mhurhangee/patent-ind-claim-en huggingface dataset:
Method of manufacturing reinforcement steel for reinforcement of concrete structures for providing said reinforcement steel having a tensile strength to yield strength ratio R m /R e of at least 1,08, and having a percentage uniform elongation at maximum force A gt of at least 5,0, said reinforcement steel having an elongated shape of arbitrary length and cross-section, said method comprising the steps of: providing a steel base wire ; and rolling the steel base wire for modifying a cross-sectional dimension thereof, and for creating a bonding profile on a surface of said wire , wherein said step of rolling is a cold rolling step; characterized in that , prior to the step of rolling, the method further comprises a step of: surface layer breaking for breaking of a surface layer, and surface cleaning of said steel base wire for removing the surface layer from said steel base wire ; and wherein, subsequent to said step of rolling, the method further comprises a step of applying a plurality of bending actions to the steel base wire for improving tensile properties thereof. providing a steel base wire ; and rolling the steel base wire for modifying a cross-sectional dimension thereof, and for creating a bonding profile on a surface of said wire , wherein said step of rolling is a cold rolling step; characterized in that , prior to the step of rolling, the method further comprises a step of: surface layer breaking for breaking of a surface layer, and surface cleaning of said steel base wire for removing the surface layer from said steel base wire ; and wherein, subsequent to said step of rolling, the method further comprises a step of applying a plurality of bending actions to the steel base wire for improving tensile properties thereof. surface layer breaking for breaking of a surface layer, and surface cleaning of said steel base wire for removing the surface layer from said steel base wire ; and wherein, subsequent to said step of rolling, the method further comprises a step of applying a plurality of bending actions to the steel base wire for improving tensile properties thereof.
Coke oven device for producing coke by coking coal or coal mixtures, the coke oven device being set up for minimized nitrogen oxide emission by internal thermal energy compensation by means of coke oven gases (G1, G4, G5) by measures internal to the coke oven device, having a plurality of twin heating passes , each having a heating passage through which gas flows and a waste gas-carrying heating passage through which gas flows downwards, which heating passages are in each case delimited from one another in pairs by a partition wall and are sealed off from a respective oven chamber (10.2), the paired heating ducts being fluidically separated by means of an upper coupling passage (14.2) and optionally also by means of a lower coupling passage in each case for internal exhaust gas recirculation are coupled to one another on an outer circular flow path (19.1), in each case at least one inlet from the following group being provided in the lower region at the bottom (5.4) of the respective twin heating train: coke oven gas inlet , combustion air inlet , mixed gas inlet ; at least one exhaust gas recirculation passage (14.2) is arranged more centrically with respect to the width (x) of the heating duct than at least one of the inlets comprising the mixed gas inlet , and defines a more centrical flow path (GP4) around which at least one of the admitted gases (G1, G5) flows, characterized in that at least two of the inlets are arranged closer to the rotor walls on both sides of the coupling passages (14.2) in such a way that the respective exhaust gas recirculation passage (14.2) between the inlets is laterally enclosed and delimited from the inlets , respectively is arranged laterally between the inlets or delimited from the inlets , and at least three or four upwardly flowing partial flows are formed in the corresponding heating duct on flow paths which run at least approximately parallel to one another or at least next to one another at least over a height section in the height range from 0 to 1000 mm and lead to delayed mixing in this height section such that complete mixing only takes place above this height section.
A closure device for a container , the container having a neck including an annular flange along an outer surface of the neck , the closure device comprising: a cap body ; a tamper evident (TE) band , the TE band defined such that, when assembled onto the container , the TE band is positioned below the annular flange for cooperation therewith; a first hinge and a second hinge defined on the cap body ; a first leash and a second leash connecting the cap body to the TE band , the first leash interconnecting the first hinge and the TE band , and the second leash interconnecting the second hinge and the TE band ; the first leash and the second leash originating from separate locations on the TE band ; and a tongue protruding from the cap body between the first hinge and the second hinge ; the closure device being characterized by : a protruding portion extending from the TE band towards the tongue ; wherein when the cap body is actuated from a closed configuration relative to the neck to the fully open position : the first leash and the second leash are configured to be separated from the TE band during opening, but to remain connected thereto to retain the cap body to the TE band ; and an interaction of the tongue and the protruding portion extending from the TE band is configured to retain the cap body in the fully open position . a cap body ; a tamper evident (TE) band , the TE band defined such that, when assembled onto the container , the TE band is positioned below the annular flange for cooperation therewith; a first hinge and a second hinge defined on the cap body ; a first leash and a second leash connecting the cap body to the TE band , the first leash interconnecting the first hinge and the TE band , and the second leash interconnecting the second hinge and the TE band ; the first leash and the second leash originating from separate locations on the TE band ; and a tongue protruding from the cap body between the first hinge and the second hinge ; a protruding portion extending from the TE band towards the tongue ; wherein when the cap body is actuated from a closed configuration relative to the neck to the fully open position : the first leash and the second leash are configured to be separated from the TE band during opening, but to remain connected thereto to retain the cap body to the TE band ; and an interaction of the tongue and the protruding portion extending from the TE band is configured to retain the cap body in the fully open position . the first leash and the second leash are configured to be separated from the TE band during opening, but to remain connected thereto to retain the cap body to the TE band ; and an interaction of the tongue and the protruding portion extending from the TE band is configured to retain the cap body in the fully open position .
Registration plate for a motor vehicle, having an internal face (INT) intended to be in contact with said motor vehicle, and an external face (EXT) intended to be able to read visually or by an optical sensor, and comprising: - a vehicle registration plate support , - a retro-reflecting film , in contact with said support directly or via an adhesive layer , - the retro-reflecting film supporting a registration number of the motor vehicle, printed thereon, and - a diffractive structure , glued onto the retro-reflecting film, and - a secure customization print , secured to the retro-reflecting film and/or the diffractive structure, characterized in that it also comprises: - a transparent acrylic plate , in contact with the retro-reflecting film directly, or via an adhesive layer , and - a set of at least two images, secured to the retro-reflecting film and intended to present a moire effect, and a lens array , affixed in line with the set of said at least two images. - a vehicle registration plate support , - a retro-reflecting film , in contact with said support directly or via an adhesive layer , - the retro-reflecting film supporting a registration number of the motor vehicle, printed thereon, and - a diffractive structure , glued onto the retro-reflecting film, and - a secure customization print , secured to the retro-reflecting film and/or the diffractive structure, - a transparent acrylic plate , in contact with the retro-reflecting film directly, or via an adhesive layer , and - a set of at least two images, secured to the retro-reflecting film and intended to present a moire effect, and a lens array , affixed in line with the set of said at least two images.
A saw (100; 200), comprising: a housing (110; 210) including a blade guard (112, 114; 212, 214); a motor disposed in the housing; a motor shaft driven by the motor; an output shaft (102; 202) coupled to the motor shaft for co-rotation; a saw blade (104; 204) rotated by the output shaft, a portion of the saw blade being covered by the blade guard; and a first damping element located inside the blade guard and adjacent the saw blade the first damping element being tangent to a rotational direction of the saw blade. a housing (110; 210) including a blade guard (112, 114; 212, 214); a motor disposed in the housing; a motor shaft driven by the motor; an output shaft (102; 202) coupled to the motor shaft for co-rotation; a saw blade (104; 204) rotated by the output shaft, a portion of the saw blade being covered by the blade guard; and a first damping element located inside the blade guard and adjacent the saw blade the first damping element being tangent to a rotational direction of the saw blade.
A power disconnection device for manually disconnecting power of a battery pack , the power disconnection device comprising: a housing ; a first interlock terminal and a second interlock terminal provided in the housing and connectable to an interlock circuit of the battery pack, and a first high voltage terminal and a second high voltage terminal connectable to a high voltage line of the battery pack ; a switch lever disposed over inner and outer portions of the housing ; a first switch module in contact with the first interlock terminal and the second interlock terminal , and, upon an off operation of the switch lever , configured to operate by the switch lever to be separated from any one of the first interlock terminal and the second interlock terminal ; wherein the first switch module comprises a first moving contact bar rotatably coupled to one end portion of the first interlock terminal and provided to perform a seesaw operation with respect to the one end portion of the first interlock terminal as an axis according to on/off positions of the switch lever , wherein the second interlock terminal is disposed at a position where one end portion is contactable with one end portion of the first moving contact bar ; and a second switch module configured to interlock with the first switch module and be in contact with the first high voltage terminal and the second high voltage terminal , wherein the second switch module is configured to operate to be separated from the first high voltage terminal and the second high voltage terminal by interlocking with the first switch module when the first switch module is separated from any one of the first interlock terminal and the second interlock terminal by the switch lever . a housing ; a first interlock terminal and a second interlock terminal provided in the housing and connectable to an interlock circuit of the battery pack, and a first high voltage terminal and a second high voltage terminal connectable to a high voltage line of the battery pack ; a switch lever disposed over inner and outer portions of the housing ; a first switch module in contact with the first interlock terminal and the second interlock terminal , and, upon an off operation of the switch lever , configured to operate by the switch lever to be separated from any one of the first interlock terminal and the second interlock terminal ; wherein the first switch module comprises a first moving contact bar rotatably coupled to one end portion of the first interlock terminal and provided to perform a seesaw operation with respect to the one end portion of the first interlock terminal as an axis according to on/off positions of the switch lever , wherein the second interlock terminal is disposed at a position where one end portion is contactable with one end portion of the first moving contact bar ; and a second switch module configured to interlock with the first switch module and be in contact with the first high voltage terminal and the second high voltage terminal ,
Electronic sensor unit for detecting the contact-free actuation of a door or hatch on a motor vehicle, wherein the sensor unit has a housing in which a control and evaluation unit is arranged and wherein a sensor electrode is coupled to the control and evaluation unit in order to detect a capacitance change of the sensor electrode on actuation by a user, wherein a connection socket with contacts is arranged on the housing in order to connect the sensor unit and the control and evaluation unit arranged therein to a cable harness of a vehicle, characterized in that the sensor unit has a plug connector , which can be coupled with the connection socket and which comprises both supply cables for connecting the sensor unit to the cable harness as well as the flexible sensor electrode , which is implemented as a flexible sensor electrode , so that both the sensor electrode and the cable harness can be coupled to the control and evaluation unit by means of the same plug connector.
A hygiene article comprising: a) at least one top sheet; b) at least one absorbent core; and c) at least one backsheet; wherein the at least one backsheet comprises from 3 wt% to 60 wt% of a first polyethylene polymer, based upon the total weight of the at least one backsheet, and wherein the first polyethylene polymer has a melt index (MI) from 0.2 dg/min to 3.0 dg/min; a density from 0.918 g/cm 3 to 0.945 g/cm 3 ; and a melt index ratio (MIR) from 25 to 60, wherein the at least one backsheet comprises a second polyethylene polymer. a) at least one top sheet; b) at least one absorbent core; and c) at least one backsheet;
A reach lift-truck comprising two opposing support legs (2.1, 2.2), respectively having a guide track (3.1, 3.2) with vertically spaced apart flanges ; and a reach carriage which is movable arranged in the guide tracks (3.1, 3.2) of each support leg (2.1, 2.2); and at least one sliding support device for slidably supporting the reach carriage against one or both flanges of the guide track (3.1, 3.2), whereby the sliding support device comprises; - a sliding block arrangement (40, 50.1, 50.2) arranged in sliding contact with one or both flanges of the guide track (3.1,3.2), characterized by, - a wedge arrangement (60, 70.1, 70.2) arranged to force the sliding block arrangement (40, 50.1, 50.2) against one or both of the flanges of the guide track (3.1, 3.2), wherein; - the wedge arrangement (60, 70.1, 70.2) is movable relative the sliding block arrangement (40, 50.1, 50.2) such that the contact pressure between the sliding block arrangement (40, 50.1, 50.2) and one or both of the flanges of the guide track (3.1, 3.2) may be increased or decreased by movement of the wedge arrangement (60, 70.1, 70.2). - a sliding block arrangement (40, 50.1, 50.2) arranged in sliding contact with one or both flanges of the guide track (3.1,3.2), characterized by, - a wedge arrangement (60, 70.1, 70.2) arranged to force the sliding block arrangement (40, 50.1, 50.2) against one or both of the flanges of the guide track (3.1, 3.2), wherein; - the wedge arrangement (60, 70.1, 70.2) is movable relative the sliding block arrangement (40, 50.1, 50.2) such that the contact pressure between the sliding block arrangement (40, 50.1, 50.2) and one or both of the flanges of the guide track (3.1, 3.2) may be increased or decreased by movement of the wedge arrangement (60, 70.1, 70.2).
A braced wing aircraft with a fuselage and a fixed wing arrangement , the fixed wing arrangement comprising at least two braced wings that are arranged laterally and opposite to each other on the fuselage , each one of the at least two braced wings comprising at least one upper wing and at least one lower wing which are staggered and interconnected at a predetermined transition region , the at least one upper wing being connected to the fuselage at an associated upper wing root and the at least one lower wing being connected to the fuselage at an associated lower wing root , wherein the at least one upper wing comprises at least one upper wing spar that extends from the associated upper wing root to the predetermined transition region , and wherein the at least one lower wing comprises at least one lower wing spar that extends from the predetermined transition region to the associated lower wing root , characterized in that at least one transition spar is provided at the predetermined transition region , the at least one transition spar connecting the at least one upper wing spar to the at least one lower wing spar , and wherein the at least one upper wing spar , the at least one lower wing spar , and the at least one transition spar are arranged in a single virtually spanned spars plane that is inclined with respect to a vertical aircraft axis .
A wound core having a wound shape including a rectangular hollow portion in a center and a portion in which grain-oriented electrical steel sheets in which planar portions and bent portions are alternately continuous in a longitudinal direction are stacked in a sheet thickness direction, which is a wound core formed by stacking the grain-oriented electrical steel sheets that have been individually bent in layers and assembled into a wound shape and in which the plurality of grain-oriented electrical steel sheets are connected to each other via at least one joining part for each roll, characterized in that each bent portion of the laminated grain-oriented electrical steel sheet has an average Vickers hardness of 190 to 250 HV in an L cross section in the longitudinal direction which is a cross section of the grain-oriented electrical steel sheet in a thickness direction.
Logistics system for piece goods, comprising a main conveyor section , a detection system , an ejection system , and a recirculation conveyor section ; - wherein the main conveyor section is designed to convey piece goods to and from the detection system further downstream; - wherein the ejection system is designed to feed piece goods, which have been fed to the detection system , from the main conveyor section to the recirculation conveyor section ; - wherein the recirculation conveyor section is designed to feed piece goods, which have been fed to it by the ejection system , to the detection system again; - wherein the detection system is set up to generate a data record for a piece good complex fed to it, by means of which the piece good complex can be identified; - wherein the detection system is also set up to detect an error affecting a piece good complex fed to it and to cause the ejection system to feed the piece good complex affected by the error to the recirculation conveyor section characterized in that - the detection system is also set up to store at least those data records by means of which piece good complexes fed to the recirculation conveyor section can be identified- wherein the detection system is also set up to compare data records with one another and, in the event of a match between two or more data records , to classify this match as evidence of a repeatedly faulty piece good complex . - wherein the main conveyor section is designed to convey piece goods to and from the detection system further downstream; - wherein the ejection system is designed to feed piece goods, which have been fed to the detection system , from the main conveyor section to the recirculation conveyor section ; - wherein the recirculation conveyor section is designed to feed piece goods, which have been fed to it by the ejection system , to the detection system again; - wherein the detection system is set up to generate a data record for a piece good complex fed to it, by means of which the piece good complex can be identified; - wherein the detection system is also set up to detect an error affecting a piece good complex fed to it and to cause the ejection system to feed the piece good complex affected by the error to the recirculation conveyor section characterized in that - the detection system is also set up to store at least those data records by means of which piece good complexes fed to the recirculation conveyor section can be identified- wherein the detection system is also set up to compare data records with one another and, in the event of a match between two or more data records , to classify this match as evidence of a repeatedly faulty piece good complex .
A method executed by a conference call server for controlling access, of a plurality of communication devices , to a conference call in a conference call system, the method comprising for each of the plurality of communication devices: the server determining contextual attributes related to the device , the contextual attributes comprising a location of the device and an identification of a type of peripheral used by the device ; the server evaluating the contextual attributes against a set of access requirements, the set of access requirements including defined restrictions on a type of peripheral used by the device within specific locations of the device; and the server causing the device to be granted access to connect to the conference call if all of the evaluated contextual attributes satisfies the access requirements. the server determining contextual attributes related to the device , the contextual attributes comprising a location of the device and an identification of a type of peripheral used by the device ; the server evaluating the contextual attributes against a set of access requirements, the set of access requirements including defined restrictions on a type of peripheral used by the device within specific locations of the device; and the server causing the device to be granted access to connect to the conference call if all of the evaluated contextual attributes satisfies the access requirements.