mhurhangee/ep-ind-claims huggingface dataset:
A magnetic block set comprising a plurality of magnetically connectable magnetic block units, a plurality of the magnetic block units comprising: a block body having one or more connection faces, each connection face having a plurality of connection face edges; one or more magnetic element chambers in the block body, each magnetic element chamber being positioned proximal to a connection face, and having a magnetic element chamber center; one or more magnetic elements, each magnetic element being rotatably retained in a respective magnetic element chamber; a plurality of connection face receivers in each connection face, each connection face receiver comprising a connection face protrusion, a connection face recess, and a receiver surface connecting the connection face protrusion and the connection face recess, each receiver surface being generally planar and having a receiver surface slant angle which is tangentially uniform with respect to the magnetic element chamber center of the connection face, the connection face receivers being uniformly positioned and uniformly oriented radially from the magnetic element chamber center and uniformly distributed tangentially with respect to the magnetic element chamber center of the magnetic element chamber, each connection face receiver being uniformly dimensioned and uniformly shaped radially with respect to the magnetic element chamber center except to an extent that the connection face receiver may be truncated at a connection face edge of the connection face. a block body having one or more connection faces, each connection face having a plurality of connection face edges; one or more magnetic element chambers in the block body, each magnetic element chamber being positioned proximal to a connection face, and having a magnetic element chamber center; one or more magnetic elements, each magnetic element being rotatably retained in a respective magnetic element chamber; a plurality of connection face receivers in each connection face, each connection face receiver comprising a connection face protrusion, a connection face recess, and a receiver surface connecting the connection face protrusion and the connection face recess, each receiver surface being generally planar and having a receiver surface slant angle which is tangentially uniform with respect to the magnetic element chamber center of the connection face, the connection face receivers being uniformly positioned and uniformly oriented radially from the magnetic element chamber center and uniformly distributed tangentially with respect to the magnetic element chamber center of the magnetic element chamber, each connection face receiver being uniformly dimensioned and uniformly shaped radially with respect to the magnetic element chamber center except to an extent that the connection face receiver may be truncated at a connection face edge of the connection face.
A nonwoven web comprising heat bondable fibres and comprising a plurality of calendering bonds having a bond shape; a. said heat bondable fibres comprise propylene copolymer and softness enhanced additive and polypropylene, b. wherein the plurality of calendering bonds having a bond shape forms a regular pattern and wherein said bond shapes have a greatest measurable length and a greatest measurable width, characterized in that an aspect ratio of the greatest measurable length to the greatest measurable width is at least 2.5, c. wherein the bond shape perimeter of calendering bonds comprises a convex portion and d. wherein the bond shape is asymmetric or is oriented such that a straight line intersecting the bond shape perimeter along the greatest measurable length exists and forms an angle (αT) of between 1 degree and 40 degrees with the MD of the nonwoven web. a. said heat bondable fibres comprise propylene copolymer and softness enhanced additive and polypropylene, b. wherein the plurality of calendering bonds having a bond shape forms a regular pattern and wherein said bond shapes have a greatest measurable length and a greatest measurable width, characterized in that an aspect ratio of the greatest measurable length to the greatest measurable width is at least 2.5, c. wherein the bond shape perimeter of calendering bonds comprises a convex portion and d. wherein the bond shape is asymmetric or is oriented such that a straight line intersecting the bond shape perimeter along the greatest measurable length exists and forms an angle (αT) of between 1 degree and 40 degrees with the MD of the nonwoven web.
A synchronization signal block indication method, wherein the method comprises: generating, by a network device, a synchronization signal block indication message, wherein the synchronization signal block indication message comprises synchronization signal block group indication information and one synchronization signal block bitmap, the synchronization signal block group indication information is used to indicate one or more synchronization signal block groups of a plurality of synchronization signal block groups, wherein each synchronisation signal block group comprises one or more synchronization signal blocks, the one or more synchronization signal blocks being sent by the network device, the synchronization signal block bitmap is used to indicate one or more synchronization signal blocks sent by the network device in each of the one or more synchronization signal block groups; and sending, by the network device, the synchronization signal block indication message, wherein the synchronization signal block group is a synchronization signal burst. generating, by a network device, a synchronization signal block indication message, wherein the synchronization signal block indication message comprises synchronization signal block group indication information and one synchronization signal block bitmap, the synchronization signal block group indication information is used to indicate one or more synchronization signal block groups of a plurality of synchronization signal block groups, wherein each synchronisation signal block group comprises one or more synchronization signal blocks, the one or more synchronization signal blocks being sent by the network device, the synchronization signal block bitmap is used to indicate one or more synchronization signal blocks sent by the network device in each of the one or more synchronization signal block groups; and sending, by the network device, the synchronization signal block indication message, wherein the synchronization signal block group is a synchronization signal burst.
A screw comprising: a shank including an outer circumference, an insertion tip, and a head end spaced from the insertion tip along a longitudinal axis of the shank; a thread helically formed on the outer circumference of the shank and including a plurality of thread convolutions: characterized by a plurality of ribs provided between two adjacent thread convolutions of the thread and spaced from one another on the outer circumference of the shank; and a helical groove formed in the outer circumference of the shank and extending continuously through at least partial thread convolutions of the thread, with the helical groove intersecting partial ribs and having a width which is 1.5-2.5 times a width of each rib. a shank including an outer circumference, an insertion tip, and a head end spaced from the insertion tip along a longitudinal axis of the shank; a thread helically formed on the outer circumference of the shank and including a plurality of thread convolutions: characterized by a plurality of ribs provided between two adjacent thread convolutions of the thread and spaced from one another on the outer circumference of the shank; and a helical groove formed in the outer circumference of the shank and extending continuously through at least partial thread convolutions of the thread, with the helical groove intersecting partial ribs and having a width which is 1.5-2.5 times a width of each rib.
A method for associating medical devices (1-5, 200), the method comprising: providing a plurality of medical devices (1-5, 200), each of the plurality of medical devices (1-5, 200) including an accelerometer configured to measure spatial accelerations of the medical device (1-5, 200); each of at least two of the plurality of medical devices (1-5, 200) measuring with its accelerometer an acceleration pattern with respect to time; comparing for correspondence, according to defined correspondence criteria, the acceleration patterns measured by the at least two of the plurality of medical devices (1-5, 200); associating (3 12) all of the at least two of the plurality of medical devices (1-5, 200) that measured acceleration patterns that satisfy the defined correspondence criteria, characterized in that the method further comprising mechanically mounting the devices (1-5, 200) of the plurality of medical devices (1-5, 200) to a common support structure, imparting a mechanical impulse to the plurality of medical devices (1-5, 200), the mechanical impulse being transmitted between all of the plurality of medical devices (1-5, 200) through the common support structure that provides the acceleration pattern, and wherein imparting the mechanical impulse includes a component of one of the plurality of medical devices (1-5, 200) producing the mechanical impulse. providing a plurality of medical devices (1-5, 200), each of the plurality of medical devices (1-5, 200) including an accelerometer configured to measure spatial accelerations of the medical device (1-5, 200); each of at least two of the plurality of medical devices (1-5, 200) measuring with its accelerometer an acceleration pattern with respect to time; comparing for correspondence, according to defined correspondence criteria, the acceleration patterns measured by the at least two of the plurality of medical devices (1-5, 200); associating (3 12) all of the at least two of the plurality of medical devices (1-5, 200) that measured acceleration patterns that satisfy the defined correspondence criteria, characterized in that the method further comprising mechanically mounting the devices (1-5, 200) of the plurality of medical devices (1-5, 200) to a common support structure, imparting a mechanical impulse to the plurality of medical devices (1-5, 200), the mechanical impulse being transmitted between all of the plurality of medical devices (1-5, 200) through the common support structure that provides the acceleration pattern, and wherein imparting the mechanical impulse includes a component of one of the plurality of medical devices (1-5, 200) producing the mechanical impulse.
A progressive cavity motor or pump assembly having an inlet end and an outlet end, the motor or pump comprising: an inner member disposed within an outer member, the outer member comprising a stator (24, 78) and the other a rotor (22, 74), wherein a surface of the stator (24, 78) is made of a flexible material to permit a seal to form between contacting surfaces of the rotor and the stator; and at least one precession apparatus disposed between the stator (24, 78) and the rotor (22, 74) proximate at least one of the inlet end and the outlet end, the at least one precession apparatus constraining the radial and/or tangential movement of the rotor relative to the stator, the at least one precession apparatus characterised by comprising a lobed wheel mounted on a shaft of the rotor, the lobed wheel being configured to run on a lobed track fixed to the stator. an inner member disposed within an outer member, the outer member comprising a stator (24, 78) and the other a rotor (22, 74), wherein a surface of the stator (24, 78) is made of a flexible material to permit a seal to form between contacting surfaces of the rotor and the stator; and at least one precession apparatus disposed between the stator (24, 78) and the rotor (22, 74) proximate at least one of the inlet end and the outlet end, the at least one precession apparatus constraining the radial and/or tangential movement of the rotor relative to the stator, the at least one precession apparatus characterised by comprising a lobed wheel mounted on a shaft of the rotor, the lobed wheel being configured to run on a lobed track fixed to the stator.
A locking arrangement preventing at least two mutually rotatable parts (110, 120) of a wind turbine to be rotated relative to each other around an axis of rotation when in a locking position, the locking arrangement comprising a locking member characterized in that at least one working plane is defined where compression forces (F, F') are concentrated in said locking position, said compression forces (F-F') being reaction forces to external forces tending to rotate said parts (110, 120) to each other when in the locking position, and further that the locking member comprises a parallelepiped elongated element.
A boom for an electrical harness, comprising a straight bar extending in a longitudinal direction and having first and second ends (22.1, 22.2) configured so they can be removably attached to at least one support during operation, and several supports distributed along and attached to the bar, to which supports at least one electrical harness is attached in operation, the bar comprising at least two parts (30, 32, 34) configured so as to slide relative to one another in the longitudinal direction, a first part being attached to the first end (22.1) and a second part being attached to the second end (22.2), characterized in that at least one of the first and second parts (30, 32) comprises a tube having an outer surface (S36Ext) provided with longitudinal splines which extend over almost the entire length of the tube and are evenly distributed over its entire circumference.
A structural body of a vehicle, comprising: a hollow structural vehicle component comprising walls that define a component channel, wherein the vehicle component has a component length, and wherein the vehicle component is selected from the group consisting of bumper beam, rail, pillar, chassis, floor rocker, and cross-bar, combinations comprising at least one of the foregoing; and a reinforcement comprising a plastic element having a honeycomb structure, and a support having greater than or equal to 3 walls forming a support channel; wherein the plastic element is located in the support channel; and wherein the reinforcement is located in the component channel. a hollow structural vehicle component comprising walls that define a component channel, wherein the vehicle component has a component length, and wherein the vehicle component is selected from the group consisting of bumper beam, rail, pillar, chassis, floor rocker, and cross-bar, combinations comprising at least one of the foregoing; and a reinforcement comprising a plastic element having a honeycomb structure, and a support having greater than or equal to 3 walls forming a support channel; wherein the plastic element is located in the support channel; and wherein the reinforcement is located in the component channel.
An injection simulation device (100, 200, 400, 400') comprising a proximal end (109, 209, 409) and a distal end (111, 211, 411), and comprising: at least one agitator (214, 414) configured to associate with the distal end (111, 211, 411) of the device such that the agitator (214, 414) contacts a surface of a user to simulate the tactile feel of a needle during an injection without puncturing the surface; an outer housing (210, 410) comprising a proximal end (109, 209, 409) and a distal end (111, 211, 411), an inner housing (412, 412') comprising a proximal end and a distal end (414, 414'), and an actuation member associated with the proximal end of the device; wherein the at least one agitator (214, 414) is associated with the distal end of the inner housing (412, 412'), and the inner housing (412, 412') is movable relative to the outer housing such that upon actuation of the actuation member the inner housing (412, 412') moves toward the distal end (414, 414') of the outer housing, and the at least one agitator (214, 414) contacts a skin of the user to simulate the tactility of a needle without puncturing the skin; and a retractable safety shield (418, 418') associated with the distal end of the device, such that a force on the distal end of the safety shield (418, 418') causes the safety shield (418, 418') to retract relative to the device, wherein retraction of the safety shield (418, 418') relative to the device causes the at least one agitator (214, 414) to contact a skin of the user to simulate the tactility of a needle. at least one agitator (214, 414) configured to associate with the distal end (111, 211, 411) of the device such that the agitator (214, 414) contacts a surface of a user to simulate the tactile feel of a needle during an injection without puncturing the surface; an outer housing (210, 410) comprising a proximal end (109, 209, 409) and a distal end (111, 211, 411), an inner housing (412, 412') comprising a proximal end and a distal end (414, 414'), and an actuation member associated with the proximal end of the device; wherein the at least one agitator (214, 414) is associated with the distal end of the inner housing (412, 412'), and the inner housing (412, 412') is movable relative to the outer housing such that upon actuation of the actuation member the inner housing (412, 412') moves toward the distal end (414, 414') of the outer housing, and the at least one agitator (214, 414) contacts a skin of the user to simulate the tactility of a needle without puncturing the skin; and a retractable safety shield (418, 418') associated with the distal end of the device, such that a force on the distal end of the safety shield (418, 418') causes the safety shield (418, 418') to retract relative to the device, wherein retraction of the safety shield (418, 418') relative to the device causes the at least one agitator (214, 414) to contact a skin of the user to simulate the tactility of a needle.
A ball joint (13, 13-1, 13-2, 13-3), comprising: a metal ball stud which includes a ball section; and a resin housing which rotatably supports the ball section of the ball stud; and a resin ball seat (24, 25) which is provided to be disposed between the housing and the ball section and includes an accommodation section for the ball section, wherein a limiting member configured to limit molding shrinkage of the housing is embedded in the housing at an interval with respect to an equatorial section of the ball section such that the limiting member is positioned to surround at least the equatorial section of the ball section, the limiting member is provided to surround the ball seat (24, 25), wherein the ball seat (24, 25) covers more than half an outer surface of the ball section including at least a region from a bottom tip section of the ball section to the equatorial section, characterized in that a flange section is formed in a region including an opening peripheral section of the ball seat (24, 25), and the limiting member is provided to support an outer peripheral edge portion of the flange section of the ball seat (24, 25). a metal ball stud which includes a ball section; and a resin housing which rotatably supports the ball section of the ball stud; and a resin ball seat (24, 25) which is provided to be disposed between the housing and the ball section and includes an accommodation section for the ball section, wherein a limiting member configured to limit molding shrinkage of the housing is embedded in the housing at an interval with respect to an equatorial section of the ball section such that the limiting member is positioned to surround at least the equatorial section of the ball section, the limiting member is provided to surround the ball seat (24, 25), wherein the ball seat (24, 25) covers more than half an outer surface of the ball section including at least a region from a bottom tip section of the ball section to the equatorial section, characterized in that a flange section is formed in a region including an opening peripheral section of the ball seat (24, 25), and the limiting member is provided to support an outer peripheral edge portion of the flange section of the ball seat (24, 25).
Silent closure system (1, 2) for main doors or the like, comprising an electric lock case (1; 1a, 1b), mountable on a movable wing of the main door, and a device with the function of the conventional strike plate in receiving the spring latch of the electric lock case, in the closed condition of the lock, and which is mountable on a fixed wing of the main door, said device being formed by a shell which comprises plastic material, having a smooth and convex surface on which the spring latch can gradually slide during the closure of the movable wing, said device also comprising plate means (16; 3) in order to fix the shell to the fixed wing, said plate means (16; 3) having a thickness on the order of several millimeters, and said smooth and convex surface being extended between a vertex or apex of the shell and a lower edge thereof and having an inlet opening adapted to receive the spring latch of the electric lock case, and in said or on said silent closure system (1, 2), a system for detecting the open and closed state of the main door is directly integrated, which comprises a detection sensor, characterized in that said plastic material of the shell is antifriction plastic material and the shell has a height greater than about 5 cm, measured starting from its lower edge up to a vertex thereof, thus enabling the spring latch to more gradually slide thereon while retracting, and in that a system is also provided for adjusting the alignment between the spring latch and the inlet opening of the same in the shell, as well as the alignment between the parts of the detection sensor that cooperate with each other, one of which associated with the shell and the other associated with the case of the electric lock.
A mounting assembly for a hair cutting appliance, the mounting assembly comprising: a head for receiving a cutting unit; and a body; wherein the head is mounted to the body by a four-bar linkage having a coupler link associated with the head, a frame link associated with the body, and two arms extending therebetween, the frame link connected to each arm at respective joins, and the coupler link connected to each arm at respective joins, wherein pivoting movement of the arms about parallel linkage axes passing through each join permits rotation of the coupler link relative to the frame link about a virtual pivot; wherein one of the coupler link and the frame link is a first link, and the other of the coupler link and frame link is a second link, wherein the first link is coupled to the arms by two-degree-of-freedom joins, thereby permitting the arms and the second link to further pivot in unison relative to the first link about a rotation axis having a component in a direction perpendicular to the linkage axes. a head for receiving a cutting unit; and a body; wherein the head is mounted to the body by a four-bar linkage having a coupler link associated with the head, a frame link associated with the body, and two arms extending therebetween, the frame link connected to each arm at respective joins, and the coupler link connected to each arm at respective joins, wherein pivoting movement of the arms about parallel linkage axes passing through each join permits rotation of the coupler link relative to the frame link about a virtual pivot; wherein one of the coupler link and the frame link is a first link, and the other of the coupler link and frame link is a second link, wherein the first link is coupled to the arms by two-degree-of-freedom joins, thereby permitting the arms and the second link to further pivot in unison relative to the first link about a rotation axis having a component in a direction perpendicular to the linkage axes.
A method for promoting cell growth, comprising a step of contacting cells of liver with the peptide GRGES, wherein the method is performed in vitro, and wherein the peptide is added to the medium containing the cells.