mhurhangee/patent-ind-claim-en huggingface dataset:
A method of forming a strengthened glass article, the method comprising: providing a strengthened glass article, the strengthened glass article being in the form of a container comprising a sidewall having an exterior surface and an interior surface that encloses an interior volume, the sidewall having an exterior strengthened surface layer that includes the exterior surface, an interior strengthened surface layer that includes the interior surface and a central layer between the exterior strengthened surface layer and the interior strengthened surface layer that is under a tensile stress; and forming a laser-induced intended line of separation in the central layer at a predetermined depth between the exterior strengthened surface layer and the interior strengthened surface layer by irradiating the sidewall with a laser without separating the glass article. providing a strengthened glass article, the strengthened glass article being in the form of a container comprising a sidewall having an exterior surface and an interior surface that encloses an interior volume, the sidewall having an exterior strengthened surface layer that includes the exterior surface, an interior strengthened surface layer that includes the interior surface and a central layer between the exterior strengthened surface layer and the interior strengthened surface layer that is under a tensile stress; and forming a laser-induced intended line of separation in the central layer at a predetermined depth between the exterior strengthened surface layer and the interior strengthened surface layer by irradiating the sidewall with a laser without separating the glass article.
A cooling device (R) configured to cool an article to be processed (X) by spraying a coolant, the cooling device comprising: a cooling chamber configured to accommodate the article to be processed; a header pipe having a main body section to which a nozzle is attached, and a connecting pipe which protrudes from the main body section and into which the coolant supplied into the main body section is supplied, and in which the main body section and a part of the connecting pipe are disposed in the cooling chamber; and a stopper detachably fixed to an inner wall of the cooling chamber and configured to restrict movement of the header pipe toward the inside of the cooling chamber, wherein the cooling chamber has a container main body and an attachment section , the attachment section includes a pipe section (1a1) protruding outward from the container main body and inside of which the connecting pipe is disposed, and a flange (1a2) installed at a distal end of the pipe section. a cooling chamber configured to accommodate the article to be processed; a header pipe having a main body section to which a nozzle is attached, and a connecting pipe which protrudes from the main body section and into which the coolant supplied into the main body section is supplied, and in which the main body section and a part of the connecting pipe are disposed in the cooling chamber; and a stopper detachably fixed to an inner wall of the cooling chamber and configured to restrict movement of the header pipe toward the inside of the cooling chamber, wherein the cooling chamber has a container main body and an attachment section , the attachment section includes a pipe section (1a1) protruding outward from the container main body and inside of which the connecting pipe is disposed, and a flange (1a2) installed at a distal end of the pipe section.
A passenger restraint apparatus which comprises a seat of a vehicle and restrains a passenger seated in this seat , wherein this passenger restraint apparatus comprises: a pair of airbags which are stored in a seat back part of the seat so as to be expanded and deployed to both sides of the passenger seated in this seat ; and a pair of tension fabrics which pass through each side opposite the passenger of the pair of stored airbags so as to be stored from the seat back part of the seat to the seat cushion part , wherein when the airbag is expanded and deployed, at least a portion of each of the pair of tension fabrics is configured so as to be deployed to the outside of this seat by the cleaving of the skin of the seat , in addition to being stretched from the position in the vicinity of the shoulder of the passenger in the seat back to the position on the front side of the vehicle on the side of the seat cushion , wherein this tension fabric includes a part for holding the surface of the airbag opposite the passenger, characterized in that a space (D) between the positions (F1, F2) of the tension fabrics in the vicinity of the shoulder is narrower than the shoulder width of 414 to 437 mm (16,3 to 17,2 inches) of an AM50 dummy, with the positions serving as the starting points across which the tension fabrics are stretched. a pair of airbags which are stored in a seat back part of the seat so as to be expanded and deployed to both sides of the passenger seated in this seat ; and a pair of tension fabrics which pass through each side opposite the passenger of the pair of stored airbags so as to be stored from the seat back part of the seat to the seat cushion part , wherein when the airbag is expanded and deployed, at least a portion of each of the pair of tension fabrics is configured so as to be deployed to the outside of this seat by the cleaving of the skin of the seat , in addition to being stretched from the position in the vicinity of the shoulder of the passenger in the seat back to the position on the front side of the vehicle on the side of the seat cushion , wherein this tension fabric includes a part for holding the surface of the airbag opposite the passenger, characterized in that a space (D) between the positions (F1, F2) of the tension fabrics in the vicinity of the shoulder is narrower than the shoulder width of 414 to 437 mm (16,3 to 17,2 inches) of an AM50 dummy, with the positions serving as the starting points across which the tension fabrics are stretched.
A method for controlling data transmission in a New Radio, NR, system, executed by a user equipment, UE, characterized by the method comprising: when new data needs to be transmitted over an existing session, performing Access Class Barring, ACB, detection on each of multiple cell groups associated with a Packet Data Convergence Protocol, PDCP, entity , wherein the multiple cell groups comprises a Master Cell Group, MCG, and a Secondary Cell Group, SCG; and in response to an ACB detection result indicating that a cell group is barred, shielding transmission of the new data to the cell group . when new data needs to be transmitted over an existing session, performing Access Class Barring, ACB, detection on each of multiple cell groups associated with a Packet Data Convergence Protocol, PDCP, entity , wherein the multiple cell groups comprises a Master Cell Group, MCG, and a Secondary Cell Group, SCG; and in response to an ACB detection result indicating that a cell group is barred, shielding transmission of the new data to the cell group .
A condensed gas phase polymerization process, the process comprising contacting one or more monomers, at least one catalyst system, and an inert condensing agent comprising a mixture of 2,2-dimethylpropane and at least another C 4 -C 8 condensing agent under polymerizable conditions to produce a poly olefin polymer, wherein the inert condensing agent comprises greater than 50 wt% 2,2-dimenthylpropane , and wherein the ratio of the 2,2-dimethylpropane to the C 4 -C 8 condensing agent is greater than or equal to 50:50.
A metal-air cell comprising: an air electrode ; an inlet located at a first wall of the metal air cell; an outlet located at a second wall opposite to the first wall, wherein the first and second walls have a first length; a metal anode disposed between the first wall and the second wall, whereby a flow path of an aqueous electrolyte solution is from the inlet to the outlet over a surface of the metal anode; one or more flow distributing elements positioned after the inlet perpendicular to the direction of flow of an aqueous electrolyte solution over the surface of the anode, wherein a longitudinal dimension of the flow distributing element is parallel to the first wall or to the second wall; and one or more slotted elements positioned adjacent to the metal anode for directing flow of an aqueous electrolyte solution over a surface of the anode, that includes a plurality of slits designed to direct the flow of an aqueous electrolyte solution , wherein a cross section of each of the slits is smaller than a cross section of the one or more flow distributing elements , thereby giving a ratio between the cross section of each of the slits and the cross section of the one or more flow distributing elements which causes even distribution of an electrolyte flow over a surface of the metal anode. an air electrode ; an inlet located at a first wall of the metal air cell; an outlet located at a second wall opposite to the first wall, wherein the first and second walls have a first length; a metal anode disposed between the first wall and the second wall, whereby a flow path of an aqueous electrolyte solution is from the inlet to the outlet over a surface of the metal anode; one or more flow distributing elements positioned after the inlet perpendicular to the direction of flow of an aqueous electrolyte solution over the surface of the anode, wherein a longitudinal dimension of the flow distributing element is parallel to the first wall or to the second wall; and one or more slotted elements positioned adjacent to the metal anode for directing flow of an aqueous electrolyte solution over a surface of the anode, that includes a plurality of slits designed to direct the flow of an aqueous electrolyte solution , wherein a cross section of each of the slits is smaller than a cross section of the one or more flow distributing elements , thereby giving a ratio between the cross section of each of the slits and the cross section of the one or more flow distributing elements which causes even distribution of an electrolyte flow over a surface of the metal anode.
A chloroprene polymer latex comprising: a chloroprene polymer; at least one selected from the group consisting of rosin acid, sodium rosinate, and potassium rosinate; and at least one selected from the group consisting of sodium hydroxide and potassium hydroxide, wherein a toluene insoluble content of the chloroprene polymer is 10% by mass or less, characterised in that a weight average molecular weight of a toluene soluble content is 5,000 to 200,000. a toluene insoluble content of the chloroprene polymer is 10% by mass or less, characterised in that a weight average molecular weight of a toluene soluble content is 5,000 to 200,000.
Machine for wrapping already formed boxes (B) with a covering sheet (S), the machine comprising a feeding station and a working station , wherein the feeding station is arranged to feed the working station with an assembly formed by a covering sheet (S) with glue spread on an upper side thereof and by an already formed box (B) resting on said upper side of the covering sheet (S), wherein the working station comprises: - a stationary structure defining a working area, - an upper gripping unit which is supported by the stationary structure so as to be vertically movable and includes a gripping device arranged to grip the box (B) and covering sheet (S) assembly fed by the feeding station , - first vertical driving means associated to the upper gripping unit to control the vertical movement of the latter with respect to the stationary structure , and - a lower working unit including a plurality of working devices arranged to process, in cooperation with the gripping device , the box (B) and covering sheet (S) assembly so as to fold side portions (S 1 , S 2 , S 3 , S 4 ) of the covering sheet (S) and cause them to adhere at least to the outer faces of side walls (SW 1 , SW 2 , SW 3 , SW 4 ) of the box (B), characterized in that the lower working unit is supported by the stationary structure of the working station so as to be vertically movable and in that the working station further comprises second vertical driving means associated to the lower working unit to control the vertical movement of the latter relative to the stationary structure . - a stationary structure defining a working area, - an upper gripping unit which is supported by the stationary structure so as to be vertically movable and includes a gripping device arranged to grip the box (B) and covering sheet (S) assembly fed by the feeding station , - first vertical driving means associated to the upper gripping unit to control the vertical movement of the latter with respect to the stationary structure , and - a lower working unit including a plurality of working devices arranged to process, in cooperation with the gripping device , the box (B) and covering sheet (S) assembly so as to fold side portions (S 1 , S 2 , S 3 , S 4 ) of the covering sheet (S) and cause them to adhere at least to the outer faces of side walls (SW 1 , SW 2 , SW 3 , SW 4 ) of the box (B),
Use of a cured binder composition for conducting electric current, in particular for conducting electrostatic charges and/or for balancing the electric potential between two bodies, wherein the cured binder composition is obtained by curing a curable binder composition comprising: a) at least one organic binder comprising a polyisocyanate and a polyol, and b) at least 50% by weight of a filler in the form of slag or a mixture of quartz and slag, based on 100% by weight of the binder composition.
Device for providing weather protection for scaffolding , comprising two tarpaulins which can be fastened to the scaffolding and comprising two unwinding rollers which extend along roller longitudinal axes running in parallel with one another, characterised in that the unwinding rollers are mounted on a common fastening support for the scaffolding so as to be rotatable in relation to their roller longitudinal axes and are arranged with a height offset with respect to one another, wherein the unwound tarpaulin of the first unwinding roller which is lower in relation to the height level overlaps the second unwinding roller in the manner of a roof tile, such that the tarpaulin of the second unwinding roller is guided past behind the first unwinding roller when viewed from the front side of the construction equipment .
Method for the recognition of spatial proximity relationships in a modular system comprising module assemblies (M1 ,..Mn), wherein each module assembly has at least one transmitter (S) and at least one receiver (R) which are arranged so that, with a correct alignment of the module assemblies (M), at least one optical transmitter (S) of a first module assembly (M) corresponds to at least one optical receiver (R) of a second module assembly (M), and wherein the module assemblies (M) each have, in addition to the transmitter (S) and the receiver (R), a network connection for connection via a communication network to other module assemblies (M), the method comprising the steps of: - automatically requesting and assigning a network address for the network connection via the communication network through the respective module assemblies so that these module assemblies can be addressed via the network; and - determining the accuracy of the spatial alignment of the module assemblies by triggering and evaluating the optical signal of the transmitter (S) and of the receiver (R) with the aid of the communication network via the network connection, wherein the module assemblies are spaced apart from one another or the module assemblies have spatially adjoining and contact surfaces. - automatically requesting and assigning a network address for the network connection via the communication network through the respective module assemblies so that these module assemblies can be addressed via the network; and - determining the accuracy of the spatial alignment of the module assemblies by triggering and evaluating the optical signal of the transmitter (S) and of the receiver (R) with the aid of the communication network via the network connection,
An electronic device housing, comprising: a box body , wherein at least one side surface of the box body comprises an opening ; a cover plate , wherein the cover plate is fixed at the opening of the box; and a fastener , wherein the fastener is a plurality of fasteners, the cover plate is crimped at the opening of the box body by using the plurality of fasteners, and in the plurality of fasteners, a crimping area between at least one fastener and the cover plate is less than a crimping area between another fastener and the cover plate , wherein at least three through holes are disposed on the cover plate and the box body in alignment, and the plurality of fasteners crimp and fasten the cover plate and the box body by using the at least three through holes , characterized in that hole diameters of the at least three through holes gradually decrease from one side to the other opposite side of the cover plate . a box body , wherein at least one side surface of the box body comprises an opening ; a cover plate , wherein the cover plate is fixed at the opening of the box; and a fastener , wherein the fastener is a plurality of fasteners, the cover plate is crimped at the opening of the box body by using the plurality of fasteners, and in the plurality of fasteners, a crimping area between at least one fastener and the cover plate is less than a crimping area between another fastener and the cover plate , wherein at least three through holes are disposed on the cover plate and the box body in alignment, and the plurality of fasteners crimp and fasten the cover plate and the box body by using the at least three through holes , characterized in that hole diameters of the at least three through holes gradually decrease from one side to the other opposite side of the cover plate .
A wave energy converter capable of floating on a body of water (BW) and moving in response to waves (W) occurring in the body of water (BW), the wave energy converter comprising a hull connected to a heave plate , characterized in that : the hull is formed from reinforced concrete; a plurality of connecting tendons extending between the hull and the heave plate ; and a power take off attached to each connecting tendon ; wherein the hull is formed from a plurality of wedge-shaped hollow sections ; wherein each wedge-shaped hollow section has side mating faces , a first end wall , a second end wall , an inner circumferential wall , an outer circumferential wall , and a hollow interior cavity , and wherein a plurality of ducts extend circumferentially through the first and second end walls ; wherein the hull further includes at least one post-tensioning tendon extending through each of the plurality of circumferentially extending ducts in the first and second end walls , the post-tensioning tendons stressed and anchored to a portion of the hull and connecting at least two adjacent wedge-shaped hollow sections together; and wherein when assembled to form the hull , the plurality of hollow sections define a hollow chamber within the assembled hull . the hull is formed from reinforced concrete; a plurality of connecting tendons extending between the hull and the heave plate ; and a power take off attached to each connecting tendon ; wherein the hull is formed from a plurality of wedge-shaped hollow sections ; wherein each wedge-shaped hollow section has side mating faces , a first end wall , a second end wall , an inner circumferential wall , an outer circumferential wall , and a hollow interior cavity , and wherein a plurality of ducts extend circumferentially through the first and second end walls ; wherein the hull further includes at least one post-tensioning tendon extending through each of the plurality of circumferentially extending ducts in the first and second end walls , the post-tensioning tendons stressed and anchored to a portion of the hull and connecting at least two adjacent wedge-shaped hollow sections together; and wherein when assembled to form the hull , the plurality of hollow sections define a hollow chamber within the assembled hull .
Conveying system for pneumatically conveying of plastic granulate by means of humid conveying gas, having - a feed location at which the plastic granulate is fed into a conveying line by pressurized conveying gas , wherein the conveying gas has a relative humidity of at least 60 % and at most 200%, - a destination connected to the feed location , characterized by - a condensation tempering unit (15; 15a; 15b; 15c) which is arranged in sections along the conveying line , for making the conveying line such temperature for the selective condensation of moisture contained in the conveying gas to form a sliding film on an internal wall of the conveying line , wherein the condensation tempering unit (15; 15a; 15b; 15c) extends from the feed location along the conveying line over at least 20 % of the total length of the conveying line . - a feed location at which the plastic granulate is fed into a conveying line by pressurized conveying gas , wherein the conveying gas has a relative humidity of at least 60 % and at most 200%, - a destination connected to the feed location , - a condensation tempering unit (15; 15a; 15b; 15c) which is arranged in sections along the conveying line , for making the conveying line such temperature for the selective condensation of moisture contained in the conveying gas to form a sliding film on an internal wall of the conveying line , wherein the condensation tempering unit (15; 15a; 15b; 15c) extends from the feed location along the conveying line over at least 20 % of the total length of the conveying line .
A nonaqueous inkjet printing method comprising printing an image by an inkjet recording system using a first nonaqueous ink comprising at least a coloring pigment, a water-soluble resin having an amino group, and a nonaqueous solvent, and then printing an image so as to overlap with the preceding image by an inkjet recording system using a second nonaqueous ink, wherein the second nonaqueous ink comprises at least a coloring pigment, inorganic particles, and a nonaqueous solvent, the content of the coloring pigment in the second nonaqueous ink is lower than the content of the coloring pigment in the first nonaqueous ink, and the inorganic particles are at least one selected from the group consisting of talc, diatomaceous earth, calcium carbonate, barium carbonate, barium sulfate, alumina white, silica, kaolin, mica, acid clay, activated clay and bentonite.