mhurhangee/ep-ind-claims huggingface dataset:
A particle comprising: a core comprising an oxide compound pretreated with an amino silicone compound to provide tethered amino groups attached to the core surface; and a bioadhesive polymer containing a carbonyl or acid group, wherein the bioadhesive polymer is attached to the oxide compound by linking the carbonyl or acid group to the tethered amino groups, and wherein the bioadhesive polymer is adapted to adhere to an oral surface by physical attraction or chemical reaction. a core comprising an oxide compound pretreated with an amino silicone compound to provide tethered amino groups attached to the core surface; and a bioadhesive polymer containing a carbonyl or acid group,
A method of making a nano-composite type magnet, the method comprising the steps of: - measuring the coercivity of a solidified alloy that has been obtained by rapidly cooling a melt of a magnetic alloy in a strip casting process, wherein the molten alloy is represented by Fe 100-x-y-z R x O y M z, where R is at least one element selected from the group consisting of Pr, Nd, Dy and Tb; Q is B and/or C; M is at least one element selected from the group consisting of Co, Al, Si, Ti, V, Cr, Mn, Ni, Cu, Ga, Zr, Nb, Mo, Ag, Pt, Au and Pb; and x, y and z satisfy 1 at% ≤ x < 6 at%, 15 at% ≤ y ≤ 30 at% and 0 at% ≤ z ≤ 7 at%; wherein the B content is equal or higher than 15 at% and C may be substituted for up to 50 % of B; and - estimating the percentage of an amorphous phase to the solidified alloy based on the coercivity measured, wherein it is estimated that when the measured coercivity is 10 kA/m or less the solidified alloy has a metal structure including at least 60 vol. % of an amorphous structure, and - heating and crystallizing the solidified alloy if the solidified alloy has a metal structure including at least 60 vol. % of an amorphous structure at a temperature of about 550 °C to about 750 °C to form a nanocomposite-type magnet having an average crystal grain size of 10 nm to 50 nm, which includes at least 90% of crystalline structure wherein soft magnetic phases such as α-Fe phase and/or an Fe 3 B phase and a compound having R 2 Fe 14 B crystalline structure coexist. - measuring the coercivity of a solidified alloy that has been obtained by rapidly cooling a melt of a magnetic alloy in a strip casting process, wherein the molten alloy is represented by Fe 100-x-y-z R x O y M z, where R is at least one element selected from the group consisting of Pr, Nd, Dy and Tb; Q is B and/or C; M is at least one element selected from the group consisting of Co, Al, Si, Ti, V, Cr, Mn, Ni, Cu, Ga, Zr, Nb, Mo, Ag, Pt, Au and Pb; and x, y and z satisfy 1 at% ≤ x < 6 at%, 15 at% ≤ y ≤ 30 at% and 0 at% ≤ z ≤ 7 at%; wherein the B content is equal or higher than 15 at% and C may be substituted for up to 50 % of B; and - estimating the percentage of an amorphous phase to the solidified alloy based on the coercivity measured, wherein it is estimated that when the measured coercivity is 10 kA/m or less the solidified alloy has a metal structure including at least 60 vol. % of an amorphous structure, and - heating and crystallizing the solidified alloy if the solidified alloy has a metal structure including at least 60 vol. % of an amorphous structure at a temperature of about 550 °C to about 750 °C to form a nanocomposite-type magnet having an average crystal grain size of 10 nm to 50 nm, which includes at least 90% of crystalline structure wherein soft magnetic phases such as α-Fe phase and/or an Fe 3 B phase and a compound having R 2 Fe 14 B crystalline structure coexist.
A compound of the structural Formula I or Formula II: wherein: R is a terminal monosaccharide residue, a glucose unit, or a monosaccharide unit; R 1 is -CH 2 CH 2 OH, -CH 2 CH 2 CH 3, or and R 2 is selected from or R is a terminal monosaccharide residue, a glucose unit, or a monosaccharide unit; R 1 is -CH 2 CH 2 OH, -CH 2 CH 2 CH 3, or and R 2 is selected from or
Exhaust-gas aftertreatment device for an internal combustion engine, having an exhaust tract with at least one exhaust pipe (3, 9, 13, 15, 17) and at least one exhaust-gas aftertreatment element (7, 11), wherein the exhaust-pipe internal wall and/or the at least one exhaust-gas aftertreatment element (7, 11) have/has a vapour-sorbing material for the purpose of forming at least one exhaust-tract-side sorption element (7, 9, 11, 13, 15), wherein a blocking device (20, 21) is provided, by means of which a supply of exhaust gas and/or air to a sorption region that accommodates and/or forms the at least one sorption element (7, 9, 11, 13, 15) can be blocked and enabled as a function of defined internal combustion engine operating conditions, characterized in that the blocking device (20, 21) has at least one blocking element in the form of a shut-off valve and arranged downstream of the sorption region for the purpose of blocking and enabling the supply of air, by means of which an air stream through an outlet pipe that forms the outlet of the exhaust tract can be blocked and enabled.
A Stevia extract comprising rebaudioside B at a concentration that is in the range of 20 to 25% by weight of the Stevia extract and rebaudioside A at a concentration that is in the range of 75 to 80% by weight of the stevia extract.
Gel-filled casing for electric connections comprising a base element having an internal volume filled with dielectric gel and a covering or upper element which can be reciprocally coupled in a reversible or irreversible manner to the base element, the latter delimiting an internal cavity for a terminal box or similar device to which one or more cables are connected a plurality of in/out tubular guides for the said cables being formed on the said covering or upper element, wherein the base accommodates the terminal box to which the cables are connected and is filled with dielectric gel up to a predetermined level, and the cover element is provided, on its top surface, with a plurality of funnel-shaped in/out openings for the passage of the cables, the said funnel-shaped in/out openings having a larger base and smaller base, the larger base of said openings being oriented towards the internal bottom of the base when the casing is assembled, characterized in that the cover element has an integrally formed appendix cooperating with a detachable complementary element to clamp the cables exiting from the funnel-shaped openings, the appendix and the complementary element being positioned on top and laterally of said funnel-shaped openings.
A method for providing a network service in a communication network covering a geographical area for a plurality of mobile clients, the method comprising the steps of registering a mobile client to the communication network, the mobile client being one of the plurality of mobile clients; identifying, among a plurality of service enablers, a service enabler by a register, hereinafter referred to as "geomessaging register", based on a registration information of said mobile client, wherein each service enabler is configured to address mobile clients in a designated geographical area and configured to disseminate geocasted messages from an application server to mobile clients; and the geomessaging register is configured to keep track of the geographical areas covered by each of the service enablers; sending, by the geomessaging register to the identified service enabler, a contact information of said mobile client; sending, by the service enabler to the geomessaging register, a contact information of the service enabler; sending, by the geomessaging register to the mobile client, said contact information of the service enabler; and connecting the mobile client to the service enabler for receiving the network service. registering a mobile client to the communication network, the mobile client being one of the plurality of mobile clients; identifying, among a plurality of service enablers, a service enabler by a register, hereinafter referred to as "geomessaging register", based on a registration information of said mobile client, wherein each service enabler is configured to address mobile clients in a designated geographical area and configured to disseminate geocasted messages from an application server to mobile clients; and the geomessaging register is configured to keep track of the geographical areas covered by each of the service enablers; each service enabler is configured to address mobile clients in a designated geographical area and configured to disseminate geocasted messages from an application server to mobile clients; and the geomessaging register is configured to keep track of the geographical areas covered by each of the service enablers; sending, by the geomessaging register to the identified service enabler, a contact information of said mobile client; sending, by the service enabler to the geomessaging register, a contact information of the service enabler; sending, by the geomessaging register to the mobile client, said contact information of the service enabler; and connecting the mobile client to the service enabler for receiving the network service.
Drywall comprising a first wall section and a second wall section, as well as a support structure comprising first stud elements, wherein in the area of the first wall section, the first stud elements are arranged in a row with first distances and form first support structure bays, wherein a paneling with planking panels is arranged on at least one side of the support structure, wherein an installation duct is arranged in a second wall section, wherein the support structure has, in the area of the second wall section, a first and a second crossbeam (8, 9), which, to form the installation duct, form a second support structure bay which extends across at least two first support structure bays that are arranged next to each other, characterised in that the support structure has a first and a second row of studs (23, 24), wherein the second row of studs is next to and behind the first row of studs and wherein the first row of studs comprises the first stud elements and the first and second crossbeams (8, 9), and wherein the second row of studs comprises third stud elements which extend at least across the first and the second wall section (5, 6).
Burner with an evaporation chamber, an atomizer cup, a fuel pump for the promotion of fuel to the atomizer, a fan for the promotion of combustion air into the evaporator chamber, a mixing wheel and a flame holder, wherein the atomizer cup and the mixing wheel are arranged in the evaporator chamber, wherein the evaporator chamber is a chamber that is open towards the flame holder and that is limited by a bottom and a side wall adjacent to the bottom, wherein the side wall terminates at a projection, wherein the flame holder is seated on the projection and wherein the flame burns during operation on an outer wall of the flame holder, characterized in that the side wall is formed towards the bottom as a curved surface and towards the projection as a curved surface, so that the transition from the bottom to the side wall and from the projection to the side wall is stageless.
A pedal-driven device with a saddle with a backrest with a mount for attachment to the device and at least two spaced apart contact surfaces for supporting a person operating the device, wherein the backrest has a base body (46, 51, 73) on which is arranged at least one spherical segment-shaped support surface, which is roller segment-shaped and arranged parallel to the pedal during use and/or movable relative to the base body, wherein at least one support surface is the surface of a sphere (8, 9) or roller (47, 48), and at least one support surface is elastically mounted relative to the base body, characterized in that the support surface has an elastic design, and is mounted so that it can move around an axis (49, 50).
Underwater vehicle for inspection of a subsea structure, in particular for inspecting rigid pipes transporting hydrocarbons, comprising: - a support body, able to move along the subsea structure in a body of water; - a lower proximity sensor, deployable from the support body towards the subsea structure, the lower proximity sensor comprising a lower cathodic protection probe, the lower proximity sensor being deployable between a retracted position and a deployed position; - an upper remote sensor deployable from the support body, comprising an upper cathodic protection probe; characterized in that the lower proximity sensor is located below the support body in the retracted position and in the deployed position. - a support body, able to move along the subsea structure in a body of water; - a lower proximity sensor, deployable from the support body towards the subsea structure, the lower proximity sensor comprising a lower cathodic protection probe, the lower proximity sensor being deployable between a retracted position and a deployed position; - an upper remote sensor deployable from the support body, comprising an upper cathodic protection probe;
An inertial filter which includes: a pair of operatively adjacent baffle plates (12, 14) which are arranged face-to-face, the baffle plates (12, 14) together defining a plurality of convoluted or serpentine fluid passageways (42, 44) therethrough, characterised in that each baffle plate (12, 14) includes: a first filter member which includes a plurality of first deflector plates arranged such that first apertures are defined between adjacent first deflector plates; and a second filter member which includes a plurality of second deflector plates arranged such that second apertures are defined between adjacent second deflector plates, the filter members (16, 18) of each baffle plate (12, 14) being arranged such that the second deflector plates are received in the first apertures and the first deflector plates are received in the second apertures, thereby to produce a series of interleaved deflector plates, wherein each filter member (16, 18) is pressed from a single sheet of metal; and a peripherally extending housing which is removably secured around the baffle plates (12, 14) thereby to secure the plates (12, 14), and hence the first and second filter members (16, 18), together. a pair of operatively adjacent baffle plates (12, 14) which are arranged face-to-face, the baffle plates (12, 14) together defining a plurality of convoluted or serpentine fluid passageways (42, 44) therethrough, characterised in that each baffle plate (12, 14) includes: a first filter member which includes a plurality of first deflector plates arranged such that first apertures are defined between adjacent first deflector plates; and a second filter member which includes a plurality of second deflector plates arranged such that second apertures are defined between adjacent second deflector plates, the filter members (16, 18) of each baffle plate (12, 14) being arranged such that the second deflector plates are received in the first apertures and the first deflector plates are received in the second apertures, thereby to produce a series of interleaved deflector plates, wherein each filter member (16, 18) is pressed from a single sheet of metal; and a first filter member which includes a plurality of first deflector plates arranged such that first apertures are defined between adjacent first deflector plates; and a second filter member which includes a plurality of second deflector plates arranged such that second apertures are defined between adjacent second deflector plates, the filter members (16, 18) of each baffle plate (12, 14) being arranged such that the second deflector plates are received in the first apertures and the first deflector plates are received in the second apertures, thereby to produce a series of interleaved deflector plates, wherein each filter member (16, 18) is pressed from a single sheet of metal; and a peripherally extending housing which is removably secured around the baffle plates (12, 14) thereby to secure the plates (12, 14), and hence the first and second filter members (16, 18), together.
A cell culture apparatus, comprising: a connected culture container comprising n number of units, where each of the n number of the units is constituted of m number of culture chambers and one or more communication-channels (4, 15), the m number of the culture chambers each having a cell-holding portion that holds seeded cells, the m number of the culture chambers storing liquid culture media, the m number of the culture chambers being disposed in parallel along a first direction, the communication-channels (4, 15) communicating the m number of the culture chambers with each other, wherein the n number of units disposed in parallel along a second direction that is a different from the first direction, wherein m is an integer of two or more, and n is an integer of two or more, and a plurality of pneumatic pipes communicating same-row-disposed culture chambers that are disposed on a same row along the second direction with each other in the connected culture container, the pneumatic pipes being configured to pressurize the same-row-disposed culture chambers at the same time or open the same-row-disposed culture chambers to atmospheric pressure at the same time, the pneumatic pipes being configured to send the liquid culture media to the m number of the culture chambers through the communication-channels (4, 15) using pressure differences in the m number of the culture chambers. a connected culture container comprising n number of units, where each of the n number of the units is constituted of m number of culture chambers and one or more communication-channels (4, 15), the m number of the culture chambers each having a cell-holding portion that holds seeded cells, the m number of the culture chambers storing liquid culture media, the m number of the culture chambers being disposed in parallel along a first direction, the communication-channels (4, 15) communicating the m number of the culture chambers with each other, wherein the n number of units disposed in parallel along a second direction that is a different from the first direction, wherein m is an integer of two or more, and n is an integer of two or more, and a plurality of pneumatic pipes communicating same-row-disposed culture chambers that are disposed on a same row along the second direction with each other in the connected culture container, the pneumatic pipes being configured to pressurize the same-row-disposed culture chambers at the same time or open the same-row-disposed culture chambers to atmospheric pressure at the same time, the pneumatic pipes being configured to send the liquid culture media to the m number of the culture chambers through the communication-channels (4, 15) using pressure differences in the m number of the culture chambers.
An apparatus for stimulating pelvic floor muscles in a patient, comprising: a plurality of electrodes (10, 12) including one or more first electrodes arranged to be applied externally to one side of the patient's body in the region of the pelvis and one or more second electrodes arranged to be applied externally to the other side of the patient's body in the region of the pelvis, the electrodes when positioned on the body by the apparatus aggregately subtending an arc in the horizontal plane with respect to the patient's perineum, thereby encircling the perineum; and drive circuitry arranged to energise the electrodes to apply a muscular stimulation current which flows, when the one or more first electrodes are positioned externally on one side of the patient's body in the region of the pelvis and the one or more second electrodes are positioned externally on the other side of the patient's body in the region of the pelvis such that the electrodes when positioned on the body by the apparatus aggregately subtending an arc in the horizontal plane with respect to the patient's perineum, thereby encircling the perineum, laterally across the patient through the patient's pelvic floor from the one or more first electrodes to the one or more second electrodes. a plurality of electrodes (10, 12) including one or more first electrodes arranged to be applied externally to one side of the patient's body in the region of the pelvis and one or more second electrodes arranged to be applied externally to the other side of the patient's body in the region of the pelvis, the electrodes when positioned on the body by the apparatus aggregately subtending an arc in the horizontal plane with respect to the patient's perineum, thereby encircling the perineum; and drive circuitry arranged to energise the electrodes to apply a muscular stimulation current which flows, when the one or more first electrodes are positioned externally on one side of the patient's body in the region of the pelvis and the one or more second electrodes are positioned externally on the other side of the patient's body in the region of the pelvis such that the electrodes when positioned on the body by the apparatus aggregately subtending an arc in the horizontal plane with respect to the patient's perineum, thereby encircling the perineum, laterally across the patient through the patient's pelvic floor from the one or more first electrodes to the one or more second electrodes.
A method of making a weld filler metal for use in a welding process with a superalloy, the method comprising: enclosing a welding rod in a first foil layer; and sintering the welding rod and the first foil layer; wherein the welding rod comprises MarM247, IN738, R80, IN939, R142, R195, H188, H25, FSX414, RN2, or GTD111; wherein the first foil layer includes at least 1% by weight of at least one of boron, silicon, and germanium; wherein a composition of the weld filler metal includes between 0.1% by weight and 2.0% by weight of at least one of boron, silicon, and germanium; and wherein the first foil layer includes an adhesive layer. enclosing a welding rod in a first foil layer; and sintering the welding rod and the first foil layer; wherein the welding rod comprises MarM247, IN738, R80, IN939, R142, R195, H188, H25, FSX414, RN2, or GTD111; wherein the first foil layer includes at least 1% by weight of at least one of boron, silicon, and germanium; wherein a composition of the weld filler metal includes between 0.1% by weight and 2.0% by weight of at least one of boron, silicon, and germanium; and wherein the first foil layer includes an adhesive layer.