mhurhangee/ep-ind-claims huggingface dataset:
Drive system for movable wings of windows, doors, flaps or the like of structures, in particular buildings, wherein the drive system has a plurality of drive units and a monitoring device, wherein the drive units each have a drive means and a control unit, and wherein the control units are connected to one another and to the monitoring device via a control line, wherein the monitoring device and the control units can be programmed and each have an interface for connection to the control line and for transmitting and receiving data and a microcontroller, wherein the microcontrollers of the control units each have a microprocessor and a memory containing data and programs, wherein the respective microprocessor is configured to execute the respective programs for controlling the drive element, for data communication, for initialization and for evaluating the signals from other drive units, and wherein the control units have a program for generating and assigning a respective dedicated virtual user identification in the drive system and for registration and identification using this user identification at the monitoring device as well as a non-volatile memory for the virtual user identification.
A sleeveless energy absorbing rock bolt, a first end of the rock bolt being configured to facilitate the mixing of an anchoring composition and/or anchoring the rock bolt in the rock, characterised in that the rock bolt comprises manganese alloyed steel, the manganese content of the steel used to manufacture the rock bolt being in the range of 10% to 24%, the manganese alloyed steel being a transformation induced plasticity steel in which metastable austenite transforms to martensite during deformation of the steel, the rock bolt including two work hardened end regions (22, 16) defining a displacement zone therebetween, which, under the influence of a sudden dynamic load or static load, instantaneously debonds from the anchoring composition along the length of the displacement zone, wherein the displacement zone is a smooth bar region of the rock bolt which has not been work hardened, and in that the rock bolt exhibits, post the yield point thereof, under static load conditions, an increase in load capacity and elongation with a uniform reduction in diameter without necking or breaking along an entire displacement zone thereof until the break or fail point of the rock bolt is reached, wherein the work hardened end regions (22, 16) comprise the formation of one or more paddles at the first end to facilitate mixing of the anchoring composition and providing a larger surface area for bonding with the composition, and wherein a second end of the rock bolt is configured to receive a securing means for securing the second end of the rock bolt relative to the rock face.
A wall plate securing member(10,210,310) for securing a wall plate to a framework of a building to form an exterior wall thereof, the wall plate securing member(10,210,310) being formed from a metal plate and comprising: a fixing portion that is configured to be fixed to the framework; a supporting portion that projects from the fixing portion and that is configured to support the wall plate; a first engagement portion(11R,11L) that is disposed on the supporting portion and extends in a first direction and engages with the wall plate; a second engagement portion that is disposed on the supporting portion and extends in a second direction, which is opposite to the first direction, and that is configured to engage with the wall plate; a first contact portion(31,31A,31B,231,231A,231C) that is disposed in the first direction from the supporting portion and that is configured to contact a back surface of the wall plate; and a second contact portion that is disposed in the second direction from the supporting portion and that is configured to contact the back surface of the wall plate, characterized in that the second contact portion is formed in a folded portion extending from the fixing portion and the folded portion is folded in the same side as the supporting portion towards the supporting portion. a fixing portion that is configured to be fixed to the framework; a supporting portion that projects from the fixing portion and that is configured to support the wall plate; a first engagement portion(11R,11L) that is disposed on the supporting portion and extends in a first direction and engages with the wall plate; a second engagement portion that is disposed on the supporting portion and extends in a second direction, which is opposite to the first direction, and that is configured to engage with the wall plate; a first contact portion(31,31A,31B,231,231A,231C) that is disposed in the first direction from the supporting portion and that is configured to contact a back surface of the wall plate; and a second contact portion that is disposed in the second direction from the supporting portion and that is configured to contact the back surface of the wall plate, characterized in that the second contact portion is formed in a folded portion extending from the fixing portion and the folded portion is folded in the same side as the supporting portion towards the supporting portion.
A pharmaceutical composition comprising a therapeutically effective dose of lenvatinib esylate or tosylate and sodium carbonates, wherein the weight ratio of lenvatinib esylate or tosylate to sodium carbonates ranges from 1: 1.5 to 1:10.
Device for the online determination of the contents of a substance having a gamma-radiating isotope, wherein the device comprises at least one detector, which measures the natural gamma radiation of this isotope, characterized in that the device is arranged such as to carry out at the same location a measurement for determining the mass per unit area of the substance within the detection region of the detector or a representative partial region, wherein a gamma or X-ray radiating device is present, which is arranged such as to irradiate the substance, wherein the radiation transmitted through the substance impinges at least partially onto the detector, such that the detector also measures the transmitted radiation, and that differentiation means are present which are arranged such as to render distinguishable the intensity of the gamma radiation of the isotope and of the transmitted radiation measured by the detector.
A coolant composition comprising a glycol as a main ingredient, (a) 0.1 - 10 % by weight of at least one ingredient selected from the group consisting of alkyl benzoic acids, aliphatic dicarboxylic acid or their salts; (b) 0.01 - 2.0 % by weight of phosphate; (c) 0.01 - 0.5 % by weight of 2-phophonobutane-1,2, 4-tricarboxylic acid or its salt; and (d) 0.01 - 0.5 % by weight of at least one ingredient selected from the group consisting of polymers and copolymers of C 4 -C 6 unsaturated monoethylene dicarboxylic acid or their salts, polymers and copolymers of C 4 -C 6 unsaturated monoethylene monocarboxylic acid or their salts, and copolymers of the said C 4 -C 6 unsaturated monoethylene dicarboxylic acid or their salts and C 4 -C 6 unsaturated monoethylene monocarboxylic acid or their salts. (a) 0.1 - 10 % by weight of at least one ingredient selected from the group consisting of alkyl benzoic acids, aliphatic dicarboxylic acid or their salts; (b) 0.01 - 2.0 % by weight of phosphate; (c) 0.01 - 0.5 % by weight of 2-phophonobutane-1,2, 4-tricarboxylic acid or its salt; and (d) 0.01 - 0.5 % by weight of at least one ingredient selected from the group consisting of polymers and copolymers of C 4 -C 6 unsaturated monoethylene dicarboxylic acid or their salts, polymers and copolymers of C 4 -C 6 unsaturated monoethylene monocarboxylic acid or their salts, and copolymers of the said C 4 -C 6 unsaturated monoethylene dicarboxylic acid or their salts and C 4 -C 6 unsaturated monoethylene monocarboxylic acid or their salts.
Reconfigurable seating arrangement intended to be arranged in means of conveyance such as car, bus, rail-mounted car, trains, boat, ferry, tram and comprising a first frame section element, a second frame section element, a backrest part having an upper and a lower end, a seat part having an upper (2A 1) and a lower (2A 2) side, where said backrest part is connected with or is included in said first frame section element and said seat part is connected with or is included in said second frame section element, a connection and reconfiguration device being arranged to connect said first frame section element with said second frame section element in such a way that the seating arrangement can be reconfigured between a first functional state in which the first and the second frame section element are arranged in such a way in relation to each other that the upper side (2A 1) of the seat part and the backrest part form a seat having a backrest, and a second functional state wherein the first and second frame section elements are arranged in such a way in relation to each other that the lower part of the seat part (2A 2) forms an essentially vertical support to the rear side or the like of a wheelchair intended to be anchored adjacent to said seating arrangement, characterized in that said connection and reconfiguration device comprises a number of connection members (3 1, 3 1, 3 2, 3 3) one end of the respective connection members, via a respective first connection (4 1, 4 1, 4 2, 4 3), being connected with the lower end of said first frame section element and the other end of said respective connection members (3 1, 3 1, 3 2, 3 3), via a respective second connection (5 1, 5 1, 5 2, 5 3), being connected with said second frame section element, that said connection and reconfiguration device comprises a spring device (3 2) for facilitating reconfiguration at least from said first into said second functional state, and control and lifting members (3 1, 3 1, 3 3) for the control and lifting/lowering of said second frame section element upon reconfiguration from said first into said second functional state and vice versa, by activation of the spring device (3 3), the second frame section element, via the connection members (3 1, 3 1, 3 2, 3 3), being brought to be turned or rotate around or at said first (4 1, 4 1, 4 2, 4 3) and said second hinge connections (5 1, 5 1, 5 2, 5 3), and said control members (3 3) being formed to, upon reconfiguration, control the movement of the second frame section element or seat part in the vertical direction, and that, in said second functional state, the upper side of the seat part is essentially parallel to the backrest part, and that the seat part is displaced upward in relation to its position in said first functional state a distance that is determined by said control members (3 2), and that the reconfiguration, at least from said first into said second functional state, can be carried out by means of one hand grip.
An organic light emitting diode (OLED) display device, comprising a base substrate, an anode, a cathode and an organic functional layer, the anode, the cathode and the organic functional layer being formed on the base substrate, and the organic functional layer being located between the cathode and the anode, characterized in that the anode and/or the cathode comprises a topological insulator with a two-dimensional nanostructure, the topological insulator with the two-dimensional nanostructure is adhered on the base substrate by an adhesive layer, and the topological insulator comprises at least one selected from the group consisting of monolayer tin and a variant material of monolayer tin formed by surface-modifying or magnetic-doping the monolayer tin.
An angular sensor, comprising: a Coriolis vibratory gyroscope f resonator, capable of oscillating along: a first pair of normal n=1 modes (42, 46) comprising a first normal mode and a second normal mode; each of the first and second normal modes having one anti- nodal axis (100, 98); and a second pair of normal n=2 modes (56, 60) comprising a third normal mode and a fourth normal mode; each of the third and fourth normal modes (56, 60) having two anti- nodal axes (92, 96; 94, 90); a drive electrode and a sense electrode aligned along the anti- nodal axis (100, 98) of each of the first and second normal modes (42, 46); a drive electrode and a sense electrode aligned along a first anti-nodal axis (92, 96; 94, 90) of each of the third and fourth normal modes; and a pair of bias tune electrodes aligned with a second anti-nodal axis (92, 96; 94, 90) of one of the third and fourth normal modes; wherein the angular sensor does not comprise any drive or sense electrode aligned with said second anti-nodal axis. a Coriolis vibratory gyroscope f resonator, capable of oscillating along: a first pair of normal n=1 modes (42, 46) comprising a first normal mode and a second normal mode; each of the first and second normal modes having one anti- nodal axis (100, 98); and a second pair of normal n=2 modes (56, 60) comprising a third normal mode and a fourth normal mode; each of the third and fourth normal modes (56, 60) having two anti- nodal axes (92, 96; 94, 90); a drive electrode and a sense electrode aligned along the anti- nodal axis (100, 98) of each of the first and second normal modes (42, 46); a drive electrode and a sense electrode aligned along a first anti-nodal axis (92, 96; 94, 90) of each of the third and fourth normal modes; and a pair of bias tune electrodes aligned with a second anti-nodal axis (92, 96; 94, 90) of one of the third and fourth normal modes; wherein the angular sensor does not comprise any drive or sense electrode aligned with said second anti-nodal axis.
An orthodontic bracket for coupling an archwire with a tooth, comprising: a bracket body configured to be mounted to the tooth, the bracket body including an archwire slot being configured to receive the archwire therein, the archwire slot being defined at least in part by a base surface and opposed slot surfaces extending from the base surface; a slide member slidable relative to the archwire slot between an open position and a closed position, the slide member having a leading surface (100, 102) and, when the slide member is the closed position, a gap being formed between the leading surface (100, 102) and one of the opposed slot surfaces; and a resilient member coupled to and being slidable with the slide member, the resilient member being configured to engage a first portion of the bracket body when the slide member is in the opened position and a second portion of the bracket body different than the first portion of the bracket body when the slide member is in the closed position and being configured to impose a biasing force on the slide member in the direction of movement of the slide member toward the closed position and toward the archwire slot when the slide member is in the closed position. a bracket body configured to be mounted to the tooth, the bracket body including an archwire slot being configured to receive the archwire therein, the archwire slot being defined at least in part by a base surface and opposed slot surfaces extending from the base surface; a slide member slidable relative to the archwire slot between an open position and a closed position, the slide member having a leading surface (100, 102) and, when the slide member is the closed position, a gap being formed between the leading surface (100, 102) and one of the opposed slot surfaces; and a resilient member coupled to and being slidable with the slide member, the resilient member being configured to engage a first portion of the bracket body when the slide member is in the opened position and a second portion of the bracket body different than the first portion of the bracket body when the slide member is in the closed position and being configured to impose a biasing force on the slide member in the direction of movement of the slide member toward the closed position and toward the archwire slot when the slide member is in the closed position.
A developer supply container detachably mountable to a developer receiving apparatus including a driving gear and settable in the developer receiving apparatus by a setting operation including at least a rotation in a setting direction toward a developer supply position where a developer is supplied from said developer supply container to the developer receiving apparatus, said developer supply container comprising: a container body having an inner space configured to contain the developer; an opening provided in a peripheral portion of said developer supply container, said opening being configured to permit discharge of the developer in said container body to the developer receiving apparatus; a developer feeding member configured and positioned to feed the developer in said container body toward said opening by rotation thereof relative to said container body when said developer supply container is positioned at the developer supply position; and characterized by further comprising: a driving system (5, 6; 1000) configured and positioned to receive a rotating force from the driving gear rotating in a direction opposite to the setting direction to transmit the rotating force to said developer feeding member so that said developer feeding member is rotated in a direction opposite to the setting direction and a peripheral movement of said developer feeding member is upward adjacent to said opening which is laterally oriented. a container body having an inner space configured to contain the developer; an opening provided in a peripheral portion of said developer supply container, said opening being configured to permit discharge of the developer in said container body to the developer receiving apparatus; a developer feeding member configured and positioned to feed the developer in said container body toward said opening by rotation thereof relative to said container body when said developer supply container is positioned at the developer supply position; and characterized by further comprising: a driving system (5, 6; 1000) configured and positioned to receive a rotating force from the driving gear rotating in a direction opposite to the setting direction to transmit the rotating force to said developer feeding member so that said developer feeding member is rotated in a direction opposite to the setting direction and a peripheral movement of said developer feeding member is upward adjacent to said opening which is laterally oriented. a driving system (5, 6; 1000) configured and positioned to receive a rotating force from the driving gear rotating in a direction opposite to the setting direction to transmit the rotating force to said developer feeding member so that said developer feeding member is rotated in a direction opposite to the setting direction and a peripheral movement of said developer feeding member is upward adjacent to said opening which is laterally oriented.
A process operative in a period of less than 30 minutes time to convert uncooked, whole kernel corn into a masa for making comestible corn products such as tortillas, tortilla chips, tostadas and the like, characterized by the steps of: weighing a batch of kernels for treatment and conversion into masa by weighing means; moisturizing the surfaces of the kernels by means for moisturizing; removing portions of the pericarp and germ components of the kernels by de-germinator means; slicing the kernels into pre-milling particles by kernel cutting means; grinding the particles into flour with particle sizes under 50 microns by milling means; weighing a quantum of flour and a related quantum of lime by means for weighing and depositing the same into a shear force chamber means; combining with the flour and lime a related volume of water by means for combining; applying shear forces to the flour, lime and water to the extent of realizing a temperature rise in the range of 50 to 55 degrees Celsius within a time period of from 4 to 11 minutes wherein gelatinization occurs in the materials so as to develop a dough of masa; subjecting the masa dough to fragmentation forces thus developing individual masa pieces in a range of sizes approximating that of an apple to that of a melon; and rolling those masa pieces into sheet form for further processing into a comestible corn based product. weighing a batch of kernels for treatment and conversion into masa by weighing means; moisturizing the surfaces of the kernels by means for moisturizing; removing portions of the pericarp and germ components of the kernels by de-germinator means; slicing the kernels into pre-milling particles by kernel cutting means; grinding the particles into flour with particle sizes under 50 microns by milling means; weighing a quantum of flour and a related quantum of lime by means for weighing and depositing the same into a shear force chamber means; combining with the flour and lime a related volume of water by means for combining; applying shear forces to the flour, lime and water to the extent of realizing a temperature rise in the range of 50 to 55 degrees Celsius within a time period of from 4 to 11 minutes wherein gelatinization occurs in the materials so as to develop a dough of masa; subjecting the masa dough to fragmentation forces thus developing individual masa pieces in a range of sizes approximating that of an apple to that of a melon; and rolling those masa pieces into sheet form for further processing into a comestible corn based product.
An implantable device (100,200) for treating hypervolemia, comprising: an expandable chamber including a first semipermeable membrane; a rigid chamber coupled to the expandable chamber, the rigid chamber including a piston; a first valve in fluid communication with both the expandable chamber and the rigid chamber, the first valve having an open position to permit fluid flow between the expandable chamber and the rigid chamber; a second valve in fluid communication with the rigid chamber and an exterior of the implantable device (100,200), the second valve including a second semipermeable membrane, the second valve having an open position to permit fluid flow from the rigid chamber to the exterior of the implantable device (100,200); and an osmotic fluid having a higher osmotic concentration than bodily fluid, the osmotic fluid designed to absorb water from the bodily fluid through the first semipermeable membrane. an expandable chamber including a first semipermeable membrane; a rigid chamber coupled to the expandable chamber, the rigid chamber including a piston; a first valve in fluid communication with both the expandable chamber and the rigid chamber, the first valve having an open position to permit fluid flow between the expandable chamber and the rigid chamber; a second valve in fluid communication with the rigid chamber and an exterior of the implantable device (100,200), the second valve including a second semipermeable membrane, the second valve having an open position to permit fluid flow from the rigid chamber to the exterior of the implantable device (100,200); and an osmotic fluid having a higher osmotic concentration than bodily fluid, the osmotic fluid designed to absorb water from the bodily fluid through the first semipermeable membrane.
A pharmaceutical composition for use in dehydrating, atrophying and eliminating pathological tissues, comprising inorganic polymeric ferric salt composite or inorganic polymeric ferric salt composite and polyferric sulfate as its active ingredients, wherein said inorganic polymeric ferric salt composite is selected from a group consisting of poly-silicate ferric salts, and polyphosphate ferric salts and wherein said poly-silicate ferric salts are polymeric ferric sulfate silicate (PFSS) and/or polyferric silicate chloride (PFSC), and said polyphosphate ferric salts are polyphosphate ferric sulfates (PPFS).