mhurhangee/patent-ind-claim-en huggingface dataset:
Method for simultaneous cleaning of exhaust gas from CO 2 and manufacturing a supplementary cementitious material from recycled concrete fines, comprising the steps: - providing recycled concrete fines with d 90 ≤ 1000 μm in a stockpile or silo as starting material - flushing the starting material with the exhaust gas providing a carbonated material, - withdrawing the carbonated material and cleaned exhaust gas, and - de-agglomerating the carbonated material to form the supplementary cementitious material. - providing recycled concrete fines with d 90 ≤ 1000 μm in a stockpile or silo as starting material - flushing the starting material with the exhaust gas providing a carbonated material, - withdrawing the carbonated material and cleaned exhaust gas, and - de-agglomerating the carbonated material to form the supplementary cementitious material.
A tube made of a fluororesin, the tube having axial tearability and heat-shrinkable properties, the tube including points a, b, c, and d that satisfy both conditions and below: 0.9<Rea/Rec<1.1 and 0.9<Reb/Red<1.1; and Rea/Reb≤0.9 or Rea/Reb≥1.1, the points a, b, c, and d being four random points that are located on a circumference of the tube on any cross section in an axial direction of the tube , and being aligned in the stated order in a circumferential direction, the Rea, Reb, Rec, and Red respectively indicating retardations at the points a, b, c, and d, the tube further satisfying a condition below: (10-point standard deviation/10-point average)× 100≤2 in respective sets A, B, C, and D, and each of the sets A, B, C, and D including retardations at ten random points present in a range between the point a, b, c, or d and a point 5 mm away from that point in the axial direction. 0.9<Rea/Rec<1.1 and 0.9<Reb/Red<1.1; and Rea/Reb≤0.9 or Rea/Reb≥1.1, (10-point standard deviation/10-point average)× 100≤2 in respective sets A, B, C, and D, and
An electronic label tag for an electronic label tag system, the electronic label tag comprising: a machine readable identifier module, a communication module for receiving product related information, a display for displaying product related information, wherein the electronic label tag further comprises attachment means for attaching the electronic label tag to a product , wherein the electronic label tag comprises a first antenna and a second antenna and the electronic label tag is configured to communicate using two different systems with the first antenna and the second antenna, wherein the first antenna is an RFID-antenna which complies with RFID-standard and the second antenna is an antenna for radio communication with base stations of the electronic label tag system and, characterized in that the machine readable identifier module comprises an RFID-tag and the RFID-tag is configured to activate the communication module and display from a deactivated state in response to a command received by the RFID-tag of the machine readable identifier module. a machine readable identifier module, a communication module for receiving product related information, a display for displaying product related information, wherein the electronic label tag further comprises attachment means for attaching the electronic label tag to a product , wherein the electronic label tag comprises a first antenna and a second antenna and the electronic label tag is configured to communicate using two different systems with the first antenna and the second antenna, wherein the first antenna is an RFID-antenna which complies with RFID-standard and the second antenna is an antenna for radio communication with base stations of the electronic label tag system and, characterized in that the machine readable identifier module comprises an RFID-tag and the RFID-tag is configured to activate the communication module and display from a deactivated state in response to a command received by the RFID-tag of the machine readable identifier module.
Storage plant of articles with high longitudinal development, in particular rolls of fabric, comprising at least one storage shelf of said articles disposed on a storage lane and movement means of said articles movable in said lane horizontally and vertically along said shelf , said movement means comprising transfer means movable between a first position, of transport of said articles on said movement means , and a second position, of transfer of said articles in said shelf , and vice versa, said transfer means being adapted to transfer said articles from said movement means to said shelf and vice versa, said transfer means comprising first support means comprising a base and a first supporting surface for said articles , and wherein said shelf comprises second support means of said articles comprising a second supporting surface of said articles , said second supporting surface having an opening which extends longitudinally along the entire extension of said second supporting surface dividing it into two portions (611,612; 711,712), said opening allowing the passage of said base of said first supporting means during their movement between said first position and said second position, characterized in that said second support means comprises one or more rings fastened superiorly to said shelf , said opening being positioned at the lower end of said one or more rings. transfer means movable between a first position, of transport of said articles on said movement means , and a second position, of transfer of said articles in said shelf , and vice versa, said transfer means being adapted to transfer said articles from said movement means to said shelf and vice versa, said transfer means comprising first support means comprising a base and a first supporting surface for said articles , and wherein said shelf comprises second support means of said articles comprising a second supporting surface of said articles , said second supporting surface having an opening which extends longitudinally along the entire extension of said second supporting surface dividing it into two portions (611,612; 711,712), said opening allowing the passage of said base of said first supporting means during their movement between said first position and said second position, characterized in that said second support means comprises one or more rings fastened superiorly to said shelf , said opening being positioned at the lower end of said one or more rings.
Soil cultivation implement comprising a frame with two frame parts including a front frame part and a rear frame part positioned in tandem, rotating hollow discs having concave sides are positioned in parallel and are connected to the front and the rear frame parts through support arms , the hollow discs of the front frame part seen in a direction of working point obliquely to afront and to an outside with the concave sides in the direction of working and the hollow discs of the rear frame part seen in the direction of working point with the concave sides obliquely to the front and to the centre in the direction of working, whereby the chords of the concave sides of the hollow discs form an obtuse angle (α)with a soil surface , charcterised in that two of the hollow discs , namely the two front hollow discs on the front frame part , which are located in the middle section of the front frame part , point towards each other with their convex sides and one of the two front hollow discs has a diameter that is at least 20% smaller than that of adjacent hollow discs and the front hollow discs are positioned left or right of a cultivation strip of at least one of two following rear hollow discs of the rear frame part that point towards each other with their concave sides, whereby one of the two front hollow discs is positioned offset towards another of the two front hollow discs relative to other discs of the hollow discs on the front frame, and the offset between the two front hollow discs is dimensioned so that a one of the two front hollow discs has a rear edge substantially aligned in a line with a rear edge of the other hollow discs or in line with rear edges of the remaining hollow discs on the front frame part .
A liquid ejecting apparatus , comprising: a liquid ejecting unit having a liquid ejecting surface that includes an opening region, the opening region having nozzle openings of nozzles adapted to eject a first liquid to a medium (ST); and a fluid ejecting device having an ejection port adapted to eject a fluid including a second liquid to the liquid ejecting unit , wherein the fluid ejecting device is adapted to perform, as a maintenance operation of the liquid ejecting unit , a first fluid ejection of ejecting a fluid including small droplets (DS) of the second liquid that are smaller than the nozzle openings of the nozzles of the liquid ejecting unit , and a second fluid ejection of ejecting a fluid including droplets of the second liquid in which the smallest droplets are larger than the small droplets to the liquid ejecting unit , characterised by the fluid ejecting device further having a mixing unit (KA) adapted to mix the second liquid with air so as to generate the fluid ejected in the first fluid ejection. a liquid ejecting unit having a liquid ejecting surface that includes an opening region, the opening region having nozzle openings of nozzles adapted to eject a first liquid to a medium (ST); and a fluid ejecting device having an ejection port adapted to eject a fluid including a second liquid to the liquid ejecting unit , wherein the fluid ejecting device is adapted to perform, as a maintenance operation of the liquid ejecting unit , a first fluid ejection of ejecting a fluid including small droplets (DS) of the second liquid that are smaller than the nozzle openings of the nozzles of the liquid ejecting unit , and a second fluid ejection of ejecting a fluid including droplets of the second liquid in which the smallest droplets are larger than the small droplets to the liquid ejecting unit , characterised by the fluid ejecting device further having a mixing unit (KA) adapted to mix the second liquid with air so as to generate the fluid ejected in the first fluid ejection.
Method for operating a vehicle , wherein the vehicle detects the need for a driving manoeuvre in the parking state, and after enabling by the driver the driving manoeuvre is carried out autonomously, wherein the vehicle detects the need for a driving manoeuvre on the basis of acoustic information.
A composition comprising droplets distributed in an aqueous medium, wherein the droplets comprise from 0.002 to 0.03 wt.%, based on the weight of the droplets, of 4-vinylphenyl boronic acid, one or more monomers and one or more initiators, and wherein the aqueous medium comprises polyvinyl alcohol.
Method for recovering plastics from a mixture of at least two polymers, wherein one polymer is contained with a share of 1% to 99% by weight, comprising: (a) carrying out a first density separation at a density in the range from 1.14 to 1.18 g/cm 3 , to give a first light fraction , which contains polyolefins and styrene-based polymers, and a first heavy fraction ; (b) supplying the first light fraction to a second density separation at a density in the range from 1.00 to 1.03 g/cm 3 , to give a second light fraction , which contains unfilled polyolefins, and a second heavy fraction , which contains styrene-based polymers and possibly filled polyolefins; (c) supplying the first heavy fraction to a third density separation at a density in the range from 1.18 to 1.24 g/cm 3 , wherein the first heavy fraction is separated into a third light fraction , which contains polyamides, polycarbonates and methacrylate-based polymers, and a third heavy fraction containing polyoxymethylene, highly filled polymers and halogen-containing polymers; (d) separating all the fractions into fractions substantially containing single-grade polymers, wherein, before the third density separation , metal-containing components are removed from the first heavy fraction . (a) carrying out a first density separation at a density in the range from 1.14 to 1.18 g/cm 3 , to give a first light fraction , which contains polyolefins and styrene-based polymers, and a first heavy fraction ; (b) supplying the first light fraction to a second density separation at a density in the range from 1.00 to 1.03 g/cm 3 , to give a second light fraction , which contains unfilled polyolefins, and a second heavy fraction , which contains styrene-based polymers and possibly filled polyolefins; (c) supplying the first heavy fraction to a third density separation at a density in the range from 1.18 to 1.24 g/cm 3 , wherein the first heavy fraction is separated into a third light fraction , which contains polyamides, polycarbonates and methacrylate-based polymers, and a third heavy fraction containing polyoxymethylene, highly filled polymers and halogen-containing polymers; (d) separating all the fractions into fractions substantially containing single-grade polymers,
A method for encoding a sequence of image frames depicting an object whose privacy is to be protected, comprising: receiving (E02) a sequence of image frames to be encoded, wherein the sequence of image frames depicts different types of objects whose privacy is to be protected; generating (E04) a first and a second version of the sequence of image frames , wherein, when generating the first version of the sequence of image frames, the image frames of the first version are provided with privacy masks to protect the privacy of all types of objects whose privacy is to be protected; encoding (E06) the first version of the sequence of image frames as a first encoded sequence of intra-coded image frames and inter-coded image frames; encoding (E08) the second version of the sequence of image frames as a second encoded sequence of inter-coded image frames, wherein the inter-coded image frames of the second encoded sequence are encoded by using the intra-coded image frames of the first encoded sequence ; encrypting (E10) the inter-coded image frames of the second encoded sequence ; and merging (E12) the first and the second encoded sequence into a single output sequence by interleaving image frames of the first and the second encoded sequence ; characterized in that when generating the second version of the sequence of image frames, the image frames of the second version of the sequence are provided with privacy masks to protect the privacy of all but a first type of objects whose privacy is to be protected. receiving (E02) a sequence of image frames to be encoded, wherein the sequence of image frames depicts different types of objects whose privacy is to be protected; generating (E04) a first and a second version of the sequence of image frames , wherein, when generating the first version of the sequence of image frames, the image frames of the first version are provided with privacy masks to protect the privacy of all types of objects whose privacy is to be protected; encoding (E06) the first version of the sequence of image frames as a first encoded sequence of intra-coded image frames and inter-coded image frames; encoding (E08) the second version of the sequence of image frames as a second encoded sequence of inter-coded image frames, wherein the inter-coded image frames of the second encoded sequence are encoded by using the intra-coded image frames of the first encoded sequence ; encrypting (E10) the inter-coded image frames of the second encoded sequence ; and merging (E12) the first and the second encoded sequence into a single output sequence by interleaving image frames of the first and the second encoded sequence ; characterized in that when generating the second version of the sequence of image frames, the image frames of the second version of the sequence are provided with privacy masks to protect the privacy of all but a first type of objects whose privacy is to be protected.
A camera comprising: a retractable mirror ; a mirror contact member with which the mirror is contactable; and a bounce regulation member including a bounce regulation portion with which the mirror is contacted when the mirror is bounced from the mirror contact member ; wherein the mirror contact member is provided so as to be rotatable around a rotation center, wherein the mirror contact member includes a first eccentric portion that is eccentric with respect to the rotation center of the mirror contact member , and a second eccentric portion that is eccentric with respect to the rotation center of the mirror contact member substantially at the same eccentricity as that of the first eccentric portion, wherein when the mirror is displaced to a mirror-down state, the mirror is contacted with the first eccentric portion , wherein the bounce regulation member is disposed to be rotatable about the second eccentric portion , characterized in that the camera further comprises: a rotation member arranged to be rotated when the mirror and the mirror contact member are contacted with each other, and wherein the mirror contact member and the bounce regulation member are provided on the rotation member . a retractable mirror ; a mirror contact member with which the mirror is contactable; and a bounce regulation member including a bounce regulation portion with which the mirror is contacted when the mirror is bounced from the mirror contact member ; wherein the mirror contact member is provided so as to be rotatable around a rotation center, wherein the mirror contact member includes a first eccentric portion that is eccentric with respect to the rotation center of the mirror contact member , and a second eccentric portion that is eccentric with respect to the rotation center of the mirror contact member substantially at the same eccentricity as that of the first eccentric portion, wherein when the mirror is displaced to a mirror-down state, the mirror is contacted with the first eccentric portion , wherein the bounce regulation member is disposed to be rotatable about the second eccentric portion , characterized in that the camera further comprises: a rotation member arranged to be rotated when the mirror and the mirror contact member are contacted with each other, and wherein the mirror contact member and the bounce regulation member are provided on the rotation member . a rotation member arranged to be rotated when the mirror and the mirror contact member are contacted with each other, and wherein the mirror contact member and the bounce regulation member are provided on the rotation member .
A labeling assembly for a multi-part container , comprising: - a sleeve-shaped cap element which comprises a toothing structure on an inner surface and is designed to be coupled, by means of the toothing structure, to an outer surface of a closure of the container and surround said closure, the cap element comprising, related to a longitudinal axis (L), a first cap part , a second cap part and a separation area , characterized in that the labelling assembly further comprises: - a fixation label having a first label portion and a second label portion adjacent to the first label portion , the first label portion being configured to be attached to the second cap part and the second label portion being configured to be attached to a container body of the container , so that the fixation label couples the cap element to the container body , so that, upon opening the container to which the labeling assembly is applied, the cap element is separable in the separation area and at least a portion of the first cap part together with a part of the closure is removable from the second cap part and the container body . - a sleeve-shaped cap element which comprises a toothing structure on an inner surface and is designed to be coupled, by means of the toothing structure, to an outer surface of a closure of the container and surround said closure, the cap element comprising, related to a longitudinal axis (L), a first cap part , a second cap part and a separation area , characterized in that the labelling assembly further comprises: - a fixation label having a first label portion and a second label portion adjacent to the first label portion , the first label portion being configured to be attached to the second cap part and the second label portion being configured to be attached to a container body of the container , so that the fixation label couples the cap element to the container body , so that, upon opening the container to which the labeling assembly is applied, the cap element is separable in the separation area and at least a portion of the first cap part together with a part of the closure is removable from the second cap part and the container body .
Method for preparing a homogeneous mixture of coated particles comprising a graphite conductive core and at least two partial or full coatings on the surface of said core, the coating containing at least two inter-reactive functional agents composed of a material differing in composition and/or in physical shape from the constituent material of the core of the coated particles, said method comprising at least a first step for co-grinding the graphite particles of the core with the particles of a first inter-reactive functional agent, the particles of graphite having a mean size X and those of the first inter-reactive functional agent having a mean size Y such that the ratio Y/X is lower than 1, the coated particles obtained at the first co-grinding step being subjected to second co-grinding in the presence of an inter-reactive functional agent the same as or differing from the first inter-reactive functional agent used at the first co-grinding step, the mean size of the particles of the second inter-reactive functional agent being smaller than that of the coated particles obtained at the first co-grinding step.
A film frame carrier configured to be mounted on a curved shell , comprising: a body having mounting surface configured to be coupled to a supporting surface of a flexible carrier film , foil, or tape on which supporting surface an arrangement of semiconductor dies is arranged; characterized in that the body is a ring-shaped one having an asymmetric bending stiffness allowing the ring-shaped body to be bent such that the mounting surface of the ring-shaped body changes from having a first shape to a second more concave shape and preventing or limiting the ring-shaped body to be bent such that the shape of the mounting surface becomes more convex than the first shape. a body having mounting surface configured to be coupled to a supporting surface of a flexible carrier film , foil, or tape on which supporting surface an arrangement of semiconductor dies is arranged; characterized in that the body is a ring-shaped one having an asymmetric bending stiffness allowing the ring-shaped body to be bent such that the mounting surface of the ring-shaped body changes from having a first shape to a second more concave shape and preventing or limiting the ring-shaped body to be bent such that the shape of the mounting surface becomes more convex than the first shape.