mhurhangee/ep-ind-claims huggingface dataset:
A roof window for deep installation in a roof structure comprising a sash and a frame, said sash carrying a pane and being connected to the frame via hinges, and said frame being adapted for being connected to a load-bearing structure of a roof of a building, where each of the sash and the frame comprises two side members, a top member and a bottom member, where said frame members delimit a frame opening and said sash members delimit a sash opening, where each of the pane, the sash members and frame members has an interior side adapted for facing the interior of the building in the mounted state and an exterior side adapted for facing the exterior of the building in the mounted state, wherein an exterior side of the bottom frame member is inclined so that in the mounted and closed state of the roof window, said exterior side of the frame bottom member has a lower inclination than the exterior side of the pane, and wherein the window comprises a sash bottom covering and a frame bottom covering, which are both provided with a bend, so that a section extends towards the interior side characterized in that, in the mounted and closed state of the window, the exterior side of the frame bottom member is located in the interval between 0 mm and 30 mm above the exterior side of the pane measured in a direction perpendicularly to the exterior side of the pane.
A data storage processing apparatus for a printing apparatus, comprising: a printing control unit (88, 89,...) which controls a printing unit (29, 44,...) and acquires printing-associated information updated through an operation of the printing unit; a non-volatile first storage unit including a plurality of storage sites (143, 144,...) in which data including the printing-associated information are stored; a second storage unit; a writing unit which writes the data of the storage units in the second storage unit; a plurality of counting units (141, 142,...) which are disposed to correspond to the plurality of the storage units; and a writing-back unit which performs a writing-back process for writing the data of the second storage unit back to the plurality of the storage sites and performs counting processes of the counting unit (141, 142,...) corresponding to the storage site as the target of the writing-back process to set a count value according to an amount of the written-back data, wherein the writing unit writes the data of the storage site corresponding to the counting unit, of which the count value becomes a writing-back completion value, among the plurality of the counting units in the second storage unit. a printing control unit (88, 89,...) which controls a printing unit (29, 44,...) and acquires printing-associated information updated through an operation of the printing unit; a non-volatile first storage unit including a plurality of storage sites (143, 144,...) in which data including the printing-associated information are stored; a second storage unit; a writing unit which writes the data of the storage units in the second storage unit; a plurality of counting units (141, 142,...) which are disposed to correspond to the plurality of the storage units; and a writing-back unit which performs a writing-back process for writing the data of the second storage unit back to the plurality of the storage sites and performs counting processes of the counting unit (141, 142,...) corresponding to the storage site as the target of the writing-back process to set a count value according to an amount of the written-back data, wherein the writing unit writes the data of the storage site corresponding to the counting unit, of which the count value becomes a writing-back completion value, among the plurality of the counting units in the second storage unit.
Bellows, for a processing machine, having an outer enclosure with several folds, wherein the enclosure is folded, in a longitudinal direction of the bellows, in a zigzag-shape and comprises a first end and a second end, and having several guide frames (5, 6) respectively provided in an inner interstice between two of the adjacent folds, characterized in that not all guide frames (5, 6) comprise a similar stiffness, and not all guide frames (5, 6) comprise a similar material thickness so that the guide frames (5, 6) are adapted to the respective spatial load of the bellows.
An electrical connection device and insulator assembly comprising an electrical connection device and an insulator, the electrical connection device comprising a terminal block and busbar assembly adapted to connect to the lugs (20, 24) of two cables (25, 29), the terminal block comprising a first connection point for receiving the lug of a first cable and a second connection point for receiving the lug of a second cable, the second connection point of the terminal block being adjacent to and offset from the first connection point substantially in the direction of a first axis of the terminal block, the connection points (6, 7) being positioned in such a way that, when the cables (25, 29) are both connected substantially parallel to the first axis of the terminal block, the second cable or the lug thereof prevents access to the first connection point, the terminal block being arranged in a first portion of the insulator provided with a bottom and with walls, the walls extending substantially parallel to the first axis of the terminal block and in the vicinity of each side of the terminal block, characterised in that the walls extend to a height greater than that of the terminal block.
A method for transmitting an uplink reference signal, performed by a user equipment, the method comprising: receiving synchronization signals; and transmitting a first uplink demodulation reference signal, DM-RS, generated based on a physical cell identity, ID, which is determined by the synchronization signals, wherein when a value for a virtual cell ID is configured by a higher layer signal and when a value for a DM-RS sequence generation process is configured by a higher layer signal, the user equipment transmits a second uplink DM-RS that is generated based on the virtual cell ID and whose sequence is defined by the value for the virtual cell ID and the value for the DM-RS sequence generation process. receiving synchronization signals; and transmitting a first uplink demodulation reference signal, DM-RS, generated based on a physical cell identity, ID, which is determined by the synchronization signals, wherein when a value for a virtual cell ID is configured by a higher layer signal and when a value for a DM-RS sequence generation process is configured by a higher layer signal, the user equipment transmits a second uplink DM-RS that is generated based on the virtual cell ID and whose sequence is defined by the value for the virtual cell ID and the value for the DM-RS sequence generation process.
A seal for use with a container for storing and dispensing consumer products comprising a tray having a generally planar top surface into which has been formed one or more discrete cavities for receiving the consumer products, the seal comprising: a cover film to seal the one or more cavities to retain the consumer products in the one or more cavities when the underside of the cover film is secured to the generally planar top surface of the tray, the cover film having pre-formed lines of separation defining a releasable portion (40a, 40b) per cavity; and a barrier film releasably secured to the underside of the cover film, the barrier film having pre-formed lines of separation defining a barrier patch (48a, 48b) per releasable portion (40a, 40b); wherein the or each releasable portion (40a, 40b) is attached to the remainder of the cover film by a bridge region defined by a gap in the associated pre-formed line of separation; and wherein the or each barrier patch (48a, 48b) includes a main portion that is shaped and sized so that in use it overlies an associated cavity, and characterised by a securing portion (54; 62; 70) that projects outwardly from the main portion and which is substantially aligned with the bridge region of the associated releasable portion (40a, 40b). a cover film to seal the one or more cavities to retain the consumer products in the one or more cavities when the underside of the cover film is secured to the generally planar top surface of the tray, the cover film having pre-formed lines of separation defining a releasable portion (40a, 40b) per cavity; and a barrier film releasably secured to the underside of the cover film, the barrier film having pre-formed lines of separation defining a barrier patch (48a, 48b) per releasable portion (40a, 40b); wherein the or each releasable portion (40a, 40b) is attached to the remainder of the cover film by a bridge region defined by a gap in the associated pre-formed line of separation; and wherein the or each barrier patch (48a, 48b) includes a main portion that is shaped and sized so that in use it overlies an associated cavity, and characterised by a securing portion (54; 62; 70) that projects outwardly from the main portion and which is substantially aligned with the bridge region of the associated releasable portion (40a, 40b).
A method for the treatment of process water of a hydrothermal carbonization process, wherein, in a first filtration stage, the process water is separated by means of a membrane filter into a first retentate containing essentially humic substances and/or oligomers and a first permeate essentially containing products, namely 5-hydroxymethylfurfural and/or furfural and/or levulinic acid, and educts, namely glucose and/or fructose, and the first permeate is fed to a second filtration stage by means of a membrane filter, in which the first permeate is separated into a second retentate containing essentially glucose and/or fructose and a second permeate containing essentially 5-hydroxymethylfurfural and/or furfural and/or levulinic acid, whereupon the second permeate is fed to an extraction step for the extraction of the products by means of an extraction column.
Fastening device for a selector lever apparatus comprising a passage for receiving the selector lever apparatus, a bearing face section which surrounds the passage at least partially for bearing against a bearing element, a sealing means receptacle which is arranged in the bearing face section, a holder (210, 212, 214) for holding a section of a force transmission device, by means of which the selector lever apparatus can be connected in shifting terms to a motor vehicle transmission apparatus, the holder (210, 212, 214) being arranged on a side of the bearing face section, which side faces away from the sealing means receptacle, the sealing means receptacle being arranged so as to overlap at least partially in cross section with a holding region which is delimited by the holder (210, 212, 214), characterized in that the sealing means receptacle is configured by way of a cut-out which is configured in the bearing face section.
A low noise amplifier, LNA, comprising: an input stage circuit to receive an RF signal, the input stage circuit comprising a MOS transistor in a common gate configuration coupled to a load resistor, and having a first input node and a second output node; a first amplifier including a first pair of complementary MOS transistors (250, 252), wherein the gate of each of the first pair of transistors is coupled to the first input node through one of a pair of capacitors (242, 244), respectively, to convert a first noise voltage at the first input node into a first noise current at an output node of the first amplifier, wherein the drain of each of the first pair of transistors is coupled to the output node of the first amplifier; and a second amplifier directly coupled, dc coupled, to the first amplifier, and including a MOS transistor having its gate coupled to the second output node through a capacitor, its drain coupled to an output terminal of the LNA and its source coupled to the output node of the first amplifier, the second amplifier configured to provide noise canceling by summing the first noise current with a second noise current generated by the second amplifier as a function of the noise voltage at the second output node. an input stage circuit to receive an RF signal, the input stage circuit comprising a MOS transistor in a common gate configuration coupled to a load resistor, and having a first input node and a second output node; a first amplifier including a first pair of complementary MOS transistors (250, 252), wherein the gate of each of the first pair of transistors is coupled to the first input node through one of a pair of capacitors (242, 244), respectively, to convert a first noise voltage at the first input node into a first noise current at an output node of the first amplifier, wherein the drain of each of the first pair of transistors is coupled to the output node of the first amplifier; and a second amplifier directly coupled, dc coupled, to the first amplifier, and including a MOS transistor having its gate coupled to the second output node through a capacitor, its drain coupled to an output terminal of the LNA and its source coupled to the output node of the first amplifier, the second amplifier configured to provide noise canceling by summing the first noise current with a second noise current generated by the second amplifier as a function of the noise voltage at the second output node.
An anti-epidermal growth factor receptor (EGFR) antibody comprising: a) a light chain variable domain comprising the amino acid sequence set forth in SEQ ID NO: 32, and a heavy chain variable domain comprising the amino acid sequence set forth in SEQ ID NO: 38, b) a light chain variable domain comprising the amino acid sequence set forth in SEQ ID NO: 32, and a heavy chain variable domain comprising the amino acid sequence set forth in SEQ ID NO: 37, c) a light chain variable domain comprising the amino acid sequence set forth in SEQ ID NO: 33, and a heavy chain variable domain comprising the amino acid sequence set forth in SEQ ID NO: 36, or d) a light chain variable domain comprising the amino acid sequence set forth in SEQ ID NO: 34, and a heavy chain variable domain comprising the amino acid sequence set forth in SEQ ID NO: 36. a) a light chain variable domain comprising the amino acid sequence set forth in SEQ ID NO: 32, and a heavy chain variable domain comprising the amino acid sequence set forth in SEQ ID NO: 38, b) a light chain variable domain comprising the amino acid sequence set forth in SEQ ID NO: 32, and a heavy chain variable domain comprising the amino acid sequence set forth in SEQ ID NO: 37, c) a light chain variable domain comprising the amino acid sequence set forth in SEQ ID NO: 33, and a heavy chain variable domain comprising the amino acid sequence set forth in SEQ ID NO: 36, or d) a light chain variable domain comprising the amino acid sequence set forth in SEQ ID NO: 34, and a heavy chain variable domain comprising the amino acid sequence set forth in SEQ ID NO: 36.
An antenna structure for the transmission or receipt of electromagnetic signals, the structure formed as a self-complementary array having a series of high and low impedance patches, characterized in that predetermined low impedance patches are interconnected to one another by an impedance matching amplifier network, with the amplifier network including predetermined complementary pairs of reactive impedances so as to provide self-complementary properties.
A method performed by a primary Radio Link Control, RLC, entity in a first network node, the method comprising: receiving (1010; 310) packets from a Packed Data Convergence Protocol, PDCP, entity; separating (1020; 320) the received packets into at least a first group and a second group; assigning (1030; 330) sequence numbers to the packets of the first group from a sequence number range allocated to at least one secondary RLC entity in a second network node, the at least one secondary RLC entity connected to the primary RLC entity through a RLC channel; sending (1040; 350) the packets of the first group with the assigned sequence numbers to the at least one secondary RLC entity. receiving (1010; 310) packets from a Packed Data Convergence Protocol, PDCP, entity; separating (1020; 320) the received packets into at least a first group and a second group; assigning (1030; 330) sequence numbers to the packets of the first group from a sequence number range allocated to at least one secondary RLC entity in a second network node, the at least one secondary RLC entity connected to the primary RLC entity through a RLC channel; sending (1040; 350) the packets of the first group with the assigned sequence numbers to the at least one secondary RLC entity.
Isolated placental stem cells in a therapeutically effective amount for use in a method for treatment of an individual who has had ischemia, wherein said placental stem cells are fibroblastoid and adhere to tissue culture plastic, wherein said placental stem cells are obtainable by perfusion of a human placenta with a perfusion solution, wherein said placenta has been exsanguinated and perfused to remove residual blood; and wherein said placental stem cells: (a) do not express MHC Class 2 antigens; (b) are CD34- and CD38-; (c) are OCT-4+ and ABC-p+; (d) are SSEA3-, SSEA4-, OCT-4+ and ABC-p+; or (e) are CD10+, CD29+, CD34-, CD38-, CD44+, CD45-, CD54+, CD90+, SH2+, SH3+, SH4+, SSEA3-, SSEA4-, OCT-4+, and ABC-p+. (a) do not express MHC Class 2 antigens; (b) are CD34- and CD38-; (c) are OCT-4+ and ABC-p+; (d) are SSEA3-, SSEA4-, OCT-4+ and ABC-p+; or (e) are CD10+, CD29+, CD34-, CD38-, CD44+, CD45-, CD54+, CD90+, SH2+, SH3+, SH4+, SSEA3-, SSEA4-, OCT-4+, and ABC-p+.
A polycarbonate resin composition comprising a polycarbonate resin having a structural unit represented by General formula below and a polycarbonate resin having a structural unit represented by General formula below: (in General formula, R represents a hydrogen atom or a C 1 -C 4 alkyl group) (in General formula, R 1 and R 2 each independently represent a hydrogen atom, a C 1 -C 20 alkyl group, a C 1 -C 20 alkoxyl group, a C 5 -C 20 cycloalkyl group, a C 5 -C 20 cycloalkoxyl group, a C 6 -C 20 aryl group or a C 6 -C 20 aryloxy group, and Y represents a C 1 -C 4 alkylene group).
A method for manufacturing a pouch-type secondary battery, the method comprising: an electrode stack preparation step of preparing an electrode stack which comprises a first unit cell having a first surface area and a second unit cell having a second surface area less than that of the first surface area and which has a structure in which the second unit cell is disposed on one surface of the first unit cell; a curved surface formation step of pressing at least a portion of an independent area, which does not overlap the second unit cell, of the first unit cell to manufacture the electrode stack in which a curved surface is formed on at least a portion of the independent area; and an accommodation step of accommodating the electrode stack having the curved surface in a pouch-type exterior having an internal space corresponding to a shape of the electrode stack having the curved surface, wherein the electrode stack preparation step comprises: manufacturing the first unit cell comprising a first sub cell having a structure in which a first separation film is folded after an electrode and a separator are disposed on the first separation film; and manufacturing the second unit cell comprising a second sub cell having a structure in which a second separation film is folded after an electrode and a separator are disposed on the second separation film. an electrode stack preparation step of preparing an electrode stack which comprises a first unit cell having a first surface area and a second unit cell having a second surface area less than that of the first surface area and which has a structure in which the second unit cell is disposed on one surface of the first unit cell; a curved surface formation step of pressing at least a portion of an independent area, which does not overlap the second unit cell, of the first unit cell to manufacture the electrode stack in which a curved surface is formed on at least a portion of the independent area; and an accommodation step of accommodating the electrode stack having the curved surface in a pouch-type exterior having an internal space corresponding to a shape of the electrode stack having the curved surface, wherein the electrode stack preparation step comprises: manufacturing the first unit cell comprising a first sub cell having a structure in which a first separation film is folded after an electrode and a separator are disposed on the first separation film; and manufacturing the second unit cell comprising a second sub cell having a structure in which a second separation film is folded after an electrode and a separator are disposed on the second separation film. manufacturing the first unit cell comprising a first sub cell having a structure in which a first separation film is folded after an electrode and a separator are disposed on the first separation film; and manufacturing the second unit cell comprising a second sub cell having a structure in which a second separation film is folded after an electrode and a separator are disposed on the second separation film.
Lighting assembly configured to be embedded preferably in a floor, in which there is a containing seating, comprising a support member configured to be inserted, preferably permanently, into said containing seating, a lighting unit provided with clamping means to selectively and preferably removably clamp said lighting unit with respect to said support member, and anti-rotation means (23, 50) configured to prevent the rotation of said lighting unit with respect to said support member, characterized in that said anti-rotation means (23, 50) are different and independent from said clamping means and comprise first anti-rotation means present on said support member, and mating second anti-rotation means present on said lighting unit and configured to cooperate with said first anti-rotation means in a plurality of positions, wherein said first anti-rotation means comprise a plurality of first radial teeth.