mhurhangee/ep-ind-claims huggingface dataset:
A metal working fluids composition comprising a microbial growth control agent suitable for metal working fluids, said microbial growth control agent comprising 2-butoxy-ethanamine, or comprising at least one glycol ether amine with the structure of: wherein R1 is a C1 - C6 alkyl group and R2 is CH3 or CH2-CH3 and R3 is CH3 or CH2-CH3, and m is 0 to 6; wherein the metal working fluids composition comprises: water in an amount up to 50-60 wt%, mineral oil in an amount of 10-40 wt%, emulsifier in an amount of 10-20 wt%, amine in an amount of 10-20 wt% and other functional additives. said microbial growth control agent comprising 2-butoxy-ethanamine, or comprising at least one glycol ether amine with the structure of: wherein R1 is a C1 - C6 alkyl group and R2 is CH3 or CH2-CH3 and R3 is CH3 or CH2-CH3, and m is 0 to 6; wherein the metal working fluids composition comprises: water in an amount up to 50-60 wt%, mineral oil in an amount of 10-40 wt%, emulsifier in an amount of 10-20 wt%, amine in an amount of 10-20 wt% and other functional additives.
A method for identifying a compound having a desired activity in a repertoire of compounds, comprising the steps of: (a) providing an aqueous fluid comprising the repertoire of compounds bound to beads, wherein each bead comprises one compound from the repertoire of compounds; (b) forming a plurality of microcapsules by partitioning the aqueous fluid with an immiscible fluid as the aqueous fluid is flowing through a microfluidic channel, wherein each microcapsule comprises one bead and a target cell; (c) conducting a reaction involving a molecule associated with the cell, wherein the compound has an effect on the reaction; (d) detecting a product of the reaction to identify a microcapsule containing the compound having the desired activity on the target cell from the repertoire of compounds; and (e) screening the cells. (a) providing an aqueous fluid comprising the repertoire of compounds bound to beads, wherein each bead comprises one compound from the repertoire of compounds; (b) forming a plurality of microcapsules by partitioning the aqueous fluid with an immiscible fluid as the aqueous fluid is flowing through a microfluidic channel, wherein each microcapsule comprises one bead and a target cell; (c) conducting a reaction involving a molecule associated with the cell, wherein the compound has an effect on the reaction; (d) detecting a product of the reaction to identify a microcapsule containing the compound having the desired activity on the target cell from the repertoire of compounds; and (e) screening the cells.
An adhesive comprising: a modified polyvinyl acetal having an imine structure; a reactive diluent; and a polymerization initiator. a modified polyvinyl acetal having an imine structure; a reactive diluent; and a polymerization initiator.
A workpiece platform for a disc saw apparatus, the platform defining a workpiece receiving surface, and having an elongated main channel extending into the platform from the workpiece receiving surface, and longitudinally along the platform in the direction of relative movement between the platform and a disc saw of the apparatus, an elongated residue collecting element defining opposite elongated first and second external faces (47, 49) and having an elongated first channel extending into the collecting element from the first external face and longitudinally along the collecting element, the collecting element being releasably engageable in the main channel in a first mode with the first channel configured to receive dry residue resulting from dry cutting of the workpiece, and a communicating element configured to communicate the first channel with an extraction system for extracting the dry residue from the first channel when the collecting element is in the first mode, characterised in that an elongated second channel extends into the collecting element from the second external face thereof and longitudinally along the collecting element, and the collecting element is selectively and alternately releasably engageable in the main channel in the first mode and in a second mode with the second channel configured to receive wet residue resulting from wet cutting of the workpiece.
A display input device for an image forming apparatus, comprising: a display portion that displays a list; a touch panel portion that is provided in the display portion and that detects a touch position touched by a user; and a processing portion, wherein, while the display portion displays the list, a scroll operation that is an operation of moving the touch position after the touch of the touch panel portion and of thereafter cancelling the touch of the touch panel portion is performed such that the touch panel portion receives an instruction to scroll the list, and the processing portion determines, when the scroll operation is performed on the touch panel portion, an operation start position where the touch is first performed and an operation completion position where the touch is cancelled, characterized in that the processing portion calculates an inclination angle of the scroll operation direction (A1-A4) that is an angle formed by a line extending from the operation start position in a previously determined direction and a line connecting the operation start position and the operation completion position, and when the scroll operation is performed on the touch panel portion, the display portion changes a scroll width at which the list is scrolled such that the scroll width equals a scroll width associated with an angle range including the inclination angle of the scroll operation (A1-A4) direction among a plurality of angle ranges previously determined. a display portion that displays a list; a touch panel portion that is provided in the display portion and that detects a touch position touched by a user; and a processing portion, wherein, while the display portion displays the list, a scroll operation that is an operation of moving the touch position after the touch of the touch panel portion and of thereafter cancelling the touch of the touch panel portion is performed such that the touch panel portion receives an instruction to scroll the list, and the processing portion determines, when the scroll operation is performed on the touch panel portion, an operation start position where the touch is first performed and an operation completion position where the touch is cancelled, characterized in that the processing portion calculates an inclination angle of the scroll operation direction (A1-A4) that is an angle formed by a line extending from the operation start position in a previously determined direction and a line connecting the operation start position and the operation completion position, and when the scroll operation is performed on the touch panel portion, the display portion changes a scroll width at which the list is scrolled such that the scroll width equals a scroll width associated with an angle range including the inclination angle of the scroll operation (A1-A4) direction among a plurality of angle ranges previously determined.
Use of a peptide for the manufacture of a medicament for the prevention and/or treatment of an HPV related disease, wherein the peptide has a length of no more than 96 amino acids and comprises at least 22 contiguous amino acids from the amino acid sequence of an HPV E7 protein, wherein the contiguous amino acid sequence comprises an epitope that is recognized by a T cell that infiltrates a cervical neoplastic lesion or by a T cell from a draining lymph node, wherein the epitope is SEQ ID NO: 17, and wherein said HPV related disease is selected from the group consisting of: cervical intraepithelial neoplasia of the cervix, vulva, vagina (VaIN), anus, and penis and cancer of the cervix, vulva, vagina, anus, penis, and head & neck.
An aggregation method, comprising: obtaining (S802') by a user equipment, UE, information of: a total number of slots to be aggregated for carrying uplink control information, UCI, and a structure of each slot; wherein the structure of each slot comprises: a number of symbols for carrying a Reference Signal, RS, a number of symbols for carrying UCI, a number of symbols for switching period, and a number of symbols for carrying downlink; aggregating (S804') by the UE, a plurality of slots according to the information of the total number of slots to be aggregated and the structure of each slot; and sending (S806') by the UE, physical uplink control channel, PUCCH, to a gNodeB, gNB, via the aggregated slots. obtaining (S802') by a user equipment, UE, information of: a total number of slots to be aggregated for carrying uplink control information, UCI, and a structure of each slot; wherein the structure of each slot comprises: a number of symbols for carrying a Reference Signal, RS, a number of symbols for carrying UCI, a number of symbols for switching period, and a number of symbols for carrying downlink; aggregating (S804') by the UE, a plurality of slots according to the information of the total number of slots to be aggregated and the structure of each slot; and sending (S806') by the UE, physical uplink control channel, PUCCH, to a gNodeB, gNB, via the aggregated slots.
A method for reducing the chromium content, in particular the hexavalent chromium content, present in a liquid effluent loaded with solid particles, referred to as initial effluent (1; 10), comprising at least one reduction step (9; 90; 900) by adding a weak organic acid (10; 100; 121) to the initial effluent in an amount sufficient to reduce the hexavalent chromium present in the initial effluent to a lower valence, i.e. to trivalent chromium, said step being followed by a step of discharging the liquid effluent thus treated, referred to as final effluent, characterised in that it comprises at least the following steps: - adjusting the pH of the initial effluent to a value close to neutrality, i.e. between 7 and 8, - carrying out, prior to the reduction step, a step (2; 20; 101, 401) of collecting the solid particles present in the initial effluent, at least by settling, - performing the reduction step (9; 90; 900) after adjustment (12; 120; 122) of the pH of the initial effluent to a pH value compatible with discharging the final effluent at this pH value. - adjusting the pH of the initial effluent to a value close to neutrality, i.e. between 7 and 8, - carrying out, prior to the reduction step, a step (2; 20; 101, 401) of collecting the solid particles present in the initial effluent, at least by settling, - performing the reduction step (9; 90; 900) after adjustment (12; 120; 122) of the pH of the initial effluent to a pH value compatible with discharging the final effluent at this pH value.
A retainer of an outer ring guide type, applied to a rolling bearing including an inner ring, an outer ring, and a plurality of rolling elements disposed between the outer ring and the inner ring, and has a plurality of pockets in which the rolling elements are held, the retainer comprising: a retainer guide surface that is provided on at least one axial end portion of a retainer outer diameter surface of the retainer and is guided by the outer ring; and an axial groove that extends from the pockets to an axial end on the retainer outer diameter surface and forms an axial step portion by axially traversing the retainer guide surface, characterized in that the retainer comprises a relief surface that is formed on the retainer outer diameter surface along a circumferential direction, located on an axial center side with respect to the retainer guide surface, an outer diameter of the relief surface being smaller than that of the retainer guide surface, and that the axial groove has a groove bottom located radially inward relative to the relief surface. a retainer guide surface that is provided on at least one axial end portion of a retainer outer diameter surface of the retainer and is guided by the outer ring; and an axial groove that extends from the pockets to an axial end on the retainer outer diameter surface and forms an axial step portion by axially traversing the retainer guide surface, characterized in that the retainer comprises a relief surface that is formed on the retainer outer diameter surface along a circumferential direction, located on an axial center side with respect to the retainer guide surface, an outer diameter of the relief surface being smaller than that of the retainer guide surface, and that the axial groove has a groove bottom located radially inward relative to the relief surface.
Disc brake for a commercial vehicle, comprising a calliper back, which encompasses a brake disc and is provided with a mounting flange for a brake calliper having a brake cylinder, wherein the calliper back and a calliper head are joined to one another by two tie bars extending parallel to and at a distance from one another, and further comprising an application device which is positioned in the brake calliper and assigned to the calliper head and which comprises a pivotable brake lever, at least one brake plunger which can be pressed against a brake pad in a braking operation, a crossmember in which the brake plunger is rotatably mounted and an adjusting device for compensating for a changing clearance, characterised in that the brake calliper consists of a C-shaped frame, a separate housing accommodating the application device and the mounting flange, which is secured thereto, forms the calliper head and is directly joined to the frame.
An isolated polypeptide comprising: an antibody or an antigen binding fragment thereof, a cleavable moiety that comprises an amino acid sequence selected from the group consisting of SEQ ID NOs: 286, 305, 306, and 361-368, wherein the CM is a substrate for at least a matriptase protease or a u-plasminogen activator (uPA) protease, and a masking moiety that inhibits the ability of the AB to bind the antigen, wherein the MM is linked to the CM such that the isolated polypeptide in an uncleaved state comprises the structural arrangement from N-terminus to C-terminus as follows: MM-CM-AB; and wherein the MM does not interfere or compete with the AB for binding to the antigen in a cleaved state. an antibody or an antigen binding fragment thereof, a cleavable moiety that comprises an amino acid sequence selected from the group consisting of SEQ ID NOs: 286, 305, 306, and 361-368, wherein the CM is a substrate for at least a matriptase protease or a u-plasminogen activator (uPA) protease, and a masking moiety that inhibits the ability of the AB to bind the antigen, wherein the MM is linked to the CM such that the isolated polypeptide in an uncleaved state comprises the structural arrangement from N-terminus to C-terminus as follows: MM-CM-AB; and wherein the MM does not interfere or compete with the AB for binding to the antigen in a cleaved state. MM-CM-AB; and wherein the MM does not interfere or compete with the AB for binding to the antigen in a cleaved state.
A window, wherein it consists of a window frame and casement whereas said window frame consists of an outer section and an inner section, connected with each other by thermal spacers, one of which is a first, inner spacer on which are seated shaped gaskets ( 4 and 5) touching the spacer, and the outer section is a shell-type rectangle, having on its longer side clamping seats, whilst its opposite longer side is extended at its one side with a wall ended with a mounting slot, and the other edge of the longer side has an angle ridge, whereas the inner section of a shell-type rectangular cross-section has at its edges angle ridges, and at its longer side clamping seats, whereas said first thermal spacer is composed of two parallel first and second walls ( 12 and 12') connected with each other by first and second cross-pieces ( 13 and 13'), where in the first wall has a grove, and the second wall has angle ridges, whilst on the edges of the first wall and the second cross-piece there are mounting components, whilst on said first thermal spacer, in its angle ridges, the shell-type gasket is seated in, the walls of said gasket connected by cross-pieces, and in the upper part of the gasket, there is a protrusion, and wherein one wall has a seating component of a trapezoid shape, and the shaped gasket is joined to the shell-type gasket, said shell-type gasket being composed of walls,,,, and being connected inside by walls, and wherein protrusions are made on the wall and wall, whereas the window casement consists of the outer shell-type section, its rectangular part has an offset, wherein said rectangular part is extended with a wall ended with a mounting slot with a gasket embedded therein, whereas the outer shell-type section is connected to the inner shell-type section by second and third thermal spacers ( 3 and 31), said inner shell-type section of a rectangular cross-section has on a side clamping seats, and on its walls angle ridges, whilst said side is extended at its one side with a wall ended with a mounting slot with a gasket embedded therein, whilst the inner shell-type section is joined to a glazing skirting-strip, that has at its one edge a recess with a gasket embedded therein, and on a protrusion a gasket is seated, wherein between said gasket and the gasket of the outer shell-type section, a casement glazing is seated, whereas on the second thermal spacer, under the casement glazing, an insulation piece is seated, having on its top side protrusions, whilst the third thermal spacer comprises a first wall connected to a second wall by first and second cross-pieces ( 13 and 13"), and said first wall has a groove, and an edge of said first wall and said second cross-piece (13") has a mounting component.
A method for electrifying a rail network, a plurality of charging stations being provided within the rail network in an earlier, first operating phase of the rail network, and the charging stations each being adapted for transferring electrical energy from a supply power network to an electrically chargeable energy storage device of a rail vehicle; characterized in that in a later, second operating phase of the rail network, a rail traffic power network, that has been set up as part of an electrification, is provided in such a way that, within the rail network at least in some areas, it is possible to supply power to a rail vehicle over a travel distance of several kilometers, wherein the power supply along the travel distance is made possible by the electrification of the travel distance; wherein the charging stations already present in the first operating phase are each used in the second operating phase as energy feed devices to feed energy into the rail transportation power network in order to supply the rail traffic power network with electricity and to form a substation of the rail traffic power network. in a later, second operating phase of the rail network, a rail traffic power network, that has been set up as part of an electrification, is provided in such a way that, within the rail network at least in some areas, it is possible to supply power to a rail vehicle over a travel distance of several kilometers, wherein the power supply along the travel distance is made possible by the electrification of the travel distance; wherein the charging stations already present in the first operating phase are each used in the second operating phase as energy feed devices to feed energy into the rail transportation power network in order to supply the rail traffic power network with electricity and to form a substation of the rail traffic power network.
A controller for a hybrid vehicle provided with an engine including an exhaust gas type forced induction device and a motor ( 150; 610) coupled to an output shaft of the engine, wherein the motor ( 150; 610) has a power generating function for generating power with torque of the engine, and the power generated by the motor ( 150; 610) is stored in a battery, characterized in that the controller is configured so that if the controller stops the engine under a situation in which the forced induction device is overheated, before stopping the engine, the controller performs a rotation process that rotates the output shaft under a condition in which supply of fuel to the engine is stopped, the rotation process includes motoring that rotates the output shaft with the motor ( 150; 610) under the condition that the supply of fuel to the engine is stopped, when stopping the engine under the situation in which the forced induction device is overheated, if a state of charge of the battery is higher than or equal to a specified level ( Vbth), the controller is configured to perform the motoring and then end the motoring, and if the state of charge of the battery is lower than the specified level ( Vbth), the controller is configured to perform a load operation with the engine to have the motor ( 150; 610) generate power with the torque of the engine before stopping the supply of fuel to the engine to stop the engine. if a state of charge of the battery is higher than or equal to a specified level ( Vbth), the controller is configured to perform the motoring and then end the motoring, and if the state of charge of the battery is lower than the specified level ( Vbth), the controller is configured to perform a load operation with the engine to have the motor ( 150; 610) generate power with the torque of the engine before stopping the supply of fuel to the engine to stop the engine.
A metal roofing member for disposing side by side with another metal roofing member on a roof base, comprising: a front substrate made of a metal sheet, and provided with a box-shaped body portion and a flange portion extending from the body portion; a rear substrate disposed on the rear side of the front substrate, so as to cover an opening of the body portion; a core material made from a foam resin and filled in between the body portion of the front substrate and the rear substrate, wherein the flange portion is formed by folding back, over the rear side of the front substrate, of the metal sheet extending outwards of the body portion in a direction perpendicular to a height direction of the body portion, from a lower edge of the body portion, in such a manner that the metal sheet wraps around the rear substrate; the flange portion is provided with a rear end for coming in contact with the roof base; characterized in that the distance between the rear end of the flange portion and the rear surface of the rear substrate in the height direction is set to 1 mm to 4 mm to form a clearance between the rear substrate and the roof base when the metal roofing member is disposed on the roof base; and the flange portion is configured for being disposed on the roof base while butting against a flange portion of the other metal roofing member. a front substrate made of a metal sheet, and provided with a box-shaped body portion and a flange portion extending from the body portion; a rear substrate disposed on the rear side of the front substrate, so as to cover an opening of the body portion; a core material made from a foam resin and filled in between the body portion of the front substrate and the rear substrate, wherein the flange portion is formed by folding back, over the rear side of the front substrate, of the metal sheet extending outwards of the body portion in a direction perpendicular to a height direction of the body portion, from a lower edge of the body portion, in such a manner that the metal sheet wraps around the rear substrate; the flange portion is provided with a rear end for coming in contact with the roof base; characterized in that the distance between the rear end of the flange portion and the rear surface of the rear substrate in the height direction is set to 1 mm to 4 mm to form a clearance between the rear substrate and the roof base when the metal roofing member is disposed on the roof base; and the flange portion is configured for being disposed on the roof base while butting against a flange portion of the other metal roofing member.