mhurhangee/ep-ind-claims huggingface dataset:
A rolling mill including upper and lower work rolls (2a, 2b) as a pair configured to roll a rolling material, upper and lower intermediate rolls (3a, 3b) as a pair supporting the paired upper and lower work rolls (2a, 2b) from above and below, respectively, and being supported movably in a roll axial direction, the paired upper and lower intermediate rolls (3a, 3b) including tapering sections (3ab, 3bb) at end portions of the paired upper and lower intermediate rolls (3a, 3b) that are point-symmetric about a center of the rolling material in a strip width direction thereof, upper and lower back-up rolls (4a, 4b) as a pair supporting the paired upper and lower intermediate rolls (3a, 3b) from above and below, respectively, and position adjusting means (9a to 9h) for adjusting positions of the paired upper and lower intermediate rolls (3a, 3b) relative to the paired upper and lower work rolls (2a, 2b) and the paired upper and lower back-up rolls (4a, 4b) in a direction of conveyance of the rolling material, characterized in that the rolling mill comprises: detecting means (25a to 25h, 26a to 26h; 27a to 27h; 28a to 28h; 29a, 29b; 35a) for detecting horizontal forces on the work rolls (2a, 2b); offset-amount calculating means for calculating offset amounts of the intermediate rolls (3a, 3b) based on the horizontal forces on the work rolls (2a, 2b) detected by the detecting means (25a to 25h, 26a to 26h; 27a to 27h; 28a to 28h; 29a, 29b; 35a); and controlling means for controlling the position adjusting means (9a to 9h) such that the positions of the intermediate rolls (3a, 3b) are offset by the offset amounts calculated by the offset-amount calculating means. detecting means (25a to 25h, 26a to 26h; 27a to 27h; 28a to 28h; 29a, 29b; 35a) for detecting horizontal forces on the work rolls (2a, 2b); offset-amount calculating means for calculating offset amounts of the intermediate rolls (3a, 3b) based on the horizontal forces on the work rolls (2a, 2b) detected by the detecting means (25a to 25h, 26a to 26h; 27a to 27h; 28a to 28h; 29a, 29b; 35a); and controlling means for controlling the position adjusting means (9a to 9h) such that the positions of the intermediate rolls (3a, 3b) are offset by the offset amounts calculated by the offset-amount calculating means.
A method for creating an accounting record in a communication network, comprising: receiving, by a policy server, policy data from one or more application layer elements, the policy data comprising information associated with an IP session associated with an invoked application, the policy data further comprising a name of the invoked application; receiving, by the policy server, accounting data associated with the IP session from a bearer manager, the accounting data comprising information associated with resources used by one or more lower layer elements during the IP session associated with the invoked application, the policy server operable to send one or more policies to the bearer manager, the one or more policies operable to instruct the bearer manager to take one or more actions if one or more conditions are satisfied; and creating a consolidated billing record, by the policy server, the consolidated billing record comprising the accounting data received and the policy data received. receiving, by a policy server, policy data from one or more application layer elements, the policy data comprising information associated with an IP session associated with an invoked application, the policy data further comprising a name of the invoked application; receiving, by the policy server, accounting data associated with the IP session from a bearer manager, the accounting data comprising information associated with resources used by one or more lower layer elements during the IP session associated with the invoked application, the policy server operable to send one or more policies to the bearer manager, the one or more policies operable to instruct the bearer manager to take one or more actions if one or more conditions are satisfied; and creating a consolidated billing record, by the policy server, the consolidated billing record comprising the accounting data received and the policy data received.
A graphical user interface device for controlling and monitoring the operation of a transport refrigeration unit, wherein the graphical user interface device includes a display device; a plurality of input devices; a data storage device; an input port for operatively connecting an external device to the graphical user interface device; and a processor operatively connected to the display device, the plurality of input devices, the memory device and the input port, the processor being programmed to store a menu structure in the data storage device of the graphical user interface device, wherein the menu structure includes multiple levels of menu options, and characterised in that each menu option has an option security level designation stored therewith, the processor being programmed to cause the display device to display a first subset of the menu options when no authorization code is input by a user at the graphical user interface device, wherein the menu options in the first subset have option security level designations equal to a first security level designation, and the processor being programmed to cause the display device to display a second subset of the menu options in response to entry of an authorization code by a user at the graphical user interface device, wherein the menu options in the second subset include the menu options in the first subset and menu options having option security level designations equal to a second security level designation.
A rail system (40, 40') for a ship for positioning and arresting a hose for supplying fluid material to an oil rig from the ship or supplying fluid material to the ship from the oil rig, said rail system (40, 40') comprising a rail (44, 44', 46, 46', 47) configured to be extending lengthwise at the upper edge of the bulwark of the ship, a vertical notch (48, 50) being provided in said rail (44, 44', 46, 46', 47) having a bottom width corresponding to the diameter of the hose, and a locking element (52, 52') of an elongated configuration being pivotally journaled adjacent to said vertical notch (48, 50) and being shiftable between a vertical position in which the hose may be freely introduced into and positioned in said vertical notch (48, 50) and a horizontal position in which said locking element (52, 52') is blocking the entry into said notch (48, 50) and rests in use on the hose for arresting the hose in said notch (48, 50) and said locking element (52, 52') being journalled on a journaling shaft relative to said rail (44, 44', 46, 46', 47) characterised in that said locking element (52, 52') is defining in said vertical position a lower part below said shaft and an upper part above said shaft, said lower part providing an extension extending in said vertical position of said locking element (52, 52') into said vertical notch (48, 50) for being contacted by said hose for causing by said hose pressing onto said extension said locking element (52, 52') to shift from said vertical position to said horizontal position.
A microporous polyethylene film, comprising a blend that comprises 10 to 90% of a high density polyethylene copolymer which has a viscosity average molecular weight (Mv) of 10000 to 250000, a melt index of 0.1 to 100 and a content of an α-olefin unit with 3 or more carbon atoms of 0.1 to 1% by mole; and a high density polyethylene which has an Mv of 500000 to 5000000, wherein the blend has an Mv of 300000 to 4000000 and a content of an α-olefin unit with 3 or more carbon atoms of 0.01 to 1% by mole, wherein the MI is measured at 190°C and a loading of 2.16 kg in accordance with JIS K-7210, and wherein the Mv is measured in accordance with ASTM-D4020, whereby the microporous membrane is dissolved in a decaline solution at 135°C, the intrinsic viscosity ([η]) measured, and the viscosity average molecular weight (Mv) calculated from the equation η = 6.77 × 10 − 4 Mv 0.67.
Clamping fixture having at least one clamping hook which has two hook arms (18, 19), of which a first hook arm has a bearing surface for bearing on a girder element, and of which a second hook arm has a clamping surface which, together with the bearing surface, delimits a hook opening and which is arranged relative to the bearing surface at an angle in such a way that the clamping surface acts on the edge of the girder element that faces away from the bearing surface, wherein the first hook arm has at least one fastening opening which is traversed by a threaded rod onto which there is screwed a clamping nut which applies pressure to the clamping hook to hold it in a holding position on the girder element, and wherein pressure can be applied by means of the clamping nut on the at least one clamping hook in a subregion of the clamping hook that is arranged below the at least one fastening opening, characterized in that a pressure sleeve is provided on the threaded rod between the clamping nut and the clamping hook, in that pressure can be applied to the clamping hook by means of the clamping nut via the pressure sleeve, which pressure sleeve acts on the clamping hook in the subregion of the clamping hook that is arranged below the at least one fastening opening, in that the clamping hook has an oblique surface which runs obliquely towards the fastening opening in the clamping direction (Pf 1) of the clamping nut, and in that the pressure sleeve acts on the clamping hook in the region of this oblique surface.
A cooling appliance comprising: a freezer compartment having an automated ice making unit wherein ice cubes are formed, a container having an open top, placed underneath the ice making unit to store ice cubes which are ejected upon rotation of the ice making unit, a level arm pivotally attached to the ice making unit to detect the ice level inside the container and deactivate the ice making unit if the ice level inside the container reaches a predetermined value, wherein there is a separator extending inside the container, dividing said container into two different sub volumes wherein the bigger volume is located underneath the ice making unit and wherein the separator is configured to intercept and divert the ice cubes towards said sub volumes so that the ice cubes are evenly distributed in the container and characterized in that the separator extends longitudinally inside the container and the separator has a plurality of protrusions so as to minimize sticking of ice on it. a freezer compartment having an automated ice making unit wherein ice cubes are formed, a container having an open top, placed underneath the ice making unit to store ice cubes which are ejected upon rotation of the ice making unit, a level arm pivotally attached to the ice making unit to detect the ice level inside the container and deactivate the ice making unit if the ice level inside the container reaches a predetermined value, wherein there is a separator extending inside the container, dividing said container into two different sub volumes wherein the bigger volume is located underneath the ice making unit and wherein the separator is configured to intercept and divert the ice cubes towards said sub volumes so that the ice cubes are evenly distributed in the container and characterized in that the separator extends longitudinally inside the container and the separator has a plurality of protrusions so as to minimize sticking of ice on it.
An arrangement (10; 110; 210), in particular an arrangement (10; 110; 210) for a utility vehicle, having at least one air dryer unit (14; 114; 214) and having a regulating unit (16; 116; 216), this air dryer unit (14; 114; 214) and this regulating unit (16; 116; 216) each being configured as separate units, the air dryer unit (14; 114; 214) having at least one air dryer module, in particular an air dryer cartridge (18; 118; 218), at least one discharge valve (20; 120; 220) and at least one control line (24; 124; 224) for pneumatically controlling the discharge valve (20; 120; 220), characterised in that provided in the air dryer unit (14; 114; 214) and connecting to the air dryer module is at least one connecting line (22; 122; 222) that leads directly to a consumer non-return valve (30; 130; 230) for the air dryer unit (14; 114; 214) that is located outside the air dryer unit (14; 114; 214), this connecting line (22; 122; 222) being usable at least partially bi-directionally and/or being connectable or connected to a bi-directionally usable portion of the line.
Tyre inspection device having: - a rotation device which has a plurality of contact members (14a-14d) for clamping a tyre to be inspected, wherein the contact members (14a-14d) are able to be positioned on the contour of the encircling tyre beads of the tyre to be inspected and at least one contact member (14a-14d) is able to be driven in rotation and is designed to rotate the tyre to be inspected; wherein one or more sensor-type recording devices (24a-24d), which are designed to create recordings of an internal and/or an external tyre surface (106, 108), characterized in that at least one contact member (14a-14d) has a spreading mechanism by means of which the tyre beads of the tyre to be inspected are able to be spread apart. - a rotation device which has a plurality of contact members (14a-14d) for clamping a tyre to be inspected, wherein the contact members (14a-14d) are able to be positioned on the contour of the encircling tyre beads of the tyre to be inspected and at least one contact member (14a-14d) is able to be driven in rotation and is designed to rotate the tyre to be inspected;
Light-emitting source comprising: a plurality of electroluminescent rods of submillimetre dimensions configured to emit light, and a coating adapted for encapsulating the electroluminescent rods and for converting at least a portion of the light emitted by the rods into a converted light, the coating comprising: a coating material in which at least a portion of the electroluminescent rods is embedded, and a conversion material adapted for generating said converted light from the light emitted by the electroluminescent rods, the conversion material comprising a plurality of phosphor grains, the phosphor grains being located in an area of the coating extending beyond free ends of the electroluminescent rods, and the phosphor grains having dimensions configured to prevent the presence of said phosphor grains between spaces delimited laterally between the electroluminescent rods, the grains having a minimum diameter greater than the largest distance of a group of distances between two electroluminescent rods jointly defining one of said spaces. a plurality of electroluminescent rods of submillimetre dimensions configured to emit light, and a coating adapted for encapsulating the electroluminescent rods and for converting at least a portion of the light emitted by the rods into a converted light, the coating comprising: a coating material in which at least a portion of the electroluminescent rods is embedded, and a conversion material adapted for generating said converted light from the light emitted by the electroluminescent rods, the conversion material comprising a plurality of phosphor grains, the phosphor grains being located in an area of the coating extending beyond free ends of the electroluminescent rods, and the phosphor grains having dimensions configured to prevent the presence of said phosphor grains between spaces delimited laterally between the electroluminescent rods, the grains having a minimum diameter greater than the largest distance of a group of distances between two electroluminescent rods jointly defining one of said spaces. a coating material in which at least a portion of the electroluminescent rods is embedded, and a conversion material adapted for generating said converted light from the light emitted by the electroluminescent rods, the conversion material comprising a plurality of phosphor grains, the phosphor grains being located in an area of the coating extending beyond free ends of the electroluminescent rods, and the phosphor grains having dimensions configured to prevent the presence of said phosphor grains between spaces delimited laterally between the electroluminescent rods, the grains having a minimum diameter greater than the largest distance of a group of distances between two electroluminescent rods jointly defining one of said spaces.
Drinking bottle closure for an insulated bottle, at least including: - a housing which is to be connected with a bottle neck which has an outlet chamber wall which surrounds an outlet chamber, and which has a lid (10.1), delimiting the outlet chamber upwardly, having at least one pouring opening (10.5); - a lever element which in a closed position closes the pouring opening (10.5) and which is mounted on the housing such as to be pivotably movable; - an interim element which is coupled in a form-fitting manner with the lever element and is guided in an axially displaceable manner in an air channel, delimited by an air channel wall, in the centre of the housing; - a sealing element which has a sealing plate which is connected with the interim element and which in the closed position rests on the outlet chamber wall; characterised in - that the air channel wall is surrounded by a surge protection element arranged within the outlet chamber, which surge protection element is continued in a tunnel in a region situated opposite the pouring opening (10.5), which tunnel extends as far as the outlet chamber wall and - that the sealing plate has on its top side at least one shoulder which in a closed position engages in the surge protection element or covers it. - a housing which is to be connected with a bottle neck which has an outlet chamber wall which surrounds an outlet chamber, and which has a lid (10.1), delimiting the outlet chamber upwardly, having at least one pouring opening (10.5); - a lever element which in a closed position closes the pouring opening (10.5) and which is mounted on the housing such as to be pivotably movable; - an interim element which is coupled in a form-fitting manner with the lever element and is guided in an axially displaceable manner in an air channel, delimited by an air channel wall, in the centre of the housing; - a sealing element which has a sealing plate which is connected with the interim element and which in the closed position rests on the outlet chamber wall; characterised in - that the air channel wall is surrounded by a surge protection element arranged within the outlet chamber, which surge protection element is continued in a tunnel in a region situated opposite the pouring opening (10.5), which tunnel extends as far as the outlet chamber wall and - that the sealing plate has on its top side at least one shoulder which in a closed position engages in the surge protection element or covers it.
A method of wireless communication for a user equipment, UE, comprising: associating with an access point of a wireless local area network, WLAN; obtaining a prioritized list comprising a plurality of public land mobile network, PLMN, entries and one or more selection conditions associated with each one of the plurality of PLMN entries which indicate the condition or conditions under which a particular PLMN should be selected from the list by the UE; selecting a PLMN from the list when the one or more selection conditions are satisfied; and discovering an evolved packet data gateway, ePDG, associated with the selected PLMN, wherein the discovering comprises: determining a fully qualified domain name, FQDN, for the ePDG based at least in part on an FQDN rule for the selected PLMN; and obtaining an Internet Protocol, IP, address for the ePDG using a domain name server, DNS, query for the FQDN. associating with an access point of a wireless local area network, WLAN; obtaining a prioritized list comprising a plurality of public land mobile network, PLMN, entries and one or more selection conditions associated with each one of the plurality of PLMN entries which indicate the condition or conditions under which a particular PLMN should be selected from the list by the UE; selecting a PLMN from the list when the one or more selection conditions are satisfied; and discovering an evolved packet data gateway, ePDG, associated with the selected PLMN, wherein the discovering comprises: determining a fully qualified domain name, FQDN, for the ePDG based at least in part on an FQDN rule for the selected PLMN; and obtaining an Internet Protocol, IP, address for the ePDG using a domain name server, DNS, query for the FQDN. determining a fully qualified domain name, FQDN, for the ePDG based at least in part on an FQDN rule for the selected PLMN; and obtaining an Internet Protocol, IP, address for the ePDG using a domain name server, DNS, query for the FQDN.
A method for fabricating a fitting for a composite sandwich shell edge joint comprising the steps of: providing a bottom die having a cavity therein; placing an inboard ply stack in said cavity; positioning a collar tool having a pocket on top of said inboard ply stack; placing a bridge ply stack in said pocket of the collar tool; placing an outboard ply stack on top of said bridge ply stack; positioning a top die on top of said outboard ply stack; and curing said inboard ply stack, said bridge ply stack and said outboard ply stack to form said fitting; wherein said inboard ply stack is arranged to form an inboard buildup pad and said outboard ply stack is arranged to form an outboard buildup pad, said inboard buildup pad and outboard buildup pad being spaced apart from each other; and wherein said outboard ply stack and said inboard ply stack are shaped such that said outboard buildup pad and said inboard buildup pad each taper away from an outer surface of each of said pads, wherein each of said pads tapers from its widest point, adjacent the bridge ply stack, to its narrowest point. providing a bottom die having a cavity therein; placing an inboard ply stack in said cavity; positioning a collar tool having a pocket on top of said inboard ply stack; placing a bridge ply stack in said pocket of the collar tool; placing an outboard ply stack on top of said bridge ply stack; positioning a top die on top of said outboard ply stack; and curing said inboard ply stack, said bridge ply stack and said outboard ply stack to form said fitting;