mhurhangee/ep-ind-claims huggingface dataset:
A power tool apparatus i comprising: a power tool and a turntable rotatable about a first rotational axis (A T), the turntable including a rotatable member with a first work surface on a first side of the rotatable member and the rotatable member is rotatable about a second rotational axis (A R), the second rotational axis being perpendicular to the first rotational axis (A T), characterized in that: the rotatable member comprises a plurality of work surfaces including the first work surface on the first side of the rotatable member, a second work surface on a second side of the rotatable member and a third work surface on a third side of the rotatable member, the rotatable member is configured to rotate into a position such that the third work surface is level with a main surface of the turntable and the power tool is configured to operate on a selected one of the plurality of work surfaces of the rotatable member. a power tool and a turntable rotatable about a first rotational axis (A T), the turntable including a rotatable member with a first work surface on a first side of the rotatable member and the rotatable member is rotatable about a second rotational axis (A R), the second rotational axis being perpendicular to the first rotational axis (A T), characterized in that: the rotatable member comprises a plurality of work surfaces including the first work surface on the first side of the rotatable member, a second work surface on a second side of the rotatable member and a third work surface on a third side of the rotatable member, the rotatable member is configured to rotate into a position such that the third work surface is level with a main surface of the turntable and the power tool is configured to operate on a selected one of the plurality of work surfaces of the rotatable member. the rotatable member comprises a plurality of work surfaces including the first work surface on the first side of the rotatable member, a second work surface on a second side of the rotatable member and a third work surface on a third side of the rotatable member, the rotatable member is configured to rotate into a position such that the third work surface is level with a main surface of the turntable and the power tool is configured to operate on a selected one of the plurality of work surfaces of the rotatable member.
A monitoring device for monitoring placement of an article comprising: - an image acquisition unit configured to acquire an image in which the article (2; 2A - 2E) is imaged when the article (2; 2A - 2E) is placed; - a display section setting unit configured to set a display section in the image, the display section being a section in which the article (2; 2A - 2E) is to be displayed; - an intermediate section setting unit configured to set an intermediate section adjacent to the display section in the image, the intermediate section being a section used for determining misplacement of the article (2; 2A - 2E); - an article detection unit configured to detect an article area from the image, the article area being an image area of the article (2; 2A - 2E); and - a misplacement determination unit configured to determine whether the detected article area is misplaced in a correlation with the display section based on a positional correlation between the article area and the intermediate section in a case where at least a part of the detected article area does not overlap the display section. - an image acquisition unit configured to acquire an image in which the article (2; 2A - 2E) is imaged when the article (2; 2A - 2E) is placed; - a display section setting unit configured to set a display section in the image, the display section being a section in which the article (2; 2A - 2E) is to be displayed; - an intermediate section setting unit configured to set an intermediate section adjacent to the display section in the image, the intermediate section being a section used for determining misplacement of the article (2; 2A - 2E); - an article detection unit configured to detect an article area from the image, the article area being an image area of the article (2; 2A - 2E); and - a misplacement determination unit configured to determine whether the detected article area is misplaced in a correlation with the display section based on a positional correlation between the article area and the intermediate section in a case where at least a part of the detected article area does not overlap the display section.
An apparatus, wherein the apparatus comprises a file managing application; device management policy data; and wherein the apparatus is configured to receive deadline data from a remote administration system, the deadline data including at least one time limit for use of at least one user file stored in the apparatus; and the apparatus is configured to store the received deadline data in the device management policy data stored in one or more memories of the apparatus; characterized in that the file managing application, run in the background, is configured to read the deadline data stored in the one or more memories and make said at least one user file in the apparatus inoperable for several users at and after the different time limits defined by the deadline data on the basis of user identification such that said at least one user file is inaccessible when made inoperable with respect to opening said at least one user file, modifying the contents of said at least one user file, storing said at least one user file in same or different folder, renaming said at least one user file, and/or deleting said at least one user file; and the file managing application is configured to check whether a user identification is approved or disapproved for access to the at least one file such that if the user identification is disapproved based on the deadline data, the user has no access to the at least one user file; and if the user identification is approved based on the deadline data, the user has access to the at least one user file. a file managing application; device management policy data; and wherein the apparatus is configured to receive deadline data from a remote administration system, the deadline data including at least one time limit for use of at least one user file stored in the apparatus; and the apparatus is configured to store the received deadline data in the device management policy data stored in one or more memories of the apparatus; characterized in that the file managing application, run in the background, is configured to read the deadline data stored in the one or more memories and make said at least one user file in the apparatus inoperable for several users at and after the different time limits defined by the deadline data on the basis of user identification such that said at least one user file is inaccessible when made inoperable with respect to opening said at least one user file, modifying the contents of said at least one user file, storing said at least one user file in same or different folder, renaming said at least one user file, and/or deleting said at least one user file; and the file managing application is configured to check whether a user identification is approved or disapproved for access to the at least one file such that if the user identification is disapproved based on the deadline data, the user has no access to the at least one user file; and if the user identification is approved based on the deadline data, the user has access to the at least one user file.
Lamp unit comprising a lamp which is inserted into a reflector and which has a base with a reference ring on which at least one referencing surface is formed, the said referencing surface interacting with a corresponding referencing element of a mount of the reflector, wherein the lamp unit has a bayonet fitting by means of which the lamp is connected in a detachable manner to the mount, characterized in that the bayonet fitting has clearances which are formed on the reference ring, open out on the circumferential side and with which the radially projecting bayonet cams which are provided on an inner circumferential surface of the mount are associated, the said bayonet cams overlapping the clearances when the lamp is inserted and engaging behind the reference ring during connection, and in that support pins for the reference ring, which support pins are offset in relation to the bayonet cams, are formed on an inner circumferential surface of the mount.
A method for adding color to a part during three-dimensional printing, comprising: applying a build material; pre-heating the build material to a temperature ranging from 50°C to 400°C; selectively applying drops of a black ink including an infrared absorbing colorant on at least a portion of the build material; selectively applying drops of a white ink on the applied black ink, the white ink including a white colorant that is opaque in visible wavelengths and is transparent to infrared wavelengths; selectively applying drops of a colored ink on the applied white ink, the colored ink including a colorant having a color other than black or white; and then exposing the build material and the applied black, white, and colored inks to infrared radiation, whereby the black ink at least partially fuses the portion of the build material in contact therewith, and at least some of the white colorant and at least some of the colorant are embedded in the at least partially fused portion at a surface thereof. applying a build material; pre-heating the build material to a temperature ranging from 50°C to 400°C; selectively applying drops of a black ink including an infrared absorbing colorant on at least a portion of the build material; selectively applying drops of a white ink on the applied black ink, the white ink including a white colorant that is opaque in visible wavelengths and is transparent to infrared wavelengths; selectively applying drops of a colored ink on the applied white ink, the colored ink including a colorant having a color other than black or white; and then exposing the build material and the applied black, white, and colored inks to infrared radiation, whereby the black ink at least partially fuses the portion of the build material in contact therewith, and at least some of the white colorant and at least some of the colorant are embedded in the at least partially fused portion at a surface thereof.
A tire comprising a tread part, wherein the tread part comprises a first layer constituting a tread surface, and a second layer adjacent to an inner side of the first layer in a tire radial direction, wherein each of the first layer and the second layer is composed of a rubber composition comprising a rubber component and a recovered carbon black, and wherein B/C is 1.0 or less, where a content of the recovered carbon black based on 100 parts by mass of a rubber component of a rubber composition constituting the first layer is referred to as C, in parts by mass, and a content of the recovered carbon black based on 100 parts by mass of a rubber component of a rubber composition constituting the second layer is referred to as B, in parts by mass, wherein the term "recovered carbon black" refers to carbon black that is obtained by pulverizing a product comprising carbon black and firing the pulverized product, in which, when the product is subjected to oxidative combustion by heating in the air, using a thermal weight measurement method according to JIS K 6226-2:2003, a ratio of a mass of ash, which is a component that does not combust, is 13% by mass or more. wherein the tread part comprises a first layer constituting a tread surface, and a second layer adjacent to an inner side of the first layer in a tire radial direction, a first layer constituting a tread surface, and a second layer adjacent to an inner side of the first layer in a tire radial direction, wherein each of the first layer and the second layer is composed of a rubber composition comprising a rubber component and a recovered carbon black, and wherein B/C is 1.0 or less, where a content of the recovered carbon black based on 100 parts by mass of a rubber component of a rubber composition constituting the first layer is referred to as C, in parts by mass, and a content of the recovered carbon black based on 100 parts by mass of a rubber component of a rubber composition constituting the second layer is referred to as B, in parts by mass, wherein the term "recovered carbon black" refers to carbon black that is obtained by pulverizing a product comprising carbon black and firing the pulverized product, in which, when the product is subjected to oxidative combustion by heating in the air, using a thermal weight measurement method according to JIS K 6226-2:2003, a ratio of a mass of ash, which is a component that does not combust, is 13% by mass or more.
A reducing agent supplying device for a fuel combustion system that includes a NOx purifying device with a reducing catalyst arranged in an exhaust passage to purify NOx contained in exhaust gas of an internal combustion engine, the reducing agent supplying device supplying a reducing agent into the exhaust passage at a position upstream of the reducing catalyst, the reducing agent supplying device comprising: a reforming portion (30, 50) that reforms the reducing agent by partially oxidizing the reducing agent; and a reformation suppressing portion (S54, S55) that, when a temperature of the reducing agent is higher than a first specified temperature that is equal to or higher than an activation temperature of the reducing catalyst, (i) suppresses the degree of reformation of the reducing agent in comparison with when a temperature of the reducing agent is lower than the first specified temperature, or (ii) stops the reformation of the reducing agent. a reforming portion (30, 50) that reforms the reducing agent by partially oxidizing the reducing agent; and a reformation suppressing portion (S54, S55) that, when a temperature of the reducing agent is higher than a first specified temperature that is equal to or higher than an activation temperature of the reducing catalyst, (i) suppresses the degree of reformation of the reducing agent in comparison with when a temperature of the reducing agent is lower than the first specified temperature, or (ii) stops the reformation of the reducing agent.
A vehicle state estimation system that estimates a state of a vehicle based on a plurality of portions of vehicle data, the vehicle state estimation system being characterized by: a management section configured to manage a rule set that is a set of definition rules as defined by rough set theory, in which the portions of vehicle data are condition attributes and the state of the vehicle is a decision attribute; and a state estimation section configured to acquire vehicle data of the vehicle, which is a target of estimation, and further configured to estimate a vehicle state of the vehicle through reference to the rule set based on the acquired vehicle data, wherein the vehicle state estimation system is configured to estimate a vehicle state through cooperation between a vehicular information terminal that includes the management section and the state estimation section and that is configured to be used in the vehicle and an external terminal that has a rule set group defined based on vehicle data acquired based on a plurality of kinds of vehicle operations, wherein the vehicular information terminal is configured to make an inquiry based on vehicle data of the vehicle that is a target of estimation to the external terminal when a definition rule capable of estimating a vehicle state is not present or when a plurality of definition rules capable of estimating a vehicle state are present, and wherein the external terminal is configured to select a definition rule corresponding to the vehicle data of the inquiry from the rule set group possessed by the external terminal, and delivers the selected definition rule to the vehicular information terminal. a management section configured to manage a rule set that is a set of definition rules as defined by rough set theory, in which the portions of vehicle data are condition attributes and the state of the vehicle is a decision attribute; and a state estimation section configured to acquire vehicle data of the vehicle, which is a target of estimation, and further configured to estimate a vehicle state of the vehicle through reference to the rule set based on the acquired vehicle data, wherein the vehicle state estimation system is configured to estimate a vehicle state through cooperation between a vehicular information terminal that includes the management section and the state estimation section and that is configured to be used in the vehicle and an external terminal that has a rule set group defined based on vehicle data acquired based on a plurality of kinds of vehicle operations, wherein the vehicular information terminal is configured to make an inquiry based on vehicle data of the vehicle that is a target of estimation to the external terminal when a definition rule capable of estimating a vehicle state is not present or when a plurality of definition rules capable of estimating a vehicle state are present, and wherein the external terminal is configured to select a definition rule corresponding to the vehicle data of the inquiry from the rule set group possessed by the external terminal, and delivers the selected definition rule to the vehicular information terminal.
An iron-based powder mixture containing: an iron-based powder, and containing as additives, • at least one selected from talc and steatite, and • fatty acid amide, wherein a blending amount of the talc or steatite is 0.01 to 0.5 mass% in total. an iron-based powder, and containing as additives, • at least one selected from talc and steatite, and • fatty acid amide, • at least one selected from talc and steatite, and • fatty acid amide,
Method for blocking lenses, in particular eyeglass lenses, wherein - at least two lenses are rotated by means of an aligning apparatus at least partially chronologically overlapping in a position-controlled manner each into a defined rotational position, - the lenses are moved by means of a transport apparatus at least partially chronologically overlapping each to a respective block piece located in a blocking station and are kept in the respectively defined rotational position, - the lenses in the blocking station are connected detachably, preferably integrally, by means of the transport apparatus at least partially chronologically overlapping with the aid of a block material each directly with respectively one of the block pieces into one block piece-lens pair each, and - wherein, at least partially chronologically overlapping with the detachably connecting into two block piece-lens pairs, at least one block piece-lens pair pauses in a rest position for partial hardening of the block material. - at least two lenses are rotated by means of an aligning apparatus at least partially chronologically overlapping in a position-controlled manner each into a defined rotational position, - the lenses are moved by means of a transport apparatus at least partially chronologically overlapping each to a respective block piece located in a blocking station and are kept in the respectively defined rotational position, - the lenses in the blocking station are connected detachably, preferably integrally, by means of the transport apparatus at least partially chronologically overlapping with the aid of a block material each directly with respectively one of the block pieces into one block piece-lens pair each, and - wherein, at least partially chronologically overlapping with the detachably connecting into two block piece-lens pairs, at least one block piece-lens pair pauses in a rest position for partial hardening of the block material.
A method for producing low-substituted hydroxypropylcellulose having a degree of hydroxypropoxy substitution of from 9.5 to 16.0% by weight, comprising at least the steps of: reacting alkali cellulose with an etherifying agent to obtain low-substituted hydroxypropylcellulose, and depolymerizing the obtained low-substituted hydroxypropylcellulose by a depolymerisation reaction with oxygen; wherein the alkali cellulose is obtained by bringing a pulp into contact with an alkali metal hydroxide solution; and wherein the step of depolymerizing comprises adjusting an oxygen concentration in a reactor in the presence of the alkali metal hydroxide solution. reacting alkali cellulose with an etherifying agent to obtain low-substituted hydroxypropylcellulose, and depolymerizing the obtained low-substituted hydroxypropylcellulose by a depolymerisation reaction with oxygen; wherein the alkali cellulose is obtained by bringing a pulp into contact with an alkali metal hydroxide solution; and wherein the step of depolymerizing comprises adjusting an oxygen concentration in a reactor in the presence of the alkali metal hydroxide solution.
A telecommunications apparatus (10, 210) mounted to an overhead cable management system above a rack, the overhead cable management system having cable troughs (104, 106, 206) which includes a lateral trough and a cable exit trough, the telecommunications apparatus (10, 210) comprising: a frame (20, 220) mounted to one of the cable troughs (104, 106, 206), the frame including: a main body (22, 222) defining an opening (24, 26); a plurality of extensions (40, 240) extending transversely to the main body (22, 222), each extension (40, 240) including a pair of parallel prongs separated by a slot, wherein the extensions (40, 240) are positioned on three sides of main body (22, 222); and a telecommunications connection module (60, 260) mounted to the main body (22, 222) within the opening (24, 26) so that cable terminations are provided in unoccupied space above the rack, each telecommunications connection module including one or more connection locations on a front and a rear for connecting to cables. a frame (20, 220) mounted to one of the cable troughs (104, 106, 206), the frame including: a main body (22, 222) defining an opening (24, 26); a plurality of extensions (40, 240) extending transversely to the main body (22, 222), each extension (40, 240) including a pair of parallel prongs separated by a slot, wherein the extensions (40, 240) are positioned on three sides of main body (22, 222); and a main body (22, 222) defining an opening (24, 26); a plurality of extensions (40, 240) extending transversely to the main body (22, 222), each extension (40, 240) including a pair of parallel prongs separated by a slot, wherein the extensions (40, 240) are positioned on three sides of main body (22, 222); and a telecommunications connection module (60, 260) mounted to the main body (22, 222) within the opening (24, 26) so that cable terminations are provided in unoccupied space above the rack, each telecommunications connection module including one or more connection locations on a front and a rear for connecting to cables.
Planetary gear set, comprising a planet carrier with a recess for receiving a planet gear axis, on which a slide bearing shell is arranged, on which a planet gear is mounted rotatably, wherein at least one axial disc is arranged between a web of the planet carrier and the planet gear, characterised in that the axial disc is mounted in a floating manner between the planet gear and the web of the planet carrier in an axial direction (42, 43) and the axial disc is embodied to be flat on a side facing the web of the planet carrier and during normal operation a lubricant film is present between the axial disk and the planet gear, said lubricant film ensuring a hydrodynamic operation between the planet gear and the axial disc and a deficient lubrication being present between an axially outer side of the axial disc and the web of the planet carrier.