mhurhangee/patent-ind-claim-en huggingface dataset:
A three-dimensional, 3D, integrated circuit module , comprising: a first die of a first process type coupled to a second die of a second process type coupled to a third die of a third process type, the second die providing a non-volatile memory, and the third die providing a volatile memory; a global voltage regulator to provide power to a global high supply rail disposed through the first, second, and third dies (204-214), said global high supply rail to provide a voltage supply to at least one local voltage regulator in each of the dies, wherein the high supply rail is implemented with one or more through-silicon vias; and a power management unit comprising a die power activity table configured to monitor activity changes of die portions (204-214), and comprising a power state controller containing commands to be issued to the dies for change in power states thereof, enabling the power management unit to control power states of the dies, wherein for at least one state, at least a portion of the third die is powered down in response to data of said third die having been transferred to said second die; wherein each of the at least one local voltage regulator in each of the dies comprises a switching capacitor voltage regulator coupled to an on-die capacitor (C D ) and an interface capacitor (C IF ), said one-die capacitor (C D ) being coupled between ground voltage and the voltage supply provided to a given die, said interface capacitor (C IF ) being coupled between the supply voltage provided to said given die and ground voltage provided to an adjacent die of the given die. a first die of a first process type coupled to a second die of a second process type coupled to a third die of a third process type, the second die providing a non-volatile memory, and the third die providing a volatile memory; a global voltage regulator to provide power to a global high supply rail disposed through the first, second, and third dies (204-214), said global high supply rail to provide a voltage supply to at least one local voltage regulator in each of the dies, wherein the high supply rail is implemented with one or more through-silicon vias; and a power management unit comprising a die power activity table configured to monitor activity changes of die portions (204-214), and comprising a power state controller containing commands to be issued to the dies for change in power states thereof, enabling the power management unit to control power states of the dies, wherein for at least one state, at least a portion of the third die is powered down in response to data of said third die having been transferred to said second die; wherein each of the at least one local voltage regulator in each of the dies comprises a switching capacitor voltage regulator coupled to an on-die capacitor (C D ) and an interface capacitor (C IF ), said one-die capacitor (C D ) being coupled between ground voltage and the voltage supply provided to a given die, said interface capacitor (C IF ) being coupled between the supply voltage provided to said given die and ground voltage provided to an adjacent die of the given die.
A pin connection for a machine comprising: a structural member that defines a pin receiving bore ; a bearing housing that defines a bearing receiving bore ; a self-lubricating bearing that defines a pin receiving bore ; a pin that is disposed in the bores of the bearing and the structural member ; and a seal assembly that is disposed in the bearing receiving bore of the bearing housing ; characterised in that the seal assembly comprises: a radially outer rigid member ; a radially inner rigid member ; and a micro-cellular closed-cell foam member that is interposed between and coaxially aligned with the radially inner and radially outer rigid members . a structural member that defines a pin receiving bore ; a bearing housing that defines a bearing receiving bore ; a self-lubricating bearing that defines a pin receiving bore ; a pin that is disposed in the bores of the bearing and the structural member ; and a seal assembly that is disposed in the bearing receiving bore of the bearing housing ; characterised in that the seal assembly comprises: a radially outer rigid member ; a radially inner rigid member ; and a micro-cellular closed-cell foam member that is interposed between and coaxially aligned with the radially inner and radially outer rigid members . a radially outer rigid member ; a radially inner rigid member ; and a micro-cellular closed-cell foam member that is interposed between and coaxially aligned with the radially inner and radially outer rigid members .
Extractor device comprising the following features: a ceiling element which can be fixed to a ceiling; an extractor hood for extracting and filtering the vapours produced during cooking; at least one cord for fastening the extractor hood to the ceiling element , characterised in that the extractor device has a strain relief apparatus which has the following features: - a component carrier ; - a pulley rotatably mounted in the component carrier and having a curved surface for guiding the cord ; - a strain relief device which is arranged opposite to the curved surface , it being possible for the cord to be clamped between the pulley and the strain relief device ; and - a spring element which is coupled to the component carrier and the pulley , the cord being guided by the curved surface of the pulley of the strain relief apparatus and the spring element being formed so as to exert a restoring force on the pulley , the restoring force counteracting a weight force of the extractor hood acting on the pulley via the cord . a ceiling element which can be fixed to a ceiling; an extractor hood for extracting and filtering the vapours produced during cooking; at least one cord for fastening the extractor hood to the ceiling element , characterised in that the extractor device has a strain relief apparatus which has the following features: - a component carrier ; - a pulley rotatably mounted in the component carrier and having a curved surface for guiding the cord ; - a strain relief device which is arranged opposite to the curved surface , it being possible for the cord to be clamped between the pulley and the strain relief device ; and - a spring element which is coupled to the component carrier and the pulley , the cord being guided by the curved surface of the pulley of the strain relief apparatus and the spring element being formed so as to exert a restoring force on the pulley , the restoring force counteracting a weight force of the extractor hood acting on the pulley via the cord . - a component carrier ; - a pulley rotatably mounted in the component carrier and having a curved surface for guiding the cord ; - a strain relief device which is arranged opposite to the curved surface , it being possible for the cord to be clamped between the pulley and the strain relief device ; and - a spring element which is coupled to the component carrier and the pulley , the cord being guided by the curved surface of the pulley of the strain relief apparatus and the spring element being formed so as to exert a restoring force on the pulley , the restoring force counteracting a weight force of the extractor hood acting on the pulley via the cord .
A domestic appliance comprising: a cabinet ; a door ; and a linear hinge coupling the door to the cabinet, the linear hinge comprising a bearing assembly mounted to the cabinet, an elongated shaft received within the bearing assembly such that the elongated shaft is slidable along a translation axis (A) on the bearing assembly, the elongated shaft defining a first shaft pivot axis (P1) perpendicular to the translation axis and a second shaft pivot axis (P2) parallel to the first shaft pivot axis, a door linkage coupling the door to the elongated shaft, the door linkage being pivotally connected to the elongated shaft at the first shaft pivot axis, and a cabinet linkage coupling the cabinet to the elongated shaft, the cabinet linkage being pivotally connected to the elongated shaft at the second shaft pivot axis (P2). a cabinet ; a door ; and a linear hinge coupling the door to the cabinet, the linear hinge comprising a bearing assembly mounted to the cabinet, an elongated shaft received within the bearing assembly such that the elongated shaft is slidable along a translation axis (A) on the bearing assembly, the elongated shaft defining a first shaft pivot axis (P1) perpendicular to the translation axis and a second shaft pivot axis (P2) parallel to the first shaft pivot axis, a door linkage coupling the door to the elongated shaft, the door linkage being pivotally connected to the elongated shaft at the first shaft pivot axis, and a cabinet linkage coupling the cabinet to the elongated shaft, the cabinet linkage being pivotally connected to the elongated shaft at the second shaft pivot axis (P2). a bearing assembly mounted to the cabinet, an elongated shaft received within the bearing assembly such that the elongated shaft is slidable along a translation axis (A) on the bearing assembly, the elongated shaft defining a first shaft pivot axis (P1) perpendicular to the translation axis and a second shaft pivot axis (P2) parallel to the first shaft pivot axis, a door linkage coupling the door to the elongated shaft, the door linkage being pivotally connected to the elongated shaft at the first shaft pivot axis, and a cabinet linkage coupling the cabinet to the elongated shaft, the cabinet linkage being pivotally connected to the elongated shaft at the second shaft pivot axis (P2).
A display device (DD) comprising: a base layer defining a flat area (NBA) and a first bending area (BA), the first bending area bent from the flat area according to a bending axis, wherein the first bending area comprises a display area (DA) and a peripheral area (NDA) adjacent to the display area; a display element layer (DP) disposed on the base layer; a thin film encapsulation layer (TFE) disposed on the display element layer; and an input sensing circuit (TS2) configured to sense an external input in an electrostatic capacitive manner and directly disposed on the encapsulation layer, the input sensing circuit comprising: a conductive layer (TS-CL1, TS-CL2) disposed on the thin film encapsulation layer; an insulating layer (TS-IL1, TS-IL2) overlapping the conductive layer; and a plurality of signal lines (SPL2a, SPL2b, SPL2C, SPL2d, SPL2e) disposed in the peripheral area and connected to the conductive layer, wherein a first signal line of the signal lines comprises at least two inclined portions (CV) inclined with respect to the bending axis and at least two parallel portions (PV) parallel to the bending axis, in the peripheral area of the first bending area. a base layer defining a flat area (NBA) and a first bending area (BA), the first bending area bent from the flat area according to a bending axis, wherein the first bending area comprises a display area (DA) and a peripheral area (NDA) adjacent to the display area; a display element layer (DP) disposed on the base layer; a thin film encapsulation layer (TFE) disposed on the display element layer; and an input sensing circuit (TS2) configured to sense an external input in an electrostatic capacitive manner and directly disposed on the encapsulation layer, the input sensing circuit comprising: a conductive layer (TS-CL1, TS-CL2) disposed on the thin film encapsulation layer; an insulating layer (TS-IL1, TS-IL2) overlapping the conductive layer; and a plurality of signal lines (SPL2a, SPL2b, SPL2C, SPL2d, SPL2e) disposed in the peripheral area and connected to the conductive layer, wherein a first signal line of the signal lines comprises at least two inclined portions (CV) inclined with respect to the bending axis and at least two parallel portions (PV) parallel to the bending axis, in the peripheral area of the first bending area. a conductive layer (TS-CL1, TS-CL2) disposed on the thin film encapsulation layer; an insulating layer (TS-IL1, TS-IL2) overlapping the conductive layer; and a plurality of signal lines (SPL2a, SPL2b, SPL2C, SPL2d, SPL2e) disposed in the peripheral area and connected to the conductive layer, wherein a first signal line of the signal lines comprises at least two inclined portions (CV) inclined with respect to the bending axis and at least two parallel portions (PV) parallel to the bending axis, in the peripheral area of the first bending area.
Drill head of an earth boring device having a chisel and an attachment that can be fastened to the chisel , wherein at least one tension pin is provided for holding the attachment on the chisel and the chisel has one or multiple receptacles for a tension pin , characterized in that the receptacle is designed to be larger than the radius of the tension pin .
Pipe connection with a first pipe part and a second pipe part , with at least one multi-part sealing ring (24; 44, 46) or at least one single-part sealing ring , which is surrounded by a clamping device , wherein the pipe parts each comprise a first obliquely end face or a first vertically extending end face , with respect to the pipe axis, and a second obliquely or vertically extending end face or a second vertically extending end face , with respect to the pipe axis, these end faces being overlapped by the clamping device , which applies an outwardly acting radial force to the at least one single-part sealing ring or the at least one multi-part sealing ring (24; 44, 46), so that the sealing ring (24; 44; 46; 68) is secured in an enclosing geometric triangle or in an enclosing geometric non-rectangular quadrilateral which is defined by the obliquely extending end face of the first pipe part and of the second pipe part , or so that the sealing ring (24; 44, 46, 68) is secured in an enclosing geometric rectangular quadrilateral which is defined by the vertically extending end face of the first pipe part and of the second pipe part , characterised in that a complementary geometry of projections and recesses arranged in alternating sequence is designed at mutually facing ends of the pipe parts in the circumferential direction, so that the projections form an inner radial edge of the geometric triangle, the geometric non rectangular quadrilateral or the geometric rectangular quadrilateral .
A method comprising: receiving a time-varying sensor signal from a sensor that is coupled to an article of footwear , wherein the sensor is configured to sense information about a proximity of a foot to the sensor; and using a processor circuit : identifying a characteristic of the time-varying sensor signal; and based on the characteristic as identified, at least one of: initiating data collection about the footwear or about the foot using the same or different sensor coupled to the footwear, and updating an automated function of the footwear, characterised in that the identifying the characteristic of the time-varying sensor signal includes identifying a series of signal change events in the time-varying sensor signal, the signal change events corresponding to a signal magnitude or frequency change by greater than a specified threshold change amount. receiving a time-varying sensor signal from a sensor that is coupled to an article of footwear , wherein the sensor is configured to sense information about a proximity of a foot to the sensor; and using a processor circuit : identifying a characteristic of the time-varying sensor signal; and based on the characteristic as identified, at least one of: initiating data collection about the footwear or about the foot using the same or different sensor coupled to the footwear, and identifying a characteristic of the time-varying sensor signal; and based on the characteristic as identified, at least one of: initiating data collection about the footwear or about the foot using the same or different sensor coupled to the footwear, and
A coating composition comprising a binder composition, the binder composition comprising a polyester material, wherein the polyester material comprises the reaction product of; (a) a polyacid, (b) a polyol and (c) a phosphorous acid, wherein the polyester material has a number-average molecular weight (Mn) from 5,000 Da to 25,000 Da, wherein the number-average molecular weight is measured as specified in the description; and wherein the polydispersity index (Mw/Mn) of the polyester material is from 1 to 10; and wherein the polyester material is present in said binder composition in amounts of more than 10 weight percent (wt%) based on the total solid weight of the binder composition. (a) a polyacid, (b) a polyol and (c) a phosphorous acid, wherein the polyester material has a number-average molecular weight (Mn) from 5,000 Da to 25,000 Da, wherein the number-average molecular weight is measured as specified in the description; and wherein the polydispersity index (Mw/Mn) of the polyester material is from 1 to 10; and wherein the polyester material is present in said binder composition in amounts of more than 10 weight percent (wt%) based on the total solid weight of the binder composition.
A composition useful as a selective hydrogenation catalyst or selective hydrogenation catalyst precursor, wherein said composition comprises a carrier containing bi-metallic nanoparticles, wherein said bi-metallic nanoparticles comprise a silver component and a palladium component and have a mean particle size in the range of from 1 nm to 10 nm characterized by using a transmission electron microscope and an overall molar ratio of palladium-to-silver in the range of from 0.01:1 to 100:1, wherein said composition comprises a total silver content in the range of from 0.01 wt.% to 1 wt.% and a total palladium content in the range of from 0.01 wt.% to 1 wt.% with the weight percent silver is based on the metal and the weight percent palladium is based on the metal, wherein said bi-metallic nanoparticles include core-shell nanoparticles, and wherein the carrier is a shaped inorganic oxide carrier and a dispersion of the bi-metallic nanoparticles on a surface of the carrier is in the range of from 0.01% and 22% of the BET surface area of the carrier, as measured by H 2 Chemisorption. wherein said composition comprises a carrier containing bi-metallic nanoparticles, wherein said bi-metallic nanoparticles comprise a silver component and a palladium component and have a mean particle size in the range of from 1 nm to 10 nm characterized by using a transmission electron microscope and an overall molar ratio of palladium-to-silver in the range of from 0.01:1 to 100:1, wherein said composition comprises a total silver content in the range of from 0.01 wt.% to 1 wt.% and a total palladium content in the range of from 0.01 wt.% to 1 wt.% with the weight percent silver is based on the metal and the weight percent palladium is based on the metal, wherein said bi-metallic nanoparticles include core-shell nanoparticles, and wherein the carrier is a shaped inorganic oxide carrier and a dispersion of the bi-metallic nanoparticles on a surface of the carrier is in the range of from 0.01% and 22% of the BET surface area of the carrier, as measured by H 2 Chemisorption.
Immunogenic particle comprising a bioactive agent, one or more mucoadhesive polymer, oligosaccharide and an emulsifier all of which are cross-linked with a phosphate containing cross-linking agent to form a hydrogel particle, and wherein the hydrogel particle is embedded in an amorphous sugar glassy matrix.
A curtain airbag module for a vehicle occupant restraint system comprising at least one airbag for mounting on a vehicle body, wherein the airbag is in the form of a lateral head airbag and, on its upper edge area in the installed state, includes a plurality of fastening points for mounting on an inner roof area of the vehicle body, wherein at least one holding element on the one hand to be fastened on the vehicle side and on the other hand fastened on the airbag side is provided for positioning the airbag when activated, wherein the holding element is fastened on an additional non-inflatable surface portion that is connected to an inflatable portion of the airbag , wherein the at least one additional non-inflatable surface portion is arranged on a front edge area in the installed state and/or on a rear edge area in the installed state of the inflatable portion of the airbag , and wherein the holding element is fastened to a free edge area of the additional non-inflatable surface portion , characterized in that the surface portion has a triangular design und with one side is fastened over a predetermined length to the front and/or rear edge area of the inflatable surface portion of the airbag , and the holding element is fastened to the tip of the triangular surface portion facing away from the airbag , and wherein the fastening of the holding element on the free edge area is provided in the middle third of a height (H) of the airbag and a length L A of the additional non-inflatable surface portion level with the holding element amounts to more than one third of the free length L H of the holding element .
A device for removing a blocking material in a quenched ash extractor drain pipe of an incineration system allowing hot water to drain from a quenched ash extractor , comprising: a pipe ; a connecting part configured to connect the pipe to a gate valve of the quenched ash extractor drain pipe ; a ram with a first end configured to break the blocking material and to be slidably guided through the pipe into the quenched ash extractor drain pipe , the ram comprising a spike at the first end ; and evacuation means configured to allow the evacuation of said broken blocking material from said quenched ash extractor drain pipe , characterized in that the spike is surrounded by a cutting means . a pipe ; a connecting part configured to connect the pipe to a gate valve of the quenched ash extractor drain pipe ; a ram with a first end configured to break the blocking material and to be slidably guided through the pipe into the quenched ash extractor drain pipe , the ram comprising a spike at the first end ; and evacuation means configured to allow the evacuation of said broken blocking material from said quenched ash extractor drain pipe , characterized in that the spike is surrounded by a cutting means .