mhurhangee/ep-ind-claims huggingface dataset:
A method for sealing a joint (5; 31) between two end sides (3, 13) of two contiguous panels (1, 11), said method comprising the steps of: - holding an end side of a first panel close to an end side of a second panel, whereby the joint (5; 31) to be sealed is defined by the adjacent end sides (3, 13) of the two panels (1, 11); - sealing the joint (5; 31) with a first and a second adhesive tape (15, 17) by providing a first tape to a first face of the two panels (1, 11), said first tape sealing the joint (5; 31) and being provided in the direction of the joint and providing a second tape to a second face of the two panels (1, 11), wherein the second face of the two panels (1, 11) is the opposite face to the first face of the panels, said second tape sealing the joint (5; 31) and being provided in the direction of the joint, wherein the step of sealing the joint (5; 31) with a first and a second tape (15, 17) further comprises providing the first and second tapes (15, 17) over the whole length of the joint (5; 31) and further extending a distance outside the panels on one or both sides and wherein the method further comprises the step of attaching the two tapes (15, 17) to each other where the tapes are extending outside the joint (5; 31) and wherein said method is a method for sealing a manufacturer's joint in a corrugated box. - holding an end side of a first panel close to an end side of a second panel, whereby the joint (5; 31) to be sealed is defined by the adjacent end sides (3, 13) of the two panels (1, 11); - sealing the joint (5; 31) with a first and a second adhesive tape (15, 17) by providing a first tape to a first face of the two panels (1, 11), said first tape sealing the joint (5; 31) and being provided in the direction of the joint and providing a second tape to a second face of the two panels (1, 11), wherein the second face of the two panels (1, 11) is the opposite face to the first face of the panels, said second tape sealing the joint (5; 31) and being provided in the direction of the joint, wherein the step of sealing the joint (5; 31) with a first and a second tape (15, 17) further comprises providing the first and second tapes (15, 17) over the whole length of the joint (5; 31) and further extending a distance outside the panels on one or both sides and wherein the method further comprises the step of attaching the two tapes (15, 17) to each other where the tapes are extending outside the joint (5; 31) and wherein said method is a method for sealing a manufacturer's joint in a corrugated box.
A method of producing fertilizer compositions containing micronized sulphur comprising the steps of: first dissolving elemental sulphur in an anhydrous or hydrous ammonia solution to form an ammonia/sulphur solutions (AMS solution), said AMS solution being under sufficient pressure to maintain said AMS solution as a liquid until reacted; second reacting said AMS solution with an aqueous solution of an acidic compound having sufficient acid to stoichiometrically react with the ammonia in the AMS solution and selected from the group consisting of (a) sulphuric acid and its derivatives, (b) phosphoric acid and its derivatives, (c) nitric acid and its derivatives, (d) carbonic acid and its derivatives, and (e) mixtures thereof, to simultaneously form a fertilizer composition comprising a fertilizer compound and micronized sulphur, said micronized sulphur being uniformly dispersed in said fertilizer composition; and third drying said fertilizer composition. first dissolving elemental sulphur in an anhydrous or hydrous ammonia solution to form an ammonia/sulphur solutions (AMS solution), said AMS solution being under sufficient pressure to maintain said AMS solution as a liquid until reacted; second reacting said AMS solution with an aqueous solution of an acidic compound having sufficient acid to stoichiometrically react with the ammonia in the AMS solution and selected from the group consisting of (a) sulphuric acid and its derivatives, (b) phosphoric acid and its derivatives, (c) nitric acid and its derivatives, (d) carbonic acid and its derivatives, and (e) mixtures thereof, to simultaneously form a fertilizer composition comprising a fertilizer compound and micronized sulphur, said micronized sulphur being uniformly dispersed in said fertilizer composition; and third drying said fertilizer composition.
Handheld, rechargeable battery-operated vacuum cleaner, which has an intake opening, a dust separation apparatus, a motor fan unit, which is designed to generate a suction air flow which extends from the intake opening via the dust separation apparatus to the motor fan unit, a handle, a holder for a replaceable battery, wherein the holder is embodied so that the replaceable battery can be inserted into the holder in an insertion direction which runs obliquely downward from back to front, wherein the holder is arranged so that when the vacuum cleaner is intentionally placed on a horizontal ground, an intermediate space is embodied between a lower side of the rechargeable battery inserted into the holder and the horizontal ground, characterised in that the insertion direction runs at an angle in the range of 40° to 80° in relation to the vertical of the vacuum cleaner, wherein the holder is embodied so that the rechargeable battery inserted into the holder is arranged at least partly outside of the housing of the vacuum cleaner and is accessible at least on one part of its underside, wherein the intermediate space is dimensioned so that the rechargeable battery inserted into the holder can be accessible from below. a dust separation apparatus, a motor fan unit, which is designed to generate a suction air flow which extends from the intake opening via the dust separation apparatus to the motor fan unit, a handle, a holder for a replaceable battery, wherein the holder is embodied so that the replaceable battery can be inserted into the holder in an insertion direction which runs obliquely downward from back to front, wherein the holder is arranged so that when the vacuum cleaner is intentionally placed on a horizontal ground, an intermediate space is embodied between a lower side of the rechargeable battery inserted into the holder and the horizontal ground, characterised in that the insertion direction runs at an angle in the range of 40° to 80° in relation to the vertical of the vacuum cleaner, wherein the holder is embodied so that the rechargeable battery inserted into the holder is arranged at least partly outside of the housing of the vacuum cleaner and is accessible at least on one part of its underside, wherein the intermediate space is dimensioned so that the rechargeable battery inserted into the holder can be accessible from below.
System of horizontal seals for a roll-up sectional door with a leaf consisting of parallel sections connected to each other by joints, which is wound in layers onto a horizontal shaft and where the side edges of the leaf are located and slide inside vertical rail-like guides with a C-shaped cross-section attached to the sides of the door, which enclose the leaf on both sides, while at least one elastic seal is fixed to the bottom edge of the leaf, which reaches the ground, when the door is closed, and which is characterised by the fact that it consists of several seals (A, B, D) in form of horizontally extended, all elastic, strip-like seals (6, 6', 7, 9) which are arranged in different heights in relation to the traffic opening of the door and fit closely to the sectional leaf on at least one side of the door, and where the upper seal located above the traffic opening consists of two interlocked, swivelling seals (6, 6'), one of which is a fixed seal mounted to the wall of the building, while the other is an adjustable seal attached to one of the sections of the leaf.
A data packet sending method, comprising: obtaining, by a mobile router, a first data packet forwarded by a mobile node, MN, from a first home address; and determining, according to routing control policy information, whether to enable routing control for the first data packet, wherein the routing control policy information comprises indication information indicating whether routing control is enabled, wherein the routing control policy information further comprises home address status information when routing control is enabled, wherein the home address status information comprises address information of a designated routing node; and when routing control is enabled: sending, by the mobile router, the first data packet to the designated routing node through a tunnel with the designated routing node according to the home address status information, so that the designated routing node sends a first processed data packet to a current mobile router of a destination node through a tunnel between the designated routing node and the current mobile router of the destination node, and that the current mobile router of the destination node sends the first processed data packet to the destination node, wherein the first processed data packet is obtained by the designated routing node by processing the first data packet. obtaining, by a mobile router, a first data packet forwarded by a mobile node, MN, from a first home address; and determining, according to routing control policy information, whether to enable routing control for the first data packet, wherein the routing control policy information comprises indication information indicating whether routing control is enabled, wherein the routing control policy information further comprises home address status information when routing control is enabled, wherein the home address status information comprises address information of a designated routing node; and when routing control is enabled: sending, by the mobile router, the first data packet to the designated routing node through a tunnel with the designated routing node according to the home address status information, so that the designated routing node sends a first processed data packet to a current mobile router of a destination node through a tunnel between the designated routing node and the current mobile router of the destination node, and that the current mobile router of the destination node sends the first processed data packet to the destination node, wherein the first processed data packet is obtained by the designated routing node by processing the first data packet.
A precipitation hardened high Ni heat-resistant alloy having a component composition comprising, in terms of mass %: Cr: 14 to 25%; Mo: 15% or less; Co: 15% or less; Cu: 5% or less; Al: 4% or less; Ti: 4% or less; Nb: 6% or less; provided that Al+Ti+Nb is 1.0% or more; Fe: 30% or less, and P: 0.010% or less, and inevitable impurities including at least C and N, with the balance being Ni, wherein C is contained in an amount of 0.01% or less, and N fixed as carbonitride is contained in such an amount that Michelin point determined from inclusions extracted by an evaluation method according to ASTM-E45 is 100 or less, wherein the amount of N is 0.0050% or less in terms of mass %. Cr: 14 to 25%; Mo: 15% or less; Co: 15% or less; Cu: 5% or less; Al: 4% or less; Ti: 4% or less; Nb: 6% or less; provided that Al+Ti+Nb is 1.0% or more; Fe: 30% or less, and P: 0.010% or less, and inevitable impurities including at least C and N, with the balance being Ni, wherein C is contained in an amount of 0.01% or less, and N fixed as carbonitride is contained in such an amount that Michelin point determined from inclusions extracted by an evaluation method according to ASTM-E45 is 100 or less, wherein the amount of N is 0.0050% or less in terms of mass %.
A crosslinking agent comprising a compound represented by a formula, wherein groups represented by -CR 1 =CR 2 R 3 are selected from the following groups, m is an integer of from 2 to 6, 1 is an integer of from 0 to 2, m groups represented by -CR 1 =CR 2 R 3 may be identical or different, and each hydrogen on the benzene ring(s) is optionally substituted with a substituent. m is an integer of from 2 to 6, 1 is an integer of from 0 to 2, m groups represented by -CR 1 =CR 2 R 3 may be identical or different, and each hydrogen on the benzene ring(s) is optionally substituted with a substituent.
A semiconductor light emitting element comprising: a semiconductor substrate; an active layer for emitting and propagating light, said active layer being formed in a stripe shape above said semiconductor substrate; buried layers (13a, 13b) formed on both lateral sides of said active layer; a cladding layer formed above said active layer and said buried layers; only one first electrode formed above said cladding layer; and only one second electrode formed below said semiconductor substrate; wherein said active layer extends to one end facet among two end facets (4a, 14b) formed by cleavage so that a longitudinal direction of said stripe-shaped active layer at said one end facet makes a predetermined non-zero angle to a normal direction of said one end facet, characterized in that said semiconductor light emitting element further comprises a partially heating means for heating a predetermined length portion (L 1) of said active layer along a direction of light propagation, said partially heating means being formed on said first electrode at a position thermally isolated from said one end facet, said position being closer to the other end facet than to said one end facet, the distance between the edge of said partially heating means and said one end facet being more than 50 μm. a semiconductor substrate; an active layer for emitting and propagating light, said active layer being formed in a stripe shape above said semiconductor substrate; buried layers (13a, 13b) formed on both lateral sides of said active layer; a cladding layer formed above said active layer and said buried layers; only one first electrode formed above said cladding layer; and only one second electrode formed below said semiconductor substrate; wherein said active layer extends to one end facet among two end facets (4a, 14b) formed by cleavage so that a longitudinal direction of said stripe-shaped active layer at said one end facet makes a predetermined non-zero angle to a normal direction of said one end facet, characterized in that said semiconductor light emitting element further comprises a partially heating means for heating a predetermined length portion (L 1) of said active layer along a direction of light propagation, said partially heating means being formed on said first electrode at a position thermally isolated from said one end facet, said position being closer to the other end facet than to said one end facet, the distance between the edge of said partially heating means and said one end facet being more than 50 μm.
A Shiga toxin effector polypeptide comprising: i) an embedded or inserted, heterologous, CD8+ T-cell epitope; and ii) a disruption of at least one, endogenous, B-cell and/or CD4+ T-cell epitope region which does not overlap with the embedded or inserted, heterologous, CD8+ T-cell epitope; wherein the Shiga toxin effector polypeptide is capable of exhibiting a Shiga toxin effector function selected from one or more of: directing intracellular routing to the cytosol of a cell in which the polypeptide is present, directing intracellular routing with a cargo, inhibiting a ribosome function, enzymatically inactivating a ribosome, and cytotoxicity; and wherein the Shiga toxin effector polypeptide comprises or consists of a sequence that is at least 85% identical to a sequence selected from: (i) amino acids 75 to 251 of SEQ ID NO: 1, SEQ ID NO: 2, or SEQ ID NO: 3; (ii) amino acids 1 to 241 of SEQ ID NO: 1, SEQ ID NO: 2, or SEQ ID NO: 3; (iii) amino acids 1 to 251 of SEQ ID NO: 1, SEQ ID NO: 2, or SEQ ID NO: 3; and (iv) amino acids 1 to 261 of SEQ ID NO: 1, SEQ ID NO: 2, or SEQ ID NO: 3. i) an embedded or inserted, heterologous, CD8+ T-cell epitope; and ii) a disruption of at least one, endogenous, B-cell and/or CD4+ T-cell epitope region which does not overlap with the embedded or inserted, heterologous, CD8+ T-cell epitope; directing intracellular routing to the cytosol of a cell in which the polypeptide is present, directing intracellular routing with a cargo, inhibiting a ribosome function, enzymatically inactivating a ribosome, and cytotoxicity; and (i) amino acids 75 to 251 of SEQ ID NO: 1, SEQ ID NO: 2, or SEQ ID NO: 3; (ii) amino acids 1 to 241 of SEQ ID NO: 1, SEQ ID NO: 2, or SEQ ID NO: 3; (iii) amino acids 1 to 251 of SEQ ID NO: 1, SEQ ID NO: 2, or SEQ ID NO: 3; and (iv) amino acids 1 to 261 of SEQ ID NO: 1, SEQ ID NO: 2, or SEQ ID NO: 3.
[Method for detecting abnormal operating conditions of a single battery element or of a plurality of the set of single elements comprising the following steps: sampling, at the common point of at least two resistors of a divider bridge with at least two resistors, at least one voltage proportional to the voltage at the terminals of the single element or of the set of single elements; comparing the detected voltage with a reference threshold; characterized in that said comparison with said reference threshold triggers the implementation of: an evaluation of the evolution to come by an integral, evaluated analogically or digitally; a comparison of this evaluation with a detection voltage threshold (Td) from which a disconnection of the single element or of the set of monitored single elements is carried out with respect, at least, to the terminals of the battery. sampling, at the common point of at least two resistors of a divider bridge with at least two resistors, at least one voltage proportional to the voltage at the terminals of the single element or of the set of single elements; comparing the detected voltage with a reference threshold; characterized in that said comparison with said reference threshold triggers the implementation of: an evaluation of the evolution to come by an integral, evaluated analogically or digitally; a comparison of this evaluation with a detection voltage threshold (Td) from which a disconnection of the single element or of the set of monitored single elements is carried out with respect, at least, to the terminals of the battery. an evaluation of the evolution to come by an integral, evaluated analogically or digitally; a comparison of this evaluation with a detection voltage threshold (Td) from which a disconnection of the single element or of the set of monitored single elements is carried out with respect, at least, to the terminals of the battery.
Self-propelled construction machine, in particular a road milling machine, stabiliser, recycler or surface miner, comprising a machine frame and an operating drum which is equipped with tools and is arranged in a drum housing which is open downwards and is closed on at least one side by an edge protector which is adjustable in height relative to the machine frame by a lifting device, the edge protector being adjustable in height relative to the machine frame in a floating position such that the edge protector lowers onto the surface of the ground from a raised position, and after coming into contact with the ground surface, rests on the ground surface with a specified contact force, and therefore the edge protector can follow changes in the height of the ground surface relative to the machine frame as the construction machine moves forward, characterised in that a unit for determining a reference value for the height (ΔH) of the ground surface relative to the machine frame on which the edge protector rests is provided, which unit comprises a device for determining the height (Δh) of the edge protector relative to the machine frame and the lowering speed (v) of the edge protector, and comprises an evaluation unit which is configured such that the height (Δh) of the edge protector relative to the machine frame is determined at the point in time at which the lowering speed (v) of the edge protector is less than a specified limit value for the lowering speed.
Battery module, comprising a housing with several compartments, intermediate walls separating adjacent compartments and electrode assemblies arranged in the compartments, characterised in that the intermediate walls comprise at least a first layer made of copper and a second layer made of aluminium, the intermediate walls are inserted into the material of the housing such that edges (81, 82) of the intermediate walls are surrounded by the material of the housing, and edges of the first layer comprise a structured surface.
A method comprising: receiving, by a wireless device, a downlink control information, DCI, indicating uplink resources in a number of one or more consecutive uplink subframes of a licensed assisted access, LAA, cell, the DCI comprising: a first field indicating the number of the one or more consecutive uplink subframes; and a second field indicating a hybrid automatic repeat request process number, HARQ ID; and determining a first HARQ ID of a first HARQ process associated with a first subframe of the one or more consecutive uplink subframes, wherein the first HARQ ID is ((the HARQ ID plus i) modulo a first pre-configured number), i indicating a subframe position of the first subframe in the one or more consecutive uplink subframes; and transmitting one or more transport blocks of the first HARQ process via the first subframe. receiving, by a wireless device, a downlink control information, DCI, indicating uplink resources in a number of one or more consecutive uplink subframes of a licensed assisted access, LAA, cell, the DCI comprising: a first field indicating the number of the one or more consecutive uplink subframes; and a second field indicating a hybrid automatic repeat request process number, HARQ ID; and a first field indicating the number of the one or more consecutive uplink subframes; and a second field indicating a hybrid automatic repeat request process number, HARQ ID; and determining a first HARQ ID of a first HARQ process associated with a first subframe of the one or more consecutive uplink subframes, wherein the first HARQ ID is ((the HARQ ID plus i) modulo a first pre-configured number), i indicating a subframe position of the first subframe in the one or more consecutive uplink subframes; and transmitting one or more transport blocks of the first HARQ process via the first subframe.