mhurhangee/ep-ind-claims huggingface dataset:
An end effector for a surgical device comprising: first and second jaws (202a, 202b) disposed at a distal portion of an elongate tubular shaft, the first and second jaws pivotably coupled to each other at ends of the first and second jaws that are proximal to the elongate tubular shaft, the first and second jaws spaced apart and defining a gap therebetween; and first and second pluralities of teeth (204a, 204b) extending perpendicularly from the first and second jaws respectively, the first plurality of teeth longitudinally offset from the second plurality of teeth; wherein the first and second jaws are transitionable from an open configuration to an approximated configuration, the approximated configuration adapted to clamp tissue in the gap between the first and second jaws and thereby displacing sections of tissue outwardly between the first and second pluralities of teeth, characterised in that: the first and second pluralities of teeth extend in the same direction from their respective jaws and perpendicular to parallel planes. first and second jaws (202a, 202b) disposed at a distal portion of an elongate tubular shaft, the first and second jaws pivotably coupled to each other at ends of the first and second jaws that are proximal to the elongate tubular shaft, the first and second jaws spaced apart and defining a gap therebetween; and first and second pluralities of teeth (204a, 204b) extending perpendicularly from the first and second jaws respectively, the first plurality of teeth longitudinally offset from the second plurality of teeth;
An automatic vehicle exterior light control system, comprising: a controller configured to receive an image from an optical system, process the image and generate an exterior light control signal as a function of the presence of an atmospheric condition of interest and an ambient light value wherein said ambient light value is a weighted average of a plurality of ambient light level readings; wherein said controller is further configured to distinguish between reflections off of a highly reflective road surface and reflections off of atmospheric conditions of interest within the received image by determining row averages of pixel output levels of the optical system in a left zone, a center zone, and a right zone of the received image, wherein the controller determines that reflected light rays from atmospheric conditions of interest are present when a vertical increase of the row averages is similar for the left and right zones with respect to the center zone, and determines that reflected light rays from a highly reflective road surface are present when the center zone exhibits a substantially higher vertical increase of the row averages when compared to the right and left zones. a controller configured to receive an image from an optical system, process the image and generate an exterior light control signal as a function of the presence of an atmospheric condition of interest and an ambient light value wherein said ambient light value is a weighted average of a plurality of ambient light level readings; wherein said controller is further configured to distinguish between reflections off of a highly reflective road surface and reflections off of atmospheric conditions of interest within the received image by determining row averages of pixel output levels of the optical system in a left zone, a center zone, and a right zone of the received image, wherein the controller determines that reflected light rays from atmospheric conditions of interest are present when a vertical increase of the row averages is similar for the left and right zones with respect to the center zone, and determines that reflected light rays from a highly reflective road surface are present when the center zone exhibits a substantially higher vertical increase of the row averages when compared to the right and left zones.
A furniture drive for moving a furniture part, in particular a furniture flap (3a, 3b), movably supported relative to a furniture carcass, comprising: - at least one carrier configured to be fixed to the furniture carcass, - at least one actuating arm pivotally supported relative to the carrier about a pivoting axis between a closed position and a maximum opening position, - at least one adjustment device configured to adjust a position of the maximum opening position of the at least one actuating arm, - wherein the at least one adjustment device includes at least one pivoting member configured to be moved in at least two pivoting positions relative to the at least one actuating arm, the at least one pivoting member being configured to distance the at least one actuating arm in the at least two pivoting positions to a different extent from at least one abutment arranged on the carrier when the at least one actuating arm is arranged in the maximum opening position, characterized in that the at least one pivoting member is pivotally arranged on the at least one actuating arm. - at least one carrier configured to be fixed to the furniture carcass, - at least one actuating arm pivotally supported relative to the carrier about a pivoting axis between a closed position and a maximum opening position, - at least one adjustment device configured to adjust a position of the maximum opening position of the at least one actuating arm, - wherein the at least one adjustment device includes at least one pivoting member configured to be moved in at least two pivoting positions relative to the at least one actuating arm, the at least one pivoting member being configured to distance the at least one actuating arm in the at least two pivoting positions to a different extent from at least one abutment arranged on the carrier when the at least one actuating arm is arranged in the maximum opening position,
A method comprising: determining, by a user device, that audio content comprises one or more words; determining, based on one or more voice characteristics associated with the audio content, that the audio content is associated with an authorized user; determining, based on the audio content being associated with the authorized user, to use a low wake word threshold, wherein the low wake word threshold is one of a plurality of different wake word thresholds used to determine whether to accept the audio content as a wake word or phrase and wherein the low wake word threshold is lower than a high wake word threshold; determining, based on the low wake word threshold, that at least a portion of the one or more words correspond to the wake word or phrase; and executing, based on determining that the at least a portion of the one or more words correspond to the wake word or phrase, one or more operational commands associated with the audio content. determining, by a user device, that audio content comprises one or more words; determining, based on one or more voice characteristics associated with the audio content, that the audio content is associated with an authorized user; determining, based on the audio content being associated with the authorized user, to use a low wake word threshold, wherein the low wake word threshold is one of a plurality of different wake word thresholds used to determine whether to accept the audio content as a wake word or phrase and wherein the low wake word threshold is lower than a high wake word threshold; determining, based on the low wake word threshold, that at least a portion of the one or more words correspond to the wake word or phrase; and executing, based on determining that the at least a portion of the one or more words correspond to the wake word or phrase, one or more operational commands associated with the audio content.
A vial transfer needle assembly comprising: a first molding member including a hub portion having a proximal piercing tip and a distal portion, the hub portion defining a lumen which extends from the proximal piercing tip through the distal portion; and a second molding member including a central housing, a proximal skirt, and a distal skirt, the second molding portion being molded at least partially about the first molding portion to form a monolithic structure; wherein the piercing tip is positioned to extend into a first cavity defined by the proximal skirt and the distal portion of the first molding member is positioned to extend through a second cavity defined by the distal skirt, the distal skirt dimensioned to receive a medical device, characterized in that the second molding member is configured to overlay and couple to the first molding member during an injection molding process. a first molding member including a hub portion having a proximal piercing tip and a distal portion, the hub portion defining a lumen which extends from the proximal piercing tip through the distal portion; and a second molding member including a central housing, a proximal skirt, and a distal skirt, the second molding portion being molded at least partially about the first molding portion to form a monolithic structure; wherein the piercing tip is positioned to extend into a first cavity defined by the proximal skirt and the distal portion of the first molding member is positioned to extend through a second cavity defined by the distal skirt, the distal skirt dimensioned to receive a medical device, characterized in that the second molding member is configured to overlay and couple to the first molding member during an injection molding process.
A rotation apparatus comprising: a holding part; a rotation shaft held rotatably by the holding part; a plurality of rotation blades being attached to the rotation shaft and having a length; a plurality of airflow generation devices, each being disposed on a respective rotation blade and each including a first electrode and a second electrode disposed separately from each other; and characterised by an AC/DC conversion unit for converting an alternating voltage of a commercial frequency into a direct-current voltage; a high frequency generation unit for generating a high frequency alternating voltage based on the direct-current voltage converted by the AC/DC conversion unit; slip rings for transmitting the high frequency alternating voltage from a holding part side to a rotation blade side; and a plurality of transformers disposed respectively in the rotation blades and for increasing the voltage of the high frequency alternating voltage generated by the high frequency generation unit and outputting an increased voltage between the first electrode and the second electrode, wherein a ratio of a distance against the length is 0.05 or less, the distance being defined by a distance between a combined center of gravity of the transformers and a center axis of the rotation shaft. a holding part; a rotation shaft held rotatably by the holding part; a plurality of rotation blades being attached to the rotation shaft and having a length; a plurality of airflow generation devices, each being disposed on a respective rotation blade and each including a first electrode and a second electrode disposed separately from each other; and characterised by an AC/DC conversion unit for converting an alternating voltage of a commercial frequency into a direct-current voltage; a high frequency generation unit for generating a high frequency alternating voltage based on the direct-current voltage converted by the AC/DC conversion unit; slip rings for transmitting the high frequency alternating voltage from a holding part side to a rotation blade side; and a plurality of transformers disposed respectively in the rotation blades and for increasing the voltage of the high frequency alternating voltage generated by the high frequency generation unit and outputting an increased voltage between the first electrode and the second electrode, wherein a ratio of a distance against the length is 0.05 or less, the distance being defined by a distance between a combined center of gravity of the transformers and a center axis of the rotation shaft.
A computer-implemented method for optimizing processing or imaging of seismic data sets, comprising: receiving data sets, wherein the data sets comprise seismic data sets of a geologic survey, wherein each of the seismic data sets corresponds to one of a plurality of individual emitter-detector arrangements of the geologic seismic survey, wherein each of the plurality of individual emitter-detector arrangements corresponds to an angle or an offset of an amplitude versus angle or an amplitude versus offset survey; calculating structural dip for one of the seismic data sets; calculating a multi-dimensional similarity metric for the one of the seismic data sets, wherein the multi-dimensional similarity metric is based at least in part on structural dip, wherein calculating the multi-dimensional similarity metric comprises generating reference values and wherein the reference values comprise estimated structural dip values; based at least in part on the multi-dimensional similarity metric, assessing the one seismic data set, wherein the assessing comprises assigning an error to the one seismic data set, wherein the error corresponds to the angle or the offset of the one seismic data set; generating a similarity stack, wherein generating the similarity stack comprises stacking up the error measurements, for individual samples, across a plurality of offsets/ angles; and processing or imaging the seismic data sets using the similarity stack. receiving data sets, wherein the data sets comprise seismic data sets of a geologic survey, wherein each of the seismic data sets corresponds to one of a plurality of individual emitter-detector arrangements of the geologic seismic survey, wherein each of the plurality of individual emitter-detector arrangements corresponds to an angle or an offset of an amplitude versus angle or an amplitude versus offset survey; calculating structural dip for one of the seismic data sets; calculating a multi-dimensional similarity metric for the one of the seismic data sets, wherein the multi-dimensional similarity metric is based at least in part on structural dip, wherein calculating the multi-dimensional similarity metric comprises generating reference values and wherein the reference values comprise estimated structural dip values; based at least in part on the multi-dimensional similarity metric, assessing the one seismic data set, wherein the assessing comprises assigning an error to the one seismic data set, wherein the error corresponds to the angle or the offset of the one seismic data set; generating a similarity stack, wherein generating the similarity stack comprises stacking up the error measurements, for individual samples, across a plurality of offsets/ angles; and processing or imaging the seismic data sets using the similarity stack.
A tray sealer having a sealing station which comprises a tool upper part, a clamping frame and a tool lower part, a dome tool being arranged inside the tool upper part for deforming a skinable top film, the dome tool having at least one first channel, which is connectable together with a second channel in the tool upper part, wherein the dome tool has an inner contact surface, and wherein the clamping frame is configured to clamp the top film to the tool upper part in a gas-tight manner in order to form an upper chamber within the tool upper part, characterised in that the upper tool part or the dome tool has at least one third channel through which the upper tool part or the dome tool is connected to a vacuum generator, wherein the tray sealer is configured to generate thermal air convection from the first channel to the third channel along a side of the top film facing the dome tool, while the top film is clamped to the tool upper part to warm up the top film by means of heated air.
Machine for the working of tubes and other similar blanks, such as, for example, bars and profiled sections, comprising a working apparatus (10, 14, 16) arranged to carry out one or more working operations on a tube, and a tube feeding device arranged to feed the tube towards the working apparatus (10, 14, 16), wherein the working apparatus (10, 14, 16) and the tube feeding device comprise respective clamping members for clamping the tube during the working operation, characterized in that at least one of the clamping members of the working apparatus (10, 14, 16) and of the tube feeding device is provided with a displacement sensor arranged to detect and measure in a contactless manner any movements of the tube relative to said clamping member while the tube is clamped by said clamping member during the working operation.
A method for controlling an actuator, characterized by: (a) driving the actuator so that a variable position device moves towards a hard stop (34, 36); (b) determining if a collision takes place between the variable position device and the hard stop (34, 36); and (c) if a collision takes place between the variable position device and the hard stop, then determining a current actuator position and resetting a hard stop position (202, 204) with the current actuator position; wherein (a), (b), and (c) are part of an initial calibration procedure that determines first and second hard stop positions (202, 204), and each of the first and second hard stop positions (202, 204) is used by the method until another hard stop position is subsequently determined; and wherein the initial calibration procedure is a partial calibration procedure that measures the second hard stop position and calculates the first hard stop position by using at least one actuator span value selected from the group consisting of: a prior actuator span value, or a default actuator span value. (a) driving the actuator so that a variable position device moves towards a hard stop (34, 36); (b) determining if a collision takes place between the variable position device and the hard stop (34, 36); and (c) if a collision takes place between the variable position device and the hard stop, then determining a current actuator position and resetting a hard stop position (202, 204) with the current actuator position;
Embolization particulates suitable for occluding a blood vessel, the embolization particulates comprising: a plurality of embolization beads, each of said embolization beads comprises: a plurality of outwardly protruding portions, wherein, upon a first one and a second one of said embolization beads accumulating against a boundary of the blood vessel, said protruding portions of said first embolization bead are configured to intermesh with said protruding portions of said second embolization bead, so as to occlude the blood vessel; wherein said embolization beads are characterized by having a tetrapod-like shape. a plurality of outwardly protruding portions, wherein, upon a first one and a second one of said embolization beads accumulating against a boundary of the blood vessel, said protruding portions of said first embolization bead are configured to intermesh with said protruding portions of said second embolization bead, so as to occlude the blood vessel; wherein said embolization beads are characterized by having a tetrapod-like shape.
A heat sink system comprising: a circuit board comprising an electronic circuit to be cooled disposed on a first side of the circuit board, a heat sink disposed adjacent to the electronic circuit and thermally coupled to the electronic circuit to extract heat from the electronic circuit during operation, a clip disposed on a second side of the circuit board opposite the first side, the clip contacting the heat sink to retain the heat sink in place adjacent to the electronic circuit, and a load spreader disposed adjacent to the clip, wherein the clip is positioned diagonally across a second side of the load spreader and urges the load spreader towards the second side of the circuit board to create a force to retain the heat sink in place adjacent to the electronic circuit, characterized in that the load spreader is made of a fiber-reinforced synthetic plastic material. a circuit board comprising an electronic circuit to be cooled disposed on a first side of the circuit board, a heat sink disposed adjacent to the electronic circuit and thermally coupled to the electronic circuit to extract heat from the electronic circuit during operation, a clip disposed on a second side of the circuit board opposite the first side, the clip contacting the heat sink to retain the heat sink in place adjacent to the electronic circuit, and a load spreader disposed adjacent to the clip, wherein the clip is positioned diagonally across a second side of the load spreader and urges the load spreader towards the second side of the circuit board to create a force to retain the heat sink in place adjacent to the electronic circuit, characterized in that the load spreader is made of a fiber-reinforced synthetic plastic material.
A laundry treating apparatus, comprising: a body having a laundry introduction opening of a circular shape; a door having a display unit, having a circular shape eccentric from the laundry introduction opening, and configured to open and close the laundry introduction opening; and a hinge unit having a mounting portion mounted to the body, and configured to rotatably connect the door to the body, wherein: the mounting portion is formed such that a width of a lower end region thereof is narrower than a width of an upper end region thereof, a plurality of protrusions (313, 314) protrude from the mounting portion, the protrusion portions (313, 314) include: a first protrusion disposed above the horizontal center line of the door; and a second protrusion disposed below the horizontal center line of the door, and wherein the first protrusion and the second protrusion are asymmetric to each other based on the horizontal center line of the door. a body having a laundry introduction opening of a circular shape; a door having a display unit, having a circular shape eccentric from the laundry introduction opening, and configured to open and close the laundry introduction opening; and a hinge unit having a mounting portion mounted to the body, and configured to rotatably connect the door to the body, wherein: the mounting portion is formed such that a width of a lower end region thereof is narrower than a width of an upper end region thereof, a plurality of protrusions (313, 314) protrude from the mounting portion, the protrusion portions (313, 314) include: a first protrusion disposed above the horizontal center line of the door; and a second protrusion disposed below the horizontal center line of the door, and wherein the first protrusion and the second protrusion are asymmetric to each other based on the horizontal center line of the door. the mounting portion is formed such that a width of a lower end region thereof is narrower than a width of an upper end region thereof, a plurality of protrusions (313, 314) protrude from the mounting portion, the protrusion portions (313, 314) include: a first protrusion disposed above the horizontal center line of the door; and a second protrusion disposed below the horizontal center line of the door, and wherein the first protrusion and the second protrusion are asymmetric to each other based on the horizontal center line of the door. a first protrusion disposed above the horizontal center line of the door; and a second protrusion disposed below the horizontal center line of the door, and wherein the first protrusion and the second protrusion are asymmetric to each other based on the horizontal center line of the door.