mhurhangee/ep-ind-claims huggingface dataset:
A loudspeaker assembly for use on the outside of a vehicle, the loudspeaker assembly including: a loudspeaker, including a drive unit and a diaphragm, wherein the drive unit is configured to move the diaphragm along a movement axis, wherein the diaphragm has a front face that faces in a forwards direction parallel to the movement axis and a rear face that faces in a rearwards direction parallel to the movement axis; wherein the loudspeaker assembly includes a frame from which the diaphragm is suspended by at least one suspension; wherein the diaphragm includes a cone-shaped portion which is substantially in the shape of an open cone and has a cone opening angle in the range 90° to 130°; wherein the at least one suspension includes a surround which is located at the perimeter of the diaphragm, wherein the surround comprises a single corrugation which extends around the perimeter of the diaphragm, wherein the single corrugation is convex with respect to the forward direction, wherein the corrugation has a curved cross section in a section parallel to the movement axis and is tangentially connected to the diaphragm; and wherein the diaphragm and surround are formed of a single piece of material, the material comprising a single layer woven fabric of orthogonal, woven fibers and a thermoset resin and the material having a Young's modulus in the range 2 GPa to 15 GPa as measured in at least one direction. a loudspeaker, including a drive unit and a diaphragm, wherein the drive unit is configured to move the diaphragm along a movement axis, wherein the diaphragm has a front face that faces in a forwards direction parallel to the movement axis and a rear face that faces in a rearwards direction parallel to the movement axis; wherein the loudspeaker assembly includes a frame from which the diaphragm is suspended by at least one suspension; wherein the diaphragm includes a cone-shaped portion which is substantially in the shape of an open cone and has a cone opening angle in the range 90° to 130°; wherein the at least one suspension includes a surround which is located at the perimeter of the diaphragm, wherein the surround comprises a single corrugation which extends around the perimeter of the diaphragm, wherein the single corrugation is convex with respect to the forward direction, wherein the corrugation has a curved cross section in a section parallel to the movement axis and is tangentially connected to the diaphragm; and wherein the diaphragm and surround are formed of a single piece of material, the material comprising a single layer woven fabric of orthogonal, woven fibers and a thermoset resin and the material having a Young's modulus in the range 2 GPa to 15 GPa as measured in at least one direction.
An injector for delivery of a pharmaceutical composition, which injector does not comprise a silicone lubricant, the injector optionally comprising a piston rod, and which injector comprises - a cylinder extending along a longitudinal axis, the cylinder having an inner wall, an outer wall, and an outlet at an outlet end opposite an actuating end, - a piston assembly comprising a compressible section between an actuating piston element having a Shore A hardness in the range of 50 to 90 and a passive piston element having a Shore A hardness in the range of 50 to 90, which piston elements (32,33) abut the inner wall of the cylinder at abutting interfaces thereby sealing the compressible section when the piston assembly is inserted in the cylinder, characterised in that the compressible section comprises a compressible fluid and a resilient frame, the resilient frame physically coupling the actuating piston element to the passive piston element, which resilient frame is made from an elastic polymer, such as a thermoplastic elastomer having a Shore A hardness in the range of 50 to 90, and has a volumetric fraction in the range of 15% to 50% of the volume of the compressible section and which resilient frame has an axial length in the range of 25% to 90% of the total axial length of the piston assembly in a relaxed state, and in that the compressible fluid is entrapped between the actuating piston element and the passive piston element. - a cylinder extending along a longitudinal axis, the cylinder having an inner wall, an outer wall, and an outlet at an outlet end opposite an actuating end, - a piston assembly comprising a compressible section between an actuating piston element having a Shore A hardness in the range of 50 to 90 and a passive piston element having a Shore A hardness in the range of 50 to 90, which piston elements (32,33) abut the inner wall of the cylinder at abutting interfaces thereby sealing the compressible section when the piston assembly is inserted in the cylinder, characterised in that the compressible section comprises a compressible fluid and a resilient frame, the resilient frame physically coupling the actuating piston element to the passive piston element, which resilient frame is made from an elastic polymer, such as a thermoplastic elastomer having a Shore A hardness in the range of 50 to 90, and has a volumetric fraction in the range of 15% to 50% of the volume of the compressible section and which resilient frame has an axial length in the range of 25% to 90% of the total axial length of the piston assembly in a relaxed state, and in that the compressible fluid is entrapped between the actuating piston element and the passive piston element.
Hanging bag frame for a hanging bag as conveyed material receptacle for transporting conveyed material in a suspended conveyor system, wherein the hanging bag frame comprises: - first and second side wall frames (12, 14) for defining a first and a second side wall (13, 15), which, facing each other, define a conveyed material receiving area therebetween, wherein each of the side wall frames (12, 14) has an upper (12.1, 14.1) and a lower frame part (12.2, 14.2), - a hinge mechanism with two pivot bearings, preferably in the form of two pivot bearing components, which are provided on opposite side edges of the hanging bag frame and pivotally support at least one of the two lower frame parts (12.2, 14.2) about an associated pivot axis (12.2a, 14.2a), such that at least the lower frame parts (12.2, 14.2) of the first and second side wall frame (12, 14) are unfoldable from a closed position to an open position for opening the conveyed material receiving area, - a locking mechanism with at least one locking element being adjustable between a release position and a locked position and adapted to lock, in the locked position, the lower frame parts (12.2, 14.2) of the first and second side wall frame (12, 14) in the closed position, and - a spreading mechanism which is designed, during or after an adjustment of the at least one locking element from the locked position into the release position, to unfold the lower frame parts (12.2, 14.2) from the closed position to the open position, characterised in that the at least one locking element is provided or supported on one of the pivot bearings to be adjustable between the locked position and the release position. - first and second side wall frames (12, 14) for defining a first and a second side wall (13, 15), which, facing each other, define a conveyed material receiving area therebetween, wherein each of the side wall frames (12, 14) has an upper (12.1, 14.1) and a lower frame part (12.2, 14.2), - a hinge mechanism with two pivot bearings, preferably in the form of two pivot bearing components, which are provided on opposite side edges of the hanging bag frame and pivotally support at least one of the two lower frame parts (12.2, 14.2) about an associated pivot axis (12.2a, 14.2a), such that at least the lower frame parts (12.2, 14.2) of the first and second side wall frame (12, 14) are unfoldable from a closed position to an open position for opening the conveyed material receiving area, - a locking mechanism with at least one locking element being adjustable between a release position and a locked position and adapted to lock, in the locked position, the lower frame parts (12.2, 14.2) of the first and second side wall frame (12, 14) in the closed position, and - a spreading mechanism which is designed, during or after an adjustment of the at least one locking element from the locked position into the release position, to unfold the lower frame parts (12.2, 14.2) from the closed position to the open position, characterised in that the at least one locking element is provided or supported on one of the pivot bearings to be adjustable between the locked position and the release position.
Blower unit having a housing, an impeller accommodated in an impeller chamber in the housing, and a motor, connected to the impeller via a shaft, which is accommodated in a motor chamber in the housing, wherein the motor is fixed between walls (14, 18) of the motor chamber by means of buffers, wherein at least one of the buffers being a sealing ring which separates the shaft from a passage for cooling air which, in radial section, extends annularly around the motor, characterized in that the annular passage for cooling air is interrupted at one point by a dividing wall, and an inlet to and an outlet from the passage for cooling air are arranged adjacent the dividing wall on different sides thereof.
A refrigeration system comprising a heat transfer fluid circulation loop configured to allow a refrigerant to circulate therethrough; a purge gas outlet in operable communication with the heat transfer fluid circulation loop; at least one gas permeable membrane having a first side in operable communication with the purge gas outlet and a second side, said membrane comprising a porous inorganic material with pores of a size to allow passage of contaminants through the membrane and restrict passage of the refrigerant through the membrane; a permeate outlet in operable communication with the second side of the membrane; and a prime mover configured to provide a driving force to pass the contaminants through the membrane to the permeate outlet, characterized in that: the system includes a heat source in controllable thermal communication with the membrane or with a purge gas collector operably coupled to the purge gas outlet and the membrane, and/or the system includes a controller configured to operate fluid circulation loop in response to a cooling demand signal and to operate the prime mover in response to a determination of contaminants in the fluid circulation loop, and/or the system includes a second prime mover and conduit configured to move permeate from the second side of the membrane to the first side of the membrane.
A stretch hooding machine for packaging pallets, comprising a warehouse configured to hold at least one first spool of first tubular film and at least one second spool of second tubular film, a film positioning cart, arranged to grasp a portion of first or second tubular film (100, 101) at an end and to fit said portion of first or second tubular film (100, 101) on the pallet, a film preparation cart comprising a supplying head arranged to withdraw the portion of first or second tubular film (100, 101) from the warehouse and to carry out the cutting and welding thereof at a certain section of said first or second tubular film (100, 101), characterized in that said supplying head comprises a motorized roller, a first idle roller and at least second idle roller that are free to rotate about their axis and suitable to be put in rotation by the contact with the motorized roller, said first idle roller being configured to withdraw and hold a portion of first tubular film interposed between the first idle roller and the motorized roller and said at least second idle roller configured to withdraw and hold a portion of second tubular film interposed between the second idle roller and the motorized roller, the supplying head further comprises an approaching device configured to put said first and said at least second idle roller (52, 53) in contact with the motorized roller passing from a contact position to a detached position with respect to the motorized roller.
A method of processing video data, the method comprising: obtaining the video data; and generating a media format file, formatted according to ISO base media file format using a restricted scheme constrained to allow multiple scheme type boxes to be included in a restricted scheme information box, the media format file including the video data; generating, for a sample entry of the media format file, a restricted scheme information box, the sample entry being associated with one or more samples of the video data, generating, for the restricted scheme information box, a plurality of scheme type boxes identifying a plurality of restricted scheme types required for processing the one or more samples of the video data associated with the sample entry. obtaining the video data; and generating a media format file, formatted according to ISO base media file format using a restricted scheme constrained to allow multiple scheme type boxes to be included in a restricted scheme information box, the media format file including the video data; generating, for a sample entry of the media format file, a restricted scheme information box, the sample entry being associated with one or more samples of the video data, generating, for the restricted scheme information box, a plurality of scheme type boxes identifying a plurality of restricted scheme types required for processing the one or more samples of the video data associated with the sample entry.
A pixel suitable for a photo sensor, comprising: a photo diode, a floating diffusion point, and a transistor (Tx) between the photo diode and the floating diffusion point, a gate of the transistor (Tx) applied with an intermediate voltage between a turn-off voltage of the transistor and a turn-on voltage of the transistor to transfer charge from the photo diode to the floating diffusion point responsive to an intensity of light incident on the photodiode during an exposure phase exceeding a threshold intensity, the gate of the transistor (Tx) applied with the turn-on voltage in a sensing phase subsequent to the exposure phase to transfer the charge from the photo diode to the floating diffusion point, an amplifier having an input terminal connected to the floating diffusion point and an output terminal connected to a pixel level interconnect to output a signal voltage (V SIG), and an analog-digital converter having an input terminal connected to the pixel level connect, the ADC determining during the exposure phase a rate of increase or decrease of the signal voltage (V SIG) at the pixel level interconnect when the intermediate voltage is applied to the gate of the transistor (Tx), the ADC determining during sensing phase the signal voltage (V SIG) at the pixel level interconnect when the turn-on voltage is applied to the gate of the transistor (Tx). a photo diode, a floating diffusion point, and a transistor (Tx) between the photo diode and the floating diffusion point, a gate of the transistor (Tx) applied with an intermediate voltage between a turn-off voltage of the transistor and a turn-on voltage of the transistor to transfer charge from the photo diode to the floating diffusion point responsive to an intensity of light incident on the photodiode during an exposure phase exceeding a threshold intensity, the gate of the transistor (Tx) applied with the turn-on voltage in a sensing phase subsequent to the exposure phase to transfer the charge from the photo diode to the floating diffusion point, an amplifier having an input terminal connected to the floating diffusion point and an output terminal connected to a pixel level interconnect to output a signal voltage (V SIG), and an analog-digital converter having an input terminal connected to the pixel level connect, the ADC determining during the exposure phase a rate of increase or decrease of the signal voltage (V SIG) at the pixel level interconnect when the intermediate voltage is applied to the gate of the transistor (Tx), the ADC determining during sensing phase the signal voltage (V SIG) at the pixel level interconnect when the turn-on voltage is applied to the gate of the transistor (Tx).
A wireless power transfer system, comprising: a foil-type transmitter coil (10, 10') having a plurality of turns (10a-10e) characterized by including at least an outermost turn with at least a first arcuate-shaped corner having a concave inner surface facing a convex outer surface of an immediately adjacent one of the plurality of turns, said immediately adjacent one of the plurality of turns having at least a second arcuate-shaped corner with a concave inner surface facing a concave outer surface of an innermost one of the plurality of turns having an arcuate-shaped corner that is a mirror image of the first arcuate-shaped corner when the coil is viewed in transverse cross-section and wherein a middle one of the plurality of turns has flat inner and outer surfaces that face the innermost one of the plurality of turns and the outermost turn, respectively. a foil-type transmitter coil (10, 10') having a plurality of turns (10a-10e) characterized by including at least an outermost turn with at least a first arcuate-shaped corner having a concave inner surface facing a convex outer surface of an immediately adjacent one of the plurality of turns, said immediately adjacent one of the plurality of turns having at least a second arcuate-shaped corner with a concave inner surface facing a concave outer surface of an innermost one of the plurality of turns having an arcuate-shaped corner that is a mirror image of the first arcuate-shaped corner when the coil is viewed in transverse cross-section and wherein a middle one of the plurality of turns has flat inner and outer surfaces that face the innermost one of the plurality of turns and the outermost turn, respectively. having an arcuate-shaped corner that is a mirror image of the first arcuate-shaped corner when the coil is viewed in transverse cross-section and wherein a middle one of the plurality of turns has flat inner and outer surfaces that face the innermost one of the plurality of turns and the outermost turn, respectively.
A wireless automation device (207, 507), comprising: a transceiver operable to wirelessly communicate packets of information over a wireless network; a sensor operable to generate a indicator for a sensed condition; a controller configured to poll the sensor at a polling interval to read the indicator during a current period of the polling interval and to selectively operate the transceiver to communicate information associated reading of the indicator, and a memory, the controller storing a reading of the indicator during the current period in the memory, the transceiver being configured to transmit the most recent reading of the indicator stored in the memory according to whether a change in the sensed condition is outside a predetermined range; characterized in that an upper limit and a lower limit of the predetermined range are varied by the wireless automation device (207, 507), according to an analysis performed by the wireless automation device, of the most current reading of the indicator and at least one prior reading of the indicator. a transceiver operable to wirelessly communicate packets of information over a wireless network; a sensor operable to generate a indicator for a sensed condition; a controller configured to poll the sensor at a polling interval to read the indicator during a current period of the polling interval and to selectively operate the transceiver to communicate information associated reading of the indicator, and a memory, the controller storing a reading of the indicator during the current period in the memory, the transceiver being configured to transmit the most recent reading of the indicator stored in the memory according to whether a change in the sensed condition is outside a predetermined range; characterized in that an upper limit and a lower limit of the predetermined range are varied by the wireless automation device (207, 507), according to an analysis performed by the wireless automation device, of the most current reading of the indicator and at least one prior reading of the indicator.
A flexible circuit assembly for a biostimulator, comprising: a flexible substrate including a mounting surface having a fold region between a first mounting region and a second mounting region, wherein the flexible substrate is configured to fold along the fold region into a stacked configuration such that the first mounting region faces the second mounting region, and wherein the flexible substrate includes an aperture in the fold region having an aperture axis; and a feedthrough connector on the mounting surface, wherein when the flexible substrate is in the stacked configuration the aperture axis extends between the first mounting region and the second mounting region in alignment with the feedthrough connector, characterized by: a processor on the mounting surface and configured to execute instructions stored in a non-transitory computer readable media to cause the biostimulator to generate and transmit pacing impulses to a target tissue, wherein the feedthrough connector is configured to receive a feedthrough pin extending through the aperture in the fold region to transmit a pacing impulse from the flexible circuit assembly to a target tissue. a flexible substrate including a mounting surface having a fold region between a first mounting region and a second mounting region, wherein the flexible substrate is configured to fold along the fold region into a stacked configuration such that the first mounting region faces the second mounting region, and wherein the flexible substrate includes an aperture in the fold region having an aperture axis; and a feedthrough connector on the mounting surface, wherein when the flexible substrate is in the stacked configuration the aperture axis extends between the first mounting region and the second mounting region in alignment with the feedthrough connector, characterized by: a processor on the mounting surface and configured to execute instructions stored in a non-transitory computer readable media to cause the biostimulator to generate and transmit pacing impulses to a target tissue, wherein the feedthrough connector is configured to receive a feedthrough pin extending through the aperture in the fold region to transmit a pacing impulse from the flexible circuit assembly to a target tissue. a processor on the mounting surface and configured to execute instructions stored in a non-transitory computer readable media to cause the biostimulator to generate and transmit pacing impulses to a target tissue, wherein the feedthrough connector is configured to receive a feedthrough pin extending through the aperture in the fold region to transmit a pacing impulse from the flexible circuit assembly to a target tissue.