mhurhangee/ep-ind-claims huggingface dataset:
A solenoid actuator fluid control valve comprising: a solenoid actuator component (100, 200, 700, 800) having: - a fixed solenoid component (212, 812), and - a movable armature component (216, 816); and - a fluid control valve component (264, 864) having: ∘ a fixed nozzle body (226, 826) with at least one control port (232, 832), ∘ a movable spool (228, 828) within the fixed nozzle body (226, 826), and ∘ a spool end cap (258, 858) disposed over a first end of the moveable spool (228, 828) and between the first end of the moveable spool (228, 828) and the fixed nozzle body (226, 826) to provide a feedback pressure; wherein the spool end cap (258, 858) is axially movable relative to the movable spool (228, 828); wherein an exterior of the spool cap (258, 858) is exposed to exhaust or zero pressure in an exhaust chamber (252, 852); wherein an interior of the spool cap (258, 858) is exposed to control pressure from the at least one control port (232, 832) of the fixed nozzle body (226, 826); and wherein a bore (248, 250, 848, 850) in the movable spool (228, 828) allows fluid to flow from the at least one control port (232, 832) to the spool end cap (258, 858). - a fixed solenoid component (212, 812), and - a movable armature component (216, 816); and - a fluid control valve component (264, 864) having: ∘ a fixed nozzle body (226, 826) with at least one control port (232, 832), ∘ a movable spool (228, 828) within the fixed nozzle body (226, 826), and ∘ a spool end cap (258, 858) disposed over a first end of the moveable spool (228, 828) and between the first end of the moveable spool (228, 828) and the fixed nozzle body (226, 826) to provide a feedback pressure; wherein the spool end cap (258, 858) is axially movable relative to the movable spool (228, 828); wherein an exterior of the spool cap (258, 858) is exposed to exhaust or zero pressure in an exhaust chamber (252, 852); wherein an interior of the spool cap (258, 858) is exposed to control pressure from the at least one control port (232, 832) of the fixed nozzle body (226, 826); and wherein a bore (248, 250, 848, 850) in the movable spool (228, 828) allows fluid to flow from the at least one control port (232, 832) to the spool end cap (258, 858). ∘ a fixed nozzle body (226, 826) with at least one control port (232, 832), ∘ a movable spool (228, 828) within the fixed nozzle body (226, 826), and ∘ a spool end cap (258, 858) disposed over a first end of the moveable spool (228, 828) and between the first end of the moveable spool (228, 828) and the fixed nozzle body (226, 826) to provide a feedback pressure;
Strake for a wind turbine tower, - whereby the strake is realized as a detachable strake to be mounted to a wind turbine tower to reduce vortex induced vibrations, - whereby the strake comprises at least one element that comprises a contiguous cavity that is filled with a fluid characterized in that - the strake comprises an outer structure and the outer structure defines three sides that are interconnected by three angles, so that the strake comprises a mainly triangular shape in its cross-cut perpendicular to its longitudinal direction, - the outer structure comprises a resealable opening that connects the cavity to the space around the strake, to allow the fluid to enter or leave the cavity in the element. - whereby the strake is realized as a detachable strake to be mounted to a wind turbine tower to reduce vortex induced vibrations, - whereby the strake comprises at least one element that comprises a contiguous cavity that is filled with a fluid - the strake comprises an outer structure and the outer structure defines three sides that are interconnected by three angles, so that the strake comprises a mainly triangular shape in its cross-cut perpendicular to its longitudinal direction, - the outer structure comprises a resealable opening that connects the cavity to the space around the strake, to allow the fluid to enter or leave the cavity in the element.
An article of apparel comprising: a base (144, 1902) having an upper surface, the article of apparel being characterized in that it further comprises: a yarn (151, 1904) including a heat-moldable material and a melt-resistant material; a plurality of attachment regions (152, 210, 1910, 1912, 1914) in which the yarn is bonded to the base (144, 1902), the plurality of attachment regions (152, 210, 1910, 1912, 1914) comprising at least a first attachment region and a second attachment region; and at least one unattached region (154, 212, 226, 230) in which the yarn (151, 1904) is detached from the unattached region (154, 212, 226, 230), wherein the yarn is printed onto the upper surface, the yarn (151, 1904) is bonded to the plurality of attachment regions (152, 210, 1910, 1912, 1914) by contact of the upper surface of the article of apparel with the heat-moldable material during a transition of the heat moldable material from a liquid state to a solid state, the at least one unattached region is a plurality of unattached regions (152, 210, 1910, 1912, 1914), the heat-moldable material of the yarn (151, 1904) is spaced apart from the upper surface of the article of apparel at the plurality of unattached regions (152, 210, 1910, 1912, 1914), and adjacent ones of the plurality of attached regions (152, 210, 1910, 1912, 1914) are spaced apart by an interval length that varies along a length of the yarn (151, 1904). a yarn (151, 1904) including a heat-moldable material and a melt-resistant material; a plurality of attachment regions (152, 210, 1910, 1912, 1914) in which the yarn is bonded to the base (144, 1902), the plurality of attachment regions (152, 210, 1910, 1912, 1914) comprising at least a first attachment region and a second attachment region; and at least one unattached region (154, 212, 226, 230) in which the yarn (151, 1904) is detached from the unattached region (154, 212, 226, 230), wherein the yarn is printed onto the upper surface, the yarn (151, 1904) is bonded to the plurality of attachment regions (152, 210, 1910, 1912, 1914) by contact of the upper surface of the article of apparel with the heat-moldable material during a transition of the heat moldable material from a liquid state to a solid state, the at least one unattached region is a plurality of unattached regions (152, 210, 1910, 1912, 1914), the heat-moldable material of the yarn (151, 1904) is spaced apart from the upper surface of the article of apparel at the plurality of unattached regions (152, 210, 1910, 1912, 1914), and adjacent ones of the plurality of attached regions (152, 210, 1910, 1912, 1914) are spaced apart by an interval length that varies along a length of the yarn (151, 1904).
A communication control method for a base transceiver station communicating with user equipment, the method comprising: receiving an uplink transmission signal containing a propagation path fluctuation value between the base transceiver station and the user equipment, from the user equipment; controlling a period of time during which a permission of communications is given to the user equipment based on the propagation path fluctuation value; withholding permission of the communications to the user equipment if the propagation path fluctuation value exceeds a second specified value larger than a first specified value; giving permission of the communications to the user equipment if the propagation path fluctuation value exceeds the first specified value but is equal to or smaller than the second specified value; and withholding permission of the communications to the user equipment if the propagation path fluctuation value is less than or equal to the first specified value, unless the user equipment satisfies a predetermined condition; wherein the predetermined condition is that the user equipment has been waiting for permission of communications for at least a specified period of time. receiving an uplink transmission signal containing a propagation path fluctuation value between the base transceiver station and the user equipment, from the user equipment; controlling a period of time during which a permission of communications is given to the user equipment based on the propagation path fluctuation value; withholding permission of the communications to the user equipment if the propagation path fluctuation value exceeds a second specified value larger than a first specified value; giving permission of the communications to the user equipment if the propagation path fluctuation value exceeds the first specified value but is equal to or smaller than the second specified value; and withholding permission of the communications to the user equipment if the propagation path fluctuation value is less than or equal to the first specified value, unless the user equipment satisfies a predetermined condition; wherein the predetermined condition is that the user equipment has been waiting for permission of communications for at least a specified period of time.
A method of making a frozen confectionary product in which an unfrozen confectionary mix, agitated within a vessel, is cooled and frozen by a liquid gas; wherein an agitator agitating the unfrozen confectionary mix has a motion which comprises repeatedly drawing the agitator against an inside wall of the vessel.
A method for providing coordinated multi-point, CoMP, assistance in a communication system including a serving base station and at least one cooperating base station, the method comprising: at the serving base station: transmitting a first grant to a user equipment, UE, to trigger a first transmission by the UE (14, S108); receiving the first transmission from the UE (14, S110); determining that the first transmission by the UE is received with error; transmitting a second grant to the UE to trigger a second transmission by the UE (14, S116), wherein, based on an estimated probability that a CoMP payload to be received by the serving base station will enable correct decoding of the first transmission, the second grant requests one of a re-transmission of the first transmission and a second transmission different from the first transmission; and receiving the CoMP payload from at least one of the at least one cooperating base station (46b, S118) after the transmitting of the second grant, the CoMP payload being calculated based on decoding the first transmission by the UE. transmitting a first grant to a user equipment, UE, to trigger a first transmission by the UE (14, S108); receiving the first transmission from the UE (14, S110); determining that the first transmission by the UE is received with error; transmitting a second grant to the UE to trigger a second transmission by the UE (14, S116), wherein, based on an estimated probability that a CoMP payload to be received by the serving base station will enable correct decoding of the first transmission, the second grant requests one of a re-transmission of the first transmission and a second transmission different from the first transmission; and receiving the CoMP payload from at least one of the at least one cooperating base station (46b, S118) after the transmitting of the second grant, the CoMP payload being calculated based on decoding the first transmission by the UE.
Process for preparing a ketone from a compound E containing at least one epoxy group using a mixture comprising at least one noble metal and at least one metal oxide as a catalyst system, characterized in that the metal oxide in the catalyst system is selected from titanium dioxide, zirconium dioxide and mixtures of the two oxides, and wherein the process is conducted at 0 to 0.9 bar of hydrogen.
A sealing system including in combination an adhesive material (50/51/53) and a sealing member adapted to be installed to create a watertight barrier over substrates exposed to moisture in a shower or bath environment and maintain a waterproof joint seal connection between two or more such substrates disposed in line or at an angle to each other in a joint between a wall and the adjacent perimeter side wall/ledge of a shower tray or bath, in the installed orientation comprising: a flexible longitudinal strip having a strip upper boundary and a strip lower boundary between which strip boundaries there extends a strip inner face and a strip outer face which strip outer face has a strip outer face upper region and a strip outer face lower region and which strip inner face has a strip inner face upper region and a strip inner face lower region, wherein the strip surface is wholly or partially plasma/corona etched as a means of providing a tenacious engagement between the strip and the adhesive material (50/51/53), the adhesive material (50/51/53) is an uncured sealant adhesive material (50/51/53) of the type that is extrudable uncured from a tube and applied as desired and thereafter cured as a bonding material or a joint sealing material or both and the strip is installed as a separate component of the sealing system and performs in combination with the uncured sealant adhesive material (50/51/53).
A programmable display connectable to a controller that controls equipment, the programmable display comprising: a memory device configured to store a plurality of screens displayable by the programmable display; a detection part configured to detect a predetermined event occurred in the equipment; characterized in that the programmable display further comprises a learning part configured to learn a plurality of first probabilities that each corresponds to a respective one of the plurality of screens to be displayed when the predetermined event has occurred, wherein each first probability is calculated by monitoring which screen is displayed by the programmable display when the predetermined event is detected, and wherein the learning part is configured to execute an incrementing process only with respect to a screen displayed for a predetermined period of time or longer to generate a counting result and to learn the first probabilities based on the respective counting results; a specification part, configured to specify one or more screens among the plurality of screens having a high probability of being displayed by the programmable display based on the learned first probability when the predetermined event is detected; and a display control part configured to execute a preparation process for preparing one or more specified screens to be displayed on the programmable display based on the fact that the specification part has specified that the one or more screens have a high probability of being displayed. a memory device configured to store a plurality of screens displayable by the programmable display; a detection part configured to detect a predetermined event occurred in the equipment; characterized in that the programmable display further comprises a learning part configured to learn a plurality of first probabilities that each corresponds to a respective one of the plurality of screens to be displayed when the predetermined event has occurred, wherein each first probability is calculated by monitoring which screen is displayed by the programmable display when the predetermined event is detected, and wherein the learning part is configured to execute an incrementing process only with respect to a screen displayed for a predetermined period of time or longer to generate a counting result and to learn the first probabilities based on the respective counting results; a specification part, configured to specify one or more screens among the plurality of screens having a high probability of being displayed by the programmable display based on the learned first probability when the predetermined event is detected; and a display control part configured to execute a preparation process for preparing one or more specified screens to be displayed on the programmable display based on the fact that the specification part has specified that the one or more screens have a high probability of being displayed.
A method of constructing a masonry wall using a lintel comprising an elongate lintel body, the elongate lintel body including: (i) an elongate base member; (ii) side legs (112,114) extending from the elongate base to define an elongate channel therebetween; (iii) a load bearing element including load bearing lip members (118,120) projecting from respective edges of the side legs (112,114) toward each other and along the longitudinal axis of the channel, the load bearing lip members (118,120) being spaced apart from each other and arranged to support masonry elements; (iv) end portions (102,104) at ends of the lintel body, and (v) a plurality of protrusions disposed at least at the end portions (102,104), wherein each of the protrusions is elongate and has a protrusion longitudinal axis which traverses a longitudinal axis of the lintel body; the method comprising: spanning the lintel across an opening defined by support structures (202,204) with the end portions (102,104) engaging the support structures (202,204), and arranging the masonry elements on the load bearing lip members (118,120) without structural infill material being used within the elongate channel. (i) an elongate base member; (ii) side legs (112,114) extending from the elongate base to define an elongate channel therebetween; (iii) a load bearing element including load bearing lip members (118,120) projecting from respective edges of the side legs (112,114) toward each other and along the longitudinal axis of the channel, the load bearing lip members (118,120) being spaced apart from each other and arranged to support masonry elements; (iv) end portions (102,104) at ends of the lintel body, and (v) a plurality of protrusions disposed at least at the end portions (102,104), wherein each of the protrusions is elongate and has a protrusion longitudinal axis which traverses a longitudinal axis of the lintel body; spanning the lintel across an opening defined by support structures (202,204) with the end portions (102,104) engaging the support structures (202,204), and arranging the masonry elements on the load bearing lip members (118,120) without structural infill material being used within the elongate channel.
A package comprising a deformable material configured to form at least two sealed chambers, the package having (i) a first chamber, a second chamber, and optionally additional chambers, the chambers being separated by one or more barriers which are frangible or tearable,; and (ii) an opening means to provide an outlet through which the mixture can be dispensed, wherein the first chamber contains a liquid solution with a viscosity below 5,000 mPa.s (5,000 cps) comprising a protein having perhydrolase activity, the second chamber contains a carboxy donor, and the second chamber contains a peroxide source, such that upon the exertion of force on the package, one or more barriers between the chambers is compromised to an extent sufficient to permit the liquid solution to mix with the peroxide source and the carboxy donor, whereupon the liquid solution comprising a protein having perhydrolase activity catalyzes a reaction between the peroxide released by the peroxide source and the carboxy donor to form a peracid, wherein the peroxide source is a solid peroxide source selected from urea peroxide, a polyvinylpyrrolidone-hydrogen peroxide complex, sodium percarbonate, sodium perborate, and a metal peroxide, and wherein the carboxy donor is selected from a carboxylic acid and an acyl compound, and further wherein the first chamber comprises an orally acceptable ketone, where the ketone forms the corresponding dioxirane upon reaction with the peracid. (i) a first chamber, a second chamber, and optionally additional chambers, the chambers being separated by one or more barriers which are frangible or tearable,; and (ii) an opening means to provide an outlet through which the mixture can be dispensed, wherein the first chamber contains a liquid solution with a viscosity below 5,000 mPa.s (5,000 cps) comprising a protein having perhydrolase activity, the second chamber contains a carboxy donor, and the second chamber contains a peroxide source, such that upon the exertion of force on the package, one or more barriers between the chambers is compromised to an extent sufficient to permit the liquid solution to mix with the peroxide source and the carboxy donor, whereupon the liquid solution comprising a protein having perhydrolase activity catalyzes a reaction between the peroxide released by the peroxide source and the carboxy donor to form a peracid, wherein the peroxide source is a solid peroxide source selected from urea peroxide, a polyvinylpyrrolidone-hydrogen peroxide complex, sodium percarbonate, sodium perborate, and a metal peroxide, and wherein the carboxy donor is selected from a carboxylic acid and an acyl compound, and further wherein the first chamber comprises an orally acceptable ketone, where the ketone forms the corresponding dioxirane upon reaction with the peracid.
Pipetting device comprising a tube, which has at one end an opening for aspirating or dispensing a sample liquid, and which is operationally connectable at the other end to a pressure generating means, wherein a first electrode is formed on the pipetting device which, together with a second electrode forms a measuring capacitor, which is operationally connected to a measuring unit, which is designed to determine a volume of the aspirated or dispensed sample liquid as a function of the capacitance of the measuring capacitor, characterized in that the second electrode is formed by at least a part of the sample liquid receivable in the tube.
A woven papermaking fabric having a machine direction axis and a cross-machine direction axis, the fabric comprising: a plurality of machine direction oriented warp filaments and a plurality of substantially cross-machine direction oriented shute filaments, the shute filaments being interwoven with warp filaments to provide a machine contacting fabric side and opposed web contacting fabric side, the web contacting fabric side having a plurality of protuberances disposed thereon, the plurality of protuberances each having: a length, a height, an upper surface that is substantially planar and lies in an upper surface plane, and a non-zero element angle ( α), wherein the element angle ( α) is the orientation of the protuberance relative to the machine direction axis, wherein the plurality of protuberances are spaced apart from one another to define a plurality of valleys there between, each of the plurality of protuberances having an adjacent valley having a valley bottom plane, wherein the distance between the protuberance upper surface plane and the valley bottom plane varies less than about 150 μm along the length of the protuberance, and wherein each of the plurality of protuberances has a valley wall angle greater than about 20 degrees, wherein the valley wall angle is the angle formed between a given valley bottom plane and an adjacent protuberance. the plurality of protuberances each having: a length, a height, an upper surface that is substantially planar and lies in an upper surface plane, and a non-zero element angle ( α), wherein the element angle ( α) is the orientation of the protuberance relative to the machine direction axis, a length, a height, an upper surface that is substantially planar and lies in an upper surface plane, and a non-zero element angle ( α), wherein the element angle ( α) is the orientation of the protuberance relative to the machine direction axis, wherein the plurality of protuberances are spaced apart from one another to define a plurality of valleys there between, each of the plurality of protuberances having an adjacent valley having a valley bottom plane, wherein the distance between the protuberance upper surface plane and the valley bottom plane varies less than about 150 μm along the length of the protuberance, and wherein each of the plurality of protuberances has a valley wall angle greater than about 20 degrees, wherein the valley wall angle is the angle formed between a given valley bottom plane and an adjacent protuberance.