mhurhangee/ep-ind-claims huggingface dataset:
A modular semiconductive device, comprising: an at least partially embedded multi-die interconnect bridge, EMIB, in a glass substrate, wherein the glass substrate includes a die side and a land side; a plurality of through-glass vias, TGVs, that communicate from the die side to the land side; a first semiconductive device coupled to the EMIB and to at least one TGV, wherein the first semiconductive device includes substrate bond pads that couple to the at least one TGV, and EMIB bond pads that couple to the EMIB; and a subsequent semiconductive device coupled to the EMIB and to at least one TGV, wherein the subsequent semiconductive device includes substrate bond pads that couple to the at least one TGV, and EMIB bond pads that couple to the EMIB. an at least partially embedded multi-die interconnect bridge, EMIB, in a glass substrate, wherein the glass substrate includes a die side and a land side; a plurality of through-glass vias, TGVs, that communicate from the die side to the land side; a first semiconductive device coupled to the EMIB and to at least one TGV, wherein the first semiconductive device includes substrate bond pads that couple to the at least one TGV, and EMIB bond pads that couple to the EMIB; and a subsequent semiconductive device coupled to the EMIB and to at least one TGV, wherein the subsequent semiconductive device includes substrate bond pads that couple to the at least one TGV, and EMIB bond pads that couple to the EMIB.
A light-emitting device comprising: a wiring substrate; a base member that is mounted on the wiring substrate; a light source that is mounted on a front surface of the base member; a drive unit that is mounted on the wiring substrate and drives the light source; a wiring pattern that is on the wiring substrate, is connected to the light source and extends from a back surface side of the base member toward the drive unit; and a circuit element that is provided in a region on the front surface of the base member between the light source and the drive unit, the region overlapping the wiring pattern in a plan view, so that a path of the wiring pattern connecting the light source and the drive unit is not restricted by the circuit element. a wiring substrate; a base member that is mounted on the wiring substrate; a light source that is mounted on a front surface of the base member; a drive unit that is mounted on the wiring substrate and drives the light source; a wiring pattern that is on the wiring substrate, is connected to the light source and extends from a back surface side of the base member toward the drive unit; and a circuit element that is provided in a region on the front surface of the base member between the light source and the drive unit, the region overlapping the wiring pattern in a plan view, so that a path of the wiring pattern connecting the light source and the drive unit is not restricted by the circuit element.
A breather apparatus, comprising: a mounting base including a valve seat and at least one venting cavity; a valve mounted on the valve seat; and a cover operatively associated with the mounting base, the cover including at least one venting cavity connected to the venting cavity of the mounting base; and wherein the venting cavity of the mounting base includes a V-shaped opening and the venting cavity of the cover includes two vertical grooves in fluid communication with two ends of the V-shaped opening. a mounting base including a valve seat and at least one venting cavity; a valve mounted on the valve seat; and a cover operatively associated with the mounting base, the cover including at least one venting cavity connected to the venting cavity of the mounting base; and wherein the venting cavity of the mounting base includes a V-shaped opening and the venting cavity of the cover includes two vertical grooves in fluid communication with two ends of the V-shaped opening.
A shaft straightening apparatus comprising: a frame having an open area dimensioned to receive a shaft in the open area; a holding device on the frame adjacent the open area, a proximity sensor on the frame adjacent the open area; and an actuator device on the frame at an opposite side of the open area from the holding device, the actuator device having a ram that is extendible from the actuator device and retractable to the actuator device, the ram being extendible from the actuator device into the open area to engage against the shaft positioned in the open area and supported by the holding device rod, the ram further configured to bend the shaft while moving the shaft a distance through the open area while the proximity sensor senses the distance the shaft is moved through the open area by the ram, characterized in that the apparatus comprises two holding devices being positioned on the frame on the opposite side of the open area from the actuator device, each holding device having a rod (18r, 20r) that is extendible from the holding device and retractable to the holding device, the rod being extendible from the holding device into the open area to engage against the shaft positioned in the open area and to support the shaft where engaged by the rod; the proximity sensor being operable to sense a distance from the proximity sensor to the shaft positioned in the open area and is supported by the holding device rod, and to output a signal that is indicative of the sensed distance; and the actuator device is positioned on the frame between the two holding devices. a frame having an open area dimensioned to receive a shaft in the open area; a holding device on the frame adjacent the open area, a proximity sensor on the frame adjacent the open area; and an actuator device on the frame at an opposite side of the open area from the holding device, the actuator device having a ram that is extendible from the actuator device and retractable to the actuator device, the ram being extendible from the actuator device into the open area to engage against the shaft positioned in the open area and supported by the holding device rod, the ram further configured to bend the shaft while moving the shaft a distance through the open area while the proximity sensor senses the distance the shaft is moved through the open area by the ram, characterized in that the apparatus comprises two holding devices being positioned on the frame on the opposite side of the open area from the actuator device, each holding device having a rod (18r, 20r) that is extendible from the holding device and retractable to the holding device, the rod being extendible from the holding device into the open area to engage against the shaft positioned in the open area and to support the shaft where engaged by the rod; the proximity sensor being operable to sense a distance from the proximity sensor to the shaft positioned in the open area and is supported by the holding device rod, and to output a signal that is indicative of the sensed distance; and the actuator device is positioned on the frame between the two holding devices.
A method of receiving and processing at least first and second communication signals concurrently in respective first and second branches of a receiver, wherein the first signal is modulated onto a first carrier having a first bandwidth, and the second signal is modulated onto a second carrier having a second bandwidth, the method comprising the steps of: receiving the first and second signals; setting the frequency response of signal processing elements in the first receiver branch to a frequency response sufficient to not attenuate at least the first signal; processing the first signal in the first receiver branch; setting the frequency response of signal processing elements in the second receiver branch to a frequency response sufficient to not fully attenuate received signals within a frequency band of interest, the width of which is greater than the carrier bandwidth of the second signal; processing the second signal in the second receiver branch; estimating the imbalance between In-phase I and Quadrature Q components of the first and second received signals; and jointly compensating the estimated IQ imbalance over the first and second received signals. receiving the first and second signals; setting the frequency response of signal processing elements in the first receiver branch to a frequency response sufficient to not attenuate at least the first signal; processing the first signal in the first receiver branch; setting the frequency response of signal processing elements in the second receiver branch to a frequency response sufficient to not fully attenuate received signals within a frequency band of interest, the width of which is greater than the carrier bandwidth of the second signal; processing the second signal in the second receiver branch; estimating the imbalance between In-phase I and Quadrature Q components of the first and second received signals; and jointly compensating the estimated IQ imbalance over the first and second received signals.
A continuous production method for an aromatic cyclic oligomer containing at least one type of heteroatom selected from the group consisting of sulfur, nitrogen, and oxygen, the continuous production method comprising: (a) supplying a polymerization solvent and a reaction raw material to a continuous production apparatus including a plurality of reaction vessels; (b) performing a polymerization reaction in the polymerization solvent in at least one of the reaction vessels to form a reaction mixture; (c) removing at least a part of water in gas phase parts of the reaction vessels from the reaction vessels; and (d) successively moving the reaction mixture to each of the reaction vessels; the steps (a), (b), (c), and (d) being performed in parallel; wherein an amount of the polymerization solvent in the reaction vessels positioned furthest downstream in a movement direction of the reaction mixture is not less than 1 L and not greater than 50 L per 1 mol of arylene units in the reaction raw material; the respective gas phase parts of the plurality of reaction vessels communicate with one another; and a pressure of each of the gas phase parts is uniform. (a) supplying a polymerization solvent and a reaction raw material to a continuous production apparatus including a plurality of reaction vessels; (b) performing a polymerization reaction in the polymerization solvent in at least one of the reaction vessels to form a reaction mixture; (c) removing at least a part of water in gas phase parts of the reaction vessels from the reaction vessels; and (d) successively moving the reaction mixture to each of the reaction vessels;
An isolated nucleic acid molecule encoding a monocin, wherein the nucleic acid molecule comprises a first polynucleotide that encodes the structural proteins of a functional monocin except the corresponding natural receptor binding protein, wherein the structural proteins encoded by the first polynucleotide are at least 80% identical to SEQ ID NOs: 7-16, wherein the nucleic acid molecule further comprises a heterologous second polynucleotide sequence encoding a heterologous RBP, wherein the RBP comprises a baseplate attachment region (BPAR) and a receptor binding domain, and wherein the monocin has bactericidal specificity against at least one strain of Listeria monocytogenes, or other species of Listeria, or other genus of bacteria as determined by the heterologous RBP and different from that determined by the natural RBP.
A method for the dry slaking of calcium and magnesium oxides from calcium-magnesium compounds, preferably containing at least 10% by weight of MgO based on the total weight of said calcium-magnesium compound, including the steps of: - supplying calcium-magnesium compound containing MgO in an slaking equipment, - supplying a slaking aqueous phase to said slaking equipment, and - slaking said calcium and magnesium oxides from said calcium-magnesium compound supplied into said slaking equipment, by said slaking aqueous phase, with formation of slaked solid particles of calcium and magnesium hydroxides characterized in that the mass ratio between water and the calcium-magnesium compound containing MgO is less than 1.5 and in that said slaking is carried out in the presence of an additive selected from the group consisting of water-soluble metal hydroxides, water-soluble metal silicates, water-soluble aluminates, and mixtures thereof. - supplying calcium-magnesium compound containing MgO in an slaking equipment, - supplying a slaking aqueous phase to said slaking equipment, and - slaking said calcium and magnesium oxides from said calcium-magnesium compound supplied into said slaking equipment, by said slaking aqueous phase, with formation of slaked solid particles of calcium and magnesium hydroxides
Shower drain (1; 30) and a tile, the shower drain (1; 30) comprising: - a tray (2; 31) with a bottom surface and upright side walls arranged along the periphery; - a height-adjustable tile frame (5; 20; 33; 40; 50; 60) arranged in the tray (2; 31) and having at least an upright edge (9; 33); and - a grating (6; 38) arranged in the tray (2; 31); wherein adjusting means (10, 11; 21, 22, 23; 34; 43, 44, 45; 51, 52; 62, 63) are arranged at least in contact with the upright edge (9; 33) of the tile frame (5; 20; 33; 40; 50; 60) for the purpose of height adjustment of the tile frame (5; 20; 33; 40; 50; 60), characterized in that the space between the tile and the tile frame (5; 20; 33; 40; 50; 60) is filled with an elastic mastic. - a tray (2; 31) with a bottom surface and upright side walls arranged along the periphery; - a height-adjustable tile frame (5; 20; 33; 40; 50; 60) arranged in the tray (2; 31) and having at least an upright edge (9; 33); and - a grating (6; 38) arranged in the tray (2; 31); wherein adjusting means (10, 11; 21, 22, 23; 34; 43, 44, 45; 51, 52; 62, 63) are arranged at least in contact with the upright edge (9; 33) of the tile frame (5; 20; 33; 40; 50; 60) for the purpose of height adjustment of the tile frame (5; 20; 33; 40; 50; 60), characterized in that the space between the tile and the tile frame (5; 20; 33; 40; 50; 60) is filled with an elastic mastic.
A pharmaceutical composition for use in a method of treating neurodegenerative diseases and diseases caused by low cAMP expression in a patient, wherein said neurodegenerative diseases are selected from a group comprising amnesia, dementia, Alzheimer's disease and Parkinson's disease, and said diseases caused by low cAMP expression are selected from a group comprising psoriasis and cancers, and wherein said pharmaceutical composition is characterized in that it comprises: - a first main component comprising ginsenosides Rg1, Rb1 and Re; - a second main component comprising a glycyrrhiza related acid being one selected from a group consisting of a glycyrrhizic acid, a glycyrrhetinic acid and a combination thereof; and - a third main component comprising a jujuba cyclic adenosine monophosphate (jujuba cAMP). - a first main component comprising ginsenosides Rg1, Rb1 and Re; - a second main component comprising a glycyrrhiza related acid being one selected from a group consisting of a glycyrrhizic acid, a glycyrrhetinic acid and a combination thereof; and - a third main component comprising a jujuba cyclic adenosine monophosphate (jujuba cAMP).
A non-therapeutic method of increasing a ratio of muscle mass to total body weight in a person comprising administering citrulline or a salt thereof and glutathione or a salt thereof in conjunction with a resistance workout program to a person, wherein the citrulline or a salt thereof and glutathione or a salt thereof are administered daily for a period greater than 7 days, the resistance workout program is administered for at least the entire period during which the citrulline or a salt thereof and glutathione or a salt thereof are administered, and the muscle mass is measured by a body composition meter. administering citrulline or a salt thereof and glutathione or a salt thereof in conjunction with a resistance workout program to a person, wherein the citrulline or a salt thereof and glutathione or a salt thereof are administered daily for a period greater than 7 days, the resistance workout program is administered for at least the entire period during which the citrulline or a salt thereof and glutathione or a salt thereof are administered, and the muscle mass is measured by a body composition meter.
A prosthetic mitral valve assembly for implantation in a heart having a native mitral valve positioned between a left atrium and left ventricle, comprising: a radially-expandable stent made of shape memory material formed in a lattice pattern, the stent having: an upper portion sized so as to be implantable in the left atrium above an annulus of the native mitral valve with a pressure or friction fit against the atrium walls, the upper portion of the stent having a domed-shaped end designed to contact an upper portion of the atrium; and a lower portion for extending into the native mitral valve, wherein the lower portion only partially engages the native mitral valve leaflets (56, 58), but is sized so as not to extend into the left ventricle; and a valve portion coupled to the stent and designed to work in series with the native mitral valve, wherein the valve portion is mounted in the lower portion of the stent so that the portion of the stent for anchoring the valve portion is independent of the portion of the stent for anchoring the mitral valve assembly in the heart. a radially-expandable stent made of shape memory material formed in a lattice pattern, the stent having: an upper portion sized so as to be implantable in the left atrium above an annulus of the native mitral valve with a pressure or friction fit against the atrium walls, the upper portion of the stent having a domed-shaped end designed to contact an upper portion of the atrium; and a lower portion for extending into the native mitral valve, wherein the lower portion only partially engages the native mitral valve leaflets (56, 58), but is sized so as not to extend into the left ventricle; and an upper portion sized so as to be implantable in the left atrium above an annulus of the native mitral valve with a pressure or friction fit against the atrium walls, the upper portion of the stent having a domed-shaped end designed to contact an upper portion of the atrium; and a lower portion for extending into the native mitral valve, wherein the lower portion only partially engages the native mitral valve leaflets (56, 58), but is sized so as not to extend into the left ventricle; and a valve portion coupled to the stent and designed to work in series with the native mitral valve, wherein the valve portion is mounted in the lower portion of the stent so that the portion of the stent for anchoring the valve portion is independent of the portion of the stent for anchoring the mitral valve assembly in the heart.
Method for establishing a communication session in a communications network, between a calling subscriber user equipment residing in a first Visited Internet Protocol Multimedia Subsystem, IMS, network and a called subscriber user equipment roaming in a second Visited IMS network, including: - routing a first Invite request for the communication session via a media path extending from the first Visited IMS network via a Home IMS network of the called subscriber to the second Visited IMS network, wherein the first Invite request has a control path for the communication session extending from the first Visited IMS network via the Home IMS network of the called subscriber to the second Visited IMS network; - establishing the communication session by the called subscriber user equipment and next; - inserting (108, 110) an additional IMS network entity (36, 38), residing in the second Visited IMS network, in the part of the media path of the communication session extending from the first Visited IMS network to the Home IMS network of the called subscriber, and inserting an additional IMS network entity (36, 38), residing in the second Visited IMS network, in the part of the control path of the communication session extending from the first Visited IMS network to the Home IMS network of the called subscriber; and - removing the Home IMS network of the called subscriber from the media path of the communication session. - routing a first Invite request for the communication session via a media path extending from the first Visited IMS network via a Home IMS network of the called subscriber to the second Visited IMS network, wherein the first Invite request has a control path for the communication session extending from the first Visited IMS network via the Home IMS network of the called subscriber to the second Visited IMS network; - establishing the communication session by the called subscriber user equipment and next; - inserting (108, 110) an additional IMS network entity (36, 38), residing in the second Visited IMS network, in the part of the media path of the communication session extending from the first Visited IMS network to the Home IMS network of the called subscriber, and inserting an additional IMS network entity (36, 38), residing in the second Visited IMS network, in the part of the control path of the communication session extending from the first Visited IMS network to the Home IMS network of the called subscriber; and - removing the Home IMS network of the called subscriber from the media path of the communication session.
Method for removal and recovery of an organic amine from a hydrocarbon stream containing the amine, comprising the steps of: i) mixing the hydrocarbon stream containing the amine with an aqueous inorganic acid in a volumetric ratio of hydrocarbon stream:aqueous inorganic acid of >1:1-5:1, preferably 1.5:1-4:1, more preferably 3:1, ii) phase separating of hydrocarbon and aqueous phase; iii) removing the hydrocarbon phase and optionally further purifying thereof, iv) optionally recycling at least a part of the hydrocarbon phase obtained in step (iii) into mixing step (i), v) mixing the aqueous phase obtained in step (iii) with an aqueous alkaline solution, vi) phase separating of an aqueous phase and an organic phase formed, and vii) removing the organic phase obtained in step (vi) and optionally further purifying thereof, wherein the hydrocarbon stream containing the amine is an outlet stream from a reactor for preparing linear alpha-olefins by oligomerization of ethylene or a fraction of such an outlet stream. i) mixing the hydrocarbon stream containing the amine with an aqueous inorganic acid in a volumetric ratio of hydrocarbon stream:aqueous inorganic acid of >1:1-5:1, preferably 1.5:1-4:1, more preferably 3:1, ii) phase separating of hydrocarbon and aqueous phase; iii) removing the hydrocarbon phase and optionally further purifying thereof, iv) optionally recycling at least a part of the hydrocarbon phase obtained in step (iii) into mixing step (i), v) mixing the aqueous phase obtained in step (iii) with an aqueous alkaline solution, vi) phase separating of an aqueous phase and an organic phase formed, and vii) removing the organic phase obtained in step (vi) and optionally further purifying thereof,