mhurhangee/patent-ind-claim-en huggingface dataset:
A medium transporting apparatus comprising: a medium tray on which a medium (P) that has been discharged from a discharge portion that discharges the medium is mounted, the medium tray matching an end portion of the medium at a portion upstream in a discharge direction of the discharge portion; a paddle that comes in contact with the medium, which has been discharged on the medium tray, and that rotates, the paddle moving the medium towards the matching portion; and a low frictional resistance member configured to switch between an advanced state advanced from outside a medium mount region (K) of the medium tray to a first region (M) including a position in the medium mount region where the paddle is in contact with the medium, and a retracted state retracted from the first region to outside the medium mount region, wherein the low frictional resistance member is switched from the retracted state to the advanced state after a first medium has been mounted on the medium tray, and is interposed between the first medium and a second medium when, after a discharge of the first medium, the second medium discharged from the discharge portion is moved towards the matching portion with the paddle, wherein the low frictional resistance member is formed in a sheet shape, and wherein the low frictional resistance member is fixed to a rotation shaft disposed outside the medium mount region, and switching between the advanced state and the retracted state is performed by rotating the rotation shaft, and characterized in that : the rotation shaft is disposed in the discharge direction. a medium tray on which a medium (P) that has been discharged from a discharge portion that discharges the medium is mounted, the medium tray matching an end portion of the medium at a portion upstream in a discharge direction of the discharge portion; a paddle that comes in contact with the medium, which has been discharged on the medium tray, and that rotates, the paddle moving the medium towards the matching portion; and a low frictional resistance member configured to switch between an advanced state advanced from outside a medium mount region (K) of the medium tray to a first region (M) including a position in the medium mount region where the paddle is in contact with the medium, and a retracted state retracted from the first region to outside the medium mount region, wherein the low frictional resistance member is switched from the retracted state to the advanced state after a first medium has been mounted on the medium tray, and is interposed between the first medium and a second medium when, after a discharge of the first medium, the second medium discharged from the discharge portion is moved towards the matching portion with the paddle, wherein the low frictional resistance member is formed in a sheet shape, and wherein the low frictional resistance member is fixed to a rotation shaft disposed outside the medium mount region, and switching between the advanced state and the retracted state is performed by rotating the rotation shaft, and characterized in that : the rotation shaft is disposed in the discharge direction.
A procatalyst for the polymerization of olefins, which procatalyst comprises a compound represented by formula A as an internal electron donor: wherein R is hydrogen or a methyl group; N is nitrogen atom; 0 is oxygen atom; and C is carbon atom.
Method for customizing a blank of cardboard, corrugated cardboard or the like sheet material, which is delimited by first and second parallel opposite sides and third and fourth opposite sides which are orthogonal to said first and second sides , so that it can be folded into a package suitable for containing at least one item to be shipped, comprising the steps of: - doing on a face of the blank a first couple of a first and second wave-shaped crease lines and a second couple of third and fourth wave-shaped crease lines , each of said wave-shaped crease lines being crossed by a plurality of straight crease tracts distanced from each other and aligned with corresponding straight crease tracts of the other wave-shaped crease lines and parallel to said first and second sides , so that said third side , said first, second, third and fourth wave-shaped crease lines and fourth side delimit in succession a first top panel , a first side panel , a bottom panel , a second side panel and a second top panel , - doing in portions of said face of the blank , which are close to the first and second sides , respectively, first and second continuous straight crease lines which are parallel to each other and to said straight crease tracts , and delimit respective back and front wings of each of said first top panel , first side panel , bottom panel , second side panel and second top panel , and - applying at least one strip of glue , transversally to said straight crease lines on at least a portion of the blank close to said third or fourth side . - doing on a face of the blank a first couple of a first and second wave-shaped crease lines and a second couple of third and fourth wave-shaped crease lines , each of said wave-shaped crease lines being crossed by a plurality of straight crease tracts distanced from each other and aligned with corresponding straight crease tracts of the other wave-shaped crease lines and parallel to said first and second sides , so that said third side , said first, second, third and fourth wave-shaped crease lines and fourth side delimit in succession a first top panel , a first side panel , a bottom panel , a second side panel and a second top panel , - doing in portions of said face of the blank , which are close to the first and second sides , respectively, first and second continuous straight crease lines which are parallel to each other and to said straight crease tracts , and delimit respective back and front wings of each of said first top panel , first side panel , bottom panel , second side panel and second top panel , and - applying at least one strip of glue , transversally to said straight crease lines on at least a portion of the blank close to said third or fourth side .
A conjugate comprising an antibody conjugated to a cytotoxic agent, wherein the antibody is capable of binding to MUC1 or TA-MUC1, and wherein the antibody comprises (i) a heavy chain variable region comprising the complementarity-determining regions (CDRs) CDR-H1 having the amino acid sequence of SEQ ID NO: 1, CDR-H2 having the amino acid sequence of SEQ ID NO: 2 and CDR-H3 having the amino acid sequence of SEQ ID NO: 3, and (ii) a light chain variable region comprising the complementarity-determining regions (CDRs) CDR-L1 having the amino acid sequence of SEQ ID NO: 4, CDR-L2 having the amino acid sequence of SEQ ID NO: 5 and CDR-L3 having the amino acid sequence of SEQ ID NO: 6, wherein the amino acid at position 8 of SEQ ID NO: 2 is selected from the group consisting of glutamine, histidine, tryptophan, tyrosine, lysine, arginine, aspartic acid and glutamic acid, or wherein the CDR-H2 has the amino acid sequence of SEQ ID NO: 7. (i) a heavy chain variable region comprising the complementarity-determining regions (CDRs) CDR-H1 having the amino acid sequence of SEQ ID NO: 1, CDR-H2 having the amino acid sequence of SEQ ID NO: 2 and CDR-H3 having the amino acid sequence of SEQ ID NO: 3, and (ii) a light chain variable region comprising the complementarity-determining regions (CDRs) CDR-L1 having the amino acid sequence of SEQ ID NO: 4, CDR-L2 having the amino acid sequence of SEQ ID NO: 5 and CDR-L3 having the amino acid sequence of SEQ ID NO: 6,
A lithium metal anode electrode , that can be assembled to a cathode electrode to form a battery system, comprising: a current collector layer , made from lithium-unalloyable materials, and having a plurality of holes (H) and each of the holes (H) has an opening (O), a plurality of metal gate layers , covering the opening (O) or filling the holes (H) and comprising at least a material which can alloy with a lithium ion or a lithium metal from a medium, and the metal gate layer can transfer into particulate alloy-mud state with a plurality of pores to provide paths for the medium to the lithium metal layer after the completely-irreversible, crystal-lattice breaking, reaction of alloy, breaking down the metal gate layers to form the disorder alloyed materials, and fill into the holes (H) of the current collector layer ; and a lithium metal layer , covered via the current collector layer and the metal gate layers ; wherein the metal gate layer comprises at least a lithium-alloyable material, comprising a metal material, and the lithium-alloyable material is made of a material selected from the group consisting of aluminum, tin, alloyed aluminum, alloyed tin and/or a combination thereof, and wherein the current collector layer is made of a material selected from the group consisting of copper, nickel, iron, zinc, gold, silver, titanium. a current collector layer , made from lithium-unalloyable materials, and having a plurality of holes (H) and each of the holes (H) has an opening (O), a plurality of metal gate layers , covering the opening (O) or filling the holes (H) and comprising at least a material which can alloy with a lithium ion or a lithium metal from a medium, and the metal gate layer can transfer into particulate alloy-mud state with a plurality of pores to provide paths for the medium to the lithium metal layer after the completely-irreversible, crystal-lattice breaking, reaction of alloy, breaking down the metal gate layers to form the disorder alloyed materials, and fill into the holes (H) of the current collector layer ; and a lithium metal layer , covered via the current collector layer and the metal gate layers ; wherein the metal gate layer comprises at least a lithium-alloyable material, comprising a metal material, and the lithium-alloyable material is made of a material selected from the group consisting of aluminum, tin, alloyed aluminum, alloyed tin and/or a combination thereof, and wherein the current collector layer is made of a material selected from the group consisting of copper, nickel, iron, zinc, gold, silver, titanium.
A bedding for use in animal husbandry in the form of a compressed granulate having a particle size of from 0.1 to 10 mm, consisting of 65 to 99.5 wt.% cereal flour, 0.1 to 20 wt.% of a gelling agent selected from at least one component of the group consisting of guar gum, carob gum, tara gum, xanthan gum, gellan gum, karaya gum, alginate, agar, carrageenan, gum arabic, pectin, gum tragacanth, and cellulose ether, and 0.01 to 15 wt.% of an odor reducing agent selected from at least one component of the group consisting of chloride and acid, wherein the above components always amount to 100 wt.% in each case. 65 to 99.5 wt.% cereal flour, 0.1 to 20 wt.% of a gelling agent selected from at least one component of the group consisting of guar gum, carob gum, tara gum, xanthan gum, gellan gum, karaya gum, alginate, agar, carrageenan, gum arabic, pectin, gum tragacanth, and cellulose ether, and 0.01 to 15 wt.% of an odor reducing agent selected from at least one component of the group consisting of chloride and acid, wherein the above components always amount to 100 wt.% in each case.
A cable comprising a longitudinal structural element including at least one of an electrical conductor and an optical conductor , and a strain sensor arranged within a bending neutral region of the cable and mechanically coupled with the longitudinal structural element, wherein the strain sensor includes an optical fiber coated with at least one coating layer, characterized in that it further comprises a release layer surrounding the coating layer, and a protective layer surrounding the release layer; and wherein the release layer includes a material selected from a silicone polymer, a fluoropolymer mixture or an extruded polymer containing a slip agent, the release layer being configured to facilitate the stripping of the protective layers with a stripping force of 0.1N/cm to 0.9N/cm while maintaining the mechanical congruence with the cable conductors along the whole cable.
An assembly (1; 1') for a metal-making process, comprising: a tundish , a submerged entry nozzle (5; 5'), SEN, configured to provide tapping of molten metal from the tundish , and an electromagnetic stirrer arranged around the SEN (5; 5'), the electromagnetic stirrer having a closed and integral SEN-enclosing portion provided with coils for generating a rotating electromagnetic field in the SEN (5; 5'), the SEN-enclosing portion providing a circumferentially closed and integral annular passage through which the SEN extends, wherein the electromagnetic stirrer is immovably mounted relative to the tundish and relative to the SEN (5; 5'). a tundish , a submerged entry nozzle (5; 5'), SEN, configured to provide tapping of molten metal from the tundish , and an electromagnetic stirrer arranged around the SEN (5; 5'), the electromagnetic stirrer having a closed and integral SEN-enclosing portion provided with coils for generating a rotating electromagnetic field in the SEN (5; 5'), the SEN-enclosing portion providing a circumferentially closed and integral annular passage through which the SEN extends, wherein the electromagnetic stirrer is immovably mounted relative to the tundish and relative to the SEN (5; 5').
A system for isolating internal components of a rescue hoist from an operating environment, the system comprising: a cable drum supported on a hoist frame , the cable drum configured to rotate about a cable drum axis and to translate along the cable drum axis, characterised in that the system comprises further: a first bellows extending between and attached to the hoist frame and a first end of the cable drum; and a second bellows extending between and attached to the hoist frame and a second end of the cable drum; wherein the cable drum is rotatable relative to the first bellows and the second bellows. a first bellows extending between and attached to the hoist frame and a first end of the cable drum; and a second bellows extending between and attached to the hoist frame and a second end of the cable drum; wherein the cable drum is rotatable relative to the first bellows and the second bellows.
Method for providing an electrode foil for the manufacture of a lithium-ion accumulator, - in which a metal foil with a coating of electrode material is provided, and - in which the coating of electrode material is plasma-treated, characterised - in that the coating of electrode material is plasma-treated by exposing the coating to an atmospheric plasma jet , the atmospheric plasma jet being generated with a plasma nozzle . - in which a metal foil with a coating of electrode material is provided, and - in which the coating of electrode material is plasma-treated, characterised - in that the coating of electrode material is plasma-treated by exposing the coating to an atmospheric plasma jet , the atmospheric plasma jet being generated with a plasma nozzle .
A seal assembly comprises: a first feather seal comprising a first cooling hole extending through the first feather seal ; and a second feather seal adjacent to the first feather seal , wherein the second feather seal comprises a second cooling hole extending through the second feather seal , and wherein the first cooling hole is positioned over at least a portion of the second cooling hole ; characterised in that the second cooling hole is an elongated slot that is non-parallel with the first cooling hole ; and in that a third cooling hole is formed in the second feather seal , and the first cooling hole extends over a portion of the second and third cooling holes . a first feather seal comprising a first cooling hole extending through the first feather seal ; and a second feather seal adjacent to the first feather seal , wherein the second feather seal comprises a second cooling hole extending through the second feather seal , and wherein the first cooling hole is positioned over at least a portion of the second cooling hole ; characterised in that the second cooling hole is an elongated slot that is non-parallel with the first cooling hole ; and in that a third cooling hole is formed in the second feather seal , and the first cooling hole extends over a portion of the second and third cooling holes .
A battery module , comprising: - a housing having a cell receptacle region defined by walls of the housing , wherein the cell receptacle region is configured to enable passage of a plurality of electrochemical cells therethrough and into the housing ; and - a bus bar carrier comprising a base surrounded by a perimeter , wherein the perimeter comprises a plurality of flexible ribs engaged with the cell receptacle surface such that the plurality of flexible ribs is flexed inwardly toward the base by the walls of the housing . - a housing having a cell receptacle region defined by walls of the housing , wherein the cell receptacle region is configured to enable passage of a plurality of electrochemical cells therethrough and into the housing ; and - a bus bar carrier comprising a base surrounded by a perimeter , wherein the perimeter comprises a plurality of flexible ribs engaged with the cell receptacle surface such that the plurality of flexible ribs is flexed inwardly toward the base by the walls of the housing .
A fuel assembly configured to be positioned in a nuclear water reactor, comprising an upstream minor portion defining an upstream end , a downstream minor portion defining a downstream end , a main portion connecting the upstream minor portion and the downstream minor portion , a plurality of elongated fuel rods arranged in parallel with a longitudinal axis (x) extending through the upstream end and the downstream end , a flow interspace between the upstream end and the downstream end , the flow interspace being configured to permit a flow of coolant through the fuel assembly along a flow direction (F) from the upstream end to the downstream end in contact with the fuel rods , and at least one elongated tube (7; 37) forming an internal passage extending through the main portion in parallel with the fuel rods and permitting a stream of the coolant through the internal passage , wherein the elongated tube (7; 37) comprises a bottom , an inlet to the internal passage at the upstream minor portion and an outlet from the internal passage at the downstream minor portion , characterized in that the elongated tube (7; 37) comprises an inlet pipe forming the inlet , that the inlet pipe has an inlet end and an outlet end , that the outlet end is located inside the internal passage at a distance of at least 0.2 m downstream the bottom and at the most 1 m downstream the bottom , thereby forming a space in the internal passage between the outlet end and the bottom .
Valve actuating device for actuating at least two first valves of a reciprocating engine, comprising: a first rocker arm part , a second rocker arm part , and a first switching element arranged between the first rocker arm part and the second rocker arm part for changing the valve lift (H) of the at least two first valves (5; 5a, 5b), the first rocker arm part and the second rocker arm part being pivotally mounted and arranged in such a way that at least a first valve control movement can be transmitted from a first camshaft via the first rocker arm part and the second rocker arm part to the at least two first valves (5; 5a, 5b), the valve actuating device having a second switching element , and wherein the second rocker arm part has a first stop and a second stop for actuating in each case at least one valve (5; 5a, 5b) of the at least two first valves (5; 5a, 5b), wherein the second stop can be actuated by the second switching element . a first rocker arm part , a second rocker arm part , and a first switching element arranged between the first rocker arm part and the second rocker arm part for changing the valve lift (H) of the at least two first valves (5; 5a, 5b), the first rocker arm part and the second rocker arm part being pivotally mounted and arranged in such a way that at least a first valve control movement can be transmitted from a first camshaft via the first rocker arm part and the second rocker arm part to the at least two first valves (5; 5a, 5b), the valve actuating device having a second switching element , and wherein the second rocker arm part has a first stop and a second stop for actuating in each case at least one valve (5; 5a, 5b) of the at least two first valves (5; 5a, 5b), wherein the second stop can be actuated by the second switching element .
Device for fastening a window or a door in a wall opening of a building, having at least one wall bracket and one structural-element bracket connected to the wall bracket in the fully assembled state of the window or of the door, wherein the wall bracket has at least two fixation openings and at least one connection opening , and the connection opening is configured as a slot open in the direction of the window or of the door, characterized in that a threaded bolt is fixed in the connection opening of the wall bracket , wherein: - the threaded bolt has a bolt head which can be inserted in an accurately fitting manner into the structural-element bracket , - the structural-element bracket has a recess suitable for receiving the bolt head and in the form of a slot or defined by a complementary shape with respect to the bolt head , such that the bolt head can be slid or inserted into said recess , - the threaded bolt is equipped with at least one arresting element which has a passage bore receiving the threaded bolt and has, at a spacing from the passage bore , a securing mandrel formed from the arresting element , and - a recess which makes the engagement of the securing mandrel possible is present in the wall bracket . - the threaded bolt has a bolt head which can be inserted in an accurately fitting manner into the structural-element bracket , - the structural-element bracket has a recess suitable for receiving the bolt head and in the form of a slot or defined by a complementary shape with respect to the bolt head , such that the bolt head can be slid or inserted into said recess , - the threaded bolt is equipped with at least one arresting element which has a passage bore receiving the threaded bolt and has, at a spacing from the passage bore , a securing mandrel formed from the arresting element , and - a recess which makes the engagement of the securing mandrel possible is present in the wall bracket .