mhurhangee/ep-ind-claims huggingface dataset:
A liquid food composition being semi-solidified in an acidic region, the liquid food composition comprising: a water-soluble dietary fiber (a) which is alginic acid and/or a salt thereof; a metal compound (b) containing a calcium compound having poor solubility in the neutral region and a magnesium compound having poor solubility in the neutral region, wherein the calcium compound is selected from calcium citrate, calcium carbonate, calcium dihydrogen pyrophosphate, tricalcium phosphate, calcium monohydrogen phosphate, calcium stearate and calcium silicate, and the magnesium compound is selected from magnesium carbonate, magnesium oxide, magnesium stearate, trimagnesium phosphate and magnesium silicate; a protein (c) which is a soybean protein and/or a hydrolysate thereof; an emulsifier (d), having an HLB value of 10 or more; and a fat (e); the liquid food composition including particles having a particle size distribution with two or more peaks in the neutral region, or the liquid food composition having a distribution curve of two or more inflection points, when representing a particle size distribution of particles included in the liquid food composition in the neutral region, as a distribution curve of a passing particle integrated value based on volume; wherein the liquid food composition has a pH of more than 5.5 and 10 or less. a water-soluble dietary fiber (a) which is alginic acid and/or a salt thereof; a metal compound (b) containing a calcium compound having poor solubility in the neutral region and a magnesium compound having poor solubility in the neutral region, wherein the calcium compound is selected from calcium citrate, calcium carbonate, calcium dihydrogen pyrophosphate, tricalcium phosphate, calcium monohydrogen phosphate, calcium stearate and calcium silicate, and the magnesium compound is selected from magnesium carbonate, magnesium oxide, magnesium stearate, trimagnesium phosphate and magnesium silicate; a protein (c) which is a soybean protein and/or a hydrolysate thereof; an emulsifier (d), having an HLB value of 10 or more; and a fat (e); the liquid food composition including particles having a particle size distribution with two or more peaks in the neutral region, or the liquid food composition having a distribution curve of two or more inflection points, when representing a particle size distribution of particles included in the liquid food composition in the neutral region, as a distribution curve of a passing particle integrated value based on volume; wherein the liquid food composition has a pH of more than 5.5 and 10 or less.
A seal assembly for a gas turbine engine comprising: a seal carrier; a seal press fit within an inner diameter of the seal carrier, the seal including an outer ring supporting a radially moveable shoe supported by at least one beam, the outer ring including an inner radial surface having at least one tab extending radially inward toward the shoe for aiding removal of the seal from the carrier, wherein: the outer ring includes a first face and the seal carrier includes a stop wall portion extending radially inward, the stop wall portion includes a plurality of circumferentially spaced carrier openings characterized in that the at least one tab is visible through at least one of the carrier openings. a seal carrier; a seal press fit within an inner diameter of the seal carrier, the seal including an outer ring supporting a radially moveable shoe supported by at least one beam, the outer ring including an inner radial surface having at least one tab extending radially inward toward the shoe for aiding removal of the seal from the carrier, wherein: the outer ring includes a first face and the seal carrier includes a stop wall portion extending radially inward, the stop wall portion includes a plurality of circumferentially spaced carrier openings characterized in that the at least one tab is visible through at least one of the carrier openings.
A method of removing fluid from a well using a downhole electronic submersible pump (100, 200) that includes a deployment cable on which the downhole pump is to be deployed, a control line (112, 212) integrated with the deployment cable and an electrical line (110, 210) integrated with the deployment cable, the method comprising: deploying the downhole pump on the deployment cable to a vertical position within a production tubing (105, 205) disposed in the well and collecting, during the deployment production data from the motor with the control line of the downhole pump, wherein the control line extends from the surface of the well and terminates at the profile of the downhole pump; securing the downhole pump to the production tubing (105, 205) at the vertical position; powering a motor (102, 202) of the downhole pump with the electrical line of the downhole pump that extends from a surface of the well and that terminates at a profile of the downhole pump; and activating the motor to pump fluid out of the well. deploying the downhole pump on the deployment cable to a vertical position within a production tubing (105, 205) disposed in the well and collecting, during the deployment production data from the motor with the control line of the downhole pump, wherein the control line extends from the surface of the well and terminates at the profile of the downhole pump; securing the downhole pump to the production tubing (105, 205) at the vertical position; powering a motor (102, 202) of the downhole pump with the electrical line of the downhole pump that extends from a surface of the well and that terminates at a profile of the downhole pump; and activating the motor to pump fluid out of the well.
A securing device and a frame beam for a door leaf that can be moved along a predetermined path between an open position preferably located overhead and a closed position, comprising at least one securing element that can be adjusted between a release position, in which it releases the door leaf movement, and a secured position, in which, co-operating with additional securing elements, it counteracts a door leaf movement, with which the securing element moved into the secured position, co-operating with at least one additional securing element, counteracts a closing movement of the door leaf from the open position into the closed position, and co-operating with at least one additional securing element counteracts an opening movement of the door leaf from the closed position into the open position, and the securing element has a first securing segment made in the form of a latch that projects downwards in the secured position, the securing element being fastened to the door leaf, preferably mounted such as to swivel relative to a swivel axis that runs perpendicular to the predetermined path, and the securing element being formed in the manner of a locking lever that has the securing segments on its one axial end, and in the region of its other axial end being mounted such as to swivel about a swivel axis preferably running approximately perpendicular to the predetermined path and parallel to the plane of the door leaf, characterised in that at least one of the additional securing elements counteracting the closing movement has a counter-bearing made in the form of a bulge, open at the top, of a side frame beam for the latch projecting downwards in the region of a first section of the predetermined path, the securing element only counteracting the closing movement along the first section of the predetermined path passing into the open position and only countering the opening movement in the closed position and/or along a second section of the predetermined path passing into the closed position, the securing element having a second securing segment preferably made in the form of a latch projecting upwards in the closed position, at least one additional securing element being fastened to a wall defining a space to be closed by the door leaf in the region of the second section of the predetermined path and a counter-bearing made in the form of a bulge open to the bottom for the second securing segment.
A variable area fan nozzle assembly comprising: a support member having a shape that is a circle or portion thereof, said support member being centered at an axis; a movable member having a shape corresponding to the shape of said support member, said movable member being supported by and movable along said support member, movement along said support member being a rotation of said movable member about said axis; a drive system capable of moving said movable member along said support member; a cam (36; 104) attached to or integrally formed with said movable member; a cam follower (42, 44; 64, 58; 106; 108) that is displaced along a straight line by said cam (36; 104) during rotational movement of said movable member along said support member; characterised in that said assembly further comprises a push rod having a longitudinal axis and having one end pivotably coupled to said cam follower (42, 44; 64, 58; 106; 108) for rotation about an axis perpendicular to said longitudinal axis; a petal link having one end pivotably coupled to an opposite end of said push rod; and a petal pivotably coupled to said support member and to an opposite end of said petal link. a support member having a shape that is a circle or portion thereof, said support member being centered at an axis; a movable member having a shape corresponding to the shape of said support member, said movable member being supported by and movable along said support member, movement along said support member being a rotation of said movable member about said axis; a drive system capable of moving said movable member along said support member; a cam (36; 104) attached to or integrally formed with said movable member; a cam follower (42, 44; 64, 58; 106; 108) that is displaced along a straight line by said cam (36; 104) during rotational movement of said movable member along said support member; characterised in that said assembly further comprises a push rod having a longitudinal axis and having one end pivotably coupled to said cam follower (42, 44; 64, 58; 106; 108) for rotation about an axis perpendicular to said longitudinal axis; a petal link having one end pivotably coupled to an opposite end of said push rod; and a petal pivotably coupled to said support member and to an opposite end of said petal link.
A manufacturing method of a surface roughened steel member used to be bonded to a thermoplastic resin member formed of a thermoplastic resin or a resin composition including the thermoplastic resin, the method comprising: a first step of applying a metal plating layer that is formed of a metal having smaller ionization tendency than ionization tendency of iron and including a roughened surface on a side opposite to a surface to be in contact with the steel member, to at least a bonding portion surface of the steel member to be bonded to the thermoplastic resin member, the metal plating layer includes a copper plating; and a second step of processing at least the surface of the metal plating layer with inorganic acid, characterized in that the method further comprises a third step of removing the metal plating layer from at least the bonding portion surface, after the second step, and the first step includes a step of applying a copper plating to the bonding portion surface with an aqueous solution including acid, cupric ion, and chlorine ion. a first step of applying a metal plating layer that is formed of a metal having smaller ionization tendency than ionization tendency of iron and including a roughened surface on a side opposite to a surface to be in contact with the steel member, to at least a bonding portion surface of the steel member to be bonded to the thermoplastic resin member, the metal plating layer includes a copper plating; and a second step of processing at least the surface of the metal plating layer with inorganic acid, characterized in that the method further comprises a third step of removing the metal plating layer from at least the bonding portion surface, after the second step, and the first step includes a step of applying a copper plating to the bonding portion surface with an aqueous solution including acid, cupric ion, and chlorine ion.
A toy assembly, comprising: a housing that includes a first housing member, a second housing member and a third housing member, wherein the first housing member is mounted to the second housing member and the second housing member is mounted to the third housing member; a toy character inside the housing; and a breakout member that is operable to impact the first housing member so as to break the housing to expose the toy character, wherein the first housing member is formed from a polymer composition including: a base polymer that is 15-25 weight-% ethylene-vinyl acetate; an organic acid metal salt that is 1-5 weight-% zinc stearate; and an inorganic filler that is 75-85 weight-% calcium carbonate. a housing that includes a first housing member, a second housing member and a third housing member, wherein the first housing member is mounted to the second housing member and the second housing member is mounted to the third housing member; a toy character inside the housing; and a breakout member that is operable to impact the first housing member so as to break the housing to expose the toy character, wherein the first housing member is formed from a polymer composition including: a base polymer that is 15-25 weight-% ethylene-vinyl acetate; an organic acid metal salt that is 1-5 weight-% zinc stearate; and an inorganic filler that is 75-85 weight-% calcium carbonate. a base polymer that is 15-25 weight-% ethylene-vinyl acetate; an organic acid metal salt that is 1-5 weight-% zinc stearate; and an inorganic filler that is 75-85 weight-% calcium carbonate.
Butterfly valve for controllable fluid flow, characterized in that the design has at least six asymmetries, characterized in that the valve disc center of rotation is offset from the sealing plane in the direction of the pipe axis 8 (Asymmetry 1) and that additionally the valve disc center of rotation is perpendicular to the valve disc center of rotation and perpendicular to the pipe axis is shifted in the direction of one of the walls of the housing (Asymmetry 2) and that the sealing surface is also represented by the jacket of the body, which is not symmetrical to the pipe axis (Asymmetry 3) and that the jacket of the body is also shown by curves which do not all intersect at one point (Asymmetry 4) and where at least one of the curves is a straight line and where at least one of the curves is not a straight line and that in addition the jacket of the body has the cross-section and the cross-section in planes and lying parallel to one another, and that in addition at least one of the cross-sections is not circular (Asymmetry) and wherein in addition the cross-section cannot be mapped simply by shifting the cross-section into the plane along the normal vector of the plane, even if the cross-section were enlarged or reduced (Asymmetry 6) and where the jacket body has a circular cross-section in a plane and that this cross-section is rotationally symmetrical to the pipe axis and this cross-section lies in the sealing plane.
A mobile terminal for providing mobile service subscribers with a mobile service, comprising: a country code storage unit for coupling each mobile communication network ID received from each of a plurality of mobile communication network MSCs, Mobile Switching Centers providing a mobile communication network service for every service area with a country code of a prescribed country in which the mobile communication network is located, and for storing and managing the coupling result of the mobile communication network ID and the country code; a subscriber information storage unit for storing and managing mobile service registration information and mobile service usage history information of the mobile service subscriber; a phone number storage unit for storing and managing phone number information; and a controller for reading an external entry phone number according to a phone number storage command; analyzing the read phone number to determine whether the phone number has a country code; if the analyzed phone number has no country code, automatically generating a country code of a current country, wherein the mobile terminal is located on the basis of a mobile communication network ID of a current PLMN, Public Land Mobile Network service; and storing the read phone number and the retrieved country code in the mobile terminal. a country code storage unit for coupling each mobile communication network ID received from each of a plurality of mobile communication network MSCs, Mobile Switching Centers providing a mobile communication network service for every service area with a country code of a prescribed country in which the mobile communication network is located, and for storing and managing the coupling result of the mobile communication network ID and the country code; a subscriber information storage unit for storing and managing mobile service registration information and mobile service usage history information of the mobile service subscriber; a phone number storage unit for storing and managing phone number information; and a controller for reading an external entry phone number according to a phone number storage command; analyzing the read phone number to determine whether the phone number has a country code; if the analyzed phone number has no country code, automatically generating a country code of a current country, wherein the mobile terminal is located on the basis of a mobile communication network ID of a current PLMN, Public Land Mobile Network service; and storing the read phone number and the retrieved country code in the mobile terminal.
An agricultural device for air dropping flexible elements with closed profile, of the ring type, comprising a frame equipped with at least two dropping members on the outside periphery thereof, each dropping member being able to optionally receive one or a plurality of mobile elements - at least one of the dropping members will receive a mobile element - characterized in that at least one mobile element is a belt intended to maintain and move the flexible elements with closed profile on-board the frame.
Mechanical latching unit for a main drive unit with a rolling mechanical switch within a housing, - with a main roller, a counter roller, a carriage and a carriage trip/locking lever, - with a first joint created between the main roller and the first end of the carriage, - where by the load of the traction link of the main drive unit carried out to the main roller distributes to a primary force component carried out to counter roller and a secondary force component carried out in direction to the second end of the carriage, characterized in that the mechanical latching unit contains - a force reduction mechanism comprising at least two force reduction stages, wherein at least one part of the carriage contacts to a carriage deflection roller which deflects the carriage motion and enables the second force reduction stage, - a carrier reset spring fastened to the housing which resets the carriage back to a neutral respectively blocking position, and - a lever reset spring which resets the carriage trip/locking lever back to a neutral respectively blocking position. - with a main roller, a counter roller, a carriage and a carriage trip/locking lever, - with a first joint created between the main roller and the first end of the carriage, - where by the load of the traction link of the main drive unit carried out to the main roller distributes to a primary force component carried out to counter roller and a secondary force component carried out in direction to the second end of the carriage, - a force reduction mechanism comprising at least two force reduction stages, wherein at least one part of the carriage contacts to a carriage deflection roller which deflects the carriage motion and enables the second force reduction stage, - a carrier reset spring fastened to the housing which resets the carriage back to a neutral respectively blocking position, and - a lever reset spring which resets the carriage trip/locking lever back to a neutral respectively blocking position.
A method for laser cutting of electrode foils and/or separator foils for electrochemical energy storages, wherein for laser cutting a laser cutting beam is superimposed with a laser heating beam and the laser cutting beam already has a power density sufficient for laser cutting the electrode foils and/or separator foils (in W/cm 2) or after superimposition with the laser heating beam a power density sufficient for laser cutting the electrode foils and/or separator foils is generated, and the laser heating beam does not have a power density sufficient for laser cutting the electrode foils and/or separator foils, but having apower density sufficient for merging and/or evaporating particles formed during the laser cutting and the laser heating beam has a larger beam diameter than the laser cutting beam.
A dry powder pharmaceutical composition for administration to a mammal for use in the treatment of symptoms associated with migraine comprising an effective amount of a triptan selected from the group consisting of sumatriptan, almotriptan, eletriptan, frovatriptan, naratriptan, rizatriptan, zolmitriptan and pharmaceutically acceptable salts thereof, an aliphatic amino acid, and a diketopiperazine or a salt thereof.
A metal gasket to be disposed between abutting surfaces (202, 302) of two members, the metal gasket comprising: a metal base plate including a bolt hole through which a bolt may be inserted, a bead section (13, 16) for sealing a space between the abutting surfaces on a more internal circumferential side than the bolt hole, characterized in that the metal gasket further comprises a peripheral creased section formed by folding a perimeter of the metal base plate in one direction to prevent formation of a gap in which saline accumulates between the abutting surfaces (202, 302), wherein the peripheral creased section includes a region with a folding length gradually changing in a gasket circumferential direction adapted to suppress loss of a bolt fastening axial force in compression with the bolt, wherein the peripheral creased section is not formed in vicinity of the bolt hole, but formed in the perimeter of the metal base plate except the vicinity of the bolt hole. a metal base plate including a bolt hole through which a bolt may be inserted, a bead section (13, 16) for sealing a space between the abutting surfaces on a more internal circumferential side than the bolt hole, characterized in that the metal gasket further comprises a peripheral creased section formed by folding a perimeter of the metal base plate in one direction to prevent formation of a gap in which saline accumulates between the abutting surfaces (202, 302), wherein the peripheral creased section includes a region with a folding length gradually changing in a gasket circumferential direction adapted to suppress loss of a bolt fastening axial force in compression with the bolt, wherein the peripheral creased section is not formed in vicinity of the bolt hole, but formed in the perimeter of the metal base plate except the vicinity of the bolt hole.