mhurhangee/ep-ind-claims huggingface dataset:
A rocket vehicle comprising: a fuselage; a main thruster coupled to the fuselage, wherein the main thruster provides forward thrust to the rocket vehicle; an attitude control system that includes pairs of attitude control thrusters for providing roll moments in opposite directions; and a controller operatively coupled to the attitude control system and the main thruster; characterized in that the main thruster is a vector control thruster that allows variation in thrust direction of the main thruster; and the controller changes the thrust direction of the main thruster to compensate for the lateral moment created when developing the roll moment by using only one attitude control thruster of the one of the pairs of attitude control thrusters. a fuselage; a main thruster coupled to the fuselage, wherein the main thruster provides forward thrust to the rocket vehicle; an attitude control system that includes pairs of attitude control thrusters for providing roll moments in opposite directions; and a controller operatively coupled to the attitude control system and the main thruster;
A tool battery comprising a battery housing (32, 34) having a battery cell accommodation chamber defined therein, the battery cell accommodation chamber being configured to accommodate battery cells, wherein the battery housing (32, 34) comprises a housing body having an upper opening and receiving the battery cells therein and a lid for closing the upper opening of the housing body, and a hook mounted to the battery housing (32, 34) and movable between a lock position for locking the battery housing (32, 34) against a tool body of a power tool and a lock release position for releasing the battery housing (32, 34) from being locked against the tool body, characterized in that the tool battery further comprises a hook accommodation member mounted within the battery housing (32, 34) and defining at least a part of a hook accommodation chamber for accommodating the hook, the hook accommodation member is a separate member from the battery housing (32, 34) and is fitted into the battery housing (32, 34), and a shape of the hook accommodation member as viewed from a lateral side substantially conforms to a shape of the hook as viewed from the same direction.
A plating processing apparatus in which a plating object is immersed in a plating solution to form a plating layer on a surface of the plating object, the plating processing apparatus comprising: a plating tank containing the plating solution; a power supply roller configured to be rotated while supplying electric power to the plating object, and to convey the plating object to be immersed into the plating solution contained in the plating tank and then moved to outside of the plating solution; an anode case disposed inside the plating tank and held in electrical contact with the plating solution contained in the plating tank; a control panel configured to control electric power supplied to the power supply roller and the anode case; a first busbar electrically connecting the power supply roller and the control panel; and a second busbar electrically connecting the anode case and the control panel, wherein the first busbar and the second busbar are each constituted by a plurality of busbar members each of which includes a copper-made base member and a titanium-made coating layer covering a surface of the base member, the first busbar and the second busbar include a first connection portion in which the busbar members are connected to each other and a second connection portion in which the busbar member is connected to the power supply roller, the anode case, or the control panel, characterized in that a portion of the busbar member other than the first connection portion and the second connection portion includes a gap which is a spacing distance between a surface of the copper-made base member and a surface of the titanium-made coating layer. a plating tank containing the plating solution; a power supply roller configured to be rotated while supplying electric power to the plating object, and to convey the plating object to be immersed into the plating solution contained in the plating tank and then moved to outside of the plating solution; an anode case disposed inside the plating tank and held in electrical contact with the plating solution contained in the plating tank; a control panel configured to control electric power supplied to the power supply roller and the anode case; a first busbar electrically connecting the power supply roller and the control panel; and a second busbar electrically connecting the anode case and the control panel, wherein the first busbar and the second busbar are each constituted by a plurality of busbar members each of which includes a copper-made base member and a titanium-made coating layer covering a surface of the base member, the first busbar and the second busbar include a first connection portion in which the busbar members are connected to each other and a second connection portion in which the busbar member is connected to the power supply roller, the anode case, or the control panel, characterized in that a portion of the busbar member other than the first connection portion and the second connection portion includes a gap which is a spacing distance between a surface of the copper-made base member and a surface of the titanium-made coating layer.
Nitric oxide for use in the treatment of pulmonary arterial hypertension in a patient, wherein the patient is being treated with a prostanoid, and wherein the use comprises administering the nitric oxide by inhalation to the patient; and the use further comprises: a) monitoring an at least one indicator of hemodynamics of the patient before and after administering the nitric oxide to a patient; and/or b) calculating a change in the at least one indicator of the hemodynamics of the patient between before the nitric oxide was administered and after the nitric oxide was administered; in order to determine whether the patient has an enlarged right ventricle or right ventricular dysfunction;and weaning the patient off the prostanoid if the patient does not have an enlarged right ventricle or right ventricular dysfunction; wherein the prostanoid is prostacyclin, epoprostenol, trepostinil, iloprost or beraprost. a) monitoring an at least one indicator of hemodynamics of the patient before and after administering the nitric oxide to a patient; and/or b) calculating a change in the at least one indicator of the hemodynamics of the patient between before the nitric oxide was administered and after the nitric oxide was administered; in order to determine whether the patient has an enlarged right ventricle or right ventricular dysfunction;and
A cover member comprising: a case on at least a portion of which a material pattern is formed; a color layer formed on top of the material pattern provided on the case; and a Smooth Feel "SF" coating layer on the color layer, wherein the Smooth Feel SF coating layer is transparent, characterized in that the material pattern is formed on an outer side of the case; the color layer is disposed between the Smooth Feel SF coating layer and the outer side of the case, and the color layer comprises a marked portion that is at least partially marked different from the material pattern and visually exposed. a case on at least a portion of which a material pattern is formed; a color layer formed on top of the material pattern provided on the case; and a Smooth Feel "SF" coating layer on the color layer, wherein the Smooth Feel SF coating layer is transparent, characterized in that the material pattern is formed on an outer side of the case; the color layer is disposed between the Smooth Feel SF coating layer and the outer side of the case, and the color layer comprises a marked portion that is at least partially marked different from the material pattern and visually exposed.
A variant carboxylic acid reductase polypeptide comprising an amino acid sequence having at least 85% sequence identity to the wild-type CAR polypeptide of SEQ ID NO: 7 and having at least one amino acid substitution selected from the group consisting of S3R, D18R, D18L, D18T, D18P, E20V, E20S, E20R, S22R, S22N, S22G, L80R, R87G, R87E, V191S, F288R, F288S, F288G, Q473L, Q473W, Q473Y, Q473I, Q473H, A535S, D750A, R827C, R827A, I870L, R873S, V926A, V926E, S927K, S927G, M930K, M930R and L1128W, wherein expression of said variant CAR polypeptide in a recombinant host cell results in a higher titer of fatty alcohol compositions as compared to a recombinant host cell expressing the wild-type polypeptide of SEQ ID NO: 7.
Pressure reducing valve having a valve housing which extends in the direction of a longitudinal axis and consists of a valve lower part, through which a fluid can flow, and which can be connected to a fluid line via an inflow-side inlet connection and via an outflow-side outlet connection and, in a valve space on the through-flow side, comprises a valve insert which has a flow control mechanism having a closing element and a sealing ring, and of a valve upper part, which is in particular made of plastics material and comprises an adjustment space having parts of an adjusting mechanism for acting on the flow control mechanism, a flexible diaphragm being inserted in a connection region between the valve upper part and the valve lower part in a plane orthogonal to the longitudinal axis, which diaphragm fluidically separates the adjustment space from the valve space and is covered on the adjustment-space side by a rigid diaphragm disc, which supports a spring, up to a radially external diaphragm ring region and is connected by means of a central valve tappet to the closing element, characterized in that an abutment arrangement is arranged as a stop for the diaphragm disc in a transition region extending axially in the connection region between the valve upper part and the valve lower part in the adjustment space, in a plane extending orthogonally to the longitudinal axis and spaced axially apart from the diaphragm disc toward the valve upper part, when a sealing edge of the closing element is brought to press against a sealing surface in a sealing manner.
LED built-in module consisting of - an LED unit, - a cooling element thermally coupled with the LED unit, wherein a structurally united assemble of LED unit and cooling element is attached to it via a retaining element mountable in a built-in opening of a board, and the retaining element is a spring formed by two spring legs and a cross bridge, and there is a central clearance in the cross bridge, characterized in that tongues project from the clearance which are tilted in such a way that they are suitable for digging into a built-in opening, wherein the retaining element is arrested in the board via a press-in ring which reaches through the central clearance and acts on the tongues with a pressing force. - an LED unit, - a cooling element thermally coupled with the LED unit, wherein a structurally united assemble of LED unit and cooling element is attached to it via a retaining element mountable in a built-in opening of a board, and the retaining element is a spring formed by two spring legs and a cross bridge, and there is a central clearance in the cross bridge, characterized in that tongues project from the clearance which are tilted in such a way that they are suitable for digging into a built-in opening, wherein the retaining element is arrested in the board via a press-in ring which reaches through the central clearance and acts on the tongues with a pressing force.
A pharmaceutical composition for use in a method of treating or preventing metabolic syndromes comprising i) a peptide comprising the amino acid sequence of SEQ ID NO: 20 or 37 and ii) an insulinotropic peptide, wherein the peptide comprising the amino acid sequence of SEQ ID NO: 20 or 37 is in the form of a long-acting conjugate, to which a biocompatible material capable of increasing in vivo half-life of the peptide is linked, and the insulinotropic peptide is in the form of a long-acting conjugate, to which a biocompatible material capable of increasing in vivo half-life of the insulinotropic peptide is linked.
A polypeptide for use in a method of treating tumor caused by EB virus, wherein the polypeptide is formed by operable linkage of a mutant polypeptide of colicin which can form ion channels with a polypeptide of anti-EB virus antibody or a polypeptide of anti-EB virus antibody mimetics, wherein the mutant polypeptide of colicin which can form ion channels is obtained by mutation of amino acid residues of G11A, H22G, A26G, V31L, and H40D to peptide chain of wild-type colicin Ia, the amino acid sequence of the polypeptide of anti-EB virus antibody is the same as the polypeptide of monoclonal antibody secreted by hybridoma of ATCC HB-168, and wherein the polypeptide of antibody mimetics is a connected peptide of CDR1 region of heavy chain, linking peptide segment of CDR1-CDR2 of heavy chain and CDR3 of light chain of anti-EB virus antibody secreted by hybridoma of ATCC HB-168.
Assembly comprising: - a motor vehicle body, with this body including an underbody comprising a front floor, laterally delimited by two longitudinal members, and a rear floor, raised with respect to the front floor, and connected thereto by a beaded board; - at least one second-row seat comprising a front plate for securing to the body; the assembly comprises a cross member secured to each one of its ends on a longitudinal member characterised in that - the front plate is situated opposite the front floor and near the beaded board; - the cross member extending above and at a distance from the floor, with the front plate being secured on the cross member. - a motor vehicle body, with this body including an underbody comprising a front floor, laterally delimited by two longitudinal members, and a rear floor, raised with respect to the front floor, and connected thereto by a beaded board; - at least one second-row seat comprising a front plate for securing to the body; the assembly comprises a cross member secured to each one of its ends on a longitudinal member characterised in that - the front plate is situated opposite the front floor and near the beaded board; - the cross member extending above and at a distance from the floor, with the front plate being secured on the cross member.
A method of forming a sputter target comprising rotary axial forging of an ingot derived preform, such as a billet, rod, or cylinder, to the shape and size of said sputter target, wherein said rotary axial forging has an upper platen which rotates at a speed of 30 rpms to 300 rpms during said rotary axial forging step and wherein the amount of pressure or force applied by the rotary axial forging is from 50 to 700 tons (490 to 6865 kN).
Auditory ossicle prosthesis (10; 20; 30; 50) which is designed to replace or bridge at least one element of the human auditory ossicular chain, comprising an elongated, sound-transmitting prosthesis body (13; 23; 33; 53) having at one end a first coupling element (11; 21; 31; 51) which is configured as a top plate (11; 21; 31) for contact of the prosthesis with the tympanic membrane or as a clip for mechanical connection to a member of the ossicular chain, in particular to the incus or to the malleus, or as a connecting piece for sound-transmitting connection to an actuator end piece of an active hearing implant, wherein the prosthesis body (13; 23; 33; 53) has at its other end a second coupling element (12; 22; 32; 52) for mechanical connection to a further member or parts of a member of the ossicular chain, or directly to the inner ear, characterised in that the first coupling element (11; 21; 51) and/or the second coupling element (32; 52) and/or the prosthesis body has a marking device which comprises at least three raised marking bodies (14; 24; 34"; 54a', 54b', 54") which are spaced from one another and are arranged on an outer surface of the first coupling element (11; 21; 51) and/or of the second coupling element (32; 52) and/or of the prosthesis body, in that at least three of the raised marking bodies (14; 24; 34"; 54") are arranged in an azimuthally uniform manner around the longitudinal axis of the prosthesis body (13; 23; 33; 53), and in that the marking bodies (14; 24; 34"; 54a', 54b', 54") are designed such that, as a result of their geometrical configurations and/or their material properties, they are clearly recognisable post-operatively, separately from one another, on MR (magnetic resonance) images or on CT (computer tomography) images in an implanted state of the auditory ossicle prosthesis in the middle ear of a patient, can be unambiguously allocated, and make possible, through their previously known relative positions in or on the auditory ossicle prosthesis (10; 20; 30; 50), a precise recognition and determination of the exact spatial position of the auditory ossicle prosthesis (10; 20; 30; 50) in the middle ear of the patient.
Method for operating a driver assistance system of a motor vehicle, wherein, in an autonomous driving mode, the driver assistance system independently performs a vehicle guidance comprising both a longitudinal guidance and a lateral guidance of the motor vehicle and at the same time receives a change signal that is designed to initiate a change in the driver assistance system from the autonomous driving mode to a predetermined other driving mode in which it is intended that a driver of the motor vehicle performs at least a part of the vehicle guidance, wherein the driver assistance system detects driver data (B, P, T, V) that depend on the posture of at least one part (26, 26', 32) of the driver by means of a sensor device (18, 24, 28, 34), and when the change signal is received, it is checked whether the driver data (B, P, T, V) meet a predetermined safety condition, and the change to the other driving mode is made only if the safety condition is met, characterised in that when the safety condition is infringed, an indication is issued for the driver by the driver assistance system via an output device, which specifies which part of the safety condition is not fulfilled, and/or which comprises an instruction on how the posture is to be changed in order to completely fulfil the safety condition.
A seal assembly for permitting hand assisted laparoscopic procedures, comprising: a seal cap including a seal positioned within a housing, the housing including a lower seal ring having a track which supports an upper seal ring for relative rotational motion, wherein the seal is supported between the upper seal ring and the lower seal ring for rotation between an open orientation and a closed orientation; and a ratchet mechanism controlling motion of the upper seal ring relative to the lower seal ring, characterized in that the track includes an inner upstanding annular wall and an outer upstanding annular wall connected by a base member, the ratchet mechanism including a ratchet arm oriented to engage a ratchet surface, the ratchet surface (68a,b) being positioned between the inner upstanding annular wall and the outer upstanding annular wall. a seal cap including a seal positioned within a housing, the housing including a lower seal ring having a track which supports an upper seal ring for relative rotational motion, wherein the seal is supported between the upper seal ring and the lower seal ring for rotation between an open orientation and a closed orientation; and a ratchet mechanism controlling motion of the upper seal ring relative to the lower seal ring, characterized in that the track includes an inner upstanding annular wall and an outer upstanding annular wall connected by a base member, the ratchet mechanism including a ratchet arm oriented to engage a ratchet surface, the ratchet surface (68a,b) being positioned between the inner upstanding annular wall and the outer upstanding annular wall.
A kit of parts for use in the removal of calculus from a tooth comprising: a component A comprising at least 1.0 M hydrogen peroxide or a hydrogen peroxide precursor or hydrogen peroxide adduct capable of producing at least 1.0 M hydrogen peroxide; a component B comprising a non-enzymatic, hydrogen peroxide decomposition catalyst for generating oxygen gas, wherein when component B comprises an iodate precursor, the iodate precursor is present in an amount greater than 0.05 M, wherein when component B comprises a Fe complex, the Fe complex is present in an amount of at least 0.02 M; and wherein the kit of parts is to be employed in a method comprising: applying a component A to the tooth; applying a component B to the tooth; wherein components A and B are to be applied simultaneously or sequentially to the tooth, thereby generating oxygen gas to soften and/or loosen at least part of the calculus on the tooth; and removing at least a part of the calculus from the tooth. a component A comprising at least 1.0 M hydrogen peroxide or a hydrogen peroxide precursor or hydrogen peroxide adduct capable of producing at least 1.0 M hydrogen peroxide; a component B comprising a non-enzymatic, hydrogen peroxide decomposition catalyst for generating oxygen gas, wherein when component B comprises an iodate precursor, the iodate precursor is present in an amount greater than 0.05 M, wherein when component B comprises a Fe complex, the Fe complex is present in an amount of at least 0.02 M; and wherein the kit of parts is to be employed in a method comprising: applying a component A to the tooth; applying a component B to the tooth; wherein components A and B are to be applied simultaneously or sequentially to the tooth, thereby generating oxygen gas to soften and/or loosen at least part of the calculus on the tooth; and removing at least a part of the calculus from the tooth. applying a component A to the tooth; applying a component B to the tooth; wherein components A and B are to be applied simultaneously or sequentially to the tooth, thereby generating oxygen gas to soften and/or loosen at least part of the calculus on the tooth; and removing at least a part of the calculus from the tooth.
Tool for finishing and smoothing joints filled with a joint sealant, wherein the tool comprises a substantially plate-shaped body which has an edge extending in particular perpendicular to the plate plane and having differently curved sections, characterized in that the body is constructed in multiple parts and comprises a first part with a first curved edge portion and a second part with a second curved edge portion, wherein the parts (1, 2) have connecting means (41, 42) for producing a detachable connection with each other.