mhurhangee/patent-ind-claim-en huggingface dataset:
A media alignment device comprising: a media drive turret including a drive member ; and a controller operable to: (i) receive information about a lateral position of a media item as the media item is transported longitudinally along the transport path, (ii) rotate the media drive turret to an angular position required to drive the media item to an aligned position, and (iii) activate the drive member to move the media item in a direction transverse to the transport path; the media alignment device characterised by a deskew mechanism comprising a pair of media item drives , each media item drive being controlled by a separate motor ; wherein the deskew mechanism is downstream of the transport path relative to the media drive turret . a media drive turret including a drive member ; and a controller operable to: (i) receive information about a lateral position of a media item as the media item is transported longitudinally along the transport path, (ii) rotate the media drive turret to an angular position required to drive the media item to an aligned position, and (iii) activate the drive member to move the media item in a direction transverse to the transport path; the media alignment device characterised by a deskew mechanism comprising a pair of media item drives , each media item drive being controlled by a separate motor ; wherein the deskew mechanism is downstream of the transport path relative to the media drive turret . (i) receive information about a lateral position of a media item as the media item is transported longitudinally along the transport path, (ii) rotate the media drive turret to an angular position required to drive the media item to an aligned position, and (iii) activate the drive member to move the media item in a direction transverse to the transport path; the media alignment device characterised by a deskew mechanism comprising a pair of media item drives , each media item drive being controlled by a separate motor ; wherein the deskew mechanism is downstream of the transport path relative to the media drive turret .
An adhesive composition for encapsulating an organic electronic element, comprising: a curable adhesive resin that is in a solid or semi-solid phase at room temperature of 15°C to 35°C; a moisture absorbent that is comprised in an amount of 1 to 100 parts by weight, relative to 100 parts by weight of the adhesive resin; and a filler that is comprised in an amount of 1 to 50 parts by weight, relative to 100 parts by weight of the adhesive resin; wherein the moisture absorbent is a metallic oxide, an organic metallic oxide, phosphorus pentoxide or a metallic salt; and the filler is an organoclay.
A method, comprising: accessing a first data storage of a first data storage type including a share-nothing storage type, the first data storage configured to store a primary database directory; detecting a failure in connection with a first node that communicates with the first data storage; and in response to detecting the failure, starting an instance on a second node for accessing a replicated database directory that replicates at least a portion of the primary database directory, wherein the replicated database directory is stored in a second data storage of a second data storage type including a share type, wherein each of the nodes is configured to access, operate on, and/or write data in connection with the first data storage, using the primary database directory stored on the corresponding first data storage, and wherein the replicated database directory is configured to serve as a database directory for accessing data when the primary database directory is unavailable. accessing a first data storage of a first data storage type including a share-nothing storage type, the first data storage configured to store a primary database directory; detecting a failure in connection with a first node that communicates with the first data storage; and in response to detecting the failure, starting an instance on a second node for accessing a replicated database directory that replicates at least a portion of the primary database directory, wherein the replicated database directory is stored in a second data storage of a second data storage type including a share type, wherein each of the nodes is configured to access, operate on, and/or write data in connection with the first data storage, using the primary database directory stored on the corresponding first data storage, and wherein the replicated database directory is configured to serve as a database directory for accessing data when the primary database directory is unavailable.
An electric string instrument that converts a vibration of a string into an electric signal and outputs the electric signal, the electric string instrument comprising: a body on which the string is stretched; and components that are provided in the body and used for outputting the electric signal or playing the electric string instrument , wherein the body has: a component accommodating recessed portion for accommodating the components ; a cover configured to be attached to the component accommodating recessed portion ; and a magnetic force generating portion that generates a magnetic force for fixing the cover to the body , the body further includes a cover placement recessed portion in which the cover is disposed and the cover placement recessed portion is provided along an outer circumference of the component accommodating recessed portion , wherein the cover placement recessed portion is constituted by a bottom wall facing a rear surface of the cover and a side wall facing an outer peripheral surface of the cover , the magnetic force generating portion being provided on the bottom wall , and characterised in that the cover placement recessed portion is provided over an entire circumference of the component accommodating recessed portion and the magnetic force generating portion is provided on an entire surface of the bottom wall of the cover placement recessed portion . a body on which the string is stretched; and components that are provided in the body and used for outputting the electric signal or playing the electric string instrument , wherein the body has: a component accommodating recessed portion for accommodating the components ; a cover configured to be attached to the component accommodating recessed portion ; and a magnetic force generating portion that generates a magnetic force for fixing the cover to the body , the body further includes a cover placement recessed portion in which the cover is disposed and the cover placement recessed portion is provided along an outer circumference of the component accommodating recessed portion , a component accommodating recessed portion for accommodating the components ; a cover configured to be attached to the component accommodating recessed portion ; and a magnetic force generating portion that generates a magnetic force for fixing the cover to the body , the body further includes a cover placement recessed portion in which the cover is disposed and the cover placement recessed portion is provided along an outer circumference of the component accommodating recessed portion , wherein the cover placement recessed portion is constituted by a bottom wall facing a rear surface of the cover and a side wall facing an outer peripheral surface of the cover , the magnetic force generating portion being provided on the bottom wall , and characterised in that the cover placement recessed portion is provided over an entire circumference of the component accommodating recessed portion and the magnetic force generating portion is provided on an entire surface of the bottom wall of the cover placement recessed portion .
A treadmill (M, N) comprising a treadmill belt (20, 20', 20"), a first signal member disposed at position near a first side (204, 204', 204") of the treadmill belt (20, 20', 20"); characterized in that the treadmill (M, N) further comprises: a first sensor (51, 51', 51") that retrieves a first image (61, 61', 61"), wherein the first image (61, 61', 61") includes a first light pattern (611, 611', 611") provided by the first signal member, the first light pattern (611, 611', 611") extending from a first starting point (S1, S1', S1") of the first image (61, 61', 61"); and a controller (30, 30', 30", 70, 70', 70") coupled to the first sensor (51, 51', 51"), wherein the controller (30, 30', 30", 70, 70', 70") receives the first image (61, 61', 61") and calculates the length of the first light pattern (611, 611', 611") for serving as a characteristic property of the first light pattern (611, 611', 611"), and wherein the controller (30, 30', 30", 70, 70', 70") adjusts an operating speed of the treadmill belt (20, 20', 20") in accordance with a characteristic property of the first light pattern (611, 611', 611"). a first sensor (51, 51', 51") that retrieves a first image (61, 61', 61"), wherein the first image (61, 61', 61") includes a first light pattern (611, 611', 611") provided by the first signal member, the first light pattern (611, 611', 611") extending from a first starting point (S1, S1', S1") of the first image (61, 61', 61"); and a controller (30, 30', 30", 70, 70', 70") coupled to the first sensor (51, 51', 51"), wherein the controller (30, 30', 30", 70, 70', 70") receives the first image (61, 61', 61") and calculates the length of the first light pattern (611, 611', 611") for serving as a characteristic property of the first light pattern (611, 611', 611"), and wherein the controller (30, 30', 30", 70, 70', 70") adjusts an operating speed of the treadmill belt (20, 20', 20") in accordance with a characteristic property of the first light pattern (611, 611', 611").
Device for shaping a metal sheet , having: - a plurality of support and clamping elements which are configured in cooperation to clamp the metal sheet for a shaping operation in mechanical contact with the metal sheet and by means of retention members, orientation and/or positioning, - a plurality of actuators which are configured to orientate and/or position the plurality of support and clamping elements , and - a control device for the actuators which is configured to control the plurality of actuators for an adjustment correction of the orientation and/or position of the support and clamping elements , characterized in that the control device is configured - to generate and/or receive a correction signal which is representative of an adjustment correction of the orientation and/or position of the support and clamping elements and, - on the basis of the correction signal by bringing about a corresponding actuation of the actuators , to bring about an adjustment correction of the orientation and/or position of the support and clamping elements . - a plurality of support and clamping elements which are configured in cooperation to clamp the metal sheet for a shaping operation in mechanical contact with the metal sheet and by means of retention members, orientation and/or positioning, - a plurality of actuators which are configured to orientate and/or position the plurality of support and clamping elements , and - a control device for the actuators which is configured to control the plurality of actuators for an adjustment correction of the orientation and/or position of the support and clamping elements , characterized in that the control device is configured - to generate and/or receive a correction signal which is representative of an adjustment correction of the orientation and/or position of the support and clamping elements and, - on the basis of the correction signal by bringing about a corresponding actuation of the actuators , to bring about an adjustment correction of the orientation and/or position of the support and clamping elements .
An air blower comprising: a panel ; a frame member that is arranged to surround the panel and has a blowout port of air formed therein; and a fan that sends air to the blowout port , characterized in that the blowout port of the frame member includes at least four blowout ports, a first blowout port is arranged across the panel from a second blowout port , a third blowout port is arranged across the panel from a fourth blowout port , the blowout ports cause the airflows to go toward mutually different directions, and the frame member produces airflows that are blown out from the first blowout port , the second blowout port , the third blowout port , and the fourth blowout port and collide with each other, thereby producing an air current going forward to the panel . the blowout port of the frame member includes at least four blowout ports, a first blowout port is arranged across the panel from a second blowout port , a third blowout port is arranged across the panel from a fourth blowout port , the blowout ports cause the airflows to go toward mutually different directions, and the frame member produces airflows that are blown out from the first blowout port , the second blowout port , the third blowout port , and the fourth blowout port and collide with each other, thereby producing an air current going forward to the panel .
A bitumen pellet comprising a core and a coating layer, in which: - the core comprises at least one bitumen base and at least one chemical additive chosen from: an organic compound, a paraffin, a polyphosphoric acid, and mixtures thereof, and - the coating layer comprises at least one fumed silica compound. - the core comprises at least one bitumen base and at least one chemical additive chosen from: an organic compound, a paraffin, a polyphosphoric acid, and mixtures thereof, and - the coating layer comprises at least one fumed silica compound.
A terminal comprising: a receiving section configured to receive information regarding the number or the proportion of reference signals used to specify partial beam failure detection with respect to a plurality of transmission/reception points; and a control section configured to perform partial beam failure detection with respect to one or more of the plurality of transmission/reception points based on the information. a receiving section configured to receive information regarding the number or the proportion of reference signals used to specify partial beam failure detection with respect to a plurality of transmission/reception points; and a control section configured to perform partial beam failure detection with respect to one or more of the plurality of transmission/reception points based on the information.
A system for delivering neurostimulation energy through a plurality of electrodes , comprising: a stimulation control circuit configured to deliver the neurostimulation energy at one or more neurostimulation intensity levels to a neural target at or near a spinal cord of the patient when the patient is at one or more postures; a sensing input configured to sense electrical activity from the spinal cord, the electrical activity including responses to the delivered neurostimulation energy; a feature extraction module configured to extract features from the sensed electrical activity when the patient is at the one or more postures; and a training module configured to determine a relationship between the sensed electrical activity and neurostimulation intensity that reduces influence of noise in the sensed electrical activity caused by dynamically changing posture of the patient using mathematical or statistical modeling of the extracted features; wherein the stimulation control circuit is further configured to modulate stimulation parameters according to the determined relationship. a stimulation control circuit configured to deliver the neurostimulation energy at one or more neurostimulation intensity levels to a neural target at or near a spinal cord of the patient when the patient is at one or more postures; a sensing input configured to sense electrical activity from the spinal cord, the electrical activity including responses to the delivered neurostimulation energy; a feature extraction module configured to extract features from the sensed electrical activity when the patient is at the one or more postures; and a training module configured to determine a relationship between the sensed electrical activity and neurostimulation intensity that reduces influence of noise in the sensed electrical activity caused by dynamically changing posture of the patient using mathematical or statistical modeling of the extracted features; wherein the stimulation control circuit is further configured to modulate stimulation parameters according to the determined relationship.
A process of producing multimodal ethylene polymer film compositions comprising the steps of (i) homopolymerising ethylene in a first polymerisation step in the presence of a silica supported Ziegler-Natta catalyst to produce a first ethylene homopolymer (PE1) having a density of from 940 to 980 kg/m 3 and a melt flow rate MFR 2 of from 2 to 100 g/10 min; (ii) homopolymerising ethylene in a second polymerisation step in the presence of the first ethylene homopolymer to produce a first ethylene polymer mixture (PEM1) comprising the first ethylene homopolymer and a second ethylene homopolymer (PE2), said first ethylene polymer mixture having a density of from 940 to 980 kg/m 3 and a melt flow rate MFR 2 of from 10 to 400 g/10 min; (iii) copolymerising ethylene and an alpha-olefin comonomer in a third polymerisation step in the presence of the first ethylene polymer mixture (PEM1) to produce a second ethylene polymer mixture (PEM2) comprising the first ethylene polymer mixture (PEM1) and a third ethylene copolymer (PE3), said second ethylene polymer mixture (PEM2) having a density of from 926 to 940 kg/m 3 and a melt flow rate MFR 5 of from 0.3 to 5 g/10 min, and wherein the second ethylene polymer mixture comprises from 10 to 35 % by weight of the first ethylene homopolymer, from 10 to 35 % by weight of the second ethylene homopolymer and from 45 to 70 % by weight of the third ethylene copolymer, wherein the MFR 2 of the first ethylene homopolymer is < MFR 2 of the first ethylene homopolymer mixture. (i) homopolymerising ethylene in a first polymerisation step in the presence of a silica supported Ziegler-Natta catalyst to produce a first ethylene homopolymer (PE1) having a density of from 940 to 980 kg/m 3 and a melt flow rate MFR 2 of from 2 to 100 g/10 min; (ii) homopolymerising ethylene in a second polymerisation step in the presence of the first ethylene homopolymer to produce a first ethylene polymer mixture (PEM1) comprising the first ethylene homopolymer and a second ethylene homopolymer (PE2), said first ethylene polymer mixture having a density of from 940 to 980 kg/m 3 and a melt flow rate MFR 2 of from 10 to 400 g/10 min; (iii) copolymerising ethylene and an alpha-olefin comonomer in a third polymerisation step in the presence of the first ethylene polymer mixture (PEM1) to produce a second ethylene polymer mixture (PEM2) comprising the first ethylene polymer mixture (PEM1) and a third ethylene copolymer (PE3), said second ethylene polymer mixture (PEM2) having a density of from 926 to 940 kg/m 3 and a melt flow rate MFR 5 of from 0.3 to 5 g/10 min, and wherein the second ethylene polymer mixture comprises from 10 to 35 % by weight of the first ethylene homopolymer, from 10 to 35 % by weight of the second ethylene homopolymer and from 45 to 70 % by weight of the third ethylene copolymer, wherein the MFR 2 of the first ethylene homopolymer is < MFR 2 of the first ethylene homopolymer mixture.
An electrode assembly for an implantable medical device, the assembly comprising: a sleeve defining a longitudinal axis of the assembly, the sleeve comprising a distal terminal end , an elongate bore extending along the axis proximally from a distal opening thereof at the distal terminal end, an external groove extending around the bore, and a plurality of channels , each channel of the plurality extending from the groove to the distal terminal end; a distal electrode secured to the sleeve and extending distally from the distal terminal end of the sleeve; a steroid eluting component seated within the external groove of the sleeve and being secured thereto; and wherein, the plurality of channels of the sleeve provide fluid communication between the steroid eluting component and an area distal to the distal terminal end of the sleeve. a sleeve defining a longitudinal axis of the assembly, the sleeve comprising a distal terminal end , an elongate bore extending along the axis proximally from a distal opening thereof at the distal terminal end, an external groove extending around the bore, and a plurality of channels , each channel of the plurality extending from the groove to the distal terminal end; a distal electrode secured to the sleeve and extending distally from the distal terminal end of the sleeve; a steroid eluting component seated within the external groove of the sleeve and being secured thereto; and wherein, the plurality of channels of the sleeve provide fluid communication between the steroid eluting component and an area distal to the distal terminal end of the sleeve.
A developing device configured to develop a latent image formed on a surface of an image bearer , the developing device comprising: a rotator including a rotation shaft (26a20); a bearing configured to support the rotation shaft (26a20); a holder configured to hold the bearing ; a first regulator (26m1), disposed on any one of the bearing and the holder , configured to regulate movement of the bearing such that the bearing does not fall toward one end side in an axial direction of the rotation shaft (26a20) relative to the holder ; and a second regulator configured to regulate movement of the bearing such that the bearing does not fall toward another end side in the axial direction relative to the holder after the bearing is attached to the holder , wherein the rotator is configured to be opposite the image bearer and bear a developer, and wherein the holder is a face plate configured to define an opposed distance between the image bearer and the rotator , characterized by further comprising an electrode configured to contact an end surface of the rotation shaft (26a20) and an end surface of the bearing . a rotator including a rotation shaft (26a20); a bearing configured to support the rotation shaft (26a20); a holder configured to hold the bearing ; a first regulator (26m1), disposed on any one of the bearing and the holder , configured to regulate movement of the bearing such that the bearing does not fall toward one end side in an axial direction of the rotation shaft (26a20) relative to the holder ; and a second regulator configured to regulate movement of the bearing such that the bearing does not fall toward another end side in the axial direction relative to the holder after the bearing is attached to the holder , wherein the rotator is configured to be opposite the image bearer and bear a developer, and wherein the holder is a face plate configured to define an opposed distance between the image bearer and the rotator , characterized by further comprising an electrode configured to contact an end surface of the rotation shaft (26a20) and an end surface of the bearing .
Joint sealing tape for sealing a joint between a first component and a second component in an acoustic, smoke-proof and fire-proof manner, comprising an elongate connecting element and at least two sealing elements and which are positioned on the connecting element so as to be spaced apart next to one another and so as to extend in the longitudinal direction of the connecting element, the sealing elements and consisting of a deformable material which is a slow-burning foam, the sealing elements and having a predetermined geometry, characterized in that the sealing elements and are positioned on the outer edge of the connecting element , and the sealing elements and consist of an intumescent material.