mhurhangee/patent-ind-claim-en huggingface dataset:
A drive unit for driving a passive element relative to an active element , wherein the active element comprises a resonator and at least one excitation means for exciting oscillations in the resonator , the resonator comprising at least two arms extending from a connection region of the resonator at the same side of the connection region , the resonator and the arms extending in parallel to a reference plane , each of the arms comprising, at an outer end of the arm, a contact element , the contact elements being movable by way of oscillating movements of the arms , the passive element being arranged to be driven and moved relative to the active element by way of these oscillating movements; the passive element comprises contact areas , each contact area being arranged to be in contact with a respective one of the contact elements ; wherein each of the arms comprises, at the outer end of the arm, a protrusion extending in a first direction, the first direction being inward, toward the other arm or outward, away from the other arm, and on at least one of the arms , the respective contact element arranged at the arm's outer end extends in a second direction, the second direction being opposite to the first direction characterised in that, for each of the arms , the stiffness of the arm with respect to rotation around an axis normal to the reference plane, has a minimum value at a location of the arm that along the length of the arm is inward of an end section of the arm comprising the respective protrusion . a resonator and at least one excitation means for exciting oscillations in the resonator , the resonator comprising at least two arms extending from a connection region of the resonator at the same side of the connection region , the resonator and the arms extending in parallel to a reference plane , each of the arms comprising, at an outer end of the arm, a contact element , the contact elements being movable by way of oscillating movements of the arms , the passive element being arranged to be driven and moved relative to the active element by way of these oscillating movements; the passive element comprises contact areas , each contact area being arranged to be in contact with a respective one of the contact elements ; wherein each of the arms comprises, at the outer end of the arm, a protrusion extending in a first direction, the first direction being inward, toward the other arm or outward, away from the other arm, and on at least one of the arms , the respective contact element arranged at the arm's outer end extends in a second direction, the second direction being opposite to the first direction characterised in that, for each of the arms , the stiffness of the arm with respect to rotation around an axis normal to the reference plane, has a minimum value at a location of the arm that along the length of the arm is inward of an end section of the arm comprising the respective protrusion .
A composition for use in a method of treating a glioma or glioblastoma tumor in a mammal, said composition comprising: at least 1.0 × 10 8 viral particles per cycle of vector administration comprising a polynucleotide encoding an ecdysone receptor-based gene switch, wherein said polynucleotide comprises: at least one transcription factor sequence which is operably linked to a promoter, wherein said at least one transcription factor sequence encodes a ligand-dependent transcription factor, and a polynucleotide, encoding an immunomodulator protein at least 85% identical to IL-12p70, operably linked to a promoter which is activated by said ligand-dependent transcription factor; and wherein said method comprises administering said composition and a dose of about 5 to about 100 mg daily of a diacylhydrazine ligand concurrently or in any order, wherein said diacylhydrazine ligand activates said ligand-dependent transcription factor. at least 1.0 × 10 8 viral particles per cycle of vector administration comprising a polynucleotide encoding an ecdysone receptor-based gene switch, wherein said polynucleotide comprises: at least one transcription factor sequence which is operably linked to a promoter, wherein said at least one transcription factor sequence encodes a ligand-dependent transcription factor, and a polynucleotide, encoding an immunomodulator protein at least 85% identical to IL-12p70, operably linked to a promoter which is activated by said ligand-dependent transcription factor; and at least one transcription factor sequence which is operably linked to a promoter, wherein said at least one transcription factor sequence encodes a ligand-dependent transcription factor, and a polynucleotide, encoding an immunomodulator protein at least 85% identical to IL-12p70, operably linked to a promoter which is activated by said ligand-dependent transcription factor; and wherein said method comprises administering said composition and a dose of about 5 to about 100 mg daily of a diacylhydrazine ligand concurrently or in any order, wherein said diacylhydrazine ligand activates said ligand-dependent transcription factor.
A method performed by a wireless communication device for resuming a connection after being suspended to a dormant state while the wireless communication device was operating in dual connectivity with a Master Cell Group, MCG, with a first network node and a Secondary Cell Group, SCG, with a second network node, the method comprising: receiving a connection resume message with an indication to restore the SCG of the wireless communication device , the connection resume message comprising information that is mandatory when the connection resume message comprises an indication to restore the SCG, where the information that is mandatory comprises reconfigurationWithSync for an SCG or mobilityControlInfoSCG; and restoring the SCG in accordance with the connection resume message. receiving a connection resume message with an indication to restore the SCG of the wireless communication device , the connection resume message comprising information that is mandatory when the connection resume message comprises an indication to restore the SCG, where the information that is mandatory comprises reconfigurationWithSync for an SCG or mobilityControlInfoSCG; and restoring the SCG in accordance with the connection resume message.
A covering device for covering simultaneously sample containers formed in a reaction vessel , in particular of recesses in PCR plates or microtiter plates, wherein the covering device is configured to tightly seal the sample containers of the reaction vessel simultaneously for a desired time, the covering device comprising: a flat main body having an inside and an outside , at least one planar sealing element arranged on the main body and connected to the main body , wherein the at least one sealing element is arranged on the inside of the main body , and wherein the main body comprises two parallel longitudinal sides and two parallel transversal sides , an edge segment , which runs along the periphery of the main body and extends from the outside in the direction of the inside and beyond the inside, characterized by a plurality of spring elements (22, 24; 124; 222) arranged on the main body , which are arranged along the longitudinal sides and/or along the transversal sides , wherein the spring elements (22, 24; 124; 222) are formed in such a way that the covering device is supportable by means of the spring elements (22, 24; 124; 222), when the spring elements are in a relaxed state, on a surface of a reaction vessel to be covered facing the covering device under formation of an intermediate space between the sealing element and the surface , wherein the spring elements (22, 24; 124; 222) are formed such that in a strained state the sealing element rests on the surface of the covered reaction vessel , in order to tightly seal the sample containers that are arranged in the sampling vessel. a flat main body having an inside and an outside , at least one planar sealing element arranged on the main body and connected to the main body , wherein the at least one sealing element is arranged on the inside of the main body , and wherein the main body comprises two parallel longitudinal sides and two parallel transversal sides , an edge segment , which runs along the periphery of the main body and extends from the outside in the direction of the inside and beyond the inside, characterized by a plurality of spring elements (22, 24; 124; 222) arranged on the main body , which are arranged along the longitudinal sides and/or along the transversal sides , wherein the spring elements (22, 24; 124; 222) are formed in such a way that the covering device is supportable by means of the spring elements (22, 24; 124; 222), when the spring elements are in a relaxed state, on a surface of a reaction vessel to be covered facing the covering device under formation of an intermediate space between the sealing element and the surface , wherein the spring elements (22, 24; 124; 222) are formed such that in a strained state the sealing element rests on the surface of the covered reaction vessel , in order to tightly seal the sample containers that are arranged in the sampling vessel.
Apparatus , the apparatus comprising: a holding chamber holding a base member thereinside, to form a space uniformly applying a pressure onto the surface of the base member ; a fluid supplying module connected to the holding chamber and supplying a fluid (F) into the holding chamber so that the fluid (F) supplied into the holding chamber applies the pressure uniformly on the surface of the base member , or a fluid suction module connected to the holding chamber and evacuating a fluid (F) inside of the holding chamber so that the fluid (F) inside of the holding chamber is evacuated and the holding chamber shrinks to apply the pressure uniformly on the surface of the base member ; and a pair of ports between the inner portion and the outer portion of the holding chamber connecting micro-channels (C) in the base member to the outside of the holding chamber , and the base member comprising a first base member having a plurality of concave portions and a plurality of convex portions, and a second base member covering and enclosing the concave portions of the first base member to form said micro-channels (C) so that the base member is uniformly pressurizable, and the first and the second base member are combined with each other by the uniform pressure and are easily detachable for repairing or maintaining. a holding chamber holding a base member thereinside, to form a space uniformly applying a pressure onto the surface of the base member ; a fluid supplying module connected to the holding chamber and supplying a fluid (F) into the holding chamber so that the fluid (F) supplied into the holding chamber applies the pressure uniformly on the surface of the base member , or a fluid suction module connected to the holding chamber and evacuating a fluid (F) inside of the holding chamber so that the fluid (F) inside of the holding chamber is evacuated and the holding chamber shrinks to apply the pressure uniformly on the surface of the base member ; and a pair of ports between the inner portion and the outer portion of the holding chamber connecting micro-channels (C) in the base member to the outside of the holding chamber , and the base member comprising a first base member having a plurality of concave portions and a plurality of convex portions, and a second base member covering and enclosing the concave portions of the first base member to form said micro-channels (C) so that the base member is uniformly pressurizable, and the first and the second base member are combined with each other by the uniform pressure and are easily detachable for repairing or maintaining. a first base member having a plurality of concave portions and a plurality of convex portions, and a second base member covering and enclosing the concave portions of the first base member to form said micro-channels (C) so that the base member is uniformly pressurizable, and the first and the second base member are combined with each other by the uniform pressure and are easily detachable for repairing or maintaining.
A fiber structure comprising an elastic polyurethane yarn, wherein the elastic polyurethane yarn comprises: 0.5 to 10% by mass of a cationic high-molecular-weight compound A having a number-average molecular weight of 2000 or more; and an inorganic chlorine deterioration inhibitor B, a mass ratio of the cationic high-molecular-weight compound A to the inorganic chlorine deterioration inhibitor B ranges from 0.3 to 3, a silicone oil is applied to the elastic polyurethane yarn, and the fiber structure is treated with water repellent finishing, wherein the ratio of fluorine (F) to carbon (C) on the elastic polyurethane yarn of the fiber structure is 0.030 or more in an elemental mass concentration as measured according to scanning electron microscope - energy dispersive X-ray spectroscopy (SEM-EDX) under the conditions defined for determination of Elemental Mass Concentration in the Examples. 0.5 to 10% by mass of a cationic high-molecular-weight compound A having a number-average molecular weight of 2000 or more; and an inorganic chlorine deterioration inhibitor B, a mass ratio of the cationic high-molecular-weight compound A to the inorganic chlorine deterioration inhibitor B ranges from 0.3 to 3, a silicone oil is applied to the elastic polyurethane yarn, and the fiber structure is treated with water repellent finishing, wherein the ratio of fluorine (F) to carbon (C) on the elastic polyurethane yarn of the fiber structure is 0.030 or more in an elemental mass concentration as measured according to scanning electron microscope - energy dispersive X-ray spectroscopy (SEM-EDX) under the conditions defined for determination of Elemental Mass Concentration in the Examples.
Device for plasma treatment of surfaces , in particular of skin, comprising - a housing - a plasma source associated with the housing , and - at least one spacer device , by means of which a distance (d) between the plasma source and a surface being treated can be maintained at least in certain regions, wherein - the plasma source comprises two electrodes , wherein - the housing comprises the two electrodes , wherein - the spacer device is provided on the housing and/or the plasma source , wherein - the spacer device is configured to be adjustable in such a way that - the distance (d) can be varied by means of the spacer device in such a way that a preferred plasma chemistry can be selected at the location of the surface being treated, wherein - a distance of 4 to 30 mm can be set by means of the spacer device . - a housing - a plasma source associated with the housing , and - at least one spacer device , by means of which a distance (d) between the plasma source and a surface being treated can be maintained at least in certain regions, wherein - the plasma source comprises two electrodes , wherein - the housing comprises the two electrodes , wherein - the spacer device is provided on the housing and/or the plasma source , wherein - the spacer device is configured to be adjustable in such a way that - the distance (d) can be varied by means of the spacer device in such a way that a preferred plasma chemistry can be selected at the location of the surface being treated, wherein - a distance of 4 to 30 mm can be set by means of the spacer device .
A system for stimulation of a nucleus basalis of Meynert, NBM, of a patient, the system comprising: an implantable electrical stimulation lead comprising a plurality of electrodes and configured for implantation of at least one of the electrodes adjacent to or within the NBM of the patient; and an implantable pulse generator coupleable to the implantable electrical stimulation lead and configured for delivering electrical stimulation to the NBM through at least one of the electrodes of the implantable electrical stimulation lead, the implantable pulse generator comprising at least one processor configured to, upon user request, initially deliver a relatively low level of stimulation and to increase the level of stimulation during an initial period, which is at least 1 month in duration and has a start and an end, wherein the increase of the level of stimulation comprises an increase over time of at least one of a duration of a stimulation period or an amplitude of the electrical stimulation from an initial value at the start of the initial period to a final value at the end of the initial period. an implantable electrical stimulation lead comprising a plurality of electrodes and configured for implantation of at least one of the electrodes adjacent to or within the NBM of the patient; and an implantable pulse generator coupleable to the implantable electrical stimulation lead and configured for delivering electrical stimulation to the NBM through at least one of the electrodes of the implantable electrical stimulation lead, the implantable pulse generator comprising at least one processor configured to, upon user request, initially deliver a relatively low level of stimulation and to increase the level of stimulation during an initial period, which is at least 1 month in duration and has a start and an end, wherein the increase of the level of stimulation comprises an increase over time of at least one of a duration of a stimulation period or an amplitude of the electrical stimulation from an initial value at the start of the initial period to a final value at the end of the initial period.
A laser irradiation apparatus which comprises a condensing optical system for condensing a laser beam (B) generated by a laser oscillator at a predetermined focal point (FP), a deflection optical system for deflecting the laser beam (B) generated from the condensing optical system with a predetermined deflection angle, and a driving means for rotationally driving the deflection optical system around a rotation axis provided substantially in parallel to an optical axis of the condensing optical system , wherein the driving means has an air motor which converts an energy possessed by a gas supplied from a gas supplying source into a rotational force, characterized in that the apparatus has an air guiding means for guiding the exhaust of the air motor to an optical element contained in at least one of the deflection optical system and the condensing optical system . a condensing optical system for condensing a laser beam (B) generated by a laser oscillator at a predetermined focal point (FP), a deflection optical system for deflecting the laser beam (B) generated from the condensing optical system with a predetermined deflection angle, and a driving means for rotationally driving the deflection optical system around a rotation axis provided substantially in parallel to an optical axis of the condensing optical system , wherein the driving means has an air motor which converts an energy possessed by a gas supplied from a gas supplying source into a rotational force, characterized in that the apparatus has an air guiding means for guiding the exhaust of the air motor to an optical element contained in at least one of the deflection optical system and the condensing optical system .
A phase shifter, comprising: a shielding member, and an adjustable dielectric layer arranged in a shielding space formed by the shielding member, wherein the shielding member comprises a first shielding plate and a second shielding plate which are made of metal plates or printed circuit boards, PCBs, and the first shielding plate and the second shielding plate form the shielding space, wherein the adjustable dielectric layer comprises a line layer and a dielectric member ; the line layer comprises a feed circuit and a first supporting plate comprising an empty slot arranged corresponding to the feed circuit to form an air strip line; the dielectric member is inserted into the empty slot; and a dielectric constant of the feed circuit is changed by controlling a depth of the dielectric member inserted into the empty slot; wherein the depth is an insertion lengths in a longitudinal direction of the empty slot. a shielding member, and an adjustable dielectric layer arranged in a shielding space formed by the shielding member, wherein the shielding member comprises a first shielding plate and a second shielding plate which are made of metal plates or printed circuit boards, PCBs, and the first shielding plate and the second shielding plate form the shielding space, wherein the adjustable dielectric layer comprises a line layer and a dielectric member ; the line layer comprises a feed circuit and a first supporting plate comprising an empty slot arranged corresponding to the feed circuit to form an air strip line; the dielectric member is inserted into the empty slot; and a dielectric constant of the feed circuit is changed by controlling a depth of the dielectric member inserted into the empty slot; wherein the depth is an insertion lengths in a longitudinal direction of the empty slot.
Rear door of bodies of trucks or truck trailers, having at least one door leaf which is hinged to the body so as to be pivotable about at least one vertical door shaft provided in the corner region of the body , with a support frame being pivotably hinged about a vertical frame shaft , preferably in the region of the main closing edge of the door leaf , which frame extends in the horizontal direction substantially to the lateral outer wall , and, in this lateral region, a projection being formed over at least a part of the height of said region, which projection, when the rear door is closed and in running order, engages in a congruent, groove-shaped recess on the body or a component connected thereto, characterised in that the recess is provided in the region of the door shaft .