mhurhangee/ep-ind-claims huggingface dataset:
An elevating patient bed, in particular in the form of a treatment bed or a surgical table, comprising a bed structure that can be raised and lowered by means of a lifting structure, wherein the lifting structure has a telescoping column with a stationary column structure having two guide columns, both of which have a cylindrical surface, are kept a distance apart from one another and are aligned in parallel with one another, also having a movable column structure that is linearly displaceable in relation to the former and having a lift drive that acts between the stationary column structure and the movable column structure, characterized in that the two guide columns are kept a distance apart from one another by means of a spacer element extending between the guide columns, essentially over the total height, forming a portion of the sliding blocks, each equipped with at least one sliding shell having essentially a half-shell shape and being guided slidingly on the guide columns, forming a part of the column structure.
A secondary battery module including a cell block in which a plurality of square batteries is layered, the secondary battery module comprising: - a pair of end plates (21, 31) arranged respectively facing one side (Df) and the other side (Dr) of the cell block In a layering direction; and - a pair of side frames (41, 51) arranged to respectively face one side (Wl) and the other side (Wr) in a cell width direction perpendicular to the layering direction of the cell block, one end portion being engaged with the end plate (21, 31) at the one side (Df) in the layering direction and the other end portion being engaged with the end plate (21, 31) at the other side (Dr) in the layering direction, at the one side (Wl) and the other side (Wr) in the cell width direction, and further including opening portions (42, 52) opening from the end plate (21, 31) at the one side (Df) in the layering direction to the end plate (21, 31) at the other side (Dr) in the layering direction; characterized in that: each of the end plates (21, 31) includes protrusion portions (22, 32) respectively protruding into the one side (Wl) and the other side (Wr) in the cell width direction, between the pair of side frames (41, 51), the opening portion of the side frame at the one side (Wl) in the cell width direction opens from the protrusion portion at the one side (Wr) in the cell width direction included in the end plate at the one side (Df) In the layering direction to the protrusion portion at the one side (Wl) in the cell width direction included in the end plate at the other side (Dr) in the layering direction, and the protrusion portions (22, 32) of the end plates (21, 31) at the one side (Wl) in the cell width direction are inserted into the opening portion, and the opening portion of the side frame at the other side (Wr) in the cell width direction opens from the protrusion portion at the other side (Wr) In the cell width direction included in the end plate at the one side (Df) in the layering direction, and the protrusion portion at the other side (Wr) in the cell width direction included in the end plate at the other side (Dr) in the layering direction, and is inserted into the protrusion portions (22, 32) of the end plates (21, 31) at the other side (Wr) in the cell width direction. - a pair of end plates (21, 31) arranged respectively facing one side (Df) and the other side (Dr) of the cell block In a layering direction; and - a pair of side frames (41, 51) arranged to respectively face one side (Wl) and the other side (Wr) in a cell width direction perpendicular to the layering direction of the cell block, one end portion being engaged with the end plate (21, 31) at the one side (Df) in the layering direction and the other end portion being engaged with the end plate (21, 31) at the other side (Dr) in the layering direction, at the one side (Wl) and the other side (Wr) in the cell width direction, and further including opening portions (42, 52) opening from the end plate (21, 31) at the one side (Df) in the layering direction to the end plate (21, 31) at the other side (Dr) in the layering direction;
A method for coordinating body devices for communication, wherein the method comprises: obtaining, by a mobile personal station, an identifier of a body device, and a location parameter which includes a parameter of a location of a user that carries the body device and an ambient parameter which relates to a parameter at the location of the user; obtaining, by the mobile personal station according to the identifier of the body device, a communication mode supported by the body device; determining, by the mobile personal station according to the location parameter and the ambient parameter that are of the user, a scenario of the user; determining, by the mobile personal station, a networking mode of the body device, meaning which communication mode is used to connect to the mobile device, according to the scenario and the communication mode supported by the body device, wherein the networking mode designates the communication mode that is used by the body device to connect to the mobile personal station; and establishing, by the mobile personal station, a connection to the body device according to the networking mode. obtaining, by a mobile personal station, an identifier of a body device, and a location parameter which includes a parameter of a location of a user that carries the body device and an ambient parameter which relates to a parameter at the location of the user; obtaining, by the mobile personal station according to the identifier of the body device, a communication mode supported by the body device; determining, by the mobile personal station according to the location parameter and the ambient parameter that are of the user, a scenario of the user; determining, by the mobile personal station, a networking mode of the body device, meaning which communication mode is used to connect to the mobile device, according to the scenario and the communication mode supported by the body device, wherein the networking mode designates the communication mode that is used by the body device to connect to the mobile personal station; and establishing, by the mobile personal station, a connection to the body device according to the networking mode.
A system for storage of energy and/or water, wherein said system comprises: - a watertight membrane being at least partly covered with soil or sand, - an inlet pipe connected to said membrane, wherein the system comprises a pump and an inlet pipe connected to the pump, said pump being configured to, in a first mode, pump water from an external reservoir (32, 60) not being part of any membrane of the system into the membrane, wherein the membrane is connected to a pipe (22, 24, 58), through which pressurised water inside the membrane, in another mode, can be drained from the membrane, wherein the system is arranged next to the external reservoir (32, 60), from which water can be pumped into the membrane, in a manner in which the total volume of water contained in system is increased, wherein the membrane comprises an upper portion and a bottom portion, wherein the upper portion and the bottom portion are attached to each other in an outer portion, characterised in that the outer portion is provided with a reinforcement structure, wherein the reinforcement structure in a non-filled configuration (C 1, C 2) comprises a structure provided with a number of arced portions (74, 76), wherein the geometry of said arced portions (74, 76) depends on the volume of the membrane. - a watertight membrane being at least partly covered with soil or sand, - an inlet pipe connected to said membrane,
A wave movement energy propulsion and recovery device comprising: - at least one floating structure (1; 100) - at least one keel movably mounted on the floating structure, in at least one sliding movement relative to said floating structure along a heave axis, characterised in that it includes at least one flap (3; 83, 8) connected by an articulated system (A1, A2, A3) on the one hand to the keel by a first pivoting connection and on the other hand to the floating structure, by a connecting element connected to the floating structure by a second pivoting connection and connected to the flap by a third pivoting connection, said flap being configured to be positioned under the surface of the water, arranged so as to follow the oscillations of said keel by oscillating rotation under the action of the wave movements, and to generate a propulsion force directed substantially toward the centre of gravity of said floating structure. - at least one floating structure (1; 100) - at least one keel movably mounted on the floating structure, in at least one sliding movement relative to said floating structure along a heave axis,
A S1P receptor modulator for use in preventing, inhibiting or treating Rett syndrome in a subject in need thereof, comprising administering to said subject a therapeutically effective amount of a S1P receptor modulator.
A method used in a Base Station, BS, in an LTE-A system for scheduling a User Equipment, UE, the method comprising determining four sets of uplink resources, which include a part of Control Channel Element, CCE, mapped dynamic Hybrid Automatic Repeat Request, HARQ, feedback resources reserved for the UE transmitting HARQ feedback to the BS by using PUCCH format 1a/1b, each set including two PUCCH format 1b with channel selection resources, wherein the part of CCE-mapped dynamic HARQ feedback resources are indicated by every two adjacent CCE indices allocated to the UE; selecting one of the four sets of uplink resources as candidate resources, which are available for the UE transmitting HARQ feedback to the BS by using PUCCH format 1b with channel selection; and transmitting to the UE an indication indicating the selected one of the four sets of uplink resources.
A process for producing a combination of two or more steviol glycosides, comprising: a) extraction of Stevia leaves with hot water at constant temperature, b) clarification of the crude extract, and c) separation of a combination of two or more steviol glycosides by chromatography wherein separation is accomplished by gradient elution with ethanol and water; wherein the process avoids the need for crystallization; and wherein the steviol glycosides are rebaudiosides D, I, O, M and/or N. a) extraction of Stevia leaves with hot water at constant temperature, b) clarification of the crude extract, and c) separation of a combination of two or more steviol glycosides by chromatography wherein separation is accomplished by gradient elution with ethanol and water; wherein the process avoids the need for crystallization; and wherein the steviol glycosides are rebaudiosides D, I, O, M and/or N.
A medium having an antenna pattern placed thereon and comprising: a base made of an insulating material; an antenna coil section including a conductor wound in a planar shape on the base; an inductance adjusting conductor pattern that is connected in parallel to a part of the conductor in the antenna coil section and that is for adjusting a resonant frequency of the antenna pattern to lower the resonant frequency by increasing an inductance value of the antenna patters, wherein the inductance adjusting conductor pattern includes a plurality of conductors (141, 142, 143) connected in parallel to a part of the antenna coil section such that an adjustment to increase the inductance value may be made by cutting off some or all of the plurality of conductors (141, 142, 143) partway at one or more trimming positions (144, 145, 146) of the inductance adjusting conductor pattern; a capacitor section connected to the antenna coil section wherein the capacitor section includes a capacitor and an adjusting capacitor for adjusting the resonant frequency by reducing a capacitance value of the adjusting capacitor, thereby raising the resonant frequency; characterized in that the medium further comprises: a magnetic sheet that is placed so as to overlap the base, and has a through hole (181, 182, 183) provided at a position that overlaps one of the trimming positions (144, 145, 146). a base made of an insulating material; an antenna coil section including a conductor wound in a planar shape on the base; an inductance adjusting conductor pattern that is connected in parallel to a part of the conductor in the antenna coil section and that is for adjusting a resonant frequency of the antenna pattern to lower the resonant frequency by increasing an inductance value of the antenna patters, wherein the inductance adjusting conductor pattern includes a plurality of conductors (141, 142, 143) connected in parallel to a part of the antenna coil section such that an adjustment to increase the inductance value may be made by cutting off some or all of the plurality of conductors (141, 142, 143) partway at one or more trimming positions (144, 145, 146) of the inductance adjusting conductor pattern; a capacitor section connected to the antenna coil section wherein the capacitor section includes a capacitor and an adjusting capacitor for adjusting the resonant frequency by reducing a capacitance value of the adjusting capacitor, thereby raising the resonant frequency; characterized in that the medium further comprises: a magnetic sheet that is placed so as to overlap the base, and has a through hole (181, 182, 183) provided at a position that overlaps one of the trimming positions (144, 145, 146). a magnetic sheet that is placed so as to overlap the base, and has a through hole (181, 182, 183) provided at a position that overlaps one of the trimming positions (144, 145, 146).
Method for the preparation of an organic/inorganic hybrid composition comprising mineral nanoparticles functionalized by at least one molecule chosen from photoluminescent charged organic molecules, this method comprising at least bringing into contact, in a monophasic solvent medium, of at least one photoluminescent charged organic molecule and non-swelling phyllosilicate nanoparticles having a thickness of 1 nm to 100 nm, and a larger dimension of 10 nm to 10 μm.
A method for the preparation of allyl-cobalt complexes having the general formula [Co(η 3 -C 3 H 4 -R1) 3] or [Co(η 3 -allyl-R1) 3] comprising the steps of a. reacting cobalt octacarbonyl Co 2 3 with a trialkylhydrosilane of the form 3 Si-H to a cobalt complex having the general formula [ 3 Si-Co 4]; b. reacting the resulting cobalt complex having the general formula [ 3 Si-Co 4] with an organic ester having the general formula R3-(CO 2 -Allyl-R1) x where X = 1, 2 or 3, to cobalt complex [Co(η 3 -C 3 H 4 -R1) 3], wherein R1 and R2 are independently hydrogen or alkyl and R3 is a C3 to C10 alkyl, cycloalkyl or aryl, which may be substituted or condensed with a C1 to C8 alkyl or cycloalkyl, and wherein in step b. a solvent which has a boiling point of more than 200°C at atmospheric pressure is used and wherein this solvent is squalene or the organic ester having the general formula R3-(CO 2 -allyl-R1) x. a. reacting cobalt octacarbonyl Co 2 3 with a trialkylhydrosilane of the form 3 Si-H to a cobalt complex having the general formula [ 3 Si-Co 4]; b. reacting the resulting cobalt complex having the general formula [ 3 Si-Co 4] with an organic ester having the general formula R3-(CO 2 -Allyl-R1) x where X = 1, 2 or 3, to cobalt complex [Co(η 3 -C 3 H 4 -R1) 3], wherein R1 and R2 are independently hydrogen or alkyl and R3 is a C3 to C10 alkyl, cycloalkyl or aryl, which may be substituted or condensed with a C1 to C8 alkyl or cycloalkyl, and wherein in step b. a solvent which has a boiling point of more than 200°C at atmospheric pressure is used and wherein this solvent is squalene or the organic ester having the general formula R3-(CO 2 -allyl-R1) x.
Navigation assistance method of a first carrier immobile with respect to a second carrier itself mobile in a reference system, the method comprising the following steps performed by the first carrier: - Receiving a navigation state in the reference system of the second carrier provided by the second carrier, - acquiring motion data of the first carrier by at least one proprioceptive sensor of the first carrier, characterized in that the method comprises the following step performed by the first carrier: - Estimating a navigational state of the first carrier by an invariant Kalman filter using the navigational state of the second carrier as observation data, wherein the navigational state of the first carrier comprises: ∘ first variables representative of a first rigid transformation linking a reference frame attached to the first carrier to the reference frame; and ∘ second variables representative of a second rigid transformation connecting a reference frame attached to the second carrier to the reference frame attached to the first carrier, and wherein the invariant Kalman filter uses as an internal composition law comprising a term-by-term composition of the first rigid transformation and the second rigid transformation. - Receiving a navigation state in the reference system of the second carrier provided by the second carrier, - acquiring motion data of the first carrier by at least one proprioceptive sensor of the first carrier, - Estimating a navigational state of the first carrier by an invariant Kalman filter using the navigational state of the second carrier as observation data, wherein the navigational state of the first carrier comprises: ∘ first variables representative of a first rigid transformation linking a reference frame attached to the first carrier to the reference frame; and ∘ second variables representative of a second rigid transformation connecting a reference frame attached to the second carrier to the reference frame attached to the first carrier, and ∘ first variables representative of a first rigid transformation linking a reference frame attached to the first carrier to the reference frame; and ∘ second variables representative of a second rigid transformation connecting a reference frame attached to the second carrier to the reference frame attached to the first carrier, and
Device for moving a leaf of a window, a door or the like relative to the frame of the window, door or the like, comprising at least two stay arms (2, 3), each comprising a deployment lever (4, 5) and a control lever (8, 9) rotatably connected to the deployment lever (4, 5), wherein the frame side end of each deployment lever (4, 5) is linearly moveable and rotatably mounted on a frame-side guide rail of the movement device, wherein the frame-side ends of the deployment levers (4,5) are connected to one another in a force transmitting manner by means of a rigidly formed connection element mounted to move linearly on the frame-side guide rail, characterised in that at least one X-shaped stay arm and at least one Y-shaped stay arm are provided, in that the leaf-side end of the control lever of the Y-shaped stay arm alone is rotatably connected with the deployment lever of the Y-shaped stay arm, wherein the leaf-side end of the deployment lever of the Y-shaped stay arm can be connected to the leaf so as to be rotatable in the movement direction alone, via a mounting block that can be fixed on the leaf, and wherein the leaf-side end of the control lever of the X-shaped stay arm is mounted on a guide nut formed on the leaf, by means of a sliding shoe, so as to be linearly moveable and rotatable.
Advanced system for the installation of lifting devices on hollow towers able to climb on wires, which is designed for two different positions which are: a resting position, in which the wires used by the lifting devices to climb on are kept inside the tower while they are not being used, and a maintenance position, in which the wires are outside the tower, allowing using the climbing lifting device; the advanced system comprises fixed parts including a turning roll, fixable in the inside of the lower part of the tower, which moves a rope linked to it when is activated, a pass-through device which is fixable at the outside of the top of the tower and a structural support placeable near the pass-through device at the outside of the tower and the system comprises mobile elements including wires, for the lifting device to climb, which have wire terminals in one of their ends, linked to the rope, and a counterweight in the other end; in the resting position the rope is completely rolled around the turning roll, the wire terminals are at the ground level and the counterweight is in contact with the bottom part of the structural support, and at the maintenance position the rope is unrolled from the turning roll and the wire terminals are in contact with the top surface of the structural support and the counterweight is at the ground level and in said position the lifting device is attached to the wires.
A component for a turbine engine, said component comprising: a substrate comprising a first surface, a recess being defined in the first surface; an insert coupled to said substrate proximate said substrate first surface, the shape of said insert being complementary to a shape of said recess; a micro-channel defined by a first channel wall formed in said substrate and a second channel wall formed by at least one coating disposed on said substrate first surface; and an inlet opening defined in flow communication with said micro-channel, said inlet opening defined by a first inlet wall formed in said substrate and a second inlet wall defined by said insert, and a transition region disposed between, and defined in flow communication with, said micro-channel and said inlet opening and being at least partially defined by a first transition wall formed in said substrate and a second transition wall formed by said insert. a substrate comprising a first surface, a recess being defined in the first surface; an insert coupled to said substrate proximate said substrate first surface, the shape of said insert being complementary to a shape of said recess; a micro-channel defined by a first channel wall formed in said substrate and a second channel wall formed by at least one coating disposed on said substrate first surface; and an inlet opening defined in flow communication with said micro-channel, said inlet opening defined by a first inlet wall formed in said substrate and a second inlet wall defined by said insert, and a transition region disposed between, and defined in flow communication with, said micro-channel and said inlet opening and being at least partially defined by a first transition wall formed in said substrate and a second transition wall formed by said insert.