mhurhangee/ep-ind-claims huggingface dataset:
A semiconductor package assembly, comprising: a first semiconductor package, comprising: a first semiconductor die; and a first redistribution layer, RDL, structure coupled to the first semiconductor die and comprising more than one first conductive trace; and a second semiconductor package bonded to the first semiconductor package, wherein the second semiconductor package comprises: a second semiconductor die, wherein an active surface of the second semiconductor die faces an active surface of the first semiconductor die; and a second RDL structure coupled to the second semiconductor die and comprising more than one second conductive trace, wherein the first conductive traces are in direct contact with the second conductive traces; wherein the first and second semiconductor packages (A, B) are separately fabricated and are bonded to each other by fusion bonded metal joints of the first and second conductive traces (140A, 140B). a first semiconductor package, comprising: a first semiconductor die; and a first redistribution layer, RDL, structure coupled to the first semiconductor die and comprising more than one first conductive trace; and a second semiconductor package bonded to the first semiconductor package, a first semiconductor die; and a first redistribution layer, RDL, structure coupled to the first semiconductor die and comprising more than one first conductive trace; and a second semiconductor package bonded to the first semiconductor package, wherein the second semiconductor package comprises: a second semiconductor die, wherein an active surface of the second semiconductor die faces an active surface of the first semiconductor die; and a second RDL structure coupled to the second semiconductor die and comprising more than one second conductive trace, wherein the first conductive traces are in direct contact with the second conductive traces; a second semiconductor die, wherein an active surface of the second semiconductor die faces an active surface of the first semiconductor die; and a second RDL structure coupled to the second semiconductor die and comprising more than one second conductive trace, wherein the first conductive traces are in direct contact with the second conductive traces; wherein the first and second semiconductor packages (A, B) are separately fabricated and are bonded to each other by fusion bonded metal joints of the first and second conductive traces (140A, 140B).
A fluid dispenser comprising: • a fluid reservoir including a shoulder from which there extends a neck defining an opening, • a dispenser member, such as a pump or a valve, including a body that is held in stationary manner in the opening of the reservoir by fastener means that include a fastener skirt that engages the neck, • at least one source of radiation being disposed in the proximity of the neck, outside said neck, above the shoulder, the source of radiation being mounted in a collar that extends around the neck, above the shoulder and below the fastener skirt, characterized in that the collar comprises a support ring on which the source of radiation is mounted, an assembly sleeve supporting the ring and advantageously connected to the fastener means, and an outer fairing that surrounds the ring, the sleeve, and the source of radiation, the sleeve and the fairing advantageously being made as a single part. • a fluid reservoir including a shoulder from which there extends a neck defining an opening, • a dispenser member, such as a pump or a valve, including a body that is held in stationary manner in the opening of the reservoir by fastener means that include a fastener skirt that engages the neck, • at least one source of radiation being disposed in the proximity of the neck, outside said neck, above the shoulder, the source of radiation being mounted in a collar that extends around the neck, above the shoulder and below the fastener skirt,
A low migration radiation curable ink or coating composition comprising any blend of primary and/or secondary alcohol, and any blend of free-radically polymerisable ethylenically unsaturated monomers, where the equivalent hydroxy value of the composition contributed by substances comprising any blend of primary and/or secondary alcohols is 2.5mgKOH/g or greater; wherein the alcohol is selected from any of propylene glycol, trimethylolpropane, glycerol, diethylene glycol, triethylene glycol, tetraethylene glycol, dipropylene glycol, tripropylene glycol, poly(ethylene glycol), poly(propylene glycol), ethoxylated trimethylolpropane, ethoxylated pentaerythritol, ethoxylated dipentaerythritol, and combinations thereof, and wherein the total amount of the blend of primary and/or secondary alcohols is no more than 7.5% (w/w) of the composition.
A syringe (102, 900) comprising: a body (118, 906) defining a cylindrical fluid chamber having a distal end and a proximal end, a tapered portion (120, 914) extending from the distal end of the cylindrical fluid chamber, and a distal tip (124, 904) extending from the tapered portion (120, 914), wherein the distal tip (124, 904) defines an orifice; characterized in a fluid wicking tip (106, 902, 904) at the distal end of the body (118, 906) having a plurality of drip flanges (108, 902) extending radially from the distal tip (124, 904) to wick fluid-into narrow spaces defined between any two adjacent drip flanges (108, 902); wherein the orifice at the distal tip (124, 904) comprises a fitting fluidly coupled to an interior of the syringe (102, 900), wherein the fluid wicking tip (106, 902, 904) is configured to fluidly couple to a corresponding fitting on a flexible tube assembly, and wherein the narrow spaces are dimensioned to facilitate wicking of a fluid by capillary action. a body (118, 906) defining a cylindrical fluid chamber having a distal end and a proximal end, a tapered portion (120, 914) extending from the distal end of the cylindrical fluid chamber, and a distal tip (124, 904) extending from the tapered portion (120, 914), wherein the distal tip (124, 904) defines an orifice; characterized in a fluid wicking tip (106, 902, 904) at the distal end of the body (118, 906) having a plurality of drip flanges (108, 902) extending radially from the distal tip (124, 904) to wick fluid-into narrow spaces defined between any two adjacent drip flanges (108, 902); wherein the orifice at the distal tip (124, 904) comprises a fitting fluidly coupled to an interior of the syringe (102, 900), wherein the fluid wicking tip (106, 902, 904) is configured to fluidly couple to a corresponding fitting on a flexible tube assembly, and wherein the narrow spaces are dimensioned to facilitate wicking of a fluid by capillary action.
Arm, in particular for a rear suspension of a motor vehicle, said arm having a pair of borders (11a, 11b) which are shaped to define as a whole a single supporting structure; wherein said supporting structure comprises a hollow bearing portion defined by said borders (11a, 11b) of said metal sheet and having a closed boxed section for being connected in an articulated manner to the bearing structure of said motor vehicle; wherein said supporting structure comprises a substantially flat abutment portion, which is recessed downwards with respect to said bearing portion and is defined by said borders (11a, 11b) of the metal sheet, which abutment portion is located behind said bearing portion, and is adapted to receive in abutment said elastic means; characterized in that said arm is being made in a single piece from a single metal sheet wherein said borders (11a, 11b) are overlapping and bent one over the other along a bending axis (X-X); in that said abutment portion has an annular surface for acting as a seat for housing and guiding the end of said elastic means and is obtained around a pair of superimposed apertures (20a, 20b) respectively obtained on said borders (11a, 11b); and in that a collar is obtained around the lower aperture of the lower border, protruding through the upper aperture of the upper border.
A rotary electric shaver comprising: a handle assembly including a housing, a motor disposed in the housing, a drive shaft operatively connected to the motor and extending through the housing, and a socket for securing a shaver head assembly thereto, and the shaver head assembly including cutters and a coupling for detachable press-fit coupling to the socket, the coupling being insertable into the socket such that the coupling is releasably engaged within the socket in a manner that allows the coupling to be pulled out of the socket, wherein the coupling is keyed to the socket such that the shape of the coupling matches a corresponding shape of the socket in a keyed orientation of the shaver head assembly relative to the handle assembly, and wherein the coupling is configured to allow the shaver head assembly to be detachably coupled to the handle assembly in at least two different keyed orientations of the shaver head assembly relative to the handle assembly characterised in that the cutters are positioned differently relative to the handle assembly in each of the at least two different orientations of the shaver head assembly. a handle assembly including a housing, a motor disposed in the housing, a drive shaft operatively connected to the motor and extending through the housing, and a socket for securing a shaver head assembly thereto, and the shaver head assembly including cutters and a coupling for detachable press-fit coupling to the socket, the coupling being insertable into the socket such that the coupling is releasably engaged within the socket in a manner that allows the coupling to be pulled out of the socket, wherein the coupling is keyed to the socket such that the shape of the coupling matches a corresponding shape of the socket in a keyed orientation of the shaver head assembly relative to the handle assembly, and wherein the coupling is configured to allow the shaver head assembly to be detachably coupled to the handle assembly in at least two different keyed orientations of the shaver head assembly relative to the handle assembly characterised in that the cutters are positioned differently relative to the handle assembly in each of the at least two different orientations of the shaver head assembly.
A polymerization oven for mineral fiber mats, characterized in that same comprises one or a plurality of heating zones placed one after the other, said heating zones being crossed through by first and second conveyors (14 and 16) parallel to the ground and placed one above the other so as to form therebetween a space for accommodating a mineral fiber mat, the first and second conveyors (14 and 16) continuously conveying the mat through said heating zones for the mat to be polymerized therein, at least one of the heating zones including: - at least one gas heating system, and - a chamber including a bottom and a roof connected to each other by first and second side walls (58a and 58b) each extending over a length L, said chamber being crossed thorough by the first and second conveyors (14 and 16), the first side wall comprising at least one first elongated opening extending along a length L1 at least equal to 80% of the length L and the second side wall comprising at least one second elongated opening, the first and second elongated openings (60a and 60b) allowing hot gas to circulate inside the chamber, characterized in that the second elongated opening extends over a length L2 which is shorter than the length L1. - at least one gas heating system, and - a chamber including a bottom and a roof connected to each other by first and second side walls (58a and 58b) each extending over a length L, said chamber being crossed thorough by the first and second conveyors (14 and 16), the first side wall comprising at least one first elongated opening extending along a length L1 at least equal to 80% of the length L and the second side wall comprising at least one second elongated opening, the first and second elongated openings (60a and 60b) allowing hot gas to circulate inside the chamber,
A method of performing a paging-related operation by a base station of a second user equipment, UE, having a connection to a first UE in a wireless communication system, the method comprising: receiving a paging message for the second UE from a mobility management entity, MME, by the base station; and based on that the second UE is in both of a core network, CN, idle state and a radio resource control, RRC, connected state, transmitting, by the base station to the MME, a message including information related to a connection state of the second UE in response to the paging message instead of transmitting the paging message, wherein the second UE in both of the CN idle state and the RRC connected state has not established a User Plane connection for the first UE. wherein the first UE is a remote UE and the second UE is a relay UE. receiving a paging message for the second UE from a mobility management entity, MME, by the base station; and based on that the second UE is in both of a core network, CN, idle state and a radio resource control, RRC, connected state, transmitting, by the base station to the MME, a message including information related to a connection state of the second UE in response to the paging message instead of transmitting the paging message, wherein the second UE in both of the CN idle state and the RRC connected state has not established a User Plane connection for the first UE. wherein the first UE is a remote UE and the second UE is a relay UE.
A laminate film (300; 410; 600) for optical filtering configured to be applied onto an aircraft cockpit window, the laminate film comprising: a flexible substrate; one or more Bragg-reflector stacks (304; 604, 606) positioned on the flexible substrate, wherein a respective Bragg-reflector stack has a number of layers with alternating refractive indices, and wherein the Bragg-reflector stack is configured to have a stopping band with a predetermined center wavelength which lies in the visible spectrum; and a high-refractive-index layer (302; 412; 602) positioned on the one or more Bragg-reflector stacks, wherein a refractive index of the high-refractive-index layer is greater than that of an adjacent layer of the one or more Bragg-reflector stacks, thereby reducing incident-angle sensitivity of the one or more Bragg-reflector stacks. a flexible substrate; one or more Bragg-reflector stacks (304; 604, 606) positioned on the flexible substrate, wherein a respective Bragg-reflector stack has a number of layers with alternating refractive indices, and wherein the Bragg-reflector stack is configured to have a stopping band with a predetermined center wavelength which lies in the visible spectrum; and a high-refractive-index layer (302; 412; 602) positioned on the one or more Bragg-reflector stacks, wherein a refractive index of the high-refractive-index layer is greater than that of an adjacent layer of the one or more Bragg-reflector stacks, thereby reducing incident-angle sensitivity of the one or more Bragg-reflector stacks.
A method for preparation of a stable solution of an insulinotropic derivative of GLP-1, which method comprises heating a solution of said insulinotropic derivative, wherein the temperature is between 50° C and 85 °C, the pH is between 8.0 to 10.5 and said heating is continued for a period of time which is between 3 minutes and 180 minutes.
A composition for use in treating a bone injury to promote bone regeneration in a subject in need thereof, wherein the composition comprises a therapeutically effective amount of Erythropoietin, Fibronectin, and platelet-derived growth factor, wherein, (i) said therapeutically effective amount of said Erythropoietin is selected from the group consisting of: about 1 - 50 μg/Kg for systemic administration; and about 0.1 - 50 μg/ml for local administration, and (ii) said therapeutically effective amount of said Fibronectin is selected from the group consisting of: about 100 - 1000 μg/ml for systemic administration; and about 50- 500 μg/ml for local administration, and (iii) said therapeutically effective amount of said platelet-derived growth factor is selected from the group consisting of: about 10 - 100 ng/ml for systemic administration; and about 1- 50 ng/ml for local administration. (i) said therapeutically effective amount of said Erythropoietin is selected from the group consisting of: about 1 - 50 μg/Kg for systemic administration; and about 0.1 - 50 μg/ml for local administration, and about 1 - 50 μg/Kg for systemic administration; and about 0.1 - 50 μg/ml for local administration, and (ii) said therapeutically effective amount of said Fibronectin is selected from the group consisting of: about 100 - 1000 μg/ml for systemic administration; and about 50- 500 μg/ml for local administration, and about 100 - 1000 μg/ml for systemic administration; and about 50- 500 μg/ml for local administration, and (iii) said therapeutically effective amount of said platelet-derived growth factor is selected from the group consisting of: about 10 - 100 ng/ml for systemic administration; and about 1- 50 ng/ml for local administration. about 10 - 100 ng/ml for systemic administration; and about 1- 50 ng/ml for local administration.
Acoustic wave attenuation device, forming a wall of a duct, said acoustic waves propagating in a flow of air passing through said duct, said device having a structure provided with cells constituting an acoustic filter, limited by a first, perforated wall forming the inner wall of the duct and by a second, solid wall forming the outer wall of the duct, said inner wall having perforations placing the cells in communication with the inside of the duct, and having pipes for transporting a heat transfer fluid that are placed on an inner face of the inner wall and/or partially incorporated in said inner wall, said pipes being substantially parallel to one another, each pipe not intersecting the locations of the perforations, and being arranged so as to be located on or in the vicinity of the walls of the cells, characterized in that the base of the structure is made so as to remain in contact with said wall over all its surface area by closely following the relief of the inner face so as to allow the exchange of heat, through the inner wall, between the heat transfer fluid and the flow of air circulating in the duct.
A binder composition for the manufacture of iron ore pellets containing: a) at least two organic binding agents LO in the form of solid particles, which are at least: - a water-soluble anionic polymer P1 with a weight average molecular weight between 500 and 200,000 daltons, and - a water-soluble anionic or amphoteric polymer P2 with a weight average molecular weight greater than 500,000 daltons; wherein the weight average molecular weight of the polymer P1 and of the polymer P2 is determined as defined in the description, and b) at least one inorganic binding agent LI in the form of solid particles, the solid particles of the binders LO having a number median size greater than 500 micrometers, the particles of the binding agent LI have a number median size of less than one-third of the number median size of the solid particles of the binding agents LO. a) at least two organic binding agents LO in the form of solid particles, which are at least: - a water-soluble anionic polymer P1 with a weight average molecular weight between 500 and 200,000 daltons, and - a water-soluble anionic or amphoteric polymer P2 with a weight average molecular weight greater than 500,000 daltons; wherein the weight average molecular weight of the polymer P1 and of the polymer P2 is determined as defined in the description, and - a water-soluble anionic polymer P1 with a weight average molecular weight between 500 and 200,000 daltons, and - a water-soluble anionic or amphoteric polymer P2 with a weight average molecular weight greater than 500,000 daltons; wherein the weight average molecular weight of the polymer P1 and of the polymer P2 is determined as defined in the description, and b) at least one inorganic binding agent LI in the form of solid particles, the solid particles of the binders LO having a number median size greater than 500 micrometers, the particles of the binding agent LI have a number median size of less than one-third of the number median size of the solid particles of the binding agents LO.
A method of setting a threshold level for an echo signal containing an unwanted component, the echo signal being generated by transmitting and receiving a radio wave with an antenna while the antenna revolves, the method comprising: acquiring levels of the echo signals at a plurality of predetermined distance intervals; and updating (S105, S106, S107) a threshold Th[n] set for an observing position [n] based on the level of the echo signal, Echo[n] at the observing position [n], the threshold Th[n] set for the observing position [n], and a threshold Th[n-1] set for a position [n-1] closer to the antenna than the observing position [n] by a predetermined distance on the same sweep, characterized in that the step (S105, S106, S107) of updating the threshold includes updating the threshold to be lower when the level of the echo Echo[n] signal at the observing position [n] is below the threshold Th[n] set for the observing position [n], and updating the threshold to be higher when the level of the echo signal Echo[n] at the observing position [n] is above the threshold Th[n] set for the observing position [n] and the threshold Th[n] set for the observing position [n] is below the threshold Th[n-1] set for the position [n-1] closer to the antenna than the observing position [n] by the predetermined distance on the same sweep. acquiring levels of the echo signals at a plurality of predetermined distance intervals; and updating (S105, S106, S107) a threshold Th[n] set for an observing position [n] based on the level of the echo signal, Echo[n] at the observing position [n], the threshold Th[n] set for the observing position [n], and a threshold Th[n-1] set for a position [n-1] closer to the antenna than the observing position [n] by a predetermined distance on the same sweep, characterized in that the step (S105, S106, S107) of updating the threshold includes updating the threshold to be lower when the level of the echo Echo[n] signal at the observing position [n] is below the threshold Th[n] set for the observing position [n], and updating the threshold to be higher when the level of the echo signal Echo[n] at the observing position [n] is above the threshold Th[n] set for the observing position [n] and the threshold Th[n] set for the observing position [n] is below the threshold Th[n-1] set for the position [n-1] closer to the antenna than the observing position [n] by the predetermined distance on the same sweep.
Unbalance type exciter for a soil compaction device, comprising a) a carrying structure, and b) an unbalance weight (8, 9), which by means of a bearing (11a, 11b) is supported at the carrying structure in rotatable manner around a rotation axis, which rotation axis in the intended use is stationary with respect to the carrying structure, for generating an intermittent exciting force for causing the carrying structure in the intended use to vibrate, characterized in that the bearing (11a, 11b) of the unbalance weight (8, 9) is arranged at least partially within the space which is circled by the unbalance weight (8, 9) when rotating around the rotation axis. a) a carrying structure, and b) an unbalance weight (8, 9), which by means of a bearing (11a, 11b) is supported at the carrying structure in rotatable manner around a rotation axis, which rotation axis in the intended use is stationary with respect to the carrying structure, for generating an intermittent exciting force for causing the carrying structure in the intended use to vibrate, characterized in that the bearing (11a, 11b) of the unbalance weight (8, 9) is arranged at least partially within the space which is circled by the unbalance weight (8, 9) when rotating around the rotation axis.