along the axial direction at a second side part of the forming drum, wherein first boost device and the second boost device are symmetrical along a vertical center line of the forming drum in a turn-up preparation process of the tire, the method comprising in the boost turn-up operation simultaneously pushing, by the first and second boost devices (3, 6), Bladder or turn-up rods towards the vertical center line of the forming drum from the respective first and second side parts, thus exerting simultaneous the same thrust, characterized in that: the method comprises before the boost turn-up operation is carried out: carrying the belt drum case and/or the forming drum case on a bottom slide rail on which such devices can slide in a reciprocating manner along a horizontal direction under the drive of at least one slide rail drive device, and sliding the first boost device, carried by the belt drum case, to one side of the forming drum and/or sliding the second boost device, carried by the forming drum case, so that the first boost device and the second boost device are symmetrical along the vertical center line of the forming drum. the method comprises before the boost turn-up operation is carried out: carrying the belt drum case and/or the forming drum case on a bottom slide rail on which such devices can slide in a reciprocating manner along a horizontal direction under the drive of at least one slide rail drive device, and sliding the first boost device, carried by the belt drum case, to one side of the forming drum and/or sliding the second boost device, carried by the forming drum case, so that the first boost device and the second boost device are symmetrical along the vertical center line of the forming drum. carrying the belt drum case and/or the forming drum case on a bottom slide rail on which such devices can slide in a reciprocating manner along a horizontal direction under the drive of at least one slide rail drive device, and sliding the first boost device, carried by the belt drum case, to one side of the forming drum and/or sliding the second boost device, carried by the forming drum case, so that the first boost device and the second boost device are symmetrical along the vertical center line of the forming drum.
Secure smartcard reader comprising: - a smartcard connector; characterized by - a flexible printed circuit board (302,344,384,410) wrapped around and at least partially surrounding the smartcard connector and at least partially defining a security volume enclosing the smartcard connector, the wrapped flexible printed circuit board (302,...) comprising at least an inner and an outer conductive layer (346,348,386,388); - the wrapped flexible printed circuit board (302,...) comprising, on the outer conductive layer (346,...), a plurality of keypad contacts; - the inner conductive layer including electrical conductors (365,396,406) connecting the plurality of keypad contacts to connector pads (358,366,394,395,408); and - the outer conductive layer including a protective anti-tamper mesh (350,352,390,392), protecting the electrical conductors (365,...). - a smartcard connector; - a flexible printed circuit board (302,344,384,410) wrapped around and at least partially surrounding the smartcard connector and at least partially defining a security volume enclosing the smartcard connector, the wrapped flexible printed circuit board (302,...) comprising at least an inner and an outer conductive layer (346,348,386,388); - the wrapped flexible printed circuit board (302,...) comprising, on the outer conductive layer (346,...), a plurality of keypad contacts; - the inner conductive layer including electrical conductors (365,396,406) connecting the plurality of keypad contacts to connector pads (358,366,394,395,408); - the outer conductive layer including a protective anti-tamper mesh (350,352,390,392), protecting the electrical conductors (365,...).
An article of footwear, comprising: a sole; an upper; a first sheet and a second sheet, wherein said first sheet is welded to said second sheet to form an inflation mechanism (308; 508) and an inflatable bladder (330; 530), wherein said inflation mechanism is an isolated portion of said inflatable bladder and said inflatable bladder forms a portion of said upper; and a one-way valve (320; 520), wherein said inflation mechanism is fluidly connected to said inflatable bladder through said one-way valve; wherein said inflation mechanism is positioned so as to be operated by the downward pressure of a wearer's foot. a sole; an upper; a first sheet and a second sheet, wherein said first sheet is welded to said second sheet to form an inflation mechanism (308; 508) and an inflatable bladder (330; 530), wherein said inflation mechanism is an isolated portion of said inflatable bladder and said inflatable bladder forms a portion of said upper; and a one-way valve (320; 520), wherein said inflation mechanism is fluidly connected to said inflatable bladder through said one-way valve; wherein said inflation mechanism is positioned so as to be operated by the downward pressure of a wearer's foot.
A dispensing appliance suitable for receiving a container and for dispensing a liquid contained in said container, wherein said container comprises a body, a mouth, and a closure provided with at least an initially sealed first, dispensing opening, said dispensing appliance comprising: (a) a holding portion comprising means for holding the container, and (b) a dispensing portion comprising a first dispensing tube with an engagement tip suitable for engaging into said initially sealed dispensing opening of the closure, to enter in fluid communication with the interior of the container, said dispensing portion being pivotally connected to the holding portion by at least one hinge to rotationally move from a first-position, referred to as loading position, allowing the loading of the container onto the appliance, and a second position, referred to as dispensing position, allowing the dispensing of the liquid contained in the container, and wherein the moving of the dispensing portion from its loading position to its dispensing position drives the engagement tip of the first dispensing tube along a path which would lead it through the initially sealed dispensing opening of the closure when a container is loaded in the holding portion, characterized in that, the engagement tip of the first dispensing tube is translated along a rectilinear path by the rotation of the dispensing portion about the hinge, moving the latter from its loading position to its dispensing position, to engage into the first dispensing opening. (a) a holding portion comprising means for holding the container, and (b) a dispensing portion comprising a first dispensing tube with an engagement tip suitable for engaging into said initially sealed dispensing opening of the closure, to enter in fluid communication with the interior of the container,
Method for the clear position determination of a turbine blade of a high-pressure turbine stage of a gas turbine that is connected to a high-pressure compressor via a shaft, wherein each turbine blade of the high-pressure turbine is recorded on a record card in a clearly identifiable manner with the relative position thereof, comprising the steps: a. determining the position of a predefined blade lock of a predefined stage of the high-pressure compressor, wherein the stage of the high-pressure compressor is selected such that, in the completely mounted state of the gas turbine, the blade lock can be brought into the field of view of a first boroscope guided through a first boroscope opening on the gas turbine by rotating the shaft and be identified clearly; and b. marking that turbine blade on the record card which, in the completely mounted state of the gas turbine, is in the field of view of a second boroscope guided through a second boroscope opening on the gas turbine when the predefined blade lock is in the field of view of the first boroscope. a. determining the position of a predefined blade lock of a predefined stage of the high-pressure compressor, wherein the stage of the high-pressure compressor is selected such that, in the completely mounted state of the gas turbine, the blade lock can be brought into the field of view of a first boroscope guided through a first boroscope opening on the gas turbine by rotating the shaft and be identified clearly; and b. marking that turbine blade on the record card which, in the completely mounted state of the gas turbine, is in the field of view of a second boroscope guided through a second boroscope opening on the gas turbine when the predefined blade lock is in the field of view of the first boroscope.
A pseudo-ceramide compound represented by the following Chemical Formula 1: wherein R 1 is a C9 to C23 saturated or unsaturated aliphatic hydrocarbon group unsubstituted or substituted with a hydroxyl group; R 2, R 3 and R 4 are the same as or different from each other, and each independently hydrogen or a C1 to C4 alkyl group; and X is wherein R 1 is a C9 to C23 saturated or unsaturated aliphatic hydrocarbon group unsubstituted or substituted with a hydroxyl group; R 2, R 3 and R 4 are the same as or different from each other, and each independently hydrogen or a C1 to C4 alkyl group; and X is
A recombinant microorganism, wherein said recombinant microorganism is a yeast, comprising: (a) a heterologous nucleic acid encoding a phosphoketolase; (b) at least one heterologous nucleic acid encoding an enzyme in an acetyl-CoA production pathway; (c) a heterologous nucleic acid encoding a bifunctional acetaldehyde-alcohol dehydrogenase; and, (d) deletion of a native enzyme in a glycerol-production pathway; wherein said enzyme in the acetyl-CoA production pathway is a phosphotransacetylase and/or an acetate kinase; and wherein said native enzyme in the glycerol-production pathway is a glycerol-3-phosphate dehydrogenase and/or a glycerol-3-phosphate phosphatase. (a) a heterologous nucleic acid encoding a phosphoketolase; (b) at least one heterologous nucleic acid encoding an enzyme in an acetyl-CoA production pathway; (c) a heterologous nucleic acid encoding a bifunctional acetaldehyde-alcohol dehydrogenase; and, (d) deletion of a native enzyme in a glycerol-production pathway; wherein said enzyme in the acetyl-CoA production pathway is a phosphotransacetylase and/or an acetate kinase; and wherein said native enzyme in the glycerol-production pathway is a glycerol-3-phosphate dehydrogenase and/or a glycerol-3-phosphate phosphatase.
A process for the preparation of compound 18, having the structure: comprising reacting compound 17, having the structure: with ammonia and a peptide coupling reagent which is N -(3-dimethylaminopropyl)- N'- ethylcarbodiimide hydrochloride/ N -hydroxysuccinimide, to form compound 18.
A mixed conductor (a) which is a compound of an electron conductor made of an inorganic material and a proton conductor made of an inorganic material, and (b) which exhibits depending on the presence of water both electronic and proton conduction at a temperature of 200° C or less under an atmosphere; (c) wherein said electron conductor is obtained by carbonizing at least one selected from a group consisting of aliphatic hydrocarbon, aromatic hydrocarbon and derivatives of the aliphatic hydrocarbon and the aromatic hydrocarbon; and (d) wherein said proton conductor contains a phosphorus-containing compound or a sulfur-containing compound, (e) wherein each of said aliphatic hydrocarbon, aromatic hydrocarbon and derivatives of the aliphatic hydrocarbon and the aromatic hydrocarbon contains at least one selected from a group consisting of polyacetylene, resorcinol, phenol, phenylphenol, polyaniline, polypyrrole, polythiophene, phenylsilane alkoxide, pyrogallol, and dihydroxybiphenyl. (a) which is a compound of an electron conductor made of an inorganic material and a proton conductor made of an inorganic material, and (b) which exhibits depending on the presence of water both electronic and proton conduction at a temperature of 200° C or less under an atmosphere; (c) wherein said electron conductor is obtained by carbonizing at least one selected from a group consisting of aliphatic hydrocarbon, aromatic hydrocarbon and derivatives of the aliphatic hydrocarbon and the aromatic hydrocarbon; and (d) wherein said proton conductor contains a phosphorus-containing compound or a sulfur-containing compound, (e) wherein each of said aliphatic hydrocarbon, aromatic hydrocarbon and derivatives of the aliphatic hydrocarbon and the aromatic hydrocarbon contains at least one selected from a group consisting of polyacetylene, resorcinol, phenol, phenylphenol, polyaniline, polypyrrole, polythiophene, phenylsilane alkoxide, pyrogallol, and dihydroxybiphenyl.
Gripper device for a trash rake cleaner, comprising - a gripper with a gripper arm rotatable around a rotation axis such that the gripper is movable between an open end position and a closed end position; and - a hoisting device connected to the gripper and comprising a first cable and a second cable which are each connected with their one outer end to the gripper and are each connected with their other outer end to respectively a first (8, 10) and second (14, 16) hoisting means for raising and lowering the gripper with the cables (12, 18), wherein the first cable is attached to the gripper arm at the position of a first point of engagement and the second cable is attached to the gripper arm at the position of a second point of engagement, wherein the points of engagement (26, 28) are provided on either side of the rotation axis such that upward movement of the first cable relative to the second cable carries the gripper to the open end position and upward movement of the second cable relative to the first cable carries the gripper to the closed end position, wherein in the open end position the moment arm of the tensioning force in the first cable relative to the rotation axis is greater than the moment arm of the tensioning force in the second cable relative to the rotation axis, and in the closed end position the moment arm of the tensioning force in the first cable relative to the rotation axis is smaller than the moment arm of the tensioning force in the second cable relative to the rotation axis, characterized in that each hoisting means (8, 10; 14, 16) is driven by a separate drive (8, 14), the gripper device further comprising a controller connected to the drives (8, 14) for controlling the drives (8, 14) by transmitting a control signal with the controller, wherein the controller has a hoisting mode in which the controller is configured to transmit the same control signal to both drives (8, 14) for the purpose of raising or lowering the gripper, each drive comprising a motor (8, 14) with internal slippage or a slippage coupling such that synchronous running of the hoisting means (8, 10; 14, 16) is automatically realized in the hoisting mode. - a gripper with a gripper arm rotatable around a rotation axis such that the gripper is movable between an open end position and a closed end position; and - a hoisting device connected to the gripper and comprising a first cable and a second cable which are each connected with their one outer end to the gripper and are each connected with their other outer end to respectively a first (8, 10) and second (14, 16) hoisting means for raising and lowering the gripper with the cables (12, 18),
Morcellator having a connecting element, wherein the morcellator comprises a hand module, a cutting tube and a sleeve, characterised in that the hand module comprises a connecting piece and the sleeve comprises a connecting ring, wherein the connecting ring can be clipped onto the connecting piece, wherein the connecting piece has a flange-mounted ring having recesses, wherein a flange cam of the connecting ring can be brought into engagement in a manner fixed against rotation in the recesses by clipping the connecting ring onto the connecting piece.
An antibody that specifically binds endosialin, said antibody produced by cells having ATCC Access. No. PTA-9017, or an antigen binding fragment thereof.
A base station device for communicating with a mobile station device in a first cell, the base station device comprising: a transmission unit configured to notify, to the mobile station device by RRC signaling, assistance information, wherein the assistance information is information on a cell-specific reference signal, CRS, of another cell, and includes a cell ID, number of antenna ports for the CRS, and subframe information indicating subframes that are reserved for MBSFN, and wherein the assistance information is used by the mobile station device to mitigate interference caused by the CRS. a transmission unit configured to notify, to the mobile station device by RRC signaling, assistance information, wherein the assistance information is information on a cell-specific reference signal, CRS, of another cell, and includes a cell ID, number of antenna ports for the CRS, and subframe information indicating subframes that are reserved for MBSFN, and wherein the assistance information is used by the mobile station device to mitigate interference caused by the CRS.