mhurhangee/ep-ind-claims huggingface dataset:
Milling tool, comprising a basic body that is rotatable on a primary centre axis and includes front and rear ends (4, 5), between which there is an envelope surface that is rotationally symmetrical in respect of the centre axis, and a seat, which is formed in a peripheral transition between the envelope surface and the front end and which houses, on one hand, a semi-permanently fixed shim plate, which includes an under side pressed against a bottom of the seat, an upper side formed with a support surface, and a side surface extending between the upper and under sides, and on the other hand a replaceable milling insert, which includes an upper side that transforms into a lateral clearance surface via a number of alternately usable cutting edges (28a, 28b, 28c, 28d), and an under side that faces the upper side of the shim plate, the individual cutting edges (28a, 28b, 28c, 28d) being equidistantly separated from a secondary centre axis that defines the spatial position of the milling insert in the basic body, and one of two cutting edges (28a, 28b) spaced apart farthest axially away from the basic body being located radially outside the other in order to be active during chip removal at the same time as the other is inactive, characterized in that the shim plate includes a protuberance, in which there is included an auxiliary cutting edge that is delimited between a chip surface and a clearance surface and that is located in the area of the inactive cutting edge of the milling insert and projects laterally in relation to the same.
A method for controlling a fan, comprising: after the fan is controlled to enter a scene-wind operation mode, obtaining a sleeping time period of a specified user corresponding to the scene-wind operation mode; obtaining a control timing sequence for gears of the fan based on the sleeping time period of the specified user; and controlling the fan based on the control timing sequence for gears of the fan to adjust a speed of wind supplied by the fan; and characterised by: obtaining a human parameter of the specified user, and generating a wind speed adjusting instruction and a fan-rotating adjusting instruction based on the human parameter of the specified user to adjust the speed of wind supplied by the fan and a rotation angle of the fan. after the fan is controlled to enter a scene-wind operation mode, obtaining a sleeping time period of a specified user corresponding to the scene-wind operation mode; obtaining a control timing sequence for gears of the fan based on the sleeping time period of the specified user; and controlling the fan based on the control timing sequence for gears of the fan to adjust a speed of wind supplied by the fan; and characterised by: obtaining a human parameter of the specified user, and generating a wind speed adjusting instruction and a fan-rotating adjusting instruction based on the human parameter of the specified user to adjust the speed of wind supplied by the fan and a rotation angle of the fan.
A method for reducing waste of a network resource, implemented by a Congestion-Based Throttling system, CBT, the method comprising providing a group of active subscribers; determining an underutilization level of the network resource for an upcoming allocation interval; calculating a throttle and a resource weight for the group of active subscribers to decrease the underutilization level, wherein during a non-congested period, resources are allocated to all subscribers including subscribers that have exceeded their data allowance and when there is traffic congestion, a dynamic weighted speed throttling is applied to a subscriber that has exceeded a data allowance, and the resource weight is determined based on the throttle; allocating the network resource based on the throttle and the resource weight; and adjusting, based on a feedback underutilization level, the throttle and the resource weight, wherein the adjusting is based on detecting a threshold change in the feedback underutilization level which causes a speed associated with throttled active subscribers to be increased in a low utilization state and decreased in a high utilization state; wherein the network resource comprises a channel of a frequency and time multiplexed radio link relayed via a satellite or high-altitude platform. providing a group of active subscribers; determining an underutilization level of the network resource for an upcoming allocation interval; calculating a throttle and a resource weight for the group of active subscribers to decrease the underutilization level, wherein during a non-congested period, resources are allocated to all subscribers including subscribers that have exceeded their data allowance and when there is traffic congestion, a dynamic weighted speed throttling is applied to a subscriber that has exceeded a data allowance, and the resource weight is determined based on the throttle; allocating the network resource based on the throttle and the resource weight; and adjusting, based on a feedback underutilization level, the throttle and the resource weight, wherein the adjusting is based on detecting a threshold change in the feedback underutilization level which causes a speed associated with throttled active subscribers to be increased in a low utilization state and decreased in a high utilization state; wherein the network resource comprises a channel of a frequency and time multiplexed radio link relayed via a satellite or high-altitude platform.
An isolation manifold for use with a pressure transmitter that includes a pressure sensor and transmitter circuitry for generating an electrical signal based on a sensed pressure of a process fluid, the isolation manifold comprising: a manifold body; a process connection at a first end of the manifold body for fluidly connecting the isolation manifold to a process vessel or conduit containing a process fluid; a pressure transmitter connection at a second end of the manifold body for fluidly connecting the isolation manifold to the pressure transmitter; a passageway through the manifold body fluidly connecting the process connection to the pressure transmitter connection; an isolation valve operable to selectively block the passageway to isolate the process connection from the pressure transmitter connection; and a pressure limiting device fluidly connected to the passageway between the isolation valve and the pressure transmitter connection, wherein the pressure limiting device is a volume expansion compensator, wherein the volume expansion compensator comprises a flexible membrane that separates the process fluid from a volume of pressurized inert gas. a manifold body; a process connection at a first end of the manifold body for fluidly connecting the isolation manifold to a process vessel or conduit containing a process fluid; a pressure transmitter connection at a second end of the manifold body for fluidly connecting the isolation manifold to the pressure transmitter; a passageway through the manifold body fluidly connecting the process connection to the pressure transmitter connection; an isolation valve operable to selectively block the passageway to isolate the process connection from the pressure transmitter connection; and a pressure limiting device fluidly connected to the passageway between the isolation valve and the pressure transmitter connection, wherein the pressure limiting device is a volume expansion compensator, wherein the volume expansion compensator comprises a flexible membrane that separates the process fluid from a volume of pressurized inert gas.
A method for producing nucleic acid probes complementary to a target sequence comprising the steps of: a. obtaining double strand polynucleotides known to contain complementary target sequences and repetitive sequences; b. fragmenting said double strand polynucleotides into fragments; c. denaturing said fragments into single strands; d. hybridizing said repetitive sequences to form a mixture of double strands and single strands; e. cleaving said double strands; and f. amplifying said single strands wherein said single strands are complementary to said target sequences. a. obtaining double strand polynucleotides known to contain complementary target sequences and repetitive sequences; b. fragmenting said double strand polynucleotides into fragments; c. denaturing said fragments into single strands; d. hybridizing said repetitive sequences to form a mixture of double strands and single strands; e. cleaving said double strands; and f. amplifying said single strands wherein said single strands are complementary to said target sequences.
A vascular access device, comprising: an intravenous catheter adapter having a proximal end, a distal end and a first lumen extending therethrough; a septum (43, 73) positioned within the first lumen, the septum dividing the first lumen into a distal portion and a proximal portion; a pusher (44, 74, 114) disposed within the proximal portion of the first lumen, the pusher having a distal end (45, 75), a proximal end (46, 76) and a second lumen (47, 77, 117) extending therethrough; characterized by at least one flow channel (30, 50, 80, 80a) separated by ribs (49, 79), wherein each flow channel defines a space between an outer surface of the pusher and the inner surface of the first lumen, the at least one flow channel being connected through a port (51, 81, 81a, 121) with the second lumen, wherein the septum (43, 73) comprises a slit, and wherein the pusher (44, 74) is slidably positioned within the first lumen such that upon sliding the pusher towards the distal end of the catheter adapter, the distal end of the pusher is advanced through the slit of the septum thereby providing fluid communication between the distal portion and the proximal portion of the first lumen via the at least one flow channel (30, 50, 80, 80a) and the second lumen. an intravenous catheter adapter having a proximal end, a distal end and a first lumen extending therethrough; a septum (43, 73) positioned within the first lumen, the septum dividing the first lumen into a distal portion and a proximal portion; a pusher (44, 74, 114) disposed within the proximal portion of the first lumen, the pusher having a distal end (45, 75), a proximal end (46, 76) and a second lumen (47, 77, 117) extending therethrough; characterized by at least one flow channel (30, 50, 80, 80a) separated by ribs (49, 79), wherein each flow channel defines a space between an outer surface of the pusher and the inner surface of the first lumen, the at least one flow channel being connected through a port (51, 81, 81a, 121) with the second lumen, wherein the septum (43, 73) comprises a slit, and wherein the pusher (44, 74) is slidably positioned within the first lumen such that upon sliding the pusher towards the distal end of the catheter adapter, the distal end of the pusher is advanced through the slit of the septum thereby providing fluid communication between the distal portion and the proximal portion of the first lumen via the at least one flow channel (30, 50, 80, 80a) and the second lumen.
A substrate (500, 600) comprising: a first dielectric layer (502, 604) comprising a first surface and a second surface; a first interconnect (510, 624) on the first surface of the first dielectric layer, wherein the first interconnect has a first metal layer (511, 625) and a second metal layer (513, 627) over the first metal layer; a first trench (520, 630) traversing the first surface of the first dielectric layer; a second interconnect (522, 632) embedded in the first trench, and further wherein the second interconnect is a trace made of an electroless metal layer. a first dielectric layer (502, 604) comprising a first surface and a second surface; a first interconnect (510, 624) on the first surface of the first dielectric layer, wherein the first interconnect has a first metal layer (511, 625) and a second metal layer (513, 627) over the first metal layer; a first trench (520, 630) traversing the first surface of the first dielectric layer; a second interconnect (522, 632) embedded in the first trench, and further wherein the second interconnect is a trace made of an electroless metal layer.
Method for operating an operating device for loads in the form of lighting means, in particular an electronic control gear for gas discharge lamps, wherein • the operating device has a power factor correction circuit, actively clocked by means of a switch, for reducing harmonics during the input current draw, and • the pulsing of the switch of the power factor correction circuit is modulated when a DC voltage is present on the input side, characterized in that • the frequency deviation of this modulation is load-dependent. • the operating device has a power factor correction circuit, actively clocked by means of a switch, for reducing harmonics during the input current draw, and • the pulsing of the switch of the power factor correction circuit is modulated when a DC voltage is present on the input side, • the frequency deviation of this modulation is load-dependent.
An operating table having an operating table column and having a patient support surface arranged on the operating table column, wherein the operating table column comprises a column casing having at least two rigid components (42a, 42b) arranged stacked, one above the other, wherein an upper component of said at least two stacked components (42a, 42b) of the column casing is dome-shaped, wherein the column casing is attached to the operating table column so as to be rotatable about an axis of rotation that runs through a first and a second journal element (76a, 76b), wherein the operating table column is configured such that all movable parts of the operating table that run within the operating table column are completely covered laterally, and wherein a gap extends from the upper edge of the at least two stacked components (42a, 42b) of the column casing up to the patient support surface, wherein the gap is a bellows-free space, characterized in that energy-carrying line segments extend through the gap.
A venous access port assembly (72, 74) for implantation into a patient, comprising: a housing having a base defining a bottom wall of at least one reservoir, the housing further having a discharge port extending from the at least one reservoir, and the base having a flange adjacent to the at least one reservoir, the flange extending outwardly from the base about a perimeter of the at least one reservoir, and including indicia molded therein indicating a characteristic of the assembly; and a needle-penetrable septum communicating with the housing; characterized in that the flange is comprised of a metal material and the indicia are formed by voids in the flange as if cut or punched out of the flange, whereby the indicia are visible by X-ray examination when the assembly is subcutaneously implanted in a patent. a housing having a base defining a bottom wall of at least one reservoir, the housing further having a discharge port extending from the at least one reservoir, and the base having a flange adjacent to the at least one reservoir, the flange extending outwardly from the base about a perimeter of the at least one reservoir, and including indicia molded therein indicating a characteristic of the assembly; and a needle-penetrable septum communicating with the housing;
A head for the manufacture of a flexible tube for containing a liquid or pasty product, having a reduced height in relation to its diameter (d) and comprising a base configured to be attached to a skirt of said tube and a cover pivotally mounted on the base between an open position and a closed position, the head comprising at least one anti-tamper system having at least two legs projecting from the cover, the legs being connected to each other by at least one continuous breakable bridge, the at least one breakable bridge is designed in such a way that when the cover is closed for the first time the legs cooperate with a pin of the base without breaking the breakable bridge and that when the cover is opened for the first time the breakable bridge is broken, characterized in that the legs and the breakable bridge form, around the opening, a concave internal face and a substantially rectilinear internal face, the concave internal face being intended to be positioned opposite an upper convex face of the pin, the rectilinear internal face being intended to be positioned opposite a horizontal planar face of the pin.
A robotic manipulator comprising: a body (16A;16B); a stereoscopic video system movably coupled to the body (16A;16B), the stereoscopic vision system producing a stereoscopic video of an environment of the robotic manipulator; and two independently remotely controlled arms (14-1; 14-2) coupled to opposite sides of the body (16A; 16B), wherein a view direction of the stereoscopic video produced by the stereoscopic video system affects the direction of movement of the robotic arms such that each arm moves in proprioceptive alignment with the stereoscopic video in response to commands received from a remote control station based on movements performed by an operator at the remote control station, characterised in that: each arm (14-1; 14-2) comprises an upper arm rotatably coupled to one side of the body (16A;16B) for rotational movement about first and second axes, and an elbow rotatably joined to the upper arm for rotational movement about a third axis, the three axes of rotation intersecting at a point within the upper arm, and each arm (14-1; 14-2) further comprises a forearm rotatably joined to the elbow of that arm for rotational movement about an elbow joint, the forearm having a center of mass at the elbow joint to balance the forearm at the elbow joint. a body (16A;16B); a stereoscopic video system movably coupled to the body (16A;16B), the stereoscopic vision system producing a stereoscopic video of an environment of the robotic manipulator; and two independently remotely controlled arms (14-1; 14-2) coupled to opposite sides of the body (16A; 16B), wherein a view direction of the stereoscopic video produced by the stereoscopic video system affects the direction of movement of the robotic arms such that each arm moves in proprioceptive alignment with the stereoscopic video in response to commands received from a remote control station based on movements performed by an operator at the remote control station, characterised in that: each arm (14-1; 14-2) comprises an upper arm rotatably coupled to one side of the body (16A;16B) for rotational movement about first and second axes, and an elbow rotatably joined to the upper arm for rotational movement about a third axis, the three axes of rotation intersecting at a point within the upper arm, and each arm (14-1; 14-2) further comprises a forearm rotatably joined to the elbow of that arm for rotational movement about an elbow joint, the forearm having a center of mass at the elbow joint to balance the forearm at the elbow joint. each arm (14-1; 14-2) comprises an upper arm rotatably coupled to one side of the body (16A;16B) for rotational movement about first and second axes, and an elbow rotatably joined to the upper arm for rotational movement about a third axis, the three axes of rotation intersecting at a point within the upper arm, and each arm (14-1; 14-2) further comprises a forearm rotatably joined to the elbow of that arm for rotational movement about an elbow joint, the forearm having a center of mass at the elbow joint to balance the forearm at the elbow joint.
A method for user interface operation, the method comprising the acts of: displaying, by a device, a user interface including one or more graphical elements, wherein display of the user interface is associated with a display configuration; detecting a user command associated with navigating to one or more previously displayed user interface display configurations (255, 260) which are stored as a history thread (605, 650, 670) employable for navigating to display configurations; when said user command is detected, storing a user interface configuration for the said display configuration and updating the history thread; and adjusting display of the user interface based on the user command, to display the one or more previously displayed user interface display configurations. displaying, by a device, a user interface including one or more graphical elements, wherein display of the user interface is associated with a display configuration; detecting a user command associated with navigating to one or more previously displayed user interface display configurations (255, 260) which are stored as a history thread (605, 650, 670) employable for navigating to display configurations; when said user command is detected, storing a user interface configuration for the said display configuration and updating the history thread; and adjusting display of the user interface based on the user command, to display the one or more previously displayed user interface display configurations.
A man-machine interface device comprising conductive electrodes connected to electronic means for measuring the capacitance between the electrodes and objects to be detected, said device having a transparent area for displaying a display screen and an access area where there is at least one metal link connected to at least two planes arranged above the display screen, these planes being: - an electrode plane (E, PT) made of transparent resistive conductive material, the plane being present in the transparent area, - a conductive plane made of transparent resistive conductive material, used as an active guard for the electrode plane to reduce the parasitic capacitances, this active guard being present in the transparent area and extending into the access area, characterized in that the interface device comprises at least one metal trace, referred to as guard trace, this guard trace being: - connected to the active guard, - connected to said metal link, the latter being connected to the electrode plane (E, PT) so that the conductive plane and the electrode plane (E, PT) are substantially at the same potential, - arranged in the access area. - an electrode plane (E, PT) made of transparent resistive conductive material, the plane being present in the transparent area, - a conductive plane made of transparent resistive conductive material, used as an active guard for the electrode plane to reduce the parasitic capacitances, this active guard being present in the transparent area and extending into the access area, characterized in that the interface device comprises at least one metal trace, referred to as guard trace, this guard trace being: - connected to the active guard, - connected to said metal link, the latter being connected to the electrode plane (E, PT) so that the conductive plane and the electrode plane (E, PT) are substantially at the same potential, - arranged in the access area. - connected to the active guard, - connected to said metal link, the latter being connected to the electrode plane (E, PT) so that the conductive plane and the electrode plane (E, PT) are substantially at the same potential, - arranged in the access area.