mhurhangee/ep-ind-claims huggingface dataset:
Cutting tool comprising: - a base defining an attachment surface of said cutting tool to a chain cutter; - a plug configured to perform a manufacturing by removing material; - a movable body of said plug; and - said base comprises a support tooth said movable body protruding on the opposite side to said attachment surface and defining o a first support surface of said movable body and o a plurality of second support surfaces each of which defining a support of said mobile body on said base substantially transverse to said first support surface; and - said movable body comprising o a first portion comprising a housing for said plug configured to rest on said first support surface and defining a first contact surface with said first support surface; characterized in that said movable body comprises - a second portion identifying an extension of said housing and therefore of said plug developing on the opposite side to said plug with respect to said first portion and defining a second contact surface transversal to said first contact surface and configured to rest on one of said second support surfaces varying the position of said plug with respect to said base; and - a locking body configured to constrain said movable body to said base when said first portion rests on said first support surface and said second portion rests on a said second support surfaces; - a base defining an attachment surface of said cutting tool to a chain cutter; - a plug configured to perform a manufacturing by removing material; - a movable body of said plug; and - said base comprises a support tooth said movable body protruding on the opposite side to said attachment surface and defining o a first support surface of said movable body and o a plurality of second support surfaces each of which defining a support of said mobile body on said base substantially transverse to said first support surface; and o a first support surface of said movable body and o a plurality of second support surfaces each of which defining a support of said mobile body on said base substantially transverse to said first support surface; and - said movable body comprising o a first portion comprising a housing for said plug configured to rest on said first support surface and defining a first contact surface with said first support surface; o a first portion comprising a housing for said plug configured to rest on said first support surface and defining a first contact surface with said first support surface; - a second portion identifying an extension of said housing and therefore of said plug developing on the opposite side to said plug with respect to said first portion and defining a second contact surface transversal to said first contact surface and configured to rest on one of said second support surfaces varying the position of said plug with respect to said base; and - a locking body configured to constrain said movable body to said base when said first portion rests on said first support surface and said second portion rests on a said second support surfaces;
A burner for the firing of ceramic articles, which can be installed in an industrial kiln comprising a firing chamber; the burner comprising: a mixing body comprising, in turn, at least one duct to feed a fuel provided with a percentage of hydrogen and at least one duct to feed an oxidizer; a spark device to start a combustion; a flame detection device; a first tubular discharge element, which is configured to be flown through by a fluid flowing out of the mixing body and is provided with a first end, into which at least part of the mixing body is inserted, and a second end, which is opposite the first end; the burner being characterized in that the mixing body comprises both a fuel partitioning system for the fuel, which is configured to divide the fuel into a plurality of first portions (FL', FL", FL′′′), and an oxidizer partitioning system for the oxidizer, which is configured to divide the oxidizer into a plurality of second portions (OX', OX", OX′′′), which are conveyed so as be mixed in at least two different stages with the first portions. the burner comprising: a mixing body comprising, in turn, at least one duct to feed a fuel provided with a percentage of hydrogen and at least one duct to feed an oxidizer; a spark device to start a combustion; a flame detection device; a first tubular discharge element, which is configured to be flown through by a fluid flowing out of the mixing body and is provided with a first end, into which at least part of the mixing body is inserted, and a second end, which is opposite the first end; the burner being characterized in that the mixing body comprises both a fuel partitioning system for the fuel, which is configured to divide the fuel into a plurality of first portions (FL', FL", FL′′′), and an oxidizer partitioning system for the oxidizer, which is configured to divide the oxidizer into a plurality of second portions (OX', OX", OX′′′), which are conveyed so as be mixed in at least two different stages with the first portions.
A method of handling random access procedure on secondary cell in a wireless communication system, the method comprising: starting a deactivation timer for a secondary cell; performing a random access procedure for the secondary cell; and when the deactivation timer expires during the random access procedure, aborting the random access procedure or completing the random access procedure unsuccessfully. starting a deactivation timer for a secondary cell; performing a random access procedure for the secondary cell; and procedure, aborting the random access procedure or completing the random access procedure unsuccessfully.
A method, comprising, composing, at a target base station, to which handover of a user equipment is to be performed, a first signaling message including information whether the target base station supports reception of assistance information from a user equipment, wherein the assistance information is used to assist a long term evolution network for at least one of multimedia broadcast multicast service, in-device coexistence and enhancement for diverse data applications, transmitting, at the target base station, the first signaling message to a source base station to which the user equipment is connected, and when the source base station does not support reception of assistance information from the user equipment and the target base station supports reception of assistance information from the user equipment, receiving, by the target base station, assistance information from the user equipment when the user equipment is connected to the target base station. composing, at a target base station, to which handover of a user equipment is to be performed, a first signaling message including information whether the target base station supports reception of assistance information from a user equipment, wherein the assistance information is used to assist a long term evolution network for at least one of multimedia broadcast multicast service, in-device coexistence and enhancement for diverse data applications, transmitting, at the target base station, the first signaling message to a source base station to which the user equipment is connected, and when the source base station does not support reception of assistance information from the user equipment and the target base station supports reception of assistance information from the user equipment, receiving, by the target base station, assistance information from the user equipment when the user equipment is connected to the target base station.
A method of controlling a display of a display device by a mobile terminal, the method comprising: transmitting, when a connection with the display device is performed, second content that is identical to first content displayed on the mobile terminal to the display device; receiving a selection of one object of a plurality of objects included in the first content displayed on the mobile terminal; and determining a screen direction of the mobile terminal; transmitting, when the screen direction is determined as the vertical direction, information on third content corresponding to a selected object to the display device to be displayed in an empty space in order to fill the empty screen space on the display device and displaying the second content and the third content corresponding to the selected object together on the display device, wherein the information on the third content includes address information for receiving the third content by the display device from a server. transmitting, when a connection with the display device is performed, second content that is identical to first content displayed on the mobile terminal to the display device; receiving a selection of one object of a plurality of objects included in the first content displayed on the mobile terminal; and determining a screen direction of the mobile terminal; transmitting, when the screen direction is determined as the vertical direction, information on third content corresponding to a selected object to the display device to be displayed in an empty space in order to fill the empty screen space on the display device and displaying the second content and the third content corresponding to the selected object together on the display device, wherein the information on the third content includes address information for receiving the third content by the display device from a server.
Method of online detection of intentionally requested web addresses in a stream of web content requests, each web content request containing a request field containing a requested web address and a referrer field, the method using a first cache named "complete cache" and a second cache named "candidate cache", the complete cache comprising complete items, each complete item comprising a complete identifier and a complete value, the candidate cache comprising candidate items, each candidate item comprising a candidate identifier and a candidate value, the method comprising the following steps: - (a) detecting a new web content request in the stream; - (b) creating a new complete item in the complete cache with a first set of data of the new web content request; - (c) applying a preliminary test on the web content request, - if the preliminary test has a positive result: o (d) updating the candidate cache according to the data contained in the web content request; o (e) checking if the candidate cache has candidate items older than a time threshold; o (f) applying a detection test on the candidate items older than the time threshold, the detection test having a positive result if the candidate item is elected as intentionally requested; o (g) retrieving from the complete cache data relative to the elected candidate items. - (a) detecting a new web content request in the stream; - (b) creating a new complete item in the complete cache with a first set of data of the new web content request; - (c) applying a preliminary test on the web content request, - if the preliminary test has a positive result: o (d) updating the candidate cache according to the data contained in the web content request; o (e) checking if the candidate cache has candidate items older than a time threshold; o (f) applying a detection test on the candidate items older than the time threshold, the detection test having a positive result if the candidate item is elected as intentionally requested; o (g) retrieving from the complete cache data relative to the elected candidate items. o (d) updating the candidate cache according to the data contained in the web content request; o (e) checking if the candidate cache has candidate items older than a time threshold; o (f) applying a detection test on the candidate items older than the time threshold, the detection test having a positive result if the candidate item is elected as intentionally requested; o (g) retrieving from the complete cache data relative to the elected candidate items.
A method of designing turbine blades for use in operating gas turbine engines, the method comprising the steps of: during a developmental and testing phase of a gas turbine engine and a turbine blade having a pressure side and a suction side, forming at least two notches on a tip of the turbine blade, wherein the at least two notches have a different known dimension; operating the gas turbine engine including the turbine blade to expand a length of the turbine blade such that the tip of the turbine blade engages a casing; viewing the tip of the turbine blade after the step of operating of the gas turbine engine; determining an appearance of the at least two notches and the tip; and determining a proper manufacturing length of turbine blades for actual use in operating gas turbine engines based on the step of determining the appearance of the at least two notches. during a developmental and testing phase of a gas turbine engine and a turbine blade having a pressure side and a suction side, forming at least two notches on a tip of the turbine blade, wherein the at least two notches have a different known dimension; operating the gas turbine engine including the turbine blade to expand a length of the turbine blade such that the tip of the turbine blade engages a casing; viewing the tip of the turbine blade after the step of operating of the gas turbine engine; determining an appearance of the at least two notches and the tip; and determining a proper manufacturing length of turbine blades for actual use in operating gas turbine engines based on the step of determining the appearance of the at least two notches.
A bispecific antibody which binds to NAALADL2 and CD3 for use in the treatment of prostate cancer wherein NAALADL2 is expressed in said prostate cancer.
Spring contact sheet ( 1, 1a, 1b) for the transfer of current between two components (10, 11) of an electrochemical battery, the spring contact sheet having a sheet with a number of spring tabs bent out of the plane of the sheet, characterised in that at least two of the spring tabs (3a, 3b) are arranged and/or formed such that the bending moments generated by each of the spring tabs (3a, 3b) in the plane of the sheet, when a force acts on the tips of the tabs in a direction perpendicular to the plane of the sheet, are at least partially mutually eliminated, wherein the two spring tabs (3a, 3b) have an arrangement and/or form that is symmetrical in respect of an axis perpendicular to the plane of the sheet and wherein the two spring tabs (3a, 3b) each have an arc shape.
A bar based on polymers reinforced with fibres for reinforcing concrete, having a first zone made up of a central core, consisting of bundles of glass fibres or some other kind of reinforcement, stuck together by polymeric resins, and a second zone which surrounds the first zone, and a third thermal protection zone, characterised in that: • The second zone surrounding the first zone, is formed of reinforcement fabrics, preferably of glass fibre, said fabrics having warp and weft fibres, where the warp fibres are parallel to the central core bundles of glass fibres and the weft fibres are normal to the central core bundles of glass fibres, which envelop and bind together the first zone, the weft fibres preventing local buckling of the glass fibre bundles of the first zone; • The third zone is formed by adding a silica-based granulate secured by means of resins withstanding high temperatures to the second zone. • The second zone surrounding the first zone, is formed of reinforcement fabrics, preferably of glass fibre, said fabrics having warp and weft fibres, where the warp fibres are parallel to the central core bundles of glass fibres and the weft fibres are normal to the central core bundles of glass fibres, which envelop and bind together the first zone, the weft fibres preventing local buckling of the glass fibre bundles of the first zone; • The third zone is formed by adding a silica-based granulate secured by means of resins withstanding high temperatures to the second zone.
Rolling train for producing metal strips, preferably tubular steel and/or thin strip, in which a rapid heating device and a further auxiliary unit are arranged between two successive finishing stands (FI, Fi+1), characterised in that the spacing of the stands (Fi, Fi+1) between which the rapid heating device is arranged is 5 to 25 metres and that the at least one further auxiliary unit arranged additionally to the rapid heating device is a straightening unit, preferably a roller straightening unit.
A liquid-carrying roller for wet etching, the roller comprises a first end shaft, a second end shaft, and a liquid-carrying shaft, the first end shaft and the second end shaft being located at both ends of the liquid-carrying shaft, respectively, the first end shaft, the second end shaft and the liquid-carrying shaft being arranged concentrically, the roller being characterized in that the diameters of the first end shaft and the second end shaft are both adjustable.
Hydraulic valve, in particular for arranging in a pressure line between a master cylinder and a slave cylinder of a hydraulic clutch actuating means, having a housing which has a blind bore, in which a valve slide which has a through bore is arranged such that it can be displaced between a front and a rear end position, a wall of the blind bore having a front passage and a rear passage which are arranged in a staggered manner in the axial direction, the rear passage being concealed by the valve slide in the front end position of the valve slide and not being concealed in the rear end position of the valve slide, and the front passage not being concealed in both valve positions, characterized in that the front passage has a smaller flow cross section than the rear passage.
A vacuum insulation glass panel sealing cap closing apparatus, comprising: a clamping unit configured to be clamped to an edge of a glass panel assembly at a position adjacent to an exhaust hole formed in one edge of a lower surface of the glass panel assembly, the clamping unit having a guide hole formed so as to be aligned with the exhaust hole; a holder mounted in the guide hole so as to move along the guide hole and configured to hold a sealing cap to which a glass solder for closing the exhaust hole is applied; and an elevating means for moving the holder along the guide hole so as to press the sealing cap against a periphery of the exhaust hole so that the exhaust hole is closed by the sealing cap; the apparatus being characterized in that the clamping unit includes, an upper plate configured to be disposed above the glass panel assembly; a lower plate configured to be disposed below the glass panel assembly so as to make contact with the lower surface of the glass panel assembly and having the guide hole formed therein; and a clamping screw fastened to the upper plate so as to support and clamp an upper surface of the glass panel assembly and having a foot coupled to a lower end of the clamping screw so as to make contact with the upper surface of the glass panel assembly. a clamping unit configured to be clamped to an edge of a glass panel assembly at a position adjacent to an exhaust hole formed in one edge of a lower surface of the glass panel assembly, the clamping unit having a guide hole formed so as to be aligned with the exhaust hole; a holder mounted in the guide hole so as to move along the guide hole and configured to hold a sealing cap to which a glass solder for closing the exhaust hole is applied; and an elevating means for moving the holder along the guide hole so as to press the sealing cap against a periphery of the exhaust hole so that the exhaust hole is closed by the sealing cap; the apparatus being characterized in that the clamping unit includes, an upper plate configured to be disposed above the glass panel assembly; a lower plate configured to be disposed below the glass panel assembly so as to make contact with the lower surface of the glass panel assembly and having the guide hole formed therein; and a clamping screw fastened to the upper plate so as to support and clamp an upper surface of the glass panel assembly and having a foot coupled to a lower end of the clamping screw so as to make contact with the upper surface of the glass panel assembly.
A method for removing a soil from a surface using a CIP (clean in place) process, said method comprising: (a) applying a pretreatment solution comprising a gas generating use solution to the surface for an amount of time sufficient to allow the pre-treatment solution to penetrate the soil; (b) applying an override use solution to the surface, wherein the application of the override use solution activates the pre-treatment solution to generate gas on and in the soil, wherein the gas is generated in an amount sufficient to provide a soil disruption effect, substantially removing the soil from the surface; and (c) rinsing the surface; wherein the gas generating solution comprises an aqueous solution comprising a carbon dioxide producing salt and wherein the override use solution comprises an acid. (a) applying a pretreatment solution comprising a gas generating use solution to the surface for an amount of time sufficient to allow the pre-treatment solution to penetrate the soil; (b) applying an override use solution to the surface, wherein the application of the override use solution activates the pre-treatment solution to generate gas on and in the soil, wherein the gas is generated in an amount sufficient to provide a soil disruption effect, substantially removing the soil from the surface; and (c) rinsing the surface;
A terminal device comprising: a receiving unit configured to receive on a physical downlink control channel, information used for requesting a transmission of Channel State Information, CSI, on a physical uplink shared channel, a transmitting unit configured to transmit a first Medium Access Control Protocol Data Unit, MAC PDU, that includes a regular Buffer Status Report, BSR, and a higher layer processing unit configured to determine not to generate a second MAC PDU that includes only a padding BSR in a case that the transmission of the CSI is not requested by using the information. a receiving unit configured to receive on a physical downlink control channel, information used for requesting a transmission of Channel State Information, CSI, on a physical uplink shared channel, a transmitting unit configured to transmit a first Medium Access Control Protocol Data Unit, MAC PDU, that includes a regular Buffer Status Report, BSR, and a higher layer processing unit configured to determine not to generate a second MAC PDU that includes only a padding BSR in a case that the transmission of the CSI is not requested by using the information.