mhurhangee/ep-ind-claims huggingface dataset:
An electrical sensing/stimulation apparatus for positioning at least one electrode within body tissue, the electrical sensing/stimulation apparatus comprising: an elongate lead body having a longitudinal axis; at least one sensing/stimulation electrode (131, 132) coupled to the elongate lead body; a deployable/retractable displacement member coupled to the elongate lead body and adapted to move or bias the at least one electrode towards a prescribed direction by a user; and a tissue attachment mechanism adapted to affix a distal segment of the elongate lead body to body tissue, the tissue attachment mechanism having a retracted configuration and a deployed configuration, wherein in the retracted configuration the tissue attachment mechanism is positioned substantially within at least one internal lumen, and in the deployed configuration the tissue attachment mechanism extends from the longitudinal axis of the elongate lead body to engage body tissue, and wherein the tissue attachment mechanism comprises a plurality of tissue attachment members (141a, 141b) adapted to extend as curved loops from a common port of the elongate lead body, wherein each of the tissue attachment members are adapted to deploy in a deployment plane, and wherein two or more of the deployment planes of the tissue attachment members of the plurality of tissue attachment members are adapted to diverge from one another by an angle of 20 to 270 degrees when extended from the common port. an elongate lead body having a longitudinal axis; at least one sensing/stimulation electrode (131, 132) coupled to the elongate lead body; a deployable/retractable displacement member coupled to the elongate lead body and adapted to move or bias the at least one electrode towards a prescribed direction by a user; and a tissue attachment mechanism adapted to affix a distal segment of the elongate lead body to body tissue, the tissue attachment mechanism having a retracted configuration and a deployed configuration, wherein in the retracted configuration the tissue attachment mechanism is positioned substantially within at least one internal lumen, and in the deployed configuration the tissue attachment mechanism extends from the longitudinal axis of the elongate lead body to engage body tissue, and wherein the tissue attachment mechanism comprises a plurality of tissue attachment members (141a, 141b) adapted to extend as curved loops from a common port of the elongate lead body, wherein each of the tissue attachment members are adapted to deploy in a deployment plane, and wherein two or more of the deployment planes of the tissue attachment members of the plurality of tissue attachment members are adapted to diverge from one another by an angle of 20 to 270 degrees when extended from the common port.
An isolated nucleic acid molecule, comprising a sequence of nucleotides encoding a bifunctional class I/II cis-abienol synthase polypeptide set forth in SEQ ID NO:7 or a catalytically active fragment thereof, or a sequence that has at least 80% sequence identity to SEQ ID NO:7 or to a catalytically active fragment thereof, wherein: the encoded polypeptide or catalytically active fragment comprises a class II active site comprising a DxDD motif and a class I active site comprising a DDxxD motif; and the encoded polypeptide or catalytically active fragment catalyzes the formation of cis-abienol from geranylgeranyl diphosphate (GGPP). the encoded polypeptide or catalytically active fragment comprises a class II active site comprising a DxDD motif and a class I active site comprising a DDxxD motif; and the encoded polypeptide or catalytically active fragment catalyzes the formation of cis-abienol from geranylgeranyl diphosphate (GGPP).
Method for closing bottles, cans, or similar receptacles, in particular of receptacles filled with an oxygen-sensitive product, carried out with a closing machine under an inert-gas atmosphere, with which closing machine a rotor is formed, which can be driven about a vertical machine axis, with a plurality of closing stations are formed at the circumference of the rotor, each comprising at least one closing tool, wherein the inert-gas chamber or part chamber (18.1) is configured as a ring chamber surrounding the machine axis, and with which the closing of the receptacles takes place in the inert-gas chamber or part chamber (18.1) formed by the closing machine and containing the inertgas atmosphere, in which the receptacles are taken up during the closing at least in the region of their receptacle mouth (2.2).
A computer-implemented method for generating a 2D drawing representing a mechanical part, said 2D drawing being obtained from a 3D modelled object representing an object to be manufactured, the method comprising: - providing a 3D modeled object which represents a 3D shape of the mechanical part, the 3D modeled object being a B-Rep comprising edges; - determining continuous 3D curves which each represent a respective instance of a predetermined set of visual characteristics of reflection lines defined on the 3D shape, a visual characteristic of a reflection line being a position of the reflection line visually identifiable, a reflection line being a line defined on the outer surface of the mechanical part representing, relative to a viewpoint, the reflect of a light source forming a straight line; and - projecting the determined continuous 3D curves on a 2D plane, the projecting allowing to generate the 2D drawing representing the mechanical part; wherein the determining of continuous 3D curves comprises: • determining all continuous 3D silhouette curves defined on the 3D modeled object, according to the perspective of the projection; • determining among the edges of the B-Rep: ∘ all sharp curves, and ∘ curvature continuity curves which define the boundary between two adjacent faces ( F 1,F 2) across which the variation k 2 max − k 1 max of a curvature ( k 1 max,k 2 max) is above a predetermined threshold 1 R, wherein sharp curves being those curves having a local curvature variation above a predetermined threshold. - providing a 3D modeled object which represents a 3D shape of the mechanical part, the 3D modeled object being a B-Rep comprising edges; - determining continuous 3D curves which each represent a respective instance of a predetermined set of visual characteristics of reflection lines defined on the 3D shape, a visual characteristic of a reflection line being a position of the reflection line visually identifiable, a reflection line being a line defined on the outer surface of the mechanical part representing, relative to a viewpoint, the reflect of a light source forming a straight line; and - projecting the determined continuous 3D curves on a 2D plane, the projecting allowing to generate the 2D drawing representing the mechanical part; • determining all continuous 3D silhouette curves defined on the 3D modeled object, according to the perspective of the projection; • determining among the edges of the B-Rep: ∘ all sharp curves, and ∘ curvature continuity curves which define the boundary between two adjacent faces ( F 1,F 2) across which the variation k 2 max − k 1 max of a curvature ( k 1 max,k 2 max) is above a predetermined threshold 1 R, wherein sharp curves being those curves having a local curvature variation above a predetermined threshold. ∘ all sharp curves, and ∘ curvature continuity curves which define the boundary between two adjacent faces ( F 1,F 2) across which the variation k 2 max − k 1 max of a curvature ( k 1 max,k 2 max) is above a predetermined threshold 1 R, wherein sharp curves being those curves having a local curvature variation above a predetermined threshold.
A medical device system comprising: a replacement valve comprising an expandable anchor; a locking member engaged to a first end of the anchor; characterized by two posts (16A, 16B), each post being engaged to a portion of the anchor, each post defining a hole at a distal end of the post; and a fastening element extending through each hole of a respective post and being engaged to a second end of the anchor, wherein, in a locked configuration, the posts are secured to the locking member. a replacement valve comprising an expandable anchor; a locking member engaged to a first end of the anchor; characterized by two posts (16A, 16B), each post being engaged to a portion of the anchor, each post defining a hole at a distal end of the post; and a fastening element extending through each hole of a respective post and being engaged to a second end of the anchor, wherein, in a locked configuration, the posts are secured to the locking member.
A system for collecting information of a rig operation, the system comprising: an integrated control system; wherein the integrated control system monitors one or more rig operations; wherein the integrated control system comprises a centralized data acquisition server communicatively coupled to one or more functional units; at least one memory; and at least one processor executing the steps comprising: receiving data from a sensor (220A, 220B) corresponding to the one or more functional units; characterised by: storing the data in a central time-synchronized database in the at least one memory, wherein the central time-synchronized database is accessible by the centralized data acquisition server; collecting the data from a plurality of the functional units to generate a time synchronized overview of rig operations; wherein the overview of rig operations is operable to monitor the data from the plurality of the functional units at a centralised location; depending on a flag status, performing a quality check on the data; processing the data from the plurality of functional units to generate a report, wherein the report is accessible by operation personnel on a display, further wherein the report is operable to identify a metric, wherein the metric is operable to assist the operation personnel in analyzing deviations in the one or more rig operations. an integrated control system; wherein the integrated control system monitors one or more rig operations; wherein the integrated control system comprises a centralized data acquisition server communicatively coupled to one or more functional units; at least one memory; and at least one processor executing the steps comprising: receiving data from a sensor (220A, 220B) corresponding to the one or more functional units; receiving data from a sensor (220A, 220B) corresponding to the one or more functional units; storing the data in a central time-synchronized database in the at least one memory, wherein the central time-synchronized database is accessible by the centralized data acquisition server; collecting the data from a plurality of the functional units to generate a time synchronized overview of rig operations; wherein the overview of rig operations is operable to monitor the data from the plurality of the functional units at a centralised location; depending on a flag status, performing a quality check on the data; processing the data from the plurality of functional units to generate a report, wherein the report is accessible by operation personnel on a display, further wherein the report is operable to identify a metric, wherein the metric is operable to assist the operation personnel in analyzing deviations in the one or more rig operations.
Use of a compound comprising a cobalt-bearing alkyd polymer as a polymerization agent in coatings, said polymer comprising cobalt carboxylate sequences, and having a cobalt content of 0.5 to 6% by weight, and a mean molecular weight of more than 3000.
Device for manufacturing plastic containers, comprising a clocked preform manufacturing means (101; 201), a temperature control means (102; 202; 302) for thermal conditioning of preforms manufactured in the preform manufacturing means (101; 201), and a continuously working blow molding machine (103; 203; 303), wherein the temperature control means (102; 202; 302) is designed and/or configured such that preforms that have been manufactured in one cycle of the preform manufacturing means (101; 201) have the same temperature, in particular the same temperature profile, when they enter the blow-molding unit; and further comprising a buffer storage for preforms, characterized in that the buffer storage is arranged between the preform manufacturing means (101; 201) and the temperature control means (102; 202; 302), wherein a housing is provided for the buffer storage whose interior can be kept sterile with respect to the surrounding area.
A laser auto-focus PM 2.5 dust sensor, comprising a sensor body and a detection system provided within the sensor body; in the sensor body, an airflow channel is provided for gas to be detected to pass through; the detection system comprises a laser diode, a lens, and a photodiode; characterized in that the laser diode and the lens are connected in match, and provided on one side of the airflow channel; in cooperation with it, the photodiode is provided within the airflow channel, and located on the side of the laser diode producing a detection laser, wherein the laser PM 2.5 dust sensor further comprises a temperature control mechanism, which comprises a PCB, a temperature sensing assembly, and a telescopic assembly, whereat said PCB is able to obtain the temperature value of the working environment in which said sensor locates by means of said temperature sensing assembly, and further, according to the temperature value, is able to determine the moving direction and distance of the focus, whereat on the basis of the movement of said focus, said PCB is able to control said laser diode by the means of said telescopic assembly to extend toward said lens or to shrink far away from said lens, wherein the extending or shrinking distance is the same as the moving distance of said focus, such that said focus, which displaces due to temperature variation, can return to its original position; the laser diode is provided fixedly at the end of the telescopic assembly toward the airflow channel, while at the other end of the telescopic assembly is provided fixedly with the PCB; the lens is provided fixedly between the laser diode and the airflow channel; and the temperature sensing assembly and the telescopic assembly are connected electrically with the PCB respectively.
A semiconductor die assembly (100; 200; 300; 400; 500), comprising: a stack of semiconductor dies; a thermally conductive casing having a cap portion and a wall portion extending vertically away from the cap portion; an interposer between the thermally conductive casing and the stack of semiconductor dies, wherein a peripheral portion of the interposer extends laterally beyond the stack of semiconductor dies, wherein the interposer is formed without integrated circuit components, wherein the cap portion is attached to a back side surface of the interposer opposite a front side surface, and wherein the stack of semiconductor dies is electrically coupled to the front side surface of the interposer by a plurality of interconnects; a package substrate carrying the thermally conductive casing, wherein the wall portion is attached to an outer surface of the package substrate, and wherein the thermally conductive casing at least partially encloses the interposer and the stack of semiconductor dies within an enclosure; and a plurality of conductive members interposed between the package substrate and the front side surface at the peripheral portion of the interposer, wherein each of the conductive members is coupled to a bond pad on the interposer and to a corresponding bond pad on the package substrate. a stack of semiconductor dies; a thermally conductive casing having a cap portion and a wall portion extending vertically away from the cap portion; an interposer between the thermally conductive casing and the stack of semiconductor dies, wherein a peripheral portion of the interposer extends laterally beyond the stack of semiconductor dies, wherein the interposer is formed without integrated circuit components, wherein the cap portion is attached to a back side surface of the interposer opposite a front side surface, and wherein the stack of semiconductor dies is electrically coupled to the front side surface of the interposer by a plurality of interconnects; a package substrate carrying the thermally conductive casing, wherein the wall portion is attached to an outer surface of the package substrate, and wherein the thermally conductive casing at least partially encloses the interposer and the stack of semiconductor dies within an enclosure; and a plurality of conductive members interposed between the package substrate and the front side surface at the peripheral portion of the interposer, wherein each of the conductive members is coupled to a bond pad on the interposer and to a corresponding bond pad on the package substrate.
A method for treating laundry comprising the steps of: providing a treatment composition comprising a photoactive component; contacting in an appliance said treatment composition with said laundry; and irradiating said treatment composition with visible light; characterized in that the step of irradiating said treatment composition with visible light is performed by a dispenser that comprises a source of light and a reservoir releasably containing said treatment composition and that is tool free attachable and detachable from an interior portion of the appliance. providing a treatment composition comprising a photoactive component; contacting in an appliance said treatment composition with said laundry; and irradiating said treatment composition with visible light; characterized in that the step of irradiating said treatment composition with visible light is performed by a dispenser that comprises a source of light and a reservoir releasably containing said treatment composition and that is tool free attachable and detachable from an interior portion of the appliance.
- Apparatus for adapting an intelligent power module to a main circuit board of a motor controller, comprising: an adapter circuit board having fixed interface contact pins configured to be plugged into interface contact elements of said main circuit board of said motor controller, said power module having contact terminals having a first pin out configuration connected on the adapter circuit board, wherein the adapter circuit board provides a cross pin configuration between said first pin out configuration of said power module and said interface contact pins having a second pin out configuration in order to connect said power module to said main circuit board, a set of capacitors connecting points (25, 26, 27) on the adapter circuit board and capacitors (22, 23, 24) connected to at least some of said capacitors connecting points and configured to reduce a radiated emission level of the motor controller, the capacitance of said capacitors being designed to reach a target threshold for the radiated emission level of the motor controller. an adapter circuit board having fixed interface contact pins configured to be plugged into interface contact elements of said main circuit board of said motor controller, said power module having contact terminals having a first pin out configuration connected on the adapter circuit board, wherein the adapter circuit board provides a cross pin configuration between said first pin out configuration of said power module and said interface contact pins having a second pin out configuration in order to connect said power module to said main circuit board, a set of capacitors connecting points (25, 26, 27) on the adapter circuit board and capacitors (22, 23, 24) connected to at least some of said capacitors connecting points and configured to reduce a radiated emission level of the motor controller, the capacitance of said capacitors being designed to reach a target threshold for the radiated emission level of the motor controller.
A controller for a vehicle, the controller being configured to: receive an indication of a measured speed of the vehicle; determine whether a gradient on which the vehicle is located is below a threshold gradient; and provide an output signal to cause a brake of the vehicle to be automatically applied to hold the vehicle stationary, in dependence on: the received indication of the measured speed of the vehicle being below a threshold speed; and the determination that the gradient is below the threshold gradient, characterized in that the controller is configured to receive indications of depressions of at least one user operable pedal (108, 109), and in dependence on the at least one user operable pedal (108, 109) being depressed, provide the output signal to cause the brake of the vehicle to be automatically applied only after the expiration of a first period of time having a first duration in which the indication of measured speed is within a first speed range including zero. receive an indication of a measured speed of the vehicle; determine whether a gradient on which the vehicle is located is below a threshold gradient; and provide an output signal to cause a brake of the vehicle to be automatically applied to hold the vehicle stationary, in dependence on: the received indication of the measured speed of the vehicle being below a threshold speed; and the determination that the gradient is below the threshold gradient, the received indication of the measured speed of the vehicle being below a threshold speed; and the determination that the gradient is below the threshold gradient, characterized in that the controller is configured to receive indications of depressions of at least one user operable pedal (108, 109), and in dependence on the at least one user operable pedal (108, 109) being depressed, provide the output signal to cause the brake of the vehicle to be automatically applied only after the expiration of a first period of time having a first duration in which the indication of measured speed is within a first speed range including zero.
A method for evaluating a solar module having a plurality of solar cells, the method comprising a PL evaluation step for evaluating a solar cell to be evaluated among the plurality of solar cells by illuminating the solar cell from a light source and detecting the intensity of photoluminescent light emitted by the solar cell, the light being illuminated while a light-blocking member is arranged between the solar module and the light source so light from the light source is not incident on portions of the solar module other than the solar cell to be evaluated.
Elevator with a car consisting of a car frame suspended from a supporting means and carrying a platform or an elevator cabin, with a counterweight suspended from the supporting means and with guide rails along which the car and the counterweight can be moved up and down in an elevator shaft, and at least one folding maintenance support, which can be brought into a vertical working position in which it defines a protective space between the car and the bottom of the shaft, and which can be brought into a horizontal rest position in which it releases the car's path until the car lands on a buffer or buffers in the shaft floor, characterized in that the car frame has at least one lower, horizontally extending cross beam which has at least one first recess on its lower flank which forms a free space into which the at least one maintenance support located in its horizontal rest position can be inserted. and at least one folding maintenance support, which can be brought into a vertical working position in which it defines a protective space between the car and the bottom of the shaft, and which can be brought into a horizontal rest position in which it releases the car's path until the car lands on a buffer or buffers in the shaft floor, characterized in that the car frame has at least one lower, horizontally extending cross beam which has at least one first recess on its lower flank which forms a free space into which the at least one maintenance support located in its horizontal rest position can be inserted.