mhurhangee/ep-ind-claims huggingface dataset:
A plenoptic camera comprising a camera lens, a lenslet array comprising a plurality of microlenses (111, 112, 11n) and a photosensor array, characterized in that the plenoptic camera comprises: - a light emitting device arranged in an aperture stop plane of the camera lens, a lighting by said light emitting device being directed toward said photosensor array; - a processor associated with a memory configured to trigger the lighting of said photosensor array during a predetermined period of time by the light emitting device and to determine a reference pixel of each micro-image associated with a microlens of said plurality of microlenses from at least one photosensor being lit by said light emitting device in a group of photosensors under said associated microlens, the reference pixel corresponding to the photosensor among the at least one photosensor receiving the maximum intensity of light from said light emitting device. - a light emitting device arranged in an aperture stop plane of the camera lens, a lighting by said light emitting device being directed toward said photosensor array; - a processor associated with a memory configured to trigger the lighting of said photosensor array during a predetermined period of time by the light emitting device and to determine a reference pixel of each micro-image associated with a microlens of said plurality of microlenses from at least one photosensor being lit by said light emitting device in a group of photosensors under said associated microlens, the reference pixel corresponding to the photosensor among the at least one photosensor receiving the maximum intensity of light from said light emitting device.
Welded plastic container bag for collection and transport of goods, wherein said bag in an upright deployed state has a substantially quadrangular horizontal cross section with a substantially quadrangular base and four side walls, wherein said substantially quadrangular base and four side walls are formed out of a gusset folded tube of plastic film having two opposing gusset folds, each gusset fold comprising two outer fold lines and one inner fold line, wherein adjacent side walls are connected by a corner weld extending in a direction substantially perpendicular to the base, from the corners of the base substantially up to a predetermined fill level of the bag, wherein the corner welds extend substantially from the corners of the quadrangular base substantially up to the predetermined fill level of the bag, and wherein each corner weld comprises a weld line, which together with the adjacent gusset fold forms a tubular corner section, said bag being characterised in that said bag in an upright deployed state defines an internal volume in the range of 0.1-3 m 3 up to the predetermined fill level, and in that said side walls extend substantially above the predetermined fill level of the bag to form top portion useful for closing the bag, and wherein the plastic film has sufficient stiffness to allow the bag to stand on its own in an upright deployed state when the top portion is counter-folded downwards from the predetermined fill level of the bag.
A surgical instrument assembly, comprising a motor drive unit, which has an output drive assembly with at least one output drive element (10A, 10B; 100; 1000); and an instrument shaft, which can be releasably connected to the drive unit and which has an input drive assembly with at least one input drive element (20A, 20B; 200; 2000), wherein the output drive assembly and the input drive assembly can be coupled to one another by means of a mechanical interface, which has a tilt lever, which is rotatably supported in one location, in particular at one end, and, in a location axially spaced therefrom, in particular at an opposite end, is forcibly guided in a form-fit manner by means of a rotatable and/or a translatable connecting member, characterized in that the motor drive unit is modular and that a sterile barrier is arranged between the tilt lever and the connecting member.
Device for orienting products comprising, on the one hand, a conveying means for moving, in a longitudinal conveying direction, said products resting thereon via their lower part at the level of a conveying plane and, on the other, a means of action, the means of action comprising a unit fixed in the conveying direction and movable such as to be moved across the conveying plane between an entirely retracted position under the conveying plane and an active position, forming, selectively, via its upper part, a surface in contact with the underneath of the products, the means of action is located beside the conveying means, transversely to the conveying direction, creating on the product a longitudinal speed differential giving rise to the rotation thereof about an axis perpendicular to the conveying plane, characterized in that the orientation device further comprises a longitudinal guide positioned such as transversely to push the products in the direction of the means of action, in such a manner that at least some of them consequently then circulate at the height of the unit, said longitudinal guide being of a form adapted to offset, beyond the conveying surface, the products to be turned.
A pedicle screw, comprising a head for coupling to an elastic intervertebral stabilization or support system, wherein the head is configured as a closed eye or as an eye that is open at one side, the eye being provided for the reception of an intervertebral stabilization or support element, in particular a rod or a band; and a shaft which serves for the anchorage in a vertebra and which extends into the vertebral body through the pedicle in the implanted state, characterized in that the shaft includes in its longitudinal extent measured from the head: an upper shaft region adjacent to the head and a relief zone adjoining the upper shaft region; with the relief zone having a reduced bending stiffness with respect to the upper shaft region; with the relief zone being disposed in the region of the shaft provided for the arrangement in the bone; and with the relief zone being disposed between the upper shaft region and a lower shaft region which both have a higher bending stiffness than the relief zone. an upper shaft region adjacent to the head and a relief zone adjoining the upper shaft region; with the relief zone having a reduced bending stiffness with respect to the upper shaft region; with the relief zone being disposed in the region of the shaft provided for the arrangement in the bone; and with the relief zone being disposed between the upper shaft region and a lower shaft region which both have a higher bending stiffness than the relief zone.
A method for finishing a surface of a steel component, comprising: providing a receptacle containing a quantity of non-abrasive media sufficient to substantially immerse a part of the component on which the surface is located; providing a quantity of finishing chemistry capable of forming a relatively soft conversion coating on the surface that is softer than the material of the component itself; immersing the component at least partially into the media; flooding the receptacle with an excess of the chemistry such that the surface is essentially immersed in the chemistry; and inducing high energy relative movement between the surface and the media in order to continuously remove the conversion coating, wherein the process is carried out at a temperature greater than 40 ° C. providing a receptacle containing a quantity of non-abrasive media sufficient to substantially immerse a part of the component on which the surface is located; providing a quantity of finishing chemistry capable of forming a relatively soft conversion coating on the surface that is softer than the material of the component itself; immersing the component at least partially into the media; flooding the receptacle with an excess of the chemistry such that the surface is essentially immersed in the chemistry; and inducing high energy relative movement between the surface and the media in order to continuously remove the conversion coating, wherein the process is carried out at a temperature greater than 40 ° C.
A device for insertion of a medical tool into a body of a patient, said insertion device comprising: a guide member having an opening adapted to allow passage of said medical tool therethrough; a pair of flexible strips connected along at least part of their length and having a hollow central channel formed therebetween adapted to have said medical tool inserted therein and to support said medical tool; a head element configured to have proximal regions of (i) said pair of flexible strips and (ii) said medical tool coupled thereto; and a pair of rollers disposed on either side of said pair of flexible strips, and interacting therewith such that counter-rotation of said pair of rollers causes said pair of flexible strips to move between said pair of rollers; wherein upon said medical tool being inserted within said central channel, said pair of flexible strips and said medical tool are connected by means of said head element, such that counter-rotation of said rollers in an appropriate direction pulls said pair of flexible strips and said medical tool towards the body of the patient. a guide member having an opening adapted to allow passage of said medical tool therethrough; a pair of flexible strips connected along at least part of their length and having a hollow central channel formed therebetween adapted to have said medical tool inserted therein and to support said medical tool; a head element configured to have proximal regions of (i) said pair of flexible strips and (ii) said medical tool coupled thereto; and a pair of rollers disposed on either side of said pair of flexible strips, and interacting therewith such that counter-rotation of said pair of rollers causes said pair of flexible strips to move between said pair of rollers; wherein upon said medical tool being inserted within said central channel, said pair of flexible strips and said medical tool are connected by means of said head element, such that counter-rotation of said rollers in an appropriate direction pulls said pair of flexible strips and said medical tool towards the body of the patient.
A method of manufacturing a belt comprising: laying up a plurality of cords of a belt build on a mandrel; laying up a tape adhesive on an inner surface of the plurality of cords; laying up a cushion layer on an opposing side of the tape adhesive; and, vulcanizing the belt build in a profile-forming mold; characterized in that the tape adhesive comprises a vulcanizable rubber which is devoid carbon black. laying up a plurality of cords of a belt build on a mandrel; laying up a tape adhesive on an inner surface of the plurality of cords; laying up a cushion layer on an opposing side of the tape adhesive; and, vulcanizing the belt build in a profile-forming mold;
A system to electronically couple an electronic device, when carried in proximity to the body of a person, to a network, the system comprising: an electronic device; a network; a sensing electrode to be located proximate to a proscribed location to be occupied by the person; a sensor circuit configured to provide to the sensing electrode a signal having a particular frequency and power to thereby transmit a capacitive signal in the proscribed location to be occupied by the person wherein the power of the signal is not sufficient to allow the capacitive signal to be detected by the electronic device in the absence of a person and wherein the capacitive signal contains particular information; wherein the electronic device is configured to detect the presence of the signal provided to the sensing electrode when the capacitive signal is conducted through the body of the person occupying the proscribed location; wherein the network is configured to initiate a pairing process in order to connect to the electronic device and wherein a wireless signal transmitted from the network uses an authorization or identification process to establish a secure connection with the electronic device that requires the electronic device to transmit a signal having particular information to the network; and wherein the electronic device is configured to, upon detecting the capacitive signal, electronically couple to the network using the particular information contained within said capacitive signal to satisfy the network's authorization or identification process. an electronic device; a network; a sensing electrode to be located proximate to a proscribed location to be occupied by the person; a sensor circuit configured to provide to the sensing electrode a signal having a particular frequency and power to thereby transmit a capacitive signal in the proscribed location to be occupied by the person wherein the power of the signal is not sufficient to allow the capacitive signal to be detected by the electronic device in the absence of a person and wherein the capacitive signal contains particular information; wherein the electronic device is configured to detect the presence of the signal provided to the sensing electrode when the capacitive signal is conducted through the body of the person occupying the proscribed location; wherein the network is configured to initiate a pairing process in order to connect to the electronic device and wherein a wireless signal transmitted from the network uses an authorization or identification process to establish a secure connection with the electronic device that requires the electronic device to transmit a signal having particular information to the network; and wherein the electronic device is configured to, upon detecting the capacitive signal, electronically couple to the network using the particular information contained within said capacitive signal to satisfy the network's authorization or identification process.
A method of screening a person or object comprising: providing an apparatus comprising a magnetic sensor which in use measures an ambient magnetic field or gradient within at volume of space large enough to fully enclose a person and produces a corresponding measurement signal, a primary power supply which provides power to the magnetic sensor, a signal processing circuit arranged in communication with the magnetic sensor configured to identify temporal variations in the measurement signal and from the identified temporal variations provide an output signal indicative of the presence of a ferromagnetic object within the volume of space, and a warning device operable by the output from the signal processing circuit to provide within the vicinity of the apparatus at least one of an audible and a visible warning in response to the output signal from the signal processing circuit, the method comprising the steps of: (a) positioning the person or object to be screened within the volume of space in a first orientation, (b) rotating the person or object through 180 degrees within the volume of space to position them in a second orientation which is 180 degrees out of alignment with the first position, and (c) observing any warning from the warning device. providing an apparatus comprising a magnetic sensor which in use measures an ambient magnetic field or gradient within at volume of space large enough to fully enclose a person and produces a corresponding measurement signal, a primary power supply which provides power to the magnetic sensor, a signal processing circuit arranged in communication with the magnetic sensor configured to identify temporal variations in the measurement signal and from the identified temporal variations provide an output signal indicative of the presence of a ferromagnetic object within the volume of space, and a warning device operable by the output from the signal processing circuit to provide within the vicinity of the apparatus at least one of an audible and a visible warning in response to the output signal from the signal processing circuit, the method comprising the steps of: (a) positioning the person or object to be screened within the volume of space in a first orientation, (b) rotating the person or object through 180 degrees within the volume of space to position them in a second orientation which is 180 degrees out of alignment with the first position, and (c) observing any warning from the warning device. (a) positioning the person or object to be screened within the volume of space in a first orientation, (b) rotating the person or object through 180 degrees within the volume of space to position them in a second orientation which is 180 degrees out of alignment with the first position, and (c) observing any warning from the warning device.
Molding machine, particularly for lollipops, with a die set that, during production, rotates around an axle, characterized in that the die set comprises a bearing, consisting of rolling bodies, for moving the die set axially along the axle during assembly and disassembly.
Pantograph-type lifting system comprising: - a base; - a platform connected to the base by means of a pair of levers, each comprising a first lever and a second lever mutually hinged in a fulcrum placed in an intermediate position with respect to said levers (7, 8), said first lever having a lower end hinged to the base in a fixed spot, and an upper end sliding connected to the platform, said second lever having a lower end sliding connected to the base, and an upper end hinged to the platform in a fixed spot; - a chain-type actuating system of the levers (7, 8) comprising at least one chain meshed with a first toothed pulley and with a second toothed pulley rotatable connected to the respective levers (7, 8), said chain-type actuating system being configured to transfer the motion from motor means to the levers (7, 8) through said toothed pulleys (33, 34) in order to approach or move away the ends of the levers (7, 8) with a scissors-like movement to lift or lower the platform, characterized in that the chain meshed with the toothed pulleys (33, 34) comprises a first end connected to a fixed spot and a second end connected to a tensioner connected to the base and comprising elastic means configured to keep the chain tensioned when the rotary motion of the toothed pulleys (33, 34), and the consequent advancement of the chain, cause an approach or away movement of the ends of the levers (7, 8) with a scissors-like movement, to lift or lower the platform. - a base; - a platform connected to the base by means of a pair of levers, each comprising a first lever and a second lever mutually hinged in a fulcrum placed in an intermediate position with respect to said levers (7, 8), said first lever having a lower end hinged to the base in a fixed spot, and an upper end sliding connected to the platform, said second lever having a lower end sliding connected to the base, and an upper end hinged to the platform in a fixed spot; - a chain-type actuating system of the levers (7, 8) comprising at least one chain meshed with a first toothed pulley and with a second toothed pulley rotatable connected to the respective levers (7, 8), said chain-type actuating system being configured to transfer the motion from motor means to the levers (7, 8) through said toothed pulleys (33, 34) in order to approach or move away the ends of the levers (7, 8) with a scissors-like movement to lift or lower the platform,
A collapsible child carrier apparatus (300, 400, 500, 700) comprising: a first and a second leg frame (108, 110), a seat frame including a first and a second tube portion (114, 116) respectively pivotally connected with the first and second leg frame (108, 110), the first and second tube portions (114, 116) being further connected with a joint housing, the second tube portion being pivotally connected with the joint housing and rotable relative to the joint housing between an unfolded position and a folded position; a seat for receiving a child is affixed with the first tube portion; an impeding part being movable between a first position where the impeding part obstructs rotation of the second tube portion relative to the joint housing away from the unfolded position, and a second position where the impeding part is displaced away from a path of rotation of the second tube portion relative to the joint housing and the first tube portion, folding movement of the second tube portion being allowed while the impeding part is kept in the second position; and a release actuator is operatively connected with the impeding part, the release actuator being operable to drive the impeding part to move from the first position to the second position, the collapsible child carrier being characterised in that an underside of the seat has a bracket (304, 701), wherein the impeding part is assembled with the bracket (304, 701) adjacent to the joint housing and the impeding part is movable through the bracket (304, 701) transversally relative to the child carrier apparatus (300, 400, 500, 700). a first and a second leg frame (108, 110), a seat frame including a first and a second tube portion (114, 116) respectively pivotally connected with the first and second leg frame (108, 110), the first and second tube portions (114, 116) being further connected with a joint housing, the second tube portion being pivotally connected with the joint housing and rotable relative to the joint housing between an unfolded position and a folded position; a seat for receiving a child is affixed with the first tube portion; an impeding part being movable between a first position where the impeding part obstructs rotation of the second tube portion relative to the joint housing away from the unfolded position, and a second position where the impeding part is displaced away from a path of rotation of the second tube portion relative to the joint housing and the first tube portion, folding movement of the second tube portion being allowed while the impeding part is kept in the second position; and a release actuator is operatively connected with the impeding part, the release actuator being operable to drive the impeding part to move from the first position to the second position, the release actuator being operable to drive the impeding part to move from the first position to the second position,