mhurhangee/ep-ind-claims huggingface dataset:
Use of a polypropylene composition comprising a polypropylene polymer, polymerized in the presence of a) a Ziegler-Natta catalyst (ZN-C) comprising compounds of a transition metal of Group 4 to 6 of IUPAC, a Group 2 metal compound and an internal donor, wherein said internal donor is a non-phthalic compound, b) a co-catalyst (Co), and c) an external donor, preferably a propylene homopolymer and optionally a polymeric nucleating agent, wherein the polypropylene composition has (i) a melt flow rate MFR2 (230 °C/2.16 kg) measured according to ISO 1133 of 20 to 5000 g/10min and (ii) a melting temperature Tm between ≥ 130 °C and ≤ 170°C and (iii) a molecular weight distribution > 2 and (iv) wherein the polypropylene composition has been visbroken by using a hydroxylamine ester or a sulphur compound, preferably a hydroxylamine ester, for improving the melt-blown web quality characterized by the absence of shots. a polypropylene polymer, polymerized in the presence of a) a Ziegler-Natta catalyst (ZN-C) comprising compounds of a transition metal of Group 4 to 6 of IUPAC, a Group 2 metal compound and an internal donor, wherein said internal donor is a non-phthalic compound, b) a co-catalyst (Co), and c) an external donor, preferably a propylene homopolymer and a) a Ziegler-Natta catalyst (ZN-C) comprising compounds of a transition metal of Group 4 to 6 of IUPAC, a Group 2 metal compound and an internal donor, wherein said internal donor is a non-phthalic compound, b) a co-catalyst (Co), and c) an external donor, preferably a propylene homopolymer and optionally a polymeric nucleating agent, wherein the polypropylene composition has (i) a melt flow rate MFR2 (230 °C/2.16 kg) measured according to ISO 1133 of 20 to 5000 g/10min and (ii) a melting temperature Tm between ≥ 130 °C and ≤ 170°C and (iii) a molecular weight distribution > 2 and (iv) wherein the polypropylene composition has been visbroken by using a hydroxylamine ester or a sulphur compound, preferably a hydroxylamine ester, for improving the melt-blown web quality characterized by the absence of shots. (i) a melt flow rate MFR2 (230 °C/2.16 kg) measured according to ISO 1133 of 20 to 5000 g/10min and (ii) a melting temperature Tm between ≥ 130 °C and ≤ 170°C and (iii) a molecular weight distribution > 2 and (iv) wherein the polypropylene composition has been visbroken by using a hydroxylamine ester or a sulphur compound, preferably a hydroxylamine ester, for improving the melt-blown web quality characterized by the absence of shots.
A steel blank compositionafter ESR or VAR remelting essentially comprising: Carbon: 0.37-0.42, Manganese:0.060-0.130, Silicon: 0.040-0.120, Nickel: 3.00-4.00, Chrom: 1.30-1.80, Molybdenum: 0.70-1.00, Vanadium:0.25-0.30, Aluminum: ≤ 0.015, Iron: balance in percentages by weight of the total composition, as well as the inevitable impurities including nitrogen <70ppm, oxygen <30ppm and dihydrogen <2ppm. Carbon: 0.37-0.42, Manganese:0.060-0.130, Silicon: 0.040-0.120, Nickel: 3.00-4.00, Chrom: 1.30-1.80, Molybdenum: 0.70-1.00, Vanadium:0.25-0.30, Aluminum: ≤ 0.015, Iron: balance in percentages by weight of the total composition, as well as the inevitable impurities including nitrogen <70ppm, oxygen <30ppm and dihydrogen <2ppm.
A core drill comprising at least an end portion and a drill bit portion (1, 2), where the end portion and the drill bit portion (1, 2) are joinable in a watertight fashion, and where a sealing element is provided in a space between the end portion and the drill bit portion (1,2), wherein the sealing element is arranged such that it is being compressed in a sealing fashion when the end portion and the drill bit portion (1, 2) are joined, and where the end portion and the drill bit portion (1, 2) are locked together with a joining element (8, 10), characterized in that said joining element (8, 10) comprises a screw portion arranged in the drill bit portion (1, 2) and a joining part arranged in the end portion, where the screw portion is arranged such that it may be screwed such that it moves in the radial direction of the core drill between a locking and a non-locking position, and where the screw portion and/or the joining part comprise at least one surface that, in a cross section extending parallel to and through the centre axis of the core drill, extends at an angle to the radial direction of the core drill, and where this angled surface is arranged such that when the screw portion moves in essentially the radial direction of the drill, the end portion and the drill bit portion (1, 2) are forced to move towards each other along the direction of the axis of the core drill.
Drawer element for an item of furniture, comprising at least one wall (2, 3, 4) which is formed at least in sections by a light-permeable wall element, wherein the wall element has two opposing narrow surfaces (222, 224) and the light-permeable wall element can be removed from the wall (2, 3, 4) and rotated by 180° about a horizontal axis and/or vertical axis and reinserted, wherein the two narrow surfaces (222, 224) of the wall element, which are horizontal in the installed position, have different optical properties wherein the two horizontal narrow surfaces (222, 224) have a structure in the area of their surface that produces a different light scattering and wherein one of the horizontal narrow surfaces (222, 224) is produced according to one treatment process and the other horizontal narrow surface is produced according to another treatment process or the same treatment process with different characteristic values, characterized in that the first horizontal narrow surface 222 is a polished surface and the second horizontal narrow surface is a roughened surface and that a different degree of roughness of the narrow surfaces (222, 224) leads to light emission of different intensity and with a different radiation profile.
A nucleic acid molecule encoding a fusion polypeptide useful as a vaccine composition, which molecule comprises: a first nucleic acid sequence encoding a signal peptide; a second nucleic acid sequence that is linked in frame to said first nucleic acid sequence and that encodes a polypeptide or peptide comprising an amino acid sequence that is at least 90% identical to the amino acid sequence of an HPV16 E7 protein or an HPV16 E6 protein; and a third nucleic acid sequence encoding a polypeptide or peptide consisting of an amino acid sequence that is an active C-terminal domain of Hsp70, or a fragment of said C-terminal domain wherein said active C-terminal domain of Hsp70 or the fragment thereof (i) promotes processing via the MHC class I pathway, and (ii) promotes immunogenicity of the HPV16 E7 or HPV16 E6 protein; and optionally wherein said polypeptide or peptide further comprises a targeting polypeptide. a first nucleic acid sequence encoding a signal peptide; a second nucleic acid sequence that is linked in frame to said first nucleic acid sequence and that encodes a polypeptide or peptide comprising an amino acid sequence that is at least 90% identical to the amino acid sequence of an HPV16 E7 protein or an HPV16 E6 protein; and a third nucleic acid sequence encoding a polypeptide or peptide consisting of an amino acid sequence that is an active C-terminal domain of Hsp70, or a fragment of said C-terminal domain wherein said active C-terminal domain of Hsp70 or the fragment thereof (i) promotes processing via the MHC class I pathway, and (ii) promotes immunogenicity of the HPV16 E7 or HPV16 E6 protein;
An injection device without needle comprising a pyrotechnic gas generator, including a pyrotechnic charge constituted of two energetic materials having different combustion rates, at least one piston (13, 14), a liquid active principle reservoir and an injection nozzle, one of the two energetic materials being central and being surrounded by the other energetic material which is peripheral, and the entire external surface of the central energetic material being in contact with the internal surface of the peripheral energetic material, characterized in that said pyrotechnic charge induces a dual-regime of combustion driving at least two distinct phases at the pressure variation at the outlet of the injection nozzle.
Fastening device for a wearable article, in particular a wearable article having two shoulder straps, the fastening device comprising four peripheral hook elements (2, 3, 4, 5), a central adjustment unit and a fastening cord; wherein each of the four hook elements (2, 3, 4, 5) defines a cord holding receptacle (21, 31, 41, 51) which holds the fastening cord such that the fastening cord can longitudinally be moved through the cord holding receptacle (21, 31, 41, 51); wherein the fastening cord directly connects each of the four hook elements (2, 3, 4, 5) with the central adjustment unit; wherein the central adjustment unit forms a releasable locking connection with the fastening cord; wherein the fastening cord comprises two distal ends (71, 72) which are protruding freely from the central adjustment unit, the two distal ends being not attached or mounted to any other element and only attached to the central adjustment unit.
A light-transmitting leather, comprising a skin layer and a paint layer, the skin layer comprising a first face facing the paint layer and a second face facing away from the paint layer, wherein the light-transmitting leather is provided with multiple light transmission holes which run through the second face but do not run through the first face, the multiple light transmission holes comprise at least one first light transmission hole and at least one second light transmission hole, and the distance from the first light transmission hole to the first face is not equal to the distance from the second light transmission hole to the first face, the first light transmission hole and the second light transmission hole are arranged adjacently characterized in that the visible light transmittance of the skin layer is 3 - 10%, and the distances from the first light transmission hole and the second light transmission hole to the first face are both 0.05 - 0.2 mm.
A cleaning device for a floor cleaning machine, in particular a scrubber vacuum or sweeper, wherein the cleaning device (18; 130) comprises a main cleaning tool (33; 138), drivable in rotation about a first rotational axis (36; 136), having a first contact region (44; 144) with a floor surface to be cleaned, as well as an auxiliary cleaning tool (46; 148), drivable in rotation about a second rotational axis, in the form of a cleaning brush with cleaning bristles which define a second contact region of the cleaning brush with the floor surface, characterized in that related to a fixed positioning of the cleaning device (18; 130) relative to the floor surface, the first contact region (44; 144) and the second contact region at least partially overlap one another in an overlap region (80; 150) for cleaning of the cleaning bristles by means of the main cleaning tool (33; 138).
Centrifuge insert for plate like sample holders, for instance micro titer plates, deep well plates, PCR plates or cell culture plates, with a body including a base, and at least one support for attaching the centrifuge insert to a rotor, wherein a carrier is detachably arranged at the base, wherein the carrier includes a base surface for receiving sample holders, wherein the carrier is attached at the body through a connection that is detachable without tools, characterized in that the carrier is connected with the body through at least one clip connection arranged at the body, wherein the clip connection comprises a snap hook which snap hook is arranged at the carrier, wherein the snap hook engages a corresponding recess of the body, wherein the recess is configured as an opening, so that the snap hook can be disengaged from the opening by a user.
A vortex generator system for use on a surface, the surface being configured such that an airflow passes over the surface in a predetermined airflow direction, the system comprising: a wedge-shaped first electrode having a length dimension and a width dimension, the width dimension being less than the length dimension, the width varying in downstream direction, wherein the length dimension extends in a longitudinal direction that is substantially parallel to the predetermined airflow direction; a second electrode; a dielectric layer disposed between the first electrode and the second electrode; and a voltage source for producing a voltage differential between the first electrode and the second electrode, to create plasma material on a first lengthwise edge and a second opposing lengthwise edge of the first electrode. a wedge-shaped first electrode having a length dimension and a width dimension, the width dimension being less than the length dimension, the width varying in downstream direction, wherein the length dimension extends in a longitudinal direction that is substantially parallel to the predetermined airflow direction; a second electrode; a dielectric layer disposed between the first electrode and the second electrode; and a voltage source for producing a voltage differential between the first electrode and the second electrode, to create plasma material on a first lengthwise edge and a second opposing lengthwise edge of the first electrode.
Closure bottom plate for centrifugal electric pump, of the type comprising a box-shaped containment body associated to a head, comprising: a cup-shaped motor cover and arranged to be associated, closing it, to the end of the box-shaped containment body oppositely arranged with respect to the head, said motor cover having a coupling opening; a connector-holder cover, associable in a mounted configuration to said coupling opening, comprising fixing means conceived to hold, at said mounted configuration, at least one electrical connector in a preset position for connection to the electric pump, said bottom plate having an internal aeration path, intended to allow circulation by natural convection of air which is heated during the operation of the electric pump thus preventing the formation of condensate inside the bottom plate, characterised in that said internal aeration path extends between at least one inlet opening arranged on the motor cover and one outlet opening and successively crosses the internal volume of the motor cover, said coupling opening, and a labyrinth defined by the connector-holder cover.
Armature rod assembly of an electromagnet, consisting of an armature rod carrying a collar that is in contact with a spring element, wherein the spring element is held by a caulking ring linked at least in sections positive-locking with the armature rod.
An explosives detonator system for detonating an explosive charge with which it is, in use, arranged in a detonating relationship and which, on operative acceptance of a detonation initiating signal that has a detonation initiating property, is capable of initiating and thus detonating the explosive charge, the detonator system including an initiating device which is capable of accepting the detonation initiating signal and of initiating and thus detonating the explosive charge, the initiating device being in a non-detonation initiating condition in which it cannot operatively accept the detonation initiating signal and thus assume a detonator initiating condition when the detonation initiating signal is transmitted thereto; and a switching device that is capable of detecting a switching property of a switching signal that is transmitted to the detonator system and that is capable of switching the initiating device, on detection of the switching property, to a standby condition in which the initiating device is capable of operatively accepting the detonation initiating signal when it is transmitted thereto, characterised in that the switching device is a radio frequency identification (RFID) based switching device and that the switching signal is a radio switching signal. an initiating device which is capable of accepting the detonation initiating signal and of initiating and thus detonating the explosive charge, the initiating device being in a non-detonation initiating condition in which it cannot operatively accept the detonation initiating signal and thus assume a detonator initiating condition when the detonation initiating signal is transmitted thereto; and a switching device that is capable of detecting a switching property of a switching signal that is transmitted to the detonator system and that is capable of switching the initiating device, on detection of the switching property, to a standby condition in which the initiating device is capable of operatively accepting the detonation initiating signal when it is transmitted thereto,
A video encoding apparatus, comprising: a maximum partition layer determiner for determining a maximum partition layer value and a minimum subblock size for encoding a current block, wherein the maximum partition layer value indicates the number of layers by which the current block can be maximally split into subblocks by using a tree structure, the subblocks having a size equal to or larger than the minimum subblock size; a maximum partition layer encoder for encoding the maximum partition layer value and a value of a log function of the minimum subblock size into a bitstream to indicate the size of the current block in the bitstream; and a video encoder for generating encoded image data by encoding respective subblocks within the current block which have a size equal to or larger than the minimum subblock size, and for encoding partition information indicating the partition of the current block into the respective subblocks by the tree structure. a maximum partition layer determiner for determining a maximum partition layer value and a minimum subblock size for encoding a current block, wherein the maximum partition layer value indicates the number of layers by which the current block can be maximally split into subblocks by using a tree structure, the subblocks having a size equal to or larger than the minimum subblock size; a maximum partition layer encoder for encoding the maximum partition layer value and a value of a log function of the minimum subblock size into a bitstream to indicate the size of the current block in the bitstream; and a video encoder for generating encoded image data by encoding respective subblocks within the current block which have a size equal to or larger than the minimum subblock size, and for encoding partition information indicating the partition of the current block into the respective subblocks by the tree structure.
A method for producing an integral bond between connection surfaces of components of quartz glass, comprising heating and softening of the connection surfaces by way of at least one heating burner (7; 8); pressing the connection surfaces against each other to form a component assembly having a weld seam; and cooling the component assembly, characterized in that a heating burner (7; 8) with a burner head (71; 81) is used, said burner head (71; 81) comprises a coolable base body (72; 82) of silver or of a silver-based alloy, in said base body (72; 82) is formed at least one burner nozzle (73; 74; 75; 83; 84; 85), which is connected to a supply line (76; 86) for a fuel gas or a fuel gas mixture, wherein said base body (72; 82) is provided for temperature control with a burner-head cooling system (89; 79a; 89; 89a), wherein in said burner-head cooling system (89; 79a; 89; 89a) at least two cooling water pipes for the cooling water supply and cooling water discharge are connected to each other via a fluidically continuous cooling channel.
A cell culture method for production of a polypeptide comprising the steps of: (a) growing cells in a cell culture to a first critical level wherein said first critical level is reached at - a cell density of 1 million to 9 millions cells per milliliter, - a lactate concentration level of 1 g/L to 6g/L or, - at day 1 to day 5 of the cell culture; (b) perfusing the cell culture, wherein perfusing comprises replacing spent medium with fresh medium, whereby at least some portion of the cells are retained and at least one waste product is removed; (c) growing cells in the cell culture to a second critical level wherein said second critical level is reached at - a cell density of 5 million to 40 million cells per milliliter, or, - at day 2 to day 7 of the cell culture; (d) initiating a polypeptide production phase by a change in temperature, pH or osmolality of the cell culture or combination thereof; and (e) maintaining cells in a fed-batch culture during at least some portion of the polypeptide production phase, wherein the cell culture is a CHO cell culture. (a) growing cells in a cell culture to a first critical level wherein said first critical level is reached at - a cell density of 1 million to 9 millions cells per milliliter, - a lactate concentration level of 1 g/L to 6g/L or, - at day 1 to day 5 of the cell culture; - a cell density of 1 million to 9 millions cells per milliliter, - a lactate concentration level of 1 g/L to 6g/L or, - at day 1 to day 5 of the cell culture; (b) perfusing the cell culture, wherein perfusing comprises replacing spent medium with fresh medium, whereby at least some portion of the cells are retained and at least one waste product is removed; (c) growing cells in the cell culture to a second critical level wherein said second critical level is reached at - a cell density of 5 million to 40 million cells per milliliter, or, - at day 2 to day 7 of the cell culture; - a cell density of 5 million to 40 million cells per milliliter, or, - at day 2 to day 7 of the cell culture; (d) initiating a polypeptide production phase by a change in temperature, pH or osmolality of the cell culture or combination thereof; and (e) maintaining cells in a fed-batch culture during at least some portion of the polypeptide production phase,
A self-test controller, comprising: a memory configured to store a first test pattern that includes test subpatterns such that each of the test subpatterns includes test vectors and the test vectors in each of the test subpatterns correspond to a different test core of a plurality of test cores, wherein a test core is a core subject to being tested by application of one of the test vectors; configuration registers configured to store configuration parameters that indicate a subset of the plurality of the test cores that are test enabled, wherein the subset of the plurality of the test cores which is test enabled is subject to being tested; and a memory data component comprising a finite state machine configured to upload the first test pattern and decode the test vectors in a subset of the test subpatterns, each of the subpattern dedicated to test one of the subset of the plurality of the test cores that the configuration parameters indicate as test enabled. a memory configured to store a first test pattern that includes test subpatterns such that each of the test subpatterns includes test vectors and the test vectors in each of the test subpatterns correspond to a different test core of a plurality of test cores, wherein a test core is a core subject to being tested by application of one of the test vectors; configuration registers configured to store configuration parameters that indicate a subset of the plurality of the test cores that are test enabled, wherein the subset of the plurality of the test cores which is test enabled is subject to being tested; and a memory data component comprising a finite state machine configured to upload the first test pattern and decode the test vectors in a subset of the test subpatterns, each of the subpattern dedicated to test one of the subset of the plurality of the test cores that the configuration parameters indicate as test enabled.