mhurhangee/patent-ind-claim-en huggingface dataset:
A wireless electronic device , comprising: an auto-sensing barcode scanner configured to detect worker barcode badges, detect tray barcode labels on trays, and detect clamshell barcode labels on produce direct-to-consumer packaging that is stored in the trays; a location determining unit ; a local memory unit configured to store a most-recent scanned worker badge value and most-recent scanned tray label value; a record generator configured to generate scan records when the auto-sensing barcode scanner detects one of the clamshell barcode labels, each of the scan records including a clamshell barcode label value, the most-recent scanned tray label value associated with the clamshell barcode label value, the most-recent scanned worker barcode badge value, a clamshell barcode label scan time, and location information from the location determining unit at the clamshell barcode label scan time, wherein the local memory unit is further configured to store the scan records; a wireless client application interface to automatically upload the scan records when the wireless electronic device detects a network connection with a client application; and a fastener to removably secure the wireless electronic device to a person or object. an auto-sensing barcode scanner configured to detect worker barcode badges, detect tray barcode labels on trays, and detect clamshell barcode labels on produce direct-to-consumer packaging that is stored in the trays; a location determining unit ; a local memory unit configured to store a most-recent scanned worker badge value and most-recent scanned tray label value; a record generator configured to generate scan records when the auto-sensing barcode scanner detects one of the clamshell barcode labels, each of the scan records including a clamshell barcode label value, the most-recent scanned tray label value associated with the clamshell barcode label value, the most-recent scanned worker barcode badge value, a clamshell barcode label scan time, and location information from the location determining unit at the clamshell barcode label scan time, wherein the local memory unit is further configured to store the scan records; a wireless client application interface to automatically upload the scan records when the wireless electronic device detects a network connection with a client application; and a fastener to removably secure the wireless electronic device to a person or object.
An additive manufacturing device configured as a selective sintering device, comprising a beam generation unit for the emission of an energy beam , a raw material container and a raw material supply unit , wherein the raw material supply unit includes a raw material supply container which is filled with a raw material , wherein the raw material supply container is movable in a direction normally to the plane containing the layer of raw material for manufacture of the solid article by the additive manufacturing device, wherein a raw material distribution unit is provided for distributing the raw material to the raw material container , wherein the raw material has a raw material surface exposed to the energy beam emitted by the beam generation unit when it is operated, whereby a window element is provided for transmission of the energy beam emittable by the beam generation unit to the raw material container for manufacturing a solid article from a plurality of raw material layers, whereby the raw material comprises a powder, whereby the raw material container contains the raw material arranged in a plurality of raw material layers arranged upon each other, such that an uppermost raw material layer including a raw material surface is exposed to the energy beam , whereby the window element comprises a first surface and a second surface , whereby the first surface faces the beam generation unit and the second surface faces the raw material surface , wherein the second surface is covered by a protection element , wherein the protection element is transparent for the energy beam such that in operation, the energy beam passes through the protection element , wherein the protection element is movable relative to the window element , such that the protection element can be removed or exchanged, characterized in that the protection element comprises a sheet element, which can be removably attached to the window element , wherein the protection element is configured to perform a sliding movement.
A method for producing monochloro-trifluoropropene from an azeotrope or azeotrope like combination of monochloro-trifluoropropene and HF which comprises (a) distilling a reaction mixture including hydrogen fluoride, monochloro-trifluoropropene, and hydrogen chloride to remove hydrogen chloride as overhead and a bottoms stream, (b) cooling the bottoms stream to form two liquid phases, (c) separating said two liquid phases in a liquid phase separator into a first light phase comprising hydrogen fluoride in excess over an azeotrope or azeotrope like combination of monochloro-trifluoropropene and hydrogen fluoride and a second heavy phase comprising an excess of monochloro-trifluoropropene over an azeotrope or azeotrope like combination of monochloro-trifluoropropene, (d) distilling said first light phase in a distillation column to produce a top stream of an azeotrope of monochloro-trifluoropropene and hydrogen fluoride and a bottoms stream of hydrogen fluoride, (e) contacting said second heavy phase with an alumina solid absorbent to remove HF followed by distilling said second heavy phase in a distillation train to provide a monochloro-trifluoropropene stream.
A pickup device for picking up a knitted tubular manufacture from a circular knitting machine for hosiery or the like and for transferring it to a unit adapted to perform additional operations on the manufacture, comprising an annular pickup body that supports a plurality of pickup elements , which are arranged radially around the axis of said pickup body and can slide with respect to said pickup body along radial directions, said pickup body being arrangeable coaxially around the needle cylinder of a circular knitting machine for hosiery or the like, with each one of said pickup elements laterally facing a needle of the machine ; actuation means being provided which act on said pickup elements for their movement along said radial directions at least from a first position, in which said pickup elements are closer to the axis of said pickup body , to a second position, in which said pickup elements are spaced further from the axis of said pickup body with respect to said first position, and vice versa; an end of each one of said pickup elements that is directed toward the axis of said pickup body being hook-shaped and forming a compartment that is adapted to receive at least one loop of knitting , characterized in that it comprises safety means which are associated with said pickup body and can be engaged by said end of the pickup elements in their transition from said first position to said second position for the closure of said compartment .
A battery apparatus comprising: a first battery pack configured to provide a first voltage to a large-capacity load of an external apparatus configured to be connected to the battery apparatus ; a battery management system configured to manage the first battery pack ; and a second battery pack configured to provide a second voltage lower than the first voltage to a low-capacity load of the external apparatus, and including a plurality of battery cells, wherein the battery management system is configured to select a battery cell group including a predetermined number of battery cells from among the plurality of battery cells of the second battery pack , and wherein the selected battery cell group supplies an operating voltage to an operating device of the battery management system. a first battery pack configured to provide a first voltage to a large-capacity load of an external apparatus configured to be connected to the battery apparatus ; a battery management system configured to manage the first battery pack ; and a second battery pack configured to provide a second voltage lower than the first voltage to a low-capacity load of the external apparatus, and including a plurality of battery cells, wherein the battery management system is configured to select a battery cell group including a predetermined number of battery cells from among the plurality of battery cells of the second battery pack , and wherein the selected battery cell group supplies an operating voltage to an operating device of the battery management system.
Use, as electrode active material, of a compound of formula (I): in which X 1 , X 2 and X 3 , which are identical or different, represent an atom chosen from hydrogen and lithium, sodium or potassium, in the form of a base or salt, and also its tautomeric forms. in which X 1 , X 2 and X 3 , which are identical or different, represent an atom chosen from hydrogen and lithium, sodium or potassium, in the form of a base or salt, and also its tautomeric forms.
A system for securing an internal padding element of a doona to conform with the extent of a sheath or cover of the doona ; the system including providing fastening means at least proximate the respective four corners of the internal padding element and the sheath or cover of the doona; each fastening means comprising a first component and a second component arranged for releasable coupling one to the other; each first and second component provided with attachment means for securing respective first and second components to the padding element and to the cover of the doona; characterized in that each attachment means of the first and second components includes an attachment mechanism for securing the respective component to material of the doona or the doona cover; each attachment mechanism comprising a socket or pair of sockets integrally formed in tabs extending respectively from each of the first and second components, and a push pin or a pair of push pins formed to couple with the socket or the pair of sockets as a snap fit.
A piezoelectric laminate comprising, on a substrate in the following order a lower electrode layer ; and a piezoelectric film containing a perovskite-type oxide, wherein the lower electrode layer includes a metal layer containing Ni and a surface layer containing a Ni oxide or a Ni oxynitride, and the surface layer in the lower electrode layer is arranged on a side closest to the piezoelectric film ; wherein, in a thickness direction of the surface layer , the content of the Ni element changes in an increasing trend from the side closest to the piezoelectric film to the metal layer , the change of the content is continuous, and the change of the content from the surface layer to the metal layer is continuous. a lower electrode layer ; and a piezoelectric film containing a perovskite-type oxide, wherein the lower electrode layer includes a metal layer containing Ni and a surface layer containing a Ni oxide or a Ni oxynitride, and the surface layer in the lower electrode layer is arranged on a side closest to the piezoelectric film ; wherein, in a thickness direction of the surface layer , the content of the Ni element changes in an increasing trend from the side closest to the piezoelectric film to the metal layer , the change of the content is continuous, and the change of the content from the surface layer to the metal layer is continuous.
A positionable rotary table , particularly a table of a machine tool, comprising a supporting disc for securing semi-finished products to be machined in a gradual stepwise process, the supporting disc comprising a drive device arranged below the level of the supporting disc , whereby the drive device consists of a drive servo-motor with an output shaft provided with a toothed pulley and a cam whose driven shaft , which is parallel to an output shaft of the servo-motor , is provided with a toothed pulley , the toothed pulleys being connected to each other by a backlash-free toothed belt, whereby near the circumference of the supporting disc are arranged a plurality of rotary bodies extending with their rotary portions downwards from the supporting disc , whereby their axes of rotation lie on a circle the axis of which is the axis of rotation of the supporting disc , wherein the rotary rolling bodies are arranged in pairs and the cam is an axial cam formed by a protrusion of a continuous helix having a length of at least two thread pitches, whereby the cross-section of the protrusion has the shape of a parallelogram whose side walls are at least partially in contact with the surfaces of at least one pair of rotary rolling bodies , whereby the cross-section of the protrusion has over the entire length of the helix a defined variable shape, the sides of the helix being structurally in permanent contact with the surfaces of at least one pair of rotary rolling bodies .
A method for extracting blood samples from dried blood spots resulting in near neat-level blood samples, comprising: placing a paper elevator in a sealable micro-centrifuge tube and a buffer solution in said sealable micro-centrifuge tube , wherein the sealable micro-centrifuge tube comprises a lid for closing the sealable micro-centrifuge tube; obtaining at least one strip of absorbent paper from a dried blood holding device and placing said at least one strip of absorbent paper in said sealable micro-centrifuge tube on top of said paper elevator , wherein the paper elevator comprises a middle section configured to fit within the diameter of the sealable micro-centrifuge tube , wherein the middle section comprises holes for passing blood from one side of the sealable micro-centrifuge tube to another side of the sealable micro-centrifuge tube while retaining the at least one strip of absorbent paper on the one side of the sealable micro-centrifuge tube ; incubating said strip of absorbent paper in said buffer solution inside by holding said micro-centrifuge tube flipped upside-down; and centrifuging said micro-centrifuge tube while directing the centrifugal force toward the bottom of said micro-centrifuge tube to push said buffer solution toward the bottom of said micro-centrifuge tube , while said at least one strip of absorbent paper remains held by said paper elevator close to the top of said micro-centrifuge tube . placing a paper elevator in a sealable micro-centrifuge tube and a buffer solution in said sealable micro-centrifuge tube , wherein the sealable micro-centrifuge tube comprises a lid for closing the sealable micro-centrifuge tube; obtaining at least one strip of absorbent paper from a dried blood holding device and placing said at least one strip of absorbent paper in said sealable micro-centrifuge tube on top of said paper elevator , wherein the paper elevator comprises a middle section configured to fit within the diameter of the sealable micro-centrifuge tube , wherein the middle section comprises holes for passing blood from one side of the sealable micro-centrifuge tube to another side of the sealable micro-centrifuge tube while retaining the at least one strip of absorbent paper on the one side of the sealable micro-centrifuge tube ; incubating said strip of absorbent paper in said buffer solution inside by holding said micro-centrifuge tube flipped upside-down; and centrifuging said micro-centrifuge tube while directing the centrifugal force toward the bottom of said micro-centrifuge tube to push said buffer solution toward the bottom of said micro-centrifuge tube , while said at least one strip of absorbent paper remains held by said paper elevator close to the top of said micro-centrifuge tube .
Bearing for supporting a rotary conversion tool comprising two end rolling devices , at least one intermediate rolling device located between the end rolling devices , the end and intermediate rolling devices being configured to engage with an end of the rotary tool , and at least one mechanical actuator , characterised in that the mechanical actuator is configured to exert a radial preload force (Fo, Fo'), which is linear and has a constant direction, on the intermediate rolling device .
An anhydrous granulated hair dyeing composition comprising at least 60 % by weight of a natural hair dyeing agent, from 10 to 30 % by weight of a natural thickening agent, and optionally from 0 to 10 % by weight of a direct dye, by total weight of the composition; wherein the natural dyeing agent is coated with the natural thickening agent, thereby forming granules; wherein the natural dyeing agent is selected from the group consisting of Lawsonia Inermis leaf powder (henna), a powder of an indigo-yielding plant, and their mixtures; wherein the natural thickening agent is selected from the group consisting of maltodextrin, xanthan gum, Cyampopsis Tetragonoloba (Guar) gum and mixtures thereof; wherein the granulated hair dyeing composition is obtained by a method consisting of the following steps: - providing a powder comprising the natural hair dyeing agent; - providing an aqueous solution of the natural thickening agent; - moistening the powder with the aqueous solution of the natural thickening agent in order to obtain granules; and - drying the granules. wherein the natural dyeing agent is coated with the natural thickening agent, thereby forming granules; wherein the natural dyeing agent is selected from the group consisting of Lawsonia Inermis leaf powder (henna), a powder of an indigo-yielding plant, and their mixtures; wherein the natural thickening agent is selected from the group consisting of maltodextrin, xanthan gum, Cyampopsis Tetragonoloba (Guar) gum and mixtures thereof; wherein the granulated hair dyeing composition is obtained by a method consisting of the following steps: - providing a powder comprising the natural hair dyeing agent; - providing an aqueous solution of the natural thickening agent; - moistening the powder with the aqueous solution of the natural thickening agent in order to obtain granules; and - drying the granules. - providing a powder comprising the natural hair dyeing agent; - providing an aqueous solution of the natural thickening agent; - moistening the powder with the aqueous solution of the natural thickening agent in order to obtain granules; and - drying the granules.
A work machine, including a first hydraulic actuator ; a second hydraulic actuator configured with a hydraulic cylinder different from the first hydraulic actuator ; an object to be driven by the second hydraulic actuator ; a first hydraulic pump that supplies a hydraulic fluid to the first hydraulic actuator via a first hydraulic line ; and a hydraulic fluid tank , the work machine comprising: an upper control valve that is connected to a discharge side on which the hydraulic fluid is discharged from the second hydraulic actuator when the object to be driven by the second hydraulic actuator falls under an own weight, and that can regulate a flow rate of the hydraulic fluid discharged from the second hydraulic actuator ; a communication hydraulic line that connects the upper control valve to the hydraulic fluid tank ; and a regeneration hydraulic line that has one end side connected to the communication hydraulic line and that has an other end side connected to the first hydraulic line and a solenoid regeneration valve that is provided in the regeneration hydraulic line and can regulate a flow rate of the hydraulic fluid to be regenerated, wherein the hydraulic fluid discharged from the second hydraulic actuator can be regenerated to the first hydraulic actuator characterized in that the work machine comprises a lower control valve that is provided in the communication hydraulic line and can regulate a flow rate of the hydraulic fluid discharged from the upper control valve to the hydraulic fluid tank . an upper control valve that is connected to a discharge side on which the hydraulic fluid is discharged from the second hydraulic actuator when the object to be driven by the second hydraulic actuator falls under an own weight, and that can regulate a flow rate of the hydraulic fluid discharged from the second hydraulic actuator ; a communication hydraulic line that connects the upper control valve to the hydraulic fluid tank ; and a regeneration hydraulic line that has one end side connected to the communication hydraulic line and that has an other end side connected to the first hydraulic line and a solenoid regeneration valve that is provided in the regeneration hydraulic line and can regulate a flow rate of the hydraulic fluid to be regenerated, wherein the hydraulic fluid discharged from the second hydraulic actuator can be regenerated to the first hydraulic actuator characterized in that the work machine comprises a lower control valve that is provided in the communication hydraulic line and can regulate a flow rate of the hydraulic fluid discharged from the upper control valve to the hydraulic fluid tank .
A parking control method for controlling a vehicle (V1) to park on a basis of an operation command acquired from an input terminal device inside or outside of the vehicle (V1), the parking control method comprising the steps of: acquiring images captured by cameras (1a to 1d) and ranging signals from a ranging device , detecting parking available spaces, displaying the parking available spaces on a display , setting a parking space specified by the operation command input to the input terminal device by an operator of the vehicle (V1) as a target parking space (PK), and making a determination whether or not an occupant is present inside a vehicle interior of the vehicle (V1) when the target parking space (PK) is set based on the operation command (105: Y) input to the input terminal device ; characterized by the steps of when a determination (106: Y) is made that occupant is present inside the vehicle interior of the vehicle (V1) when the target parking space (PK) is set using the input terminal device , controlling the vehicle (V1) based on a first parking route and / or a first control information calculated based on a first parameter; and when a determination (106: N) is made that no occupant is present inside the vehicle interior of the vehicle (V1) when the target parking space (PK) is set using the input terminal device , controlling the vehicle (V1) based on a second parking route and / or a second control information calculated based on a second parameter so that a parking operation time is shortened than when a determination (106: Y) is made that an occupant is present inside the vehicle interior of the vehicle (V1). acquiring images captured by cameras (1a to 1d) and ranging signals from a ranging device , detecting parking available spaces, displaying the parking available spaces on a display , setting a parking space specified by the operation command input to the input terminal device by an operator of the vehicle (V1) as a target parking space (PK), and making a determination whether or not an occupant is present inside a vehicle interior of the vehicle (V1) when the target parking space (PK) is set based on the operation command (105: Y) input to the input terminal device ; characterized by the steps of when a determination (106: Y) is made that occupant is present inside the vehicle interior of the vehicle (V1) when the target parking space (PK) is set using the input terminal device , controlling the vehicle (V1) based on a first parking route and / or a first control information calculated based on a first parameter; and when a determination (106: N) is made that no occupant is present inside the vehicle interior of the vehicle (V1) when the target parking space (PK) is set using the input terminal device , controlling the vehicle (V1) based on a second parking route and / or a second control information calculated based on a second parameter so that a parking operation time is shortened than when a determination (106: Y) is made that an occupant is present inside the vehicle interior of the vehicle (V1).