mhurhangee/patent-ind-claim-en huggingface dataset:
A system of handling of mailpieces and importing and exporting files containing information about printed mailpieces, comprising a plurality of folder inserters each having a reading device for extracting at least a job ID and a mailpiece ID from each of said printed mailpieces, wherein for processing said printed mailpieces through said plurality of folder inserters the system comprises: - processing nodes (12; 32, 34, 36; 42; 44, 46) associated with said plurality of folder inserters, comprising at least a primary processing node and configured to check said job ID and mailpiece ID from the printed mailpiece against locally held rules, wherein the communications between the folder inserters and the associated processing nodes are in real time, - a storage node (14; 38) connected to said primary processing node and configured to store said job ID and mailpiece ID, and - an interface node (16; 40) connected to said storage node and configured to import and export said files containing information about printed mailpieces from a print management software, characterized in that when a first mailpiece of a job is detected in a folder inserter, the processing node associated to said folder inserter is configured to check out the job from the storage node for its exclusive use and becomes the primary processing node, and while the job is checked out to the primary processing node, transactions written in the other processing nodes as said printed mailpieces enter and exit the other folder inserters and relating to the checked out job are relayed by the other processing nodes to the primary processing node. - processing nodes (12; 32, 34, 36; 42; 44, 46) associated with said plurality of folder inserters, comprising at least a primary processing node and configured to check said job ID and mailpiece ID from the printed mailpiece against locally held rules, wherein the communications between the folder inserters and the associated processing nodes are in real time, - a storage node (14; 38) connected to said primary processing node and configured to store said job ID and mailpiece ID, and - an interface node (16; 40) connected to said storage node and configured to import and export said files containing information about printed mailpieces from a print management software, characterized in that when a first mailpiece of a job is detected in a folder inserter, the processing node associated to said folder inserter is configured to check out the job from the storage node for its exclusive use and becomes the primary processing node, and while the job is checked out to the primary processing node, transactions written in the other processing nodes as said printed mailpieces enter and exit the other folder inserters and relating to the checked out job are relayed by the other processing nodes to the primary processing node.
A unit for weighing containers, specifically pouches (B), comprising: - a weighing station provided with at least one grasping gripper configured to adopt an engaged configuration, in which it holds a container (B), and a released configuration, in which it releases the container (B), the weighing station also comprising a weighing means associated with the at least one grasping gripper and configured to measure the weight of the container (B) being supported by the grasping gripper ; - movement means configured to convey the container (B) along a feed path (L) which passes through the weighing station ; the movement means comprising retaining elements which are movable along the feed path (L) and which are configured to adopt a conveying configuration, suitable for retaining and conveying the container (B), and a released configuration, in which the retaining elements release the container (B); wherein the grasping grippers and the retaining elements are configured and/or disposed for acting on distinct portions of the same container (B) in such a way as to transfer at least one container (B) between the at least one grasping gripper and at least one corresponding retaining element through at least one configuration of simultaneously engaging the same container (B) with a grasping gripper and with a retaining element; characterized in that the weighing station comprises a plurality of grasping grippers associated with a respective plurality of weighing means and configured to transfer and weigh, preferably simultaneously, a respective plurality of the containers (B). - a weighing station provided with at least one grasping gripper configured to adopt an engaged configuration, in which it holds a container (B), and a released configuration, in which it releases the container (B), the weighing station also comprising a weighing means associated with the at least one grasping gripper and configured to measure the weight of the container (B) being supported by the grasping gripper ; - movement means configured to convey the container (B) along a feed path (L) which passes through the weighing station ; the movement means comprising retaining elements which are movable along the feed path (L) and which are configured to adopt a conveying configuration, suitable for retaining and conveying the container (B), and a released configuration, in which the retaining elements release the container (B);
A battery cell comprising: a case provided with an accommodation space; and an electrode assembly accommodated in the accommodation space and contacting the case, wherein the electrode assembly comprises: a negative electrode including a plurality of negative electrode current collectors, on which a negative electrode mixture is coated, and a deformation absorbing member interposed between the plurality of negative electrode current collectors; a positive electrode including a positive electrode current collector on which a positive electrode mixture is coated; and a separator interposed between the negative electrode mixture and the positive electrode mixture, wherein the deformation absorbing member is formed of a material including electrically conductive plastic having a porosity of 50% or more to 70% or less, and having elasticity, and wherein the deformation absorbing member is interposed between surfaces, opposing a surface on which the negative electrode mixture is coated, of the negative electrode current collector and is pressurized or stretched by at least one of the negative electrode and the positive electrode to contract or expand. a case provided with an accommodation space; and an electrode assembly accommodated in the accommodation space and contacting the case, wherein the electrode assembly comprises: a negative electrode including a plurality of negative electrode current collectors, on which a negative electrode mixture is coated, and a deformation absorbing member interposed between the plurality of negative electrode current collectors; a positive electrode including a positive electrode current collector on which a positive electrode mixture is coated; and a separator interposed between the negative electrode mixture and the positive electrode mixture, a negative electrode including a plurality of negative electrode current collectors, on which a negative electrode mixture is coated, and a deformation absorbing member interposed between the plurality of negative electrode current collectors; a positive electrode including a positive electrode current collector on which a positive electrode mixture is coated; and a separator interposed between the negative electrode mixture and the positive electrode mixture, wherein the deformation absorbing member is formed of a material including electrically conductive plastic having a porosity of 50% or more to 70% or less, and having elasticity, and wherein the deformation absorbing member is interposed between surfaces, opposing a surface on which the negative electrode mixture is coated, of the negative electrode current collector and is pressurized or stretched by at least one of the negative electrode and the positive electrode to contract or expand.
Timepiece movement comprising a first regulating member , a first escapement associated with the first regulating member, a first train connecting the first escapement to a first energy source , a second regulating member , a second escapement associated with the second regulating member, and a second train connecting the second escapement to a second energy source ; the timepiece movement comprising means for displaying the current time and at least one differential gear which comprises a first input wheel meshing with the first train and a second input wheel meshing with the second train, this differential gear driving said means for displaying the current time; the timepiece movement being characterized in that the second regulating member consumes less energy than the first regulating member; in that it comprises means for stopping and allowing operation of each of the first and second regulating members, these means being arranged so as to alternately be able to jointly lock in position the first train and the first regulating member, while allowing operation of the second train and the second regulating member, and be able to jointly lock in position the second train and the second regulating member, while allowing operation of the first train and the first regulating member; and in that said differential gear is arranged such that the means for displaying the current time can display the current time regardless of which regulating member, from the first and second regulating members, has been allowed to operate.
An auto-switching spraying apparatus , comprising: a pipe body including at least one nozzle branch pipe and a backflow pipe for reversing the flow of water flowing through an upper opening into a branch area and supplying the water to the nozzle branch pipe ; a pad disposed at the lower portion of the branch area ; and a biasing unit , wherein the biasing unit is elastically supported by a spring from a pipe body cap 150, between the pad and the pipe body cap coupled to a lower opening of the pipe body to bias the pad toward the upper opening , wherein the biasing unit has a positioning pin around which the spring is inserted, the positioning pin being inserted into a through-hole of the pipe body cap . a pipe body including at least one nozzle branch pipe and a backflow pipe for reversing the flow of water flowing through an upper opening into a branch area and supplying the water to the nozzle branch pipe ; a pad disposed at the lower portion of the branch area ; and a biasing unit , wherein the biasing unit is elastically supported by a spring from a pipe body cap 150, between the pad and the pipe body cap coupled to a lower opening of the pipe body to bias the pad toward the upper opening , wherein the biasing unit has a positioning pin around which the spring is inserted, the positioning pin being inserted into a through-hole of the pipe body cap .
An enriched integrin α10 high population of Mesenchymal Stem Cells (MSC) for use in the prevention and/or treatment of subchondral bone sclerosis, traumatic joint injuries, and/or degenerative joint disease (DJD); or for use in promoting or inducing fracture healing, wherein at least 60% of the cells of the population of MSCs express integrin a10 subunit, wherein the MSCs are MHCII negative and CD45 negative, and wherein said MSC is selected from the group consisting of a mesenchymal stem cell, a mesenchymal progenitor cell, and a mesenchymal stromal cell.
A weighted summer comprising: only a single charge reservoir (MN1); a plurality of input charge movement devices each coupled to the single charge reservoir (MN1), each one of adding or removing charges to or from the single charge reservoir (MN1) in a first cycle; an output charge movement device one of adding or removing the charges to or from the single charge reservoir (MN1) so as to return the single charge reservoir (MN1) to a starting charge level during a second cycle after which charge movement ends, wherein for each of the input charge movement devices a rate of charge movement is programmed in conformance with the weight multiplicands and are individually proportional to an output charge movement device rate of charge movement. only a single charge reservoir (MN1); a plurality of input charge movement devices each coupled to the single charge reservoir (MN1), each one of adding or removing charges to or from the single charge reservoir (MN1) in a first cycle; an output charge movement device one of adding or removing the charges to or from the single charge reservoir (MN1) so as to return the single charge reservoir (MN1) to a starting charge level during a second cycle after which charge movement ends, wherein for each of the input charge movement devices a rate of charge movement is programmed in conformance with the weight multiplicands and are individually proportional to an output charge movement device rate of charge movement.
An apparatus for multimodal imaging and analysis of biophysical parameters of allergic skin reactions in skin allergy Prick and Patch tests, having a hybrid structure, combining, in a housing open from the bottom, a recording system containing an infrared thermal imaging camera operating in the electromagnetic wavelength range from 0.76 μm to 100 μm, characterized in that the apparatus further contains a stationary camera with a CCD or CMOS photosensitive matrix, operating in visible light spectrum within the electromagnetic wavelength range from 380 nm to 780 nm, and in addition the apparatus has a rotating tube comprising a three-dimensional optical scanner , a Doppler sensor for transdermal laser Doppler flowmetry, a heating and cooling system , a calibration system in form of a stabilized black thermocouple and a spacer , whereby the infrared thermal imaging camera is installed in the central axis of the tube, and whereby the spacer in form of a ring or prism with no upper and lower base is releasably connected to the lower edge of the housing , defining an enclosed space between the housing and the tested skin area , which in turn is defined by a hole in the lower part of the spacer , while the stationary camera , the thermal imaging camera and the vertically retractable Doppler sensor are mounted in the housing in the central position, which in assembled state is located directly above the tested skin area , and in the lower part of the housing containing the thermal imaging camera , the stationary camera and the Doppler sensor , the rotating tube is provided, driven by a stepper motor, open from both the top and the bottom, with the built-in 3D optical scanner system , containing a pattern projector with LED light source, a vertical pattern projection grid and a recorder equipped with a full-spectral digital camera operating in the wavelength range from 300 nm to 1000 nm, whereby both the pattern projector and the recorder are mounted in one plane, inclined with respect to the lower opening of the rotating tube, and the tube itself is arranged on a circular frame allowing circular motions in a plane perpendicular to the optical axis of the thermal imaging camera .
An apparatus , comprising: a memory to store instructions; and processing circuitry , coupled with the memory , operable to execute the instructions, that when executed, cause the processing circuitry to: convert a first colorspace, which is associated with one or more datasets, to a second colorspace, which is associated with a plurality of messages; determine a first color-channel associated with a maximum color value of the second colorspace and a second color-channel associated with a minimum color value of the second colorspace; encrypt the plurality of messages on a signal for transmission along a transmission medium , wherein the encryption is based on a plurality of color-channels between the first color-channel and the second color-channel, and wherein the second colorspace determines a key for decrypting the encrypted plurality of messages; and transmit the signal along the transmission medium. a memory to store instructions; and processing circuitry , coupled with the memory , operable to execute the instructions, that when executed, cause the processing circuitry to: convert a first colorspace, which is associated with one or more datasets, to a second colorspace, which is associated with a plurality of messages; determine a first color-channel associated with a maximum color value of the second colorspace and a second color-channel associated with a minimum color value of the second colorspace; encrypt the plurality of messages on a signal for transmission along a transmission medium , wherein the encryption is based on a plurality of color-channels between the first color-channel and the second color-channel, and wherein the second colorspace determines a key for decrypting the encrypted plurality of messages; and transmit the signal along the transmission medium. convert a first colorspace, which is associated with one or more datasets, to a second colorspace, which is associated with a plurality of messages; determine a first color-channel associated with a maximum color value of the second colorspace and a second color-channel associated with a minimum color value of the second colorspace; encrypt the plurality of messages on a signal for transmission along a transmission medium , wherein the encryption is based on a plurality of color-channels between the first color-channel and the second color-channel, and wherein the second colorspace determines a key for decrypting the encrypted plurality of messages; and transmit the signal along the transmission medium.
A method of assessing hydraulic fracturing in a reservoir, said method comprising: a) injecting a fracturing fluid into a reservoir at a pressure sufficient to fracture said reservoir producing fractures; b) injecting a proppant into said fractures, said proppant comprises a diamagnetic high density polyethylene or ultra high molecular weight polyethylene polymeric material that becomes paramagnetic when exposed to an alternating current AC field; the method being characterised by : c) applying an AC magnetic field above the blocking in frequency of the polymeric material to the proppant in said fractures to induce paramagnetism in said proppant; and d) measuring magnetic susceptibility of the fractured reservoir to detect said induced paramagnetism to assess said fractures. a) injecting a fracturing fluid into a reservoir at a pressure sufficient to fracture said reservoir producing fractures; b) injecting a proppant into said fractures, said proppant comprises a diamagnetic high density polyethylene or ultra high molecular weight polyethylene polymeric material that becomes paramagnetic when exposed to an alternating current AC field; c) applying an AC magnetic field above the blocking in frequency of the polymeric material to the proppant in said fractures to induce paramagnetism in said proppant; and d) measuring magnetic susceptibility of the fractured reservoir to detect said induced paramagnetism to assess said fractures.
A piezoelectric module comprising: a plate-shaped piezoelectric composite for generating bending vibration by the impression of an AC voltage, a plurality of elastic bodies, one ends of which are bonded to a main surface of the piezoelectric composite, the elastic bodies transmitting vibration of the piezoelectric composite, and a vibration plate having a main surface which is bonded to other ends of the elastic bodies, wherein there is a position of a centroid of the piezoelectric composite between the plurality of elastic bodies, and the piezoelectric composite comprises a plurality of piezoelectric elements, each of which is identical and formed in a rectangular plate, and each of the piezoelectric elements is partially connected to each other piezoelectric element. a plate-shaped piezoelectric composite for generating bending vibration by the impression of an AC voltage, a plurality of elastic bodies, one ends of which are bonded to a main surface of the piezoelectric composite, the elastic bodies transmitting vibration of the piezoelectric composite, and a vibration plate having a main surface which is bonded to other ends of the elastic bodies, wherein there is a position of a centroid of the piezoelectric composite between the plurality of elastic bodies, and the piezoelectric composite comprises a plurality of piezoelectric elements, each of which is identical and formed in a rectangular plate, and each of the piezoelectric elements is partially connected to each other piezoelectric element.
A self-sealing butterfly valve, comprising a valve body , wherein a fluid passage is provided in the valve body, a valve plate of which an outer surface is covered with an elastic sealing layer is provided within the fluid passage , an upper portion of the valve plate is dynamically connected with a driving shaft which is rotatably connected to the valve body , a lower portion of the valve plate is rotatably connected with a supporting shaft which is connected to the valve body, and wherein the elastic sealing layer at outer edges of two end faces of the valve plate axially protrudes outwardly, forming two ring lips attached to an inner wall of the fluid passage , and the ring lips are gradually thicker from outside to inside, so that inner ring faces of the ring lips are inclined faces, and wherein an upper inflated portion for connection with the driving shaft is provided at the upper portion of the valve plate , a lower inflated portion for connection with the supporting shaft is provided at the lower portion of the valve plate , a lower surface of the upper inflated portion and an upper surface of the lower inflated portion are oppositely arranged, and an area of the lower surface of the upper inflated portion is greater than an area of the upper surface of the lower inflated portion .
A retrofit Light Emitting Diode, LED, lighting device for connection to a ballast, wherein said ballast is arranged to provide for a ballast current, said retrofit LED lighting device comprising: - at least one LED for emitting light; - a rectifier arranged for rectifying said ballast current and for providing a lamp current to said at least one LED; - a shunt switch for shunting said at least one LED thereby preventing said lamp current to flow through said at least one LED; - a control unit for controlling said shunt switch, characterised in that said control unit is arranged to: - detect a particular amplitude offset current level in said ballast current, said particular amplitude offset current level being a particular non-zero value of said ballast current; - activate said shunt switch upon said detection, wherein the start for the shunt switch time is generated by the current offset level . - at least one LED for emitting light; - a rectifier arranged for rectifying said ballast current and for providing a lamp current to said at least one LED; - a shunt switch for shunting said at least one LED thereby preventing said lamp current to flow through said at least one LED; - a control unit for controlling said shunt switch, characterised in that said control unit is arranged to: - detect a particular amplitude offset current level in said ballast current, said particular amplitude offset current level being a particular non-zero value of said ballast current; - activate said shunt switch upon said detection, wherein the start for the shunt switch time is generated by the current offset level . - detect a particular amplitude offset current level in said ballast current, said particular amplitude offset current level being a particular non-zero value of said ballast current; - activate said shunt switch upon said detection, wherein the start for the shunt switch time is generated by the current offset level .