mhurhangee/ep-ind-claims huggingface dataset:
A tap-off box for distributing power from a busway of an electrical power distribution system, the tap-off box comprising: a housing including power distribution and monitoring components; a generally planar mast that extends from the housing and includes a plurality of electrical contacts for engagement with respective conductors in the busway; and characterized by a snap-on latching mechanism that includes a spring-biased latch member pivotably attached to the mast via a pivot post positioned in an opening in the mast, wherein the latch member has a busway engaging surface configured to engage a horizontal upper surface of a structure in the busway, the latch member further including an inclined cam surface configured to engage a lower surface of the busway structure and cause the latch member to pivot in a first direction as the mast is inserted into the busway, the latch member being moved in a second direction by the spring-bias into a latching position in which the busway engaging surface engages the horizontal upper surface of the busway structure to latch the tap-off box into the busway after the latch member has moved past the busway structure upon full insertion of the mast into the busway; and an unlatching mechanism (47, 48) positioned adjacent the latch member and configured to engage and pivot the latch member in said first direction upon actuation by an installer to enable removal of the tap off box from the busway. a housing including power distribution and monitoring components; a generally planar mast that extends from the housing and includes a plurality of electrical contacts for engagement with respective conductors in the busway; and characterized by a snap-on latching mechanism that includes a spring-biased latch member pivotably attached to the mast via a pivot post positioned in an opening in the mast, wherein the latch member has a busway engaging surface configured to engage a horizontal upper surface of a structure in the busway, the latch member further including an inclined cam surface configured to engage a lower surface of the busway structure and cause the latch member to pivot in a first direction as the mast is inserted into the busway, the latch member being moved in a second direction by the spring-bias into a latching position in which the busway engaging surface engages the horizontal upper surface of the busway structure to latch the tap-off box into the busway after the latch member has moved past the busway structure upon full insertion of the mast into the busway; and an unlatching mechanism (47, 48) positioned adjacent the latch member and configured to engage and pivot the latch member in said first direction upon actuation by an installer to enable removal of the tap off box from the busway.
A steering wheel adapter system for an automotive simulator, comprising: a first adapter element formed in a distal end 104 of the steering wheel 100, the first adapter element comprising at least one of a first electrical contact surface 108 and a first optical contact surface; a second adapter element formed in a distal end of a steering axle 206 of the automotive simulator, the second adapter element comprising at least one of a second electrical contact surface 210 and a second optical contact surface; characterised in that the first adapter element and the second adapter element are configured to slide against each other along a plane that is substantially perpendicular to the steering axle 206 until a seated position has been reached in which a central axis of the steering wheel 100 is aligned with a central axis of the steering axle 206, and the at least one of the first electrical contact surface 108 and a first optical contact surface and the least one of the second electrical contact surface 210 and the second optical contact surface make contact with each other to establish an electrical connection, an optical connection, or both between the steering wheel 100 and the steering axle 206 of the automotive simulator. a first adapter element formed in a distal end 104 of the steering wheel 100, the first adapter element comprising at least one of a first electrical contact surface 108 and a first optical contact surface; a second adapter element formed in a distal end of a steering axle 206 of the automotive simulator, the second adapter element comprising at least one of a second electrical contact surface 210 and a second optical contact surface; characterised in that the first adapter element and the second adapter element are configured to slide against each other along a plane that is substantially perpendicular to the steering axle 206 until a seated position has been reached in which a central axis of the steering wheel 100 is aligned with a central axis of the steering axle 206, and the at least one of the first electrical contact surface 108 and a first optical contact surface and the least one of the second electrical contact surface 210 and the second optical contact surface make contact with each other to establish an electrical connection, an optical connection, or both between the steering wheel 100 and the steering axle 206 of the automotive simulator.
A processor-readable medium storing code representing instructions that when executed at a processor cause the processor to: detect, by an event detection module,, during a record phase, an input event relative to a graphical user interface; generate, by an image generation module, during the record phase, a plurality of images comprising a graphical element, each respective image of the plurality of images being captured at different times and comprising the graphical element affected by the input event and differing in appearance from the graphical element included in another image of the plurality of images, and associate, by an association module,, during the record phase, with the input event the plurality of images, each image from the plurality of images including at least a portion of the graphical user interface that includes the graphical element at which the input event occurred; designate, in response to a user input,, during the record phase, an image from the plurality of images as a target for the input event, wherein the designated image is used as a target during a replay phase to identify the portion of the graphical user interface to which the input event should be applied; and define an automation action identifying the input event and the target, the input event to be replayed during the replay phase. detect, by an event detection module,, during a record phase, an input event relative to a graphical user interface; generate, by an image generation module, during the record phase, a plurality of images comprising a graphical element, each respective image of the plurality of images being captured at different times and comprising the graphical element affected by the input event and differing in appearance from the graphical element included in another image of the plurality of images, and associate, by an association module,, during the record phase, with the input event the plurality of images, each image from the plurality of images including at least a portion of the graphical user interface that includes the graphical element at which the input event occurred; designate, in response to a user input,, during the record phase, an image from the plurality of images as a target for the input event, wherein the designated image is used as a target during a replay phase to identify the portion of the graphical user interface to which the input event should be applied; and define an automation action identifying the input event and the target, the input event to be replayed during the replay phase.
Oven for non-metal melts, in particular for silicon melts, with a. a housing enclosing an interior, b. at least one mould arranged in the interior for receiving a non-metal melt, c. at least one electrical heating device enclosing at least partially the at least one mould for influencing the temperature of the non-metal melt, and d. a power supply device coupled in an electrically conductive manner to the at least one heating device for supplying the heating device with a time-variable current I(t), wherein the current I(t) is of a magnitude suitable for setting a predetermined temperature of the non-metal melt, e. the at least one mould is rectangular in cross-section, characterised in that the current I(t) has a frequency in the range of 0.1 Hz to 1000 Hz. a. a housing enclosing an interior, b. at least one mould arranged in the interior for receiving a non-metal melt, c. at least one electrical heating device enclosing at least partially the at least one mould for influencing the temperature of the non-metal melt, and d. a power supply device coupled in an electrically conductive manner to the at least one heating device for supplying the heating device with a time-variable current I(t), wherein the current I(t) is of a magnitude suitable for setting a predetermined temperature of the non-metal melt, e. the at least one mould is rectangular in cross-section, characterised in that the current I(t) has a frequency in the range of 0.1 Hz to 1000 Hz.
A fluid composition capable of forming a coating, characterized in that it contains from 0.1% to 3% by dry weight, relative to the total weight of the composition, of at least one virucide of natural origin, said virucide of natural origin being monolaurin, said composition having a viscosity between 30 mPa.s and 40 Pa.s, at room temperature and ambient pressure, said composition comprising, in addition, at least one binder chosen from resins, waxes and gums.
A dental implant for rotationally-oriented implantation in a jaw bone using a dental implant implanting tool, comprising: a body having a longitudinal extent along a coronal-apical axis, said body sized for implanting of an intrabony portion thereof within a jaw bone; said body having N facing directions around said coronal-apical axis, wherein N is at least two, each said facing direction is defined by the orientation of a cutaway region relative to said coronal-apical axis; said cutaway regions are equally spaced around said longitudinal axis of said implant; and a receiving volume comprising receiving surfaces for receiving an interlocking portion of the dental implant implanting tool; wherein said receiving volume is characterized by a complementary keying in the form of a hexagon having sides of different lengths, or a plurality of shape-keyed notches configured with a surface oriented to receive torquing, at least a first of the notches being distinct in shape from at least a second of the notches, such that the complementary keying enables said interlocking portion of the dental implant implanting tool to interlock in one of exactly N mating orientations wherein each of said N mating orientations corresponds to one of said N facing directions. a body having a longitudinal extent along a coronal-apical axis, said body sized for implanting of an intrabony portion thereof within a jaw bone; said body having N facing directions around said coronal-apical axis, wherein N is at least two, each said facing direction is defined by the orientation of a cutaway region relative to said coronal-apical axis; said cutaway regions are equally spaced around said longitudinal axis of said implant; and a receiving volume comprising receiving surfaces for receiving an interlocking portion of the dental implant implanting tool; wherein said receiving volume is characterized by a complementary keying in the form of a hexagon having sides of different lengths, or a plurality of shape-keyed notches configured with a surface oriented to receive torquing, at least a first of the notches being distinct in shape from at least a second of the notches, such that the complementary keying enables said interlocking portion of the dental implant implanting tool to interlock in one of exactly N mating orientations wherein each of said N mating orientations corresponds to one of said N facing directions.
A method of forming a cured mineral fibre product comprising at least a top layer comprising mineral fibres and a base layer comprising mineral fibres, said method comprising the steps of: - providing the top layer web comprising uncured mineral wool; - providing the base layer web comprising cured mineral wool; - joining the uncured top layer web and the cured base layer web to form an assembled laminate; - curing the top layer web in a curing oven by transporting the assembled laminate into a curing oven comprising an upper conveyor and a lower conveyor for curing the assembled laminate, said assembled laminate being positioned between said upper and lower conveyors; wherein the uncured top layer web is compressed by at least 50 % upon entry into the curing oven. - providing the top layer web comprising uncured mineral wool; - providing the base layer web comprising cured mineral wool; - joining the uncured top layer web and the cured base layer web to form an assembled laminate; - curing the top layer web in a curing oven by transporting the assembled laminate into a curing oven comprising an upper conveyor and a lower conveyor for curing the assembled laminate, said assembled laminate being positioned between said upper and lower conveyors;
A method of processing audio signals at a device, the method comprising: determining beamformer filter coefficients to be applied to the audio signals; applying the beamformer filter coefficients to the audio signals; outputting the filtered audio signals from an audio output means comprising a plurality of speakers (310, 312) coupled with the device; and receiving at a microphone coupled with the device, the filtered audio signals output from the audio output means; characterised in that: the filter coefficients are determined such that the filtered audio signals destructively interfere with each other such that the filtered audio signals are suppressed when received at the microphone; and the method further comprises determining location information which defines a location of the microphone relative to the speakers and using the location information to determine the beamformer filter coefficients, wherein the step of determining location information comprises determining the time delay for each of the filtered audio signals, output from respective speakers, to arrive at the microphone. determining beamformer filter coefficients to be applied to the audio signals; applying the beamformer filter coefficients to the audio signals; outputting the filtered audio signals from an audio output means comprising a plurality of speakers (310, 312) coupled with the device; and receiving at a microphone coupled with the device, the filtered audio signals output from the audio output means; the filter coefficients are determined such that the filtered audio signals destructively interfere with each other such that the filtered audio signals are suppressed when received at the microphone; and the method further comprises determining location information which defines a location of the microphone relative to the speakers and using the location information to determine the beamformer filter coefficients, wherein the step of determining location information comprises determining the time delay for each of the filtered audio signals, output from respective speakers, to arrive at the microphone.
An aircraft comprising a first row of seats, a second row of seats and an environmental control system, the environmental control system comprising: a first decompression panel assembly comprised in the first row of the aircraft and comprising a first array of apertures that defines a first airflow restriction, a second decompression panel assembly comprised in the second row of the aircraft and comprising a second array of apertures that defines a second airflow restriction different than the first airflow restriction, at least one component positioned along a length of the aircraft and designed for drawing air through the first and second decompression panel assemblies; wherein the first and second arrays of apertures are formed on interchangeable inserts; wherein the arrays of the decompression assemblies are based on the location of the corresponding decompression panel assembly (120; 200) along the length of the aircraft relative to the at least one component; and wherein the first airflow restriction is configured to provide a first mass flow of air through the first decompression panel assembly, wherein the second airflow restriction is configured to provide a second mass flow of air through the second decompression panel assembly and the first mass flow and the second mass flow are substantially similar. a first decompression panel assembly comprised in the first row of the aircraft and comprising a first array of apertures that defines a first airflow restriction, a second decompression panel assembly comprised in the second row of the aircraft and comprising a second array of apertures that defines a second airflow restriction different than the first airflow restriction, at least one component positioned along a length of the aircraft and designed for drawing air through the first and second decompression panel assemblies; wherein the first and second arrays of apertures are formed on interchangeable inserts; wherein the arrays of the decompression assemblies are based on the location of the corresponding decompression panel assembly (120; 200) along the length of the aircraft relative to the at least one component; and wherein the first airflow restriction is configured to provide a first mass flow of air through the first decompression panel assembly, wherein the second airflow restriction is configured to provide a second mass flow of air through the second decompression panel assembly and the first mass flow and the second mass flow are substantially similar.
A dental tool (100; 400; 500) for installing a dental abutment, the dental tool (100; 400; 500) comprising: a) a head for holding a dental abutment, an impression coping, or a healing abutment wherein said head comprises: i) a distal end and a proximal end; ii) a ratchet, the ratchet has a keyhole-shaped aperture with an inner wall, wherein said keyhole-shaped aperture has a circular section and a stem section and wherein the inner wall convergences from an upper surface towards a lower surface of the ratchet to grasp and hold the dental abutment; iii) an aperture at the distal end to receive the ratchet; and iv) a locking mechanism to fix and lock the ratchet in said aperture; b) an elongated handle pivotally connected to said head from the proximal end at a pivot point and wherein said head moves 90 degrees to a right side or a left side; whereby the dental tool provides a secure access for a screw to an implant-driver tip for any abutment-body angulation and position. a) a head for holding a dental abutment, an impression coping, or a healing abutment wherein said head comprises: i) a distal end and a proximal end; ii) a ratchet, the ratchet has a keyhole-shaped aperture with an inner wall, wherein said keyhole-shaped aperture has a circular section and a stem section and wherein the inner wall convergences from an upper surface towards a lower surface of the ratchet to grasp and hold the dental abutment; iii) an aperture at the distal end to receive the ratchet; and iv) a locking mechanism to fix and lock the ratchet in said aperture; i) a distal end and a proximal end; ii) a ratchet, the ratchet has a keyhole-shaped aperture with an inner wall, wherein said keyhole-shaped aperture has a circular section and a stem section and wherein the inner wall convergences from an upper surface towards a lower surface of the ratchet to grasp and hold the dental abutment; iii) an aperture at the distal end to receive the ratchet; and iv) a locking mechanism to fix and lock the ratchet in said aperture; b) an elongated handle pivotally connected to said head from the proximal end at a pivot point and wherein said head moves 90 degrees to a right side or a left side;
An oil or fat composition, which has an MCPD-FS content (ppm) of 1 ppm or less, the content being measured by a Deutsche Gesellschaft für Fettwissenschaft standard method C-III 18, has a diacylglycerol content of 25 mass% or more, and is subjected to deodorization treatment.
A fluid dispensing valve assembly having a sealed configuration and a fluid flow configuration, the valve assembly comprising: a housing, the housing defining a fluid dispensing port and a vent opening, a lever extending from the housing over at least a portion of the fluid dispensing port, an elastically deformable resilient member comprising a sealing tab and a dome portion, the sealing tab covering the vent opening when the valve assembly is in the sealed configuration; and a seal disposed within the fluid dispensing port and at least a portion of the seal contacting the sealing tab when the valve assembly is in the sealed configuration, wherein at least a portion of the dome portion contacts the lever. a housing, the housing defining a fluid dispensing port and a vent opening, a lever extending from the housing over at least a portion of the fluid dispensing port, an elastically deformable resilient member comprising a sealing tab and a dome portion, the sealing tab covering the vent opening when the valve assembly is in the sealed configuration; and a seal disposed within the fluid dispensing port and at least a portion of the seal contacting the sealing tab when the valve assembly is in the sealed configuration, wherein at least a portion of the dome portion contacts the lever.
A brake arrangement for a covering for an architectural opening, comprising: a rail; a rod mounted on said rail for rotation in first and second directions about an axis of rotation relative to said rail, for extending and retracting a covering, said rod having an axial length; and a brake for stopping the rotation of said rod in at least one of said first and second directions; wherein said brake includes a biased movable braking member which is biased in a braking direction transverse to the axis of rotation of the rod and which includes a contact plate; characterised by: a pusher, wherein said pusher defines a contact surface which pushes against the contact plate to push said biased movable braking member opposite to said braking direction to disengage said brake. a rail; a rod mounted on said rail for rotation in first and second directions about an axis of rotation relative to said rail, for extending and retracting a covering, said rod having an axial length; and a brake for stopping the rotation of said rod in at least one of said first and second directions; wherein said brake includes a biased movable braking member which is biased in a braking direction transverse to the axis of rotation of the rod and which includes a contact plate; characterised by: a pusher, wherein said pusher defines a contact surface which pushes against the contact plate to push said biased movable braking member opposite to said braking direction to disengage said brake. a pusher, wherein said pusher defines a contact surface which pushes against the contact plate to push said biased movable braking member opposite to said braking direction to disengage said brake.