mhurhangee/ep-ind-claims huggingface dataset:
A material carrying mechanism, comprising: a base; a tray configured to support a material, the tray being movably mounted on the base; and an adjustment assembly mounted on the base, the adjustment assembly comprising a first ejection member and a first elastic restoring member, wherein the first ejection member comprises a first telescopic portion abutting against the tray, the first telescopic portion is capable of performing a telescopic movement in a first direction to push the tray to move in the first direction, and the first elastic restoring member is connected between the base and the tray, so as to provide to the tray a restoring force directed to the first ejection member. a base; a tray configured to support a material, the tray being movably mounted on the base; and an adjustment assembly mounted on the base, the adjustment assembly comprising a first ejection member and a first elastic restoring member, wherein the first ejection member comprises a first telescopic portion abutting against the tray, the first telescopic portion is capable of performing a telescopic movement in a first direction to push the tray to move in the first direction, and the first elastic restoring member is connected between the base and the tray, so as to provide to the tray a restoring force directed to the first ejection member.
A tread for a tire, the tread comprising a circumferential groove having a radially outermost and axially inner first groove edge and a radially outermost and axially outer second groove edge, wherein a centerline or center plane of the circumferential groove extends circumferentially along the circumferential groove and axially in the middle between the first and second groove edge (240, 241), the circumferential groove comprising a stabilizing structure for increasing tread stiffness, the stabilizing structure comprising a circumferentially extending subgroove or slit in a radially innermost bottom of the circumferential groove, and the subgroove or slit being axially offset from the centerline or center plane of the circumferential groove, and wherein the subgroove has a circumferentially extending curved cylindrical radially innermost surface or wherein the subgroove or slit is connected radially downwards to a radially innermost, circumferentially extending structure having a circular or ellipsoidal cross section, characterized in that the cylindrical radially innermost surface or the radially innermost, circumferentially extending structure has an axial width in a range of from 20 to 60 percent of the maximal axial width of the circumferential groove.
An isolated NTB-A ectodomain or an agonist thereof for use in treating cancer in a subject in need thereof, wherein said subject is afflicted with a tumor characterized by lack of substantial NTB-A surface expression, and wherein the agonist is an antibody specific to an NTB-A ectodomain.
A mechanical brake for arresting movement of the output shaft of a linear electric motor, comprising a primary mechanical brake and a secondary mechanical brake, each of the primary mechanical brake and secondary mechanical brake comprising: a pivotally mounted plate (410, 415) having a space for receiving the output shaft of the motor; an electrically operated holding device contacting a free end of the plate (410, 415) and arranged to hold the plate (410, 415) in a condition to permit movement of the output shaft and to permit the plate (410, 415) to pivot to a jamming position; wherein the electrically operated holding device comprises a solenoid to control the movement of the plate (410, 415), wherein the secondary mechanical brake provides a redundant mechanical brake to the primary mechanical brake. a pivotally mounted plate (410, 415) having a space for receiving the output shaft of the motor; an electrically operated holding device contacting a free end of the plate (410, 415) and arranged to hold the plate (410, 415) in a condition to permit movement of the output shaft and to permit the plate (410, 415) to pivot to a jamming position; wherein the electrically operated holding device comprises a solenoid to control the movement of the plate (410, 415), wherein the secondary mechanical brake provides a redundant mechanical brake to the primary mechanical brake.
A system for ablation of tissue, comprising: a catheter configured to be delivered to a vessel wall, the catheter comprising: an elongated shaft having a proximal portion and a distal portion; and a therapeutic assembly at the distal portion, the therapeutic assembly having an electrode with an active surface area and a passive surface area, the active surface area having a fixed area for contacting the vessel wall tissue and wherein the active surface area is provided in a central region of the electrode and the passive surface area surrounds the active surface area; a non-transitory memory storing a set of instructions; and a processor coupled to the non-transitory memory, wherein the set of instructions is configured to cause the processor to achieve and maintain an optimal current density in the vessel wall tissue by controlling current delivered to the electrode based on the fixed contact area, wherein the optimal current density is determined based on the fixed area of the active surface area and a target depth of the vessel wall and wherein the processor is configured to adjust the current density to the optimal current density for the tissue to effectuate a treatment. a catheter configured to be delivered to a vessel wall, the catheter comprising: an elongated shaft having a proximal portion and a distal portion; and a therapeutic assembly at the distal portion, the therapeutic assembly having an electrode with an active surface area and a passive surface area, the active surface area having a fixed area for contacting the vessel wall tissue and wherein the active surface area is provided in a central region of the electrode and the passive surface area surrounds the active surface area; an elongated shaft having a proximal portion and a distal portion; and a therapeutic assembly at the distal portion, the therapeutic assembly having an electrode with an active surface area and a passive surface area, the active surface area having a fixed area for contacting the vessel wall tissue and wherein the active surface area is provided in a central region of the electrode and the passive surface area surrounds the active surface area; a non-transitory memory storing a set of instructions; and a processor coupled to the non-transitory memory, wherein the set of instructions is configured to cause the processor to achieve and maintain an optimal current density in the vessel wall tissue by controlling current delivered to the electrode based on the fixed contact area, wherein the optimal current density is determined based on the fixed area of the active surface area and a target depth of the vessel wall and wherein the processor is configured to adjust the current density to the optimal current density for the tissue to effectuate a treatment.
Circuitry with a rectifier with a power supply side and a rectifier voltage side with a positive path and a second negative path which each have a connection between which a load can be connected and can be fed with a rectifier voltage (Ugr) produced by the rectifier, wherein a first switch is provided between the paths (1;2) in series with a parallel circuit comprising a first capacitor and a resistor, so that the first capacitor is charged when switching on the first switch and is discharged via the resistor, wherein a control is provided for the first switch which switches on the first switch when the rectifier voltage (Ugr) reaches or exceeds a first predetermined upper value and switches off the first switch when the rectifier voltage (Ugr) reaches or falls short of a second predetermined lower value or when a predetermined time interval (Dt) has passed after the switch-on, wherein the first switch is a first thyristor, whose anode is connected to the positive path and whose cathode is connected via the parallel circuit of the first capacitor and the resistor to the negative path, characterised in that a second capacitor (Ck) and a second switch are switched in series parallel to the first switch wherein the second switch is switched for switching off the first switch.
A metal compound adsorbent capable of adsorbing a compound of at least one of tungsten and molybdenum present in solution as a negative ion, comprising at least one kind of a first amino acid selected from among lysine, glutamic acid, and arginine; wherein at least a part of the first amino acid is present in solution as a free amino acid, and wherein the metal compound adsorbent comprises a total amount of 10 mol% or more of the free amino acid of the first amino acid relative to a total amount of the free amino acid. wherein at least a part of the first amino acid is present in solution as a free amino acid, and wherein the metal compound adsorbent comprises a total amount of 10 mol% or more of the free amino acid of the first amino acid relative to a total amount of the free amino acid.
An energy storage device module (200, 300) comprising: a plurality of energy storage devices including a first energy storage device and a second energy storage device; a connection member(220, 330) configured to connect a first external terminal of the first energy storage device and a second external terminal of the second energy storage device adjacent to the first energy storage device; and a circuit board(700∼1200), wherein the circuit board(700∼1200) is characterized by comprising: a hole(710∼1210) through which the first external terminal of the first energy storage device is passed; a board protrusion(720∼1220) supported by a curling processed portion formed in a body case of the first energy storage device; a first conductive metal layer(715∼1215) formed along a periphery of the hole and in contact with the connection member; and a second conductive metal layer(725∼1225) formed on at least one of a lower surface, an upper surface, and a side surface of the board protrusion and in contact with the curling processed portion. a plurality of energy storage devices including a first energy storage device and a second energy storage device; a connection member(220, 330) configured to connect a first external terminal of the first energy storage device and a second external terminal of the second energy storage device adjacent to the first energy storage device; and a circuit board(700∼1200), wherein the circuit board(700∼1200) is characterized by comprising: a hole(710∼1210) through which the first external terminal of the first energy storage device is passed; a board protrusion(720∼1220) supported by a curling processed portion formed in a body case of the first energy storage device; a first conductive metal layer(715∼1215) formed along a periphery of the hole and in contact with the connection member; and a second conductive metal layer(725∼1225) formed on at least one of a lower surface, an upper surface, and a side surface of the board protrusion and in contact with the curling processed portion. a hole(710∼1210) through which the first external terminal of the first energy storage device is passed; a board protrusion(720∼1220) supported by a curling processed portion formed in a body case of the first energy storage device; a first conductive metal layer(715∼1215) formed along a periphery of the hole and in contact with the connection member; and a second conductive metal layer(725∼1225) formed on at least one of a lower surface, an upper surface, and a side surface of the board protrusion and in contact with the curling processed portion.
A method comprising: receiving, by a computing device, an incoming communication directed to a user; determining, by the computing device, that the incoming communication includes private information; determining, by the computing device, based on whether an individual other than the user is currently viewing a display operatively coupled to the computing device, whether the computing device is currently designated to display private information; responsive to determining that the user is associated with a currently active user account of the computing device and to determining that the computing device is currently designated to display private information: outputting, by the computing device and for display, the indication of the incoming communication; responsive to determining that the user is not associated with the currently active user account or to determining that the computing device is not currently designated to display private information: refraining from outputting, by the computing device and for display, the indication of the incoming communication. receiving, by a computing device, an incoming communication directed to a user; determining, by the computing device, that the incoming communication includes private information; determining, by the computing device, based on whether an individual other than the user is currently viewing a display operatively coupled to the computing device, whether the computing device is currently designated to display private information; responsive to determining that the user is associated with a currently active user account of the computing device and to determining that the computing device is currently designated to display private information: outputting, by the computing device and for display, the indication of the incoming communication; responsive to determining that the user is not associated with the currently active user account or to determining that the computing device is not currently designated to display private information: refraining from outputting, by the computing device and for display, the indication of the incoming communication.
A computer-implemented method of automatically identifying a reference vessel in an ultrasound image, the method comprising: segmenting the image to identify an organ; locating a predetermined anatomical landmark specific to the organ; identifying vasculature within and/or in the vicinity of the organ; and selecting a reference vessel from the vasculature that has a size within a predetermined size range and a location with a predetermined distance range from the predetermined anatomical landmark. segmenting the image to identify an organ; locating a predetermined anatomical landmark specific to the organ; identifying vasculature within and/or in the vicinity of the organ; and selecting a reference vessel from the vasculature that has a size within a predetermined size range and a location with a predetermined distance range from the predetermined anatomical landmark.
An anhydrous antiperspirant composition comprising a particulate antiperspirant active, dry particulate friction-sensitive capsules of perfume comprising a shell of cross-linked gelatin, a liquid carrier for the particulate antiperspirant active and capsules of perfume comprising at least one water-immiscible oil and optionally a thickener or gellant for the oil or a propellant in which the water-immiscible oil comprises a water-immiscible ether oil and/or a water-immiscible ester oil or a blend that optionally further comprises a water-immiscible volatile silicone oil, the water-immiscible oil comprising at least 20% by weight of an aromatic ester.
A method of manufacturing a heat exchanger assembly for a gas turbine engine characterised by comprising: performing an additive manufacturing process to form a non-planar outer wall, a non-planar inner wall spaced radially inward from the non-planar outer wall to form a frame cavity therebetween, and a continuous non-planar core disposed within the frame cavity; performing an additive manufacturing process to form at least one diffuser (124, 130), including a diffuser cavity (126, 132), disposed within the frame cavity, wherein the at least one diffuser (124, 130) is in flow communication with the continuous non-planar core; and performing an additive manufacturing process to form at least one first vane (124, 130) disposed within the diffuser cavity (126, 132). performing an additive manufacturing process to form a non-planar outer wall, a non-planar inner wall spaced radially inward from the non-planar outer wall to form a frame cavity therebetween, and a continuous non-planar core disposed within the frame cavity; performing an additive manufacturing process to form at least one diffuser (124, 130), including a diffuser cavity (126, 132), disposed within the frame cavity, wherein the at least one diffuser (124, 130) is in flow communication with the continuous non-planar core; and performing an additive manufacturing process to form at least one first vane (124, 130) disposed within the diffuser cavity (126, 132).
A resilient fixing element for releasingly connecting a skirting board with a floor covering, the fixing element comprising a first arm to be located under the floor covering, a second arm to be located over the floor covering and to be engaged with the skirting board, and a connecting face joining the first arm with the second arm, the fixing element further comprising at least one resilient abutment element (6, 6') located in an internal space between the arms (2, 3), characterized in that the at least one resilient abutment element (6, 6') may take a first position in which it is constrained and blocked lying along the connecting face and a second position in which it is extended into said internal space, wherein the fixing element is provided with at least one engagement means enabling to block the abutment element (6, 6') in its first position and to release the abutment element (6, 6') into its second position.
Industrial robot comprising at least one sealing arrangement, wherein the sealing arrangement comprises: - a sealing element arranged to seal a gap between a proximal member (28, 36) and a distal member (32, 40), the sealing element comprising a sealing material configured to withstand a temperature of at least 100 °C; and - a heating element (58, 74, 78) arranged to heat the sealing material to at least 70 °C. - a sealing element arranged to seal a gap between a proximal member (28, 36) and a distal member (32, 40), the sealing element comprising a sealing material configured to withstand a temperature of at least 100 °C; and - a heating element (58, 74, 78) arranged to heat the sealing material to at least 70 °C.
An agricultural working machine, in particular a tractor, with a management and control system for managing and controlling at least one working assembly (3a, 3b) for carrying out or supporting an agricultural working assignment, characterized in that the management and control system has a plurality of control devices (6a, 6b, 6c) with a respective control program, wherein the control devices (6a, 6b, 6c) or their control programs are respectively associated with a specific working assignment and/or working assembly (3a, 3b), and in that the respective control program can be configured and/or loaded as a function of an agricultural working assignment, an attachable working assembly (3a, 3b) and/or an operator input relating to an agricultural working assignment.
Switch for producing or interrupting a flow of current by manually actuating a switch rocker, comprising a base, a circuit board and a switch rocker, wherein an inner cover is arranged between the switch rocker and the circuit board, wherein at least one elastic buffer element for contact with the switch rocker is assigned to the inner cover, wherein a buffer element or a plurality of buffer elements is or are configured as an integral constituent part or as integral constituent parts of the inner cover, and wherein the buffer element is configured as a spring tongue, which bears with one end indirectly or directly in a resilient manner on the switch rocker or can be placed on the latter in a resilient manner, and which is fixed by its other end to the inner cover, characterized in that the spring tongue is turned over inwards, specifically in the direction of the circuit board, at its end facing the switch rocker, and has a U-shaped or V-shaped bead.
Press joint for a plug-in connection component having a first joining face on a first joining partner and at least one second joining face on at least one second joining partner, the connection being formed on at least one contact face, common in regions, of the at least two joining faces (11, 21) by way of an embossed portion with plastic deformation components, characterized in that the materials of the joining partners (10, 20) differ from one another, and at least one joining face (11, 21) is coated at least in regions with a coating material.
Magnet core for an electrical induction device, which magnet core has at least two limbs and at least two yokes (3, 4) which connect the limbs at their ends, wherein the yokes (3, 4) and the limbs are each composed of laminated cores (21, 31, 41) and the cross section of the limbs and that of the yokes (3, 4) are determined by the laminated core width of the laminated cores (21, 31, 41) which are situated one on the other and the resulting step, wherein - at least one of the limbs of the magnet core carries a winding and this limb which carries the winding has a circular cross section with a stepped outer edge and the centres of the laminated cores of this limb lie on a straight line, and - in at least one of the yokes (3, 4) which adjoin this limb the laminated cores (31, 41) are oriented in such a way that the laminated core centres of laminated cores (31, 41) which are situated on the outside are offset in relation to the laminated core centre of central laminated cores (31, 41) in the direction of this limb so as to form a yoke cross-sectional area in which the geometric area centre of gravity is shifted in the direction of this limb in relation to the laminated core centre of the central laminated cores (31, 41), characterized in that in at least one of the yokes (3, 4) the laminated cores (31, 41) are pressed together by means of a pressing device which has at least two pressing units (91, 92), - at least one pressing unit of which presses together all laminated cores (31, 41) of the yoke (3, 4), and - at least one pressing unit of which presses together only a portion of the laminated cores (31, 41) of the yoke (3, 4). - at least one of the limbs of the magnet core carries a winding and this limb which carries the winding has a circular cross section with a stepped outer edge and the centres of the laminated cores of this limb lie on a straight line, and - in at least one of the yokes (3, 4) which adjoin this limb the laminated cores (31, 41) are oriented in such a way that the laminated core centres of laminated cores (31, 41) which are situated on the outside are offset in relation to the laminated core centre of central laminated cores (31, 41) in the direction of this limb so as to form a yoke cross-sectional area in which the geometric area centre of gravity is shifted in the direction of this limb in relation to the laminated core centre of the central laminated cores (31, 41), - at least one pressing unit of which presses together all laminated cores (31, 41) of the yoke (3, 4), and - at least one pressing unit of which presses together only a portion of the laminated cores (31, 41) of the yoke (3, 4).