mhurhangee/ep-ind-claims huggingface dataset:
A cutting tool comprising: a body having an axis and one or more flutes; a pocket formed on the surface of said body, said pocket having a primary bearing face and a radial wall; an insert removably connected to said primary bearing face and positioned adjacent said radial wall; an axial seating pin removably connected to said body and extending at an angle substantially perpendicular to said axis, said axial seating pin has an abutting face that contacts a face of said insert and prevents said insert from moving axially, wherein said axial seating pin is connected to said body through a connection point having an aperture formed in said one or more flutes, characterised in that the axial seating pin includes a shank configured to slide into said aperature and a lip extending from said shank, wherein said cutting tool further comprises a fastener receiving portion formed separately from or as a part of said aperture, and a fastener connectable to said fastener receiving portion, wherein an axis of the shank is displaced from an axis of the fastener and wherein the fastener and the lip are configured to contact one another to secure said axial seating pin in said body against axial movement. a body having an axis and one or more flutes; a pocket formed on the surface of said body, said pocket having a primary bearing face and a radial wall; an insert removably connected to said primary bearing face and positioned adjacent said radial wall; an axial seating pin removably connected to said body and extending at an angle substantially perpendicular to said axis, said axial seating pin has an abutting face that contacts a face of said insert and prevents said insert from moving axially, wherein said axial seating pin is connected to said body through a connection point having an aperture formed in said one or more flutes, characterised in that the axial seating pin includes a shank configured to slide into said aperature and a lip extending from said shank, wherein said cutting tool further comprises a fastener receiving portion formed separately from or as a part of said aperture, and a fastener connectable to said fastener receiving portion, wherein an axis of the shank is displaced from an axis of the fastener and wherein the fastener and the lip are configured to contact one another to secure said axial seating pin in said body against axial movement.
A disposable diaper having a longitudinal direction, a width direction, and a thickness direction that intersect each other, the disposable diaper comprising: side flaps; pieces of fastening tape respectively arranged on widthwise side portions of the side flaps; and joining portions each of which joins a portion of each piece of the fastening tape to a non-skin side of the side flaps in the thickness direction, in an unfolded state, for each of the pieces of fastening tape, a magnitude of force (F1S) applied at a time when the joining portion is peeled off when a region of the fastening tape that is outward in the width direction with respect to the joining portion is pulled in an outward direction along the width direction being greater than a minimum value of an magnitude of force (F2S) applied at a time when the joining portion is peeled off when a region of the fastening tape that is inward in the width direction with respect to the joining portion is pulled in any direction between the outward direction along the width direction and an outward direction along the thickness direction. side flaps; pieces of fastening tape respectively arranged on widthwise side portions of the side flaps; and joining portions each of which joins a portion of each piece of the fastening tape to a non-skin side of the side flaps in the thickness direction, in an unfolded state, for each of the pieces of fastening tape, a magnitude of force (F1S) applied at a time when the joining portion is peeled off when a region of the fastening tape that is outward in the width direction with respect to the joining portion is pulled in an outward direction along the width direction being greater than a minimum value of an magnitude of force (F2S) applied at a time when the joining portion is peeled off when a region of the fastening tape that is inward in the width direction with respect to the joining portion is pulled in any direction between the outward direction along the width direction and an outward direction along the thickness direction. in an unfolded state, for each of the pieces of fastening tape, a magnitude of force (F1S) applied at a time when the joining portion is peeled off when a region of the fastening tape that is outward in the width direction with respect to the joining portion is pulled in an outward direction along the width direction being greater than a minimum value of an magnitude of force (F2S) applied at a time when the joining portion is peeled off when a region of the fastening tape that is inward in the width direction with respect to the joining portion is pulled in any direction between the outward direction along the width direction and an outward direction along the thickness direction.
A handrail device adapted for a playard frame, comprising a handrail, a connecting component, and an engaging structure for detachably connecting the handrail and the connecting component, characterized in that the engaging structure comprises an engaging slot and an engaging component, one of the engaging slot and the engaging component is disposed on the connecting component, the other one of the engaging slot and the engaging component is disposed on the handrail, and an engaging rib corresponding to the engaging slot is disposed on the engaging component and for engaging with the engaging slot.
A particle comprising a plurality of lithium nickel oxide crystallites having a layered alpha-NaFeO2-type structure and a grain boundary between adjacent crystallites, wherein the grain boundary is on the surface of the crystallite and comprises a second composition comprising a Co-substituted lithium nickel oxide having a layered alpha-NaFeO2-type structure, a cubic structure or a combination thereof, and wherein the concentration of cobalt in the grain boundaries is greater than a concentration of cobalt in the crystallites.
A drive rod lock for the stationary wing of a door that has a moving wing and a stationary wing, having a lock nut for receiving a handle that actuates the lock and having at least one bascule bolt for an upper or lower drive rod bascule that can be moved upward or downward out of the lock case, and having a coupling gear, between the lock nut and the bascule bolt, by way of which coupling gear, upon a rotation of the lock nut in the opening direction, the drive rod bascule is pulled inward, wherein the coupling gear has a reversing lever, driven pivotably by the lock nut, the free lever arm of which is coupled with a first pivot arm of a pivotably supported two-arm connector, the second pivot arm of which is connected to the bascule bolt, and the bascule bolt engages the reversing lever in such a way that in the retraction direction it drives and blocks the coupling gear counter to the opening direction, and wherein a locking element projecting in the direction of the reversing lever is releasably secured to the bascule bolt.
A method of controlling a display apparatus (100, 300), the method comprising: displaying a plurality of contents, received through a plurality of input sources, in a plurality of content areas (310, 320, 330, 340) respectively; characterized in that in response to a control signal being received, determining at least one content area to which the control signal could be applied, based on a type of an operation to be controlled according to the control signal; when it is determined that the control signal could be applied to two or more content areas, displaying a user interface (Ul) screen for selecting a content area to be controlled among said two or more content areas; and a content area being selected from the UI screen, controlling an input source corresponding to the selected content area to perform an operation according to the control signal. displaying a plurality of contents, received through a plurality of input sources, in a plurality of content areas (310, 320, 330, 340) respectively; characterized in that in response to a control signal being received, determining at least one content area to which the control signal could be applied, based on a type of an operation to be controlled according to the control signal; when it is determined that the control signal could be applied to two or more content areas, displaying a user interface (Ul) screen for selecting a content area to be controlled among said two or more content areas; and a content area being selected from the UI screen, controlling an input source corresponding to the selected content area to perform an operation according to the control signal.
A nucleic acid comprising: a. a first polynucleotide encoding a target-specific ligand wherein the target-specific ligand binds a tumour antigen; b. a second polynucleotide encoding a ligand that binds a CD3 protein associated with the TCR complex; and c. a third polynucleotide encoding a T cell co-receptor domain polypeptide comprising a CD4 cytosolic domain and a CD4 transmembrane domain; wherein the components (a), (b) and (c) of the T cell antigen coupler encoded by the nucleic acid are fused directly to each other or joined by at least one linker and the nucleic acid does not encode an activation domain. a. a first polynucleotide encoding a target-specific ligand wherein the target-specific ligand binds a tumour antigen; b. a second polynucleotide encoding a ligand that binds a CD3 protein associated with the TCR complex; and c. a third polynucleotide encoding a T cell co-receptor domain polypeptide comprising a CD4 cytosolic domain and a CD4 transmembrane domain;
A polarizing plate-carrier film laminate comprising: a polarizer (1, 100); a bonding agent layer and a protective film (3, 300) sequentially provided on one surface of the polarizer (1, 100); and a protective layer and a carrier film (5, 200) sequentially provided on the other surface of the polarizer (1, 100), wherein the protective layer is directly attached to the polarizer (1, 100), the carrier film (5, 200) comprises a base film and a primer layer each provided on one surface or both surfaces of the base film, the primer layer comprises a water-dispersible polyurethane-based resin; wherein the protective layer is a resin layer comprising an active energy ray curable composition or a cured product thereof, and the active energy ray curable composition comprises an epoxy compound, an oxetane compound, wherein the active energy ray-curable composition comprises 5 to 90 parts by weight of the oxetane compound per 100 parts by weight of the epoxy compound, and wherein the active energy ray curable composition further comprises 0.01 to 6.8 parts by weight of a modified siloxane compound based on 100 parts by weight of the epoxy compound. a polarizer (1, 100); a bonding agent layer and a protective film (3, 300) sequentially provided on one surface of the polarizer (1, 100); and a protective layer and a carrier film (5, 200) sequentially provided on the other surface of the polarizer (1, 100), wherein the protective layer is directly attached to the polarizer (1, 100), the carrier film (5, 200) comprises a base film and a primer layer each provided on one surface or both surfaces of the base film, the primer layer comprises a water-dispersible polyurethane-based resin; wherein the protective layer is a resin layer comprising an active energy ray curable composition or a cured product thereof, and the active energy ray curable composition comprises an epoxy compound, an oxetane compound, wherein the active energy ray-curable composition comprises 5 to 90 parts by weight of the oxetane compound per 100 parts by weight of the epoxy compound, and wherein the active energy ray curable composition further comprises 0.01 to 6.8 parts by weight of a modified siloxane compound based on 100 parts by weight of the epoxy compound.
An integrated circuit package, comprising: a processing circuitry die; an optical engine die coupled to the processing circuitry die, the optical engine die comprising optical engine circuits including an optical transmitter and laser component, and an optical receiver; a transceiver die; a package substrate with a top surface on which the processing circuitry die, transceiver die, and optical engine die are mounted using at least one of solder bumps and microbumps; one or more additional optical engine dies mounted on the package substrate or stacked on top of the dies (300, 702); and conductive signal traces formed on the package substrate, wherein the signal traces directly interconnect the processing circuitry die with the transceiver die, and the signal traces directly connect the transceiver die with the optical engine die, the signal traces interfacing with the processing circuitry die, transceiver die, and optical engine die using at least one of the solder bumps and the microbumps. a processing circuitry die; an optical engine die coupled to the processing circuitry die, the optical engine die comprising optical engine circuits including an optical transmitter and laser component, and an optical receiver; a transceiver die; a package substrate with a top surface on which the processing circuitry die, transceiver die, and optical engine die are mounted using at least one of solder bumps and microbumps; one or more additional optical engine dies mounted on the package substrate or stacked on top of the dies (300, 702); and conductive signal traces formed on the package substrate, wherein the signal traces directly interconnect the processing circuitry die with the transceiver die, and the signal traces directly connect the transceiver die with the optical engine die, the signal traces interfacing with the processing circuitry die, transceiver die, and optical engine die using at least one of the solder bumps and the microbumps.
An assembly comprising a fastening piece for an outside threshold and a stone threshold, said fastening piece being arranged to be positioned on an inner side of a door or window bay and comprising a longitudinal face defined along a plane P, a first free end and a second end provided with a stop extending transversely and being arranged to nest on the inner side of a door or window frame, said assembly being characterized in that a protuberance also extends from said stop, in a direction parallel to said plane P, said protuberance extending opposite said first free end and being arranged at a predetermined height relative to said plane P, and in that said stone threshold comprises, at one end, a slot in its thickness that is located at said predetermined height, and that comprises an upper wall and a lower wall separated by a distance equal to a predetermined thickness, said protuberance being arranged to nest in said slot of said outer stone threshold.
A precut blank for the formation of a platform designed to be lifted by the arms of a forklift truck, the precut blank having a central panel, with a rectangular shape and designed to become the supporting surface of the platform, on each of the two longer sides of which there is a shaped portion (5, 5') designed to become the legs of the platform, joined to the central panel by a first crease line (6, 6'), each shaped portion (5, 5') being divided into four successive panels (7, 7'; 8, 8'; 10, 10'; 12, 12'), connected by second crease lines (9, 9'; 11, 11'; 13, 13') parallel to the first crease line (6, 6'), the four successive panels (7, 7'; 8, 8'; 10, 10'; 12, 12') comprising a first panel (7, 7'), a second panel (8, 8'), a third panel (10, 10') and a fourth panel (12, 12'), the first panel (7, 7') and the third panel (10, 10') being equal to each other, at least one of the first (7,7') and third (10, 10') panel being equipped, on a respective left side, with a first left shaped panel (130, 130'), and on a respective right side, with a first right shaped panel (15, 15'), said left and right sides being provided with third crease lines (14, 14', 18, 18', 16, 16', 20, 20') at right angles to the first crease lines (6, 6'); the precut blank being configured in such a way that, with respect to an outer face of the precut blank, bending upstream the first panel (7, 7'), the second panel (8, 8') and the third panel (10, 10') along the first and second crease lines (6, 6', 9, 9'; 11, 11') between the central panel, the first, second and third panel (7, 7'; 8, 8'; 10, 10'), then bending upstream the first left shaped panel (130, 130') and the first right shaped panel (15, 15') along the respective third crease lines (14, 14', 16, 16'), in such a way as to block the first, second and third panel (7, 7'; 8, 8'; 10, 10') at right angles to each other and with respect to the central panel, and bending downstream the fourth panel (12, 12') along the second crease line (13, 13') with the third panel (10, 10') and coupling it to an inner face of the central panel a platform is obtained, the precut blank being characterised in that each shaped portion (5, 5'), at the first, second and third panel (7, 7'; 8, 8'; 10, 10'), comprises a central part defined by two cut lines (25, 26; 25', 26'), parallel to the third crease lines (14, 14', 18, 18', 16, 16', 20, 20'), and by two perimeter lines (27, 27'; 28, 28'), a first perimeter line (27, 27') and a second perimeter line (28, 28'), parallel to the first crease Z lines (6, 6') and each positioned, respectively, in the first (7, 7') and in the third (10, 10') panel, and in that it comprises a first sub-panel (21, 21') made in the central part at the first perimeter line (27, 27'), the precut blank being configured in such a way that when the pre-cut blank is assembled as the platform, by bending upstream with respect to the outer face of the precut blank the first sub-panel (21, 21') along the respective first perimeter line (27, 27'), the first sub-panel (21, 21') rests on the second perimeter line (28, 28') forming a slot between the legs of the platform for inserting the arms of a forklift truck.
An agent for modulation of a chronic inflammatory response wherein the agent modulates the biological activity of citrullinated tenascin-C; wherein the agent is an antibody or antigen binding fragment thereof which binds specifically to citrullinated tenascin-C.
A compound device having an interior volume and an exterior surface comprising: a wall located between the interior volume and an exterior of the compound device; a protected component surrounded by an enclosure (1202/1602), said enclosure (1202/1602) at least partially located in the interior volume; an opening in said wall exposing said enclosure (1202/1602) to said exterior; an active area formed on at least a portion of the exterior surface; a cover shielding said active area from said exterior; and, characterized in that, a seal closing said enclosure (1202/1602) and isolating said protected component from said wall is provided; a coupler attaching said seal to said cover is provided, wherein said coupler connects said seal to said cover via said opening and wherein said coupler is adapted to synchronize removal of said cover and unsealing of said enclosure (1202/1602). a wall located between the interior volume and an exterior of the compound device; a protected component surrounded by an enclosure (1202/1602), said enclosure (1202/1602) at least partially located in the interior volume; an opening in said wall exposing said enclosure (1202/1602) to said exterior; an active area formed on at least a portion of the exterior surface; a cover shielding said active area from said exterior; and, characterized in that, a seal closing said enclosure (1202/1602) and isolating said protected component from said wall is provided; a coupler attaching said seal to said cover is provided, wherein said coupler connects said seal to said cover via said opening and wherein said coupler is adapted to synchronize removal of said cover and unsealing of said enclosure (1202/1602).
A radiation detector system comprising: a semiconductor detector having a surface; plural pixelated anodes disposed on the surface, the pixelated anodes arranged in a grid defining a footprint; and a side anode, the side anode disposed outside of the footprint defined by the plural pixelated anodes, the side anode having a length extending along at least two of the pixelated anodes, wherein the side anode is coupled to an electronic channel and configured to generate a non-collected charge signal in response to absorption of a photon in a pixelated anode (114, 115) disposed adjacent to the side anode. a semiconductor detector having a surface; plural pixelated anodes disposed on the surface, the pixelated anodes arranged in a grid defining a footprint; and a side anode, the side anode disposed outside of the footprint defined by the plural pixelated anodes, the side anode having a length extending along at least two of the pixelated anodes, wherein the side anode is coupled to an electronic channel and configured to generate a non-collected charge signal in response to absorption of a photon in a pixelated anode (114, 115) disposed adjacent to the side anode.
Contraceptive for men according to ISO standard 4074 for rolling on the penis, which in at least one state extends substantially along a longitudinal axis, with a first section, which is cylindrically formed in at least one state, and a reservoir as a second section for receiving sperm, wherein the second section is arranged at a closed end of the contraceptive as viewed along the longitudinal axis, and a transition from the first section to the second section has a taper, such that the contraceptive tapers from the first section to the second section, wherein the second section has a surface structure on the outside at least in sections, wherein the surface structure has several nubs and the several nubs are grouped in such a way that the grouping runs substantially circularly around the longitudinal axis, and characterised in that the nubs are arranged uniformly and offset with respect to each other, and the nubs protrude by less than 1 mm and are less than 2 mm wide. with a first section, which is cylindrically formed in at least one state, and a reservoir as a second section for receiving sperm, wherein the second section is arranged at a closed end of the contraceptive as viewed along the longitudinal axis, and a transition from the first section to the second section has a taper, such that the contraceptive tapers from the first section to the second section, wherein the second section has a surface structure on the outside at least in sections, wherein the surface structure has several nubs and the several nubs are grouped in such a way that the grouping runs substantially circularly around the longitudinal axis, and characterised in that the nubs are arranged uniformly and offset with respect to each other, and the nubs protrude by less than 1 mm and are less than 2 mm wide.
A method for producing an ester comprising: A. reacting individual fatty acids or fatty acid monoesters with ozone and alcohol at a temperature between -80°C to 80°C to produce intermediate products; and B. refluxing the intermediate products or further reacting at lower than reflux temperature, wherein esters are produced from the intermediate products at double bond sites; and substantially all of the fatty acid carboxylic acid groups are esterified to esters. A. reacting individual fatty acids or fatty acid monoesters with ozone and alcohol at a temperature between -80°C to 80°C to produce intermediate products; and B. refluxing the intermediate products or further reacting at lower than reflux temperature, wherein esters are produced from the intermediate products at double bond sites; and substantially all of the fatty acid carboxylic acid groups are esterified to esters.