mhurhangee/ep-ind-claims huggingface dataset:
A shoulder box-type pack for a group of elongate tobacco products, comprising an inner pack for the pack contents, preferably for a group of cigarettes, which is preferably in the form of a sealed block, and has narrow side walls formed by overlapping inner and outer side tabs of a blank for the inner pack, a front wall connecting the narrow side walls, a rear wall connecting the narrow sides, a removal opening for the tobacco products and a closure label, which covers the removal opening in a closed position and can be manipulated multiple times, and comprising an outer pack, which has a box part for receiving elongate tobacco products aligned parallel to a base wall of the box part, which has side walls extending perpendicularly in relation to the base wall and accommodates the inner pack, with the result that one of the stated narrow side walls of the inner pack in each case faces a side wall of the box part, which has a lid, which is connected to the box part via a linear articulation, and which has a preferably all-around frame which is attached to the box part, in particular to the side walls, and the free upper edge of which on each side wall of the box part that faces one of the stated narrow side walls of the inner pack projects beyond the free longitudinal end edge of the outer side tab of the narrow side wall, facing the relevant side wall, of the inner pack, in particular in a direction perpendicular to the base wall of the box part, characterized in that the inner pack is composed of a dimensionally stable material, in particular of coated or uncoated cardboard, and in that the removal opening of the inner pack faces a web of the frame that is assigned to the removal opening and provided with a recess facilitating the removal of cigarettes from the removal opening, in particular a web of the frame that, or the free upper edge of which, preferably has in the centre a region of reduced height that forms the recess.
An organopolysilmethylene represented by the following general formula: wherein R 1 is, independently of each other, a group selected from the group consisting of an unsubstituted or substituted monovalent hydrocarbon group having 1 to 10 carbon atoms other than an alkenyl group, an alkoxy group having 1 to 10 carbon atoms, a hydroxy group and a halogen atom; R 2 is, independently of each other, a group selected from the group consisting of an unsubstituted or substituted monovalent hydrocarbon group having 1 to 10 carbon atoms other than an alkenyl group, an alkoxy group having 1 to 10 carbon atoms, a hydroxy group, a halogen atom and (R 1) 3 SiCH 2 -; wherein R 3 is, independently of each other, a group selected from the group consisting of a hydrogen atom and an alkyl group having 1 to 4 carbon atoms; k is an integer of 1 to 100; and n is an integer of 1 to 1000; and having, in the molecule, at least two groups selected from alkoxy groups having 1 to 10 carbon atoms, hydroxy groups and halogen atoms, which groups are bonded to one or more silicon atoms.
Method for controlling a session in which data are exchanged between first terminals (T11, T12, T13) of a first user with at least one second terminal (T21, T22) of a second user, characterized in that said control method implemented by a control device includes, after receiving an invitation to set up a session between said first user (inv(U1, U2), inv(U2,U1), inv(U1→U2)) and the second user, - creating (CREA) a first group of first terminals (T11, T12, T13) of the first user suitable for setting up said session between the at least one second terminal of the second user and said first group (SSE(GR1, U2)), - setting up a session suitable: • when the at least one second terminal of the second user transmits data, for each of the first terminals of the first user belonging to the first group to receive the data transmitted by the at least one second terminal of the second user; and • when data are transmitted by one of the first terminals (T11, T12, T13) of the first user during the session, for the data transmitted from one of the first terminals of the first user to be delivered to said at least one second terminal of the second user and to each of the first terminals (T11, T12, T13) of the first user belonging to said first group. - creating (CREA) a first group of first terminals (T11, T12, T13) of the first user suitable for setting up said session between the at least one second terminal of the second user and said first group (SSE(GR1, U2)), - setting up a session suitable: • when the at least one second terminal of the second user transmits data, for each of the first terminals of the first user belonging to the first group to receive the data transmitted by the at least one second terminal of the second user; and • when data are transmitted by one of the first terminals (T11, T12, T13) of the first user during the session, for the data transmitted from one of the first terminals of the first user to be delivered to said at least one second terminal of the second user and to each of the first terminals (T11, T12, T13) of the first user belonging to said first group. • when the at least one second terminal of the second user transmits data, for each of the first terminals of the first user belonging to the first group to receive the data transmitted by the at least one second terminal of the second user; and • when data are transmitted by one of the first terminals (T11, T12, T13) of the first user during the session, for the data transmitted from one of the first terminals of the first user to be delivered to said at least one second terminal of the second user and to each of the first terminals (T11, T12, T13) of the first user belonging to said first group.
A mobile vane of a turbomachine, comprising: a root configured to be inserted in a housing of a rotor disk for a turbomachine, a platform carried by the root, the platform comprising an upstream rim, a blade extending from the platform, characterised in that the upstream rim comprises a lug for engaging a locking notch of the disk, so as to retain the vane relative to the disk axially downstream along the longitudinal direction of the housing. a root configured to be inserted in a housing of a rotor disk for a turbomachine, a platform carried by the root, the platform comprising an upstream rim, a blade extending from the platform, characterised in that the upstream rim comprises a lug for engaging a locking notch of the disk, so as to retain the vane relative to the disk axially downstream along the longitudinal direction of the housing.
A method comprising: identifying a location within an enclosure, the location referenced against an external environment containing the enclosure; identifying a portion of a structure of the enclosure, the portion of the structure existing between the location and the external environment and blocking a view of the external environment; generating a display within the enclosure depicting the blocked view of the external environment from the location; and applying a translucent structure representation to the display, the translucent structure representation being a visual depiction of the portion of the structure and appearing in front of the depicted view of the external environment. identifying a location within an enclosure, the location referenced against an external environment containing the enclosure; identifying a portion of a structure of the enclosure, the portion of the structure existing between the location and the external environment and blocking a view of the external environment; generating a display within the enclosure depicting the blocked view of the external environment from the location; and applying a translucent structure representation to the display, the translucent structure representation being a visual depiction of the portion of the structure and appearing in front of the depicted view of the external environment.
A hyperimmune serum-reactive antigen selected from the group consisting of (a) a polypeptide comprising an amino acid sequence set forth in SEQ ID NO. 142; (b) a fragment of the polypeptide of (a) comprising an amino acid sequence consisting of the amino acids 527-542 of SEQ ID NO. 142 which is antigenic itself or antigenic when provided as a hapten; and (c) a fragment of the polypeptide of (a) comprising a T-cell helper epitope selected from the group consisting of amino acids 6-30, 18-42, 209-233, 218-244 of SEQ ID NO:142. (a) a polypeptide comprising an amino acid sequence set forth in SEQ ID NO. 142; (b) a fragment of the polypeptide of (a) comprising an amino acid sequence consisting of the amino acids 527-542 of SEQ ID NO. 142 which is antigenic itself or antigenic when provided as a hapten; and (c) a fragment of the polypeptide of (a) comprising a T-cell helper epitope selected from the group consisting of amino acids 6-30, 18-42, 209-233, 218-244 of SEQ ID NO:142.
Line connection assembly for a vehicle component, including a carrier element for mechanical attachment and electrical connection of electrical and/or electronic parts of the vehicle component and at least one electrical line, wherein a first longitudinal end of the at least one electric line is fastened on the carrier element, wherein the at least one electric line is accommodated for routing in a cable duct and the first longitudinal end thereof protrudes from a first longitudinal end of the cable duct and wherein the line connection assembly comprises a push-pull pressure unloading element to which the first longitudinal end of the cable duct is attached by clamping with the aid of a force-fitting connection, and a blocking element which blocks a movement of the push-pull pressure unloading element in the pulling and pushing direction of the first longitudinal end of the cable duct characterised in that the push-pull pressure unloading element is attached to the carrier element.
A capacitor comprising: a first conductive electrode having a first outer side and an opposite first inner side; a first nonconductive coating on said first inner side of said first conductive electrode; a dielectric material on said first nonconductive coating, said first nonconductive coating being disposed between said first conductive electrode and said dielectric material; and a second conductive electrode adjacent to said dielectric material, said dielectric material being disposed between said second conductive electrode and said first nonconductive coating; said capacitor having an overall thickness from first conductive electrode to second conductive electrode, and said first nonconductive coating having a thickness that is less than ten percent of said overall thickness; and said dielectric material being a variable viscosity dielectric material, said variable viscosity exhibiting a change in viscosity in response to an external stimulus. a first conductive electrode having a first outer side and an opposite first inner side; a first nonconductive coating on said first inner side of said first conductive electrode; a dielectric material on said first nonconductive coating, said first nonconductive coating being disposed between said first conductive electrode and said dielectric material; and a second conductive electrode adjacent to said dielectric material, said dielectric material being disposed between said second conductive electrode and said first nonconductive coating; said capacitor having an overall thickness from first conductive electrode to second conductive electrode, and said first nonconductive coating having a thickness that is less than ten percent of said overall thickness; and said dielectric material being a variable viscosity dielectric material, said variable viscosity exhibiting a change in viscosity in response to an external stimulus.
Component arrangement with a building wall portion with an installation unit arranged in a recess of the wall portion and connected to the wall portion and with a profile unit associated at least partially at the margin with the installation unit as well as the recess in the wall portion, wherein both the profile unit (5, 6) and the installation unit (3, 4) are affixed directly to the wall portion, wherein the installation unit (3, 4) is provided as a door or as a window with a frame element, a pane element, and a leaf element held pivotably in relation to the frame element, wherein the pane element is affixed directly in the leaf element and wherein the installation unit (3, 4) is transferrable from a closing position, in which the leaf element is retained in the frame element, to an opening position, in which the leaf element is arranged to pivot outwards from the frame element, wherein the profile unit (5, 6) has a sealing element associated with the installation unit (3, 4), and the profile unit (5, 6) is provided in the manner of a frame surrounding the installation unit (3, 4) on at least three adjacent faces and having an opening surrounded by the frame (5, 6), wherein the opening is associated with the pane element in such a way that the pane element is at least partially visible through the opening, characterised in that in the closing position the sealing element is in contact with the pane element of the installation unit (3, 4).
An in vitro method for detecting a neoplastic cell in a subject, assessing or monitoring a neoplastic condition in a subject, or assessing and/or monitoring the effectiveness of a neoplastic therapeutic treatment regime in a subject, said method comprising screening for a change in the level of La protein and/or gene expression in cells in a biological sample derived from said subject, wherein (a) to detect a neoplastic cell or to assess or monitor a neoplastic condition said method comprises correlating the levels of La protein and/or gene expression in cells in said sample to a normal level of La protein and/or gene expression in a biological sample from a subject who has not developed a neoplastic condition, wherein an increase in the level of said La expression in cells of the subject relative to normal La expression levels is indicative of a neoplastic cell, (b) to detect a dead neoplastic cell, which cell death has been induced by a DNA damaging agent, or (c) to assess and/or monitor the effectiveness of a neoplastic therapeutic treatment regime in a subject, said method comprises screening for the level of La protein and/or gene expression in dead cells in said biological sample and correlating said level to the level of La expression in viable neoplastic cells, wherein an increase in the level of La expression in said dead cells relative to viable neoplastic cell levels is indicative of DNA damage induced neoplastic cell death, and hence of the presence of a neoplastic cell rendered dead by a DNA-damaging agent or the effectiveness of said therapeutic treatment regime. (a) to detect a neoplastic cell or to assess or monitor a neoplastic condition said method comprises correlating the levels of La protein and/or gene expression in cells in said sample to a normal level of La protein and/or gene expression in a biological sample from a subject who has not developed a neoplastic condition, wherein an increase in the level of said La expression in cells of the subject relative to normal La expression levels is indicative of a neoplastic cell, (b) to detect a dead neoplastic cell, which cell death has been induced by a DNA damaging agent, or (c) to assess and/or monitor the effectiveness of a neoplastic therapeutic treatment regime in a subject,
Device for forming and dividing of at least one string-shaped pasty foodstuff (11, 11', 11") into slice-shaped products (12, 12', 12"), with - a forming nozzle (4, 7) for extruding the string-shaped foodstuff (11, 11', 11") along a conveying direction through a nozzle opening (41, 71', 71") that determines the thickness of the slice-shaped product (12, 12', 12"), - at least one forming plate (52, 53, 82, 83) that is arranged downstream of the forming nozzle (4, 7) and that can be displaced during extrusion with at least one positioning element (54, 55, 84, 85) in at least one component transversally to the conveying direction, and - with a control unit (6, 9) that controls the positioning element (54, 55, 84, 85) synchronously to the extrusion velocity in a way that the at least one forming plate (52, 53, 82, 83) forms a longitudinal contour of the slice-shaped product (12, 12', 12") variably during extrusion. wherein the longitudinal contour forms a profile contour of the slice-shaped product (12, 12', 12") at least partially, and wherein the forming plate (52, 53, 82, 83) is arranged on the forming nozzle (4, 7) in a way that it forms a product side that is positioned transversally in relation to the thickness expansion. - a forming nozzle (4, 7) for extruding the string-shaped foodstuff (11, 11', 11") along a conveying direction through a nozzle opening (41, 71', 71") that determines the thickness of the slice-shaped product (12, 12', 12"), - at least one forming plate (52, 53, 82, 83) that is arranged downstream of the forming nozzle (4, 7) and that can be displaced during extrusion with at least one positioning element (54, 55, 84, 85) in at least one component transversally to the conveying direction, and - with a control unit (6, 9) that controls the positioning element (54, 55, 84, 85) synchronously to the extrusion velocity in a way that the at least one forming plate (52, 53, 82, 83) forms a longitudinal contour of the slice-shaped product (12, 12', 12") variably during extrusion. wherein the longitudinal contour forms a profile contour of the slice-shaped product (12, 12', 12") at least partially, and wherein the forming plate (52, 53, 82, 83) is arranged on the forming nozzle (4, 7) in a way that it forms a product side that is positioned transversally in relation to the thickness expansion.
A method for providing network failure independent links in a multilayer network comprising a client layer and a server layer, wherein each link of said client layer is served by a connection provisioned in said server layer, the method comprising: calculating mutually disjoint paths for said connections of said server layer which serve links in said client layer that belong to the same mutually disjoint link groups, MDLG, wherein a MDLG is a group of links in a given layer that are guaranteed to be mutually network failure independent, wherein: the mutually disjoint link group, MDLG, comprises a server layer unique MDLG identifier, the method further comprising: configuring two or more links of said client layer to have link configuration parameters comprising MDLG identifiers of all mutually disjoint link groups to which said links belong. the mutually disjoint link group, MDLG, comprises a server layer unique MDLG identifier, the method further comprising: configuring two or more links of said client layer to have link configuration parameters comprising MDLG identifiers of all mutually disjoint link groups to which said links belong. configuring two or more links of said client layer to have link configuration parameters comprising MDLG identifiers of all mutually disjoint link groups to which said links belong.
An apparatus for controlling screens in a device, the apparatus comprising: a display configured to display a first screen and a second screen overlapped over the first screen at least partially, wherein the first screen and the second screen are for displaying separate information; and a controller configured to control display of partial information of the first screen hidden by the second screen to be viewable by changing an attribute of the second screen upon detecting a gesture on or above the second screen wherein detecting the gesture comprises detecting a hovering gesture, wherein while information based on a first application is being displayed on the first screen and information based on a second application is being displayed on the second screen, the controller is configured to determine whether the hovering gesture has been generated on the second screen based on coordinates of a position of the hovering gesture, to determine a type of the hovering gesture, if the hovering gesture has been generated on the second screen, to control display of partial information of the first screen hidden by the second screen to be viewable by moving the second screen out of a currently displayed area of the second screen, if the determined type of the hovering gesture is a request for moving the second screen, and control returning of the second screen to a previous displayed area or keep the second screen in a currently displayed area, if the partial information of the first screen is completely viewed. a display configured to display a first screen and a second screen overlapped over the first screen at least partially, wherein the first screen and the second screen are for displaying separate information; and a controller configured to control display of partial information of the first screen hidden by the second screen to be viewable by changing an attribute of the second screen upon detecting a gesture on or above the second screen wherein detecting the gesture comprises detecting a hovering gesture, wherein while information based on a first application is being displayed on the first screen and information based on a second application is being displayed on the second screen, the controller is configured to determine whether the hovering gesture has been generated on the second screen based on coordinates of a position of the hovering gesture, to determine a type of the hovering gesture, if the hovering gesture has been generated on the second screen, to control display of partial information of the first screen hidden by the second screen to be viewable by moving the second screen out of a currently displayed area of the second screen, if the determined type of the hovering gesture is a request for moving the second screen, and control returning of the second screen to a previous displayed area or keep the second screen in a currently displayed area, if the partial information of the first screen is completely viewed.