mhurhangee/ep-ind-claims huggingface dataset:
A vane cluster for a gas turbine engine comprising: an outer diameter platform; an inner diameter platform; a plurality of vanes spanning from the outer diameter platform to the inner diameter platform; at least one inbound region defined between a first vane of said plurality of vanes and a second vane of said plurality of vanes, the first vane including a suction side facing the inbound region and a leading edge, and each of said vanes including a leading edge core passage and a trailing edge core passage; and a plurality of electrical discharge machined holes each connecting the leading edge core passage of the first vane to an exterior surface of the first vane, characterised in that: the EDM holes are disposed within 12.7 mm (0.500 inches) of the leading edge of the first vane, and the plurality of EDM holes consists of six to ten holes, wherein each EDM hole in the plurality of EDM holes includes a primary passage portion and a diffuser portion. an outer diameter platform; an inner diameter platform; a plurality of vanes spanning from the outer diameter platform to the inner diameter platform; at least one inbound region defined between a first vane of said plurality of vanes and a second vane of said plurality of vanes, the first vane including a suction side facing the inbound region and a leading edge, and each of said vanes including a leading edge core passage and a trailing edge core passage; and a plurality of electrical discharge machined holes each connecting the leading edge core passage of the first vane to an exterior surface of the first vane,
An apparatus for generating outgoing data and for providing the outgoing data on an optical disk in a burst cutting area, the burst cutting area further comprising markings causing a marking frequency spectrum when reading out the burst cutting area, the apparatus comprising a channel encoder for receiving processed data to supply the outgoing data having an outgoing data frequency spectrum with suppressed DC-content, and a data processing device for generating the processed data wherein the data processing device comprises a pre-coder for converting incoming data to the processed data by replacing data sequences of the incoming data by data sequences of pre-coded data and supplying the processed data to the channel encoder, characterized in that the channel encoder is a 1,7 PP encoder and in that the pre-coder is arranged for coding the data sequences 00, 01, 10, 11 of the incoming data into the respective corresponding processed data sequences 1010, 0001, 0111, 0101 of the processed data to obtain the outgoing frequency spectrum wherein a frequency component causing interference with a low frequency component of the markings is suppressed by said precoding.
An isolated peptide comprising the amino acid sequence selected from the group consisting of: TIIGVSVLSVLWSVV (SEQ ID NO: 5); TIIGVQVVQVIVVSVV (SEQ ID NO: 6); TIIQVQVVQVIVVQVV (SEQ ID NO: 7); TIIQVQVVQVIVVSVV (SEQ ID NO: 8); TIIGVQVVQVIVVQVV (SEQ ID NO: 9); TIIGVSVVSVIV (SEQ ID NO: 13), TIIGVQVVQVIV (SEQ ID NO: 14), TIISVSVVSVIVVSTV (SEQ ID NO: 23), TIISVQVVQVIVVSTV (SEQ ID NO: 26), TIIQVQVVQVIVVQTV (SEQ ID NO: 27), TIIQVQVVQVIVVSTV(SEQ ID NO: 28), TIISVQWQVIVVQTV(SEQ ID NO: 29), TIIQVSVVSVIVVQTV(SEQ ID NO: 30), TIISVAVVAVIVVSTV(SEQ ID NO: 31) and TIIAVAVVAVIVVATV (SEQ ID NO: 32), wherein said peptide is capable of stimulating an immune system innate response. TIIGVSVLSVLWSVV (SEQ ID NO: 5); TIIGVQVVQVIVVSVV (SEQ ID NO: 6); TIIQVQVVQVIVVQVV (SEQ ID NO: 7); TIIQVQVVQVIVVSVV (SEQ ID NO: 8); TIIGVQVVQVIVVQVV (SEQ ID NO: 9); TIIGVSVVSVIV (SEQ ID NO: 13), TIIGVQVVQVIV (SEQ ID NO: 14), TIISVSVVSVIVVSTV (SEQ ID NO: 23), TIISVQVVQVIVVSTV (SEQ ID NO: 26), TIIQVQVVQVIVVQTV (SEQ ID NO: 27), TIIQVQVVQVIVVSTV(SEQ ID NO: 28), TIISVQWQVIVVQTV(SEQ ID NO: 29), TIIQVSVVSVIVVQTV(SEQ ID NO: 30), TIISVAVVAVIVVSTV(SEQ ID NO: 31) and TIIAVAVVAVIVVATV (SEQ ID NO: 32),
A pet toy comprising: a spherical shaped body with a plurality of sections having an exterior surface and a sidewall having a substantially uniform thickness, wherein the plurality of sections extend outward from said exterior surface and are defined by grooves that bound each of said sections, each of said sections having a triangular shape with curved or rounded edges located where two side edges of a section converge; a central opening formed through the exterior surface; a hollow core forming an interior of said body; wherein the grooves are defined by opposing groove walls that are angled with respect to one another, thus forming a distinctive V-shape when viewed in cross-section, the groove edges being tapered or rounded; and wherein the depth of said grooves is between 1/16 th to 1/4 th inch (0,15875 to 0,635 centimeters), e.g. between 1/16 th to 1/8 th inch (0,15875 to 0,3175 centimeters), as measured in a cross section from the outer diameter of the pet toy to the groove bottom, and an angle subtended by the V-shaped groove is between 30° to 60°. a spherical shaped body with a plurality of sections having an exterior surface and a sidewall having a substantially uniform thickness, wherein the plurality of sections extend outward from said exterior surface and are defined by grooves that bound each of said sections, each of said sections having a triangular shape with curved or rounded edges located where two side edges of a section converge; a central opening formed through the exterior surface; a hollow core forming an interior of said body; wherein the grooves are defined by opposing groove walls that are angled with respect to one another, thus forming a distinctive V-shape when viewed in cross-section, the groove edges being tapered or rounded; and wherein the depth of said grooves is between 1/16 th to 1/4 th inch (0,15875 to 0,635 centimeters), e.g. between 1/16 th to 1/8 th inch (0,15875 to 0,3175 centimeters), as measured in a cross section from the outer diameter of the pet toy to the groove bottom, and an angle subtended by the V-shaped groove is between 30° to 60°.
A memory, comprising: a memory array having a plurality of memory cells; an address decoder (204, 206) configured to assert a wordline to enable the memory cells; and a tracking circuit (222, 610) configured to vary a duration of asserting the wordline as a function of a path length to a memory cell in a row of memory cells of the plurality of memory cells that is accessed, characterised in that the tracking circuit (222, 610) additionally comprises a variable delay circuit configured to vary a delay of a tracking signal as a function of said memory cell of the plurality of memory cells being accessed, and wherein the tracking circuit (222, 610) is further configured to vary the duration of asserting the wordline as a function of the delayed tracking signal, and the variable delay circuit comprises a transmission line configured to receive the tracking signal, a plurality of dummy loads spaced apart along the transmission line, and a bypass circuit configured to output the delayed tracking signal, the bypass circuit being switchable to bypass one or more of the plurality of dummy loads as a function of said memory cell of the plurality of memory cells accessed. a memory array having a plurality of memory cells; an address decoder (204, 206) configured to assert a wordline to enable the memory cells; and a tracking circuit (222, 610) configured to vary a duration of asserting the wordline as a function of a path length to a memory cell in a row of memory cells of the plurality of memory cells that is accessed, characterised in that the tracking circuit (222, 610) additionally comprises a variable delay circuit configured to vary a delay of a tracking signal as a function of said memory cell of the plurality of memory cells being accessed, and wherein the tracking circuit (222, 610) is further configured to vary the duration of asserting the wordline as a function of the delayed tracking signal, and the variable delay circuit comprises a transmission line configured to receive the tracking signal, a plurality of dummy loads spaced apart along the transmission line, and a bypass circuit configured to output the delayed tracking signal, the bypass circuit being switchable to bypass one or more of the plurality of dummy loads as a function of said memory cell of the plurality of memory cells accessed.
A conveyance facility for conveying an article along a conveyance path (11, 12, 13), comprising: a conveyance unit comprising a traveling wheel traveling on the conveyance path, and a support traveling with the traveling wheel and supporting the article being suspended, the conveyance unit conveying the article along the conveyance path; and a traveling rail supporting the traveling wheel so as to be travelable, wherein the traveling rail forms a first conveyance path, and a second conveyance path branching from somewhere in a middle of the first conveyance path, wherein a switching device for switching the conveyance path of the conveyance unit from the first conveyance path to the second conveyance path is provided at a branch portion between the first conveyance path and the second conveyance path, and wherein the switching device comprises a guide member which is capable of directing the support from the first conveyance path to the second conveyance path, characterized in that the support has a head portion above the traveling wheel, the traveling rail comprises a first guide rail guiding the head portion along the first conveyance path, and a second guide rail guiding the head portion along the second conveyance path; and the guide member supports and guides the head portion, and is capable of switching the direction of guiding the support, from the first guide rail to the second guide rail. a conveyance unit comprising a traveling wheel traveling on the conveyance path, and a support traveling with the traveling wheel and supporting the article being suspended, the conveyance unit conveying the article along the conveyance path; and a traveling rail supporting the traveling wheel so as to be travelable, wherein the traveling rail forms a first conveyance path, and a second conveyance path branching from somewhere in a middle of the first conveyance path, wherein a switching device for switching the conveyance path of the conveyance unit from the first conveyance path to the second conveyance path is provided at a branch portion between the first conveyance path and the second conveyance path, and wherein the switching device comprises a guide member which is capable of directing the support from the first conveyance path to the second conveyance path, the support has a head portion above the traveling wheel, the traveling rail comprises a first guide rail guiding the head portion along the first conveyance path, and a second guide rail guiding the head portion along the second conveyance path; and the guide member supports and guides the head portion, and is capable of switching the direction of guiding the support, from the first guide rail to the second guide rail.
A process comprising steps a), b) and c) a) coating on a substrate, a composition for a negative tone, aqueous base developable, broadband UV resist which is also sensitive in the areas exposed to broadband irradiation to subsequent cold laser ablation by an UV Excimer Laser emitting between 222 nm and 308 nm where the composition is comprised of components of type a1) and b1); a1) components for imparting negative tone, aqueous base developable, broadband UV resist behavior comprised of i) a resin containing phenolic moieties, carboxylic acid moieties or a combination of both types moieties such that the resin dissolves in aqueous base; ii) at least one cross-linker; and iii) at least one photo-initiator sensitive to broadband irradiation; and b1) a cold laser ablation excimer laser sensitizer component system comprised of at least one conjugated aryl additive absorbing ultraviolet radiation strongly in a range between from 220 nm to 310 nm; b) cross-linking the entire coating by blanket irradiation with broadband UV exposure; and c) forming a pattern in the cross-linked coating by cold laser ablating with a UV excimer laser emitting between 222 nm and 308 nm. a) coating on a substrate, a composition for a negative tone, aqueous base developable, broadband UV resist which is also sensitive in the areas exposed to broadband irradiation to subsequent cold laser ablation by an UV Excimer Laser emitting between 222 nm and 308 nm where the composition is comprised of components of type a1) and b1); a1) components for imparting negative tone, aqueous base developable, broadband UV resist behavior comprised of i) a resin containing phenolic moieties, carboxylic acid moieties or a combination of both types moieties such that the resin dissolves in aqueous base; ii) at least one cross-linker; and iii) at least one photo-initiator sensitive to broadband irradiation; and b1) a cold laser ablation excimer laser sensitizer component system comprised of at least one conjugated aryl additive absorbing ultraviolet radiation strongly in a range between from 220 nm to 310 nm; a1) components for imparting negative tone, aqueous base developable, broadband UV resist behavior comprised of i) a resin containing phenolic moieties, carboxylic acid moieties or a combination of both types moieties such that the resin dissolves in aqueous base; ii) at least one cross-linker; and iii) at least one photo-initiator sensitive to broadband irradiation; and i) a resin containing phenolic moieties, carboxylic acid moieties or a combination of both types moieties such that the resin dissolves in aqueous base; ii) at least one cross-linker; and iii) at least one photo-initiator sensitive to broadband irradiation; and b1) a cold laser ablation excimer laser sensitizer component system comprised of at least one conjugated aryl additive absorbing ultraviolet radiation strongly in a range between from 220 nm to 310 nm; b) cross-linking the entire coating by blanket irradiation with broadband UV exposure; and c) forming a pattern in the cross-linked coating by cold laser ablating with a UV excimer laser emitting between 222 nm and 308 nm.
Method for setting a rotation angle position of a bobbin frame rotatably holding a bobbin sleeve in relation to a drive cylinder for driving the bobbin sleeve at bobbin positions of a textile machine (3, 4) producing bobbins (2, 5), characterised in that a target rotation angle base position of the bobbin frame in relation to the drive cylinder is set at the bobbin positions in that an actual distance between the bobbin sleeve held in the zero position of the bobbin frame and a measuring position, in which a start of an effective contact between the bobbin sleeve and the drive cylinder is detected, is determined, and in that a correction value is determined in case of a deviation between the determined actual distance and a predetermined target distance value between the bobbin sleeve and the drive cylinder, wherein the determined correction value is used for a subsequent spooling process.
A method, implemented in a transmitter node (20, 40) configured to communicate with a receiver node (30, 50) via a wireless radio channel, the method comprising: determining whether the wireless radio channel between the transmitter node (20, 40) and the receiver node (30, 50) is idle during a first time resource; and if the wireless radio channel is idle during the first time resource, subsequently transmitting a first indicator and one or more first references signals from the transmitter node (20, 40) in a second time resource, the first indicator for alerting the receiver node (30, 50) to the presence of the one or more first reference signals in the second time resource, wherein the second time resource occurs after the first time resource; and further comprising: transmitting, if the wireless radio channel is idle during the first time resource, a second indicator and one or more second reference signals from the transmitter node (20, 40) in the second time resource, the second indicator for alerting the receiver node (30, 50) to the presence of the one or more second reference signals in the second time resource, wherein the one or more second reference signals differ from the one or more first reference signals. determining whether the wireless radio channel between the transmitter node (20, 40) and the receiver node (30, 50) is idle during a first time resource; and if the wireless radio channel is idle during the first time resource, subsequently transmitting a first indicator and one or more first references signals from the transmitter node (20, 40) in a second time resource, the first indicator for alerting the receiver node (30, 50) to the presence of the one or more first reference signals in the second time resource, wherein the second time resource occurs after the first time resource; and further comprising: transmitting, if the wireless radio channel is idle during the first time resource, a second indicator and one or more second reference signals from the transmitter node (20, 40) in the second time resource, the second indicator for alerting the receiver node (30, 50) to the presence of the one or more second reference signals in the second time resource, wherein the one or more second reference signals differ from the one or more first reference signals.
An actuating unit for use in a steering stabilizing means comprising a housing, a first transmission element and a second transmission element, wherein the first transmission element and the second transmission element project into the housing from the outside and are displaceable along a restoring axis, wherein the first transmission element engages at its first end with a first pressure element and wherein the second transmission element engages at its first end with a second pressure element, characterised in that the first pressure element and the second pressure element are arranged completely inside the housing and are subjected by a restoring means to a restoring force acting along the restoring axis.
A fluid pump comprising: a cylinder; a piston mounted inside the cylinder to be moved back and forth, the piston partitioning the inside of the cylinder between a pressure increasing/decreasing chamber on the side of the cylinder head and a drive chamber opposite the pressure increasing/decreasing chamber; a valve unit having a control space for causing fluid of the pressure increasing/decreasing chamber to act on a pressurizing/depressurizing object and a feeding/discharging space for feeding/discharging fluid between the pressure increasing/decreasing chamber and the outside space, the valve unit being provided in the cylinder head so as to control flow of the fluid to the pressure increasing/decreasing chamber at the time of a reciprocal movement of the piston: a path block mounted to the cylinder a ventilation path communicating the drive chamber and the outside space with each other via the path block; a fluid path connected to the feeding/discharging space and the path block so as to be merged with the ventilation path in a merging space inside the path block; a fluid filter mounted in the merging space, and characterized by an opening defined in a bottom wall of the path block and the outside space; and wherein an upper face of the bottom wall is formed with an inclined posture such that the upper face is positioned lower as it extends toward a position closer to the opening. a cylinder; a piston mounted inside the cylinder to be moved back and forth, the piston partitioning the inside of the cylinder between a pressure increasing/decreasing chamber on the side of the cylinder head and a drive chamber opposite the pressure increasing/decreasing chamber; a valve unit having a control space for causing fluid of the pressure increasing/decreasing chamber to act on a pressurizing/depressurizing object and a feeding/discharging space for feeding/discharging fluid between the pressure increasing/decreasing chamber and the outside space, the valve unit being provided in the cylinder head so as to control flow of the fluid to the pressure increasing/decreasing chamber at the time of a reciprocal movement of the piston: a path block mounted to the cylinder a ventilation path communicating the drive chamber and the outside space with each other via the path block; a fluid path connected to the feeding/discharging space and the path block so as to be merged with the ventilation path in a merging space inside the path block; a fluid filter mounted in the merging space, and characterized by an opening defined in a bottom wall of the path block and the outside space; and wherein an upper face of the bottom wall is formed with an inclined posture such that the upper face is positioned lower as it extends toward a position closer to the opening.
Electrical storage and/or generation device comprising multiple electrical generation boxes positioned in series, characterized in that it comprises an assembly with sites for removably accommodating the boxes, a site comprising electrical contacts (56, 57) for electrically linking a box with the terminals (66, 67) of the electrical storage and/or generation device, via a power bus, the site being associated with an assembly switch, so as to be able to continue generating electricity in the absence of a certain box in a certain site via at least one other box positioned in another site of the assembly and characterized in that a box comprises at least one internal switch that is capable of configuring it with a zero output voltage and a switch that allows it to electrically isolate its cells from its output terminals and in that a device for detecting the presence of the box automatically generates a command for automatically actuating the at least one internal switch so as to configure the box with a zero output voltage as soon as it is removed from a site and to reconfigure it to have a non-zero output voltage after it is inserted into a site.
A folding chair, comprising two front tubular legs, two rear tubular legs and a seat cushion board, one of the front tubular legs being intersected with one of the rear tubular legs, wherein it further comprises two washers each being arranged at an intersection position of the front tubular legs, i.e., this washer is located between the front tubular leg and the rear tubular leg, and a pin passes through the front tubular leg, the washer and the rear tubular leg successively; the washer is provided with a curved base and a bowl-shaped support which is located in a central area of the curved base, and a through hole is formed at the center of the bowl-shaped support; and the curved base is fixedly connected to the front tubular legs, characterized in that the curved base is provided with a leak-off chute which is arranged parallel to the axial direction of the tubular legs and communicates with the inside of the bowl-shaped support.
A cantilevered airfoil having a body section and a tip, the body section extending in a first direction (D A) that is angled relative to a radial direction (D R), the tip of the airfoil angled radially in a second direction (D T) relative to the body section, and the cross-sectional area of the body section gradually decreasing along the first direction (D A) towards the tip; wherein a reference line (R L) extends from a centroid at the radially outermost section of the cantilevered airfoil to the centroid at the radially innermost section of the cantilevered airfoil, the centroid being the center of area of an airfoil section at a given radial position; and characterised in that the airfoil has a lean defined by an offset angle (ψ) of the reference line (R L) from the radial direction (D R).