mhurhangee/ep-ind-claims huggingface dataset:
A sound-reflecting structure comprising: a substrate; and a sound-reflecting material disposed on the substrate, wherein the sound-reflecting material includes a sheet having elasticity, and a support portion partitioning the sheet into a partition portion while supporting the sheet, and a surface rigidity (k) of the sheet and a surface density (m) of the sheet in the partition portion satisfy a relationship of the following expression 1 2 π k m > 900 Hz, characterized in that the sound-reflecting structure further comprises a vibration separation layer (300, 400) between the sound-reflecting material and the substrate, and the vibration separation layer (300, 400) is disposed between the sound-reflecting material and the substrate so as to contact with the sound-reflecting material without being adhered to the sound-reflecting material. a substrate; and a sound-reflecting material disposed on the substrate, wherein the sound-reflecting material includes a sheet having elasticity, and a support portion partitioning the sheet into a partition portion while supporting the sheet, and a surface rigidity (k) of the sheet and a surface density (m) of the sheet in the partition portion satisfy a relationship of the following expression 1 2 π k m > 900 Hz, characterized in that the sound-reflecting structure further comprises a vibration separation layer (300, 400) between the sound-reflecting material and the substrate, and the vibration separation layer (300, 400) is disposed between the sound-reflecting material and the substrate so as to contact with the sound-reflecting material without being adhered to the sound-reflecting material.
Method for manufacturing silicon-based nanopowder characterised in that it comprises the electrochemical etching of substrates made of metallurgical-grade or refined metallurgical-grade silicon comprising an impurity content greater than 10 ppm by weight.
Window or door, having a casement or leaf, and a window frame or door frame, respectively, in which the casement or leaf is received, wherein the casement or leaf is movable by a drive to an opened position, wherein the casement or leaf is mounted on the window frame or door frame, respectively, by way of a switchable rotate-and-tilt mounting and the casement or leaf by way of the drive is selectively movable about a horizontal axis to an opened tilt position or about a vertical axis to a rotated opening position, and the rotate-and-tilt mounting in the closed position of the casement or leaf is switchable by way of a controller so as to move the casement or leaf either to a tilt position or to a rotated opening position, wherein a rotate-and-tilt corner bearing is provided for mounting the casement or leaf, characterized in that a first switchable finger-type latch, which on the casement or leaf together with the window frame or door frame configures a vertical rotation axis for the casement or leaf and by way of a drive is movable between an engaging position and a non-engaging position, is provided for mounting the casement or leaf, and a second switchable finger-type latch, which on the casement or leaf together with the window frame or door frame configures a horizontal rotation axis for the casement or leaf and by way of a drive is movable between an engaging position and a non-engaging position, is provided for mounting the casement or leaf, wherein the first and second switchable finger-type latch (9, 14) in each case comprise a housing and an electric motor, and the finger-type latches (9, 14) are disposed so as to lie obscured between the casement frame or leaf frame and the window frame or door frame, respectively, or are at least partially disposed in a frame profile, and the drive for the casement or leaf comprises a housing which is fixed on the casement frame or leaf frame and/or on the window frame or door frame, respectively, so as to likewise lie obscured between the window frame or door frame and the casement frame or leaf frame, respectively, or so as to be at least partially in a frame profile.
A gas turbine engine component comprising: a wall portion; and a leading edge cooling channel (82; 82') extending through the wall portion, the leading edge cooling channel (82; 82') including at least one first cooling passage (110; 210) separated from at least one serpentine cooling passage (114; 214), wherein the at least one first cooling passage (110; 210) includes a pair of first cooling passages (110; 210) and the at least one serpentine cooling passage (114; 214) includes a pair of serpentine cooling passages (114; 214), the pair of first cooling passages (110; 210) are L-shaped and at least partially surround a corresponding one of the pair of serpentine cooling passages (114; 214); characterised in that: the pair of first cooling passages (110; 210) taper towards outlets (112; 212) which are located in opposing circumferential ends (72A, 72B) of the component. a wall portion; and a leading edge cooling channel (82; 82') extending through the wall portion, the leading edge cooling channel (82; 82') including at least one first cooling passage (110; 210) separated from at least one serpentine cooling passage (114; 214), wherein the at least one first cooling passage (110; 210) includes a pair of first cooling passages (110; 210) and the at least one serpentine cooling passage (114; 214) includes a pair of serpentine cooling passages (114; 214), the pair of first cooling passages (110; 210) are L-shaped and at least partially surround a corresponding one of the pair of serpentine cooling passages (114; 214); characterised in that: the pair of first cooling passages (110; 210) taper towards outlets (112; 212) which are located in opposing circumferential ends (72A, 72B) of the component.
Electromagnetically actuated valve having a valve piston which bears a valve plate, wherein a spring plate is fastened to the valve piston, against which spring plate a valve spring bears, which valve spring moves the valve into a closed position, furthermore having an electromagnet with a coil and with an armature arranged on an armature pin, wherein the armature pin interacts, by way of a contact point (25a, 25b), with the valve piston, wherein the contact point (25a, 25b) is formed so as to be of enlarged diameter in relation to the diameter of the armature pin and of the valve piston and so as to have a planar surface, characterized in that a second contact surface of the contact point (25a, 25b) is formed by an armature pin foot arranged at an end side on the armature pin, which armature pin foot has an enlarged outer diameter in relation to the armature pin.
A computer-implemented method, comprising receiving, at a computing device, a request from a user to display descriptors of media programming content scheduled for a time period; identifying people associated with the user from a list of groups predetermined by the user, and identifying time-associated media programs scheduled for the identified people; providing, for display to the user and in response to the request, indicators of the identified people that are currently connected to a media server and available for communication with the user through the media server and that are accessing media content, wherein the media server comprises a social networking manager; providing, for display to the user and in response to the request, descriptions of the identified people and of the time-associated media programs that are scheduled for the identified people wherein: the display comprises a presentation of an electronic program guide containing personalized channels for one or more of the identified people; when a communication with a new contact starts the new contact's media programming selections are added as a row in the electronic program guide; and when the user ends communication with a particular contact, the electronic program guide is changed or reduced by elimination of a channel representing that particular contact's media selections. receiving, at a computing device, a request from a user to display descriptors of media programming content scheduled for a time period; identifying people associated with the user from a list of groups predetermined by the user, and identifying time-associated media programs scheduled for the identified people; providing, for display to the user and in response to the request, indicators of the identified people that are currently connected to a media server and available for communication with the user through the media server and that are accessing media content, wherein the media server comprises a social networking manager; providing, for display to the user and in response to the request, descriptions of the identified people and of the time-associated media programs that are scheduled for the identified people wherein: the display comprises a presentation of an electronic program guide containing personalized channels for one or more of the identified people; when a communication with a new contact starts the new contact's media programming selections are added as a row in the electronic program guide; and when the user ends communication with a particular contact, the electronic program guide is changed or reduced by elimination of a channel representing that particular contact's media selections. the display comprises a presentation of an electronic program guide containing personalized channels for one or more of the identified people; when a communication with a new contact starts the new contact's media programming selections are added as a row in the electronic program guide; and when the user ends communication with a particular contact, the electronic program guide is changed or reduced by elimination of a channel representing that particular contact's media selections.
A crane which performs a hanging operation by connecting a jib to a boom, the crane comprising a plurality of jib divided bodies (30a to 30d) into which the jib is divided; characterized by a plurality of support rope divided bodies (15a to 15d) into which a support rope supporting the jib is divided, and which are respectively installed on the jib divided bodies (30a to 30d) in a step before assembling; a connection body which connects the support rope divided bodies to each other; and a fixed support member which detachably supports the support rope divided body and the connection body on the jib divided body, wherein the fixed support member can hold the jib divided body connected to the boom, in a state of being hung by the connected support rope divided body. characterized by a plurality of support rope divided bodies (15a to 15d) into which a support rope supporting the jib is divided, and which are respectively installed on the jib divided bodies (30a to 30d) in a step before assembling; a connection body which connects the support rope divided bodies to each other; and a fixed support member which detachably supports the support rope divided body and the connection body on the jib divided body, wherein the fixed support member can hold the jib divided body connected to the boom, in a state of being hung by the connected support rope divided body.
A method of producing polyploidized megakaryocytes, wherein the method comprises the step of obtaining the megakaryocytes by forcing expression of an oncogene selected from the MYC family of genes, and BMI1, in cells at any differentiation stage from hematopoietic progenitor cells to megakaryocytes before polyploidization, forcing expression of BCL-XL in megakaryocytes before polyploidization, and culturing and proliferating the resulting cells, preferably wherein a c-MYC gene is used as the oncogene.
Longitudinally adjustable vehicle seat with a freely pivotable backrest which is foldable forward and a memory device, wherein the vehicle seat has at least one first seat rail fixed to the structure, a second seat rail guided in said first seat rail and connected to the vehicle seat, and a longitudinal adjuster with a releasable locking device for locking the two seat rails (5, 8), and the vehicle seat is able to adopt an entry position by folding forward its backrest and unlocking the locking device, and wherein said memory device is also provided for storing the position of the second seat rail fixed to the vehicle seat relative to the first seat rail fixed to the structure, the memory device having a stop rail with latching openings and a locking element with a slider and a locking pawl pivotably connected thereto, and a transmission arrangement is provided which cooperates with a comfort locking device of a backrest of the vehicle seat in an entry position, wherein the locking element has a ramp with an upper region arranged on the slider with which a scanner of the memory device cooperates, and the scanner is connected to the transmission arrangement and the locking pawl is pretensioned in the locking direction by means of a spring, characterized in that the locking pawl is pivotably attached to the slider about a vertical pivot axis and, for storing the memory position, cooperates with latching openings laterally arranged on the stop rail, and the locking element has a stop protruding in the vertical direction and which is formed by the pivot axis of the locking pawl.
Vehicle seat having a backrest comprising a backrest lower part and a backrest upper part that can be displaced relative to the backrest lower part, characterised in that the vehicle seat is connected to a rotary adjusting device for rotating the vehicle seat, wherein the rotary adjusting device comprises a locking device for locking the rotary adjusting device, and wherein the backrest upper part and the locking device are interconnected such that upon a displacement of the backrest upper part relative to the backrest lower part from a non-displaced position into a displaced position, a locking of the rotary adjusting device is releasable.
A gas injection lance, comprising an elongated, at least under pressure hollow cylindrical, flexible base body, which is connectable at least at a first end to a first gas conduit for a gas and is inserted into a support tube and comprises at least one injection nozzle, configured as a perforation in a wall of the gas injection lance and suitable for a controlled passage of the gas, wherein injection is effected by passage of the gas into a porous solid matrix, characterized in that the gas injection lance comprises one or more pairs of packer elements acting in a sealing manner in an annular gap between the gas injection lance and the support tube, which comprise a supply device for a fluid to the packer elements and which expand by the fluid supplied under pressure to the interior of the packer elements, and wherein at least one of the injection nozzles is arranged between each respective pair of packer elements.
A dental prosthesis system, for the use with at least two dental implants, characterized by comprising: the dental prosthesis, which is divided in two parts, comprises a first prosthetic part, with a mesial, distal, lingual and buccal faces, a top section and a bottom section, and a second prosthetic part, with a mesial, distal, lingual and buccal faces, a top section and a bottom section; and having a prosthetic screw, wherein the prosthetic screw joints the first prosthetic part and the second prosthetic part, and said prosthetic screw acts as a sacrificial element; and wherein the first prosthetic part is capable of being connected to the dental implants through at least two connectors, arranged in the bottom section of the first prosthetic part; and having an engaging and guidance system, wherein the engaging and guiding system includes two female elements, disposed on the top section of the first prosthetic part, and two corresponding male elements, disposed on the bottom section of the second prosthetic part, whereby the connection between the two female elements and the two male elements is releasable. the dental prosthesis, which is divided in two parts, comprises a first prosthetic part, with a mesial, distal, lingual and buccal faces, a top section and a bottom section, and a second prosthetic part, with a mesial, distal, lingual and buccal faces, a top section and a bottom section; and having a prosthetic screw, wherein the prosthetic screw joints the first prosthetic part and the second prosthetic part, and said prosthetic screw acts as a sacrificial element; and wherein the first prosthetic part is capable of being connected to the dental implants through at least two connectors, arranged in the bottom section of the first prosthetic part; and having an engaging and guidance system, wherein the engaging and guiding system includes two female elements, disposed on the top section of the first prosthetic part, and two corresponding male elements, disposed on the bottom section of the second prosthetic part, whereby the connection between the two female elements and the two male elements is releasable.
A surgical filament snare assembly, comprising: an anchor capable of being fixated in bone and having a filament engagement feature; a first filament having a noose with first and second noose limbs (545, 546) connected to the filament engagement feature of the anchor and wherein the first and second noose limbs emerge from the anchor to form respective first and second free filament limbs (555, 556) lying outside the anchor; and a flexible sleeve capable of joining at least some portion of the first and second free filament limbs to facilitate passing of the free filament limbs through tissue and then the noose as a single unit, characterised in that the first filament is a braided suture and a section of one of the first and second free filament limbs serves as the sleeve such that the other one of the first and second free filament limbs can be threaded through the sleeve, and wherein the sleeve section has fewer picks per unit length than the picks per unit length for the remainder of the first filament. an anchor capable of being fixated in bone and having a filament engagement feature; a first filament having a noose with first and second noose limbs (545, 546) connected to the filament engagement feature of the anchor and wherein the first and second noose limbs emerge from the anchor to form respective first and second free filament limbs (555, 556) lying outside the anchor; and a flexible sleeve capable of joining at least some portion of the first and second free filament limbs to facilitate passing of the free filament limbs through tissue and then the noose as a single unit, characterised in that the first filament is a braided suture and a section of one of the first and second free filament limbs serves as the sleeve such that the other one of the first and second free filament limbs can be threaded through the sleeve, and wherein the sleeve section has fewer picks per unit length than the picks per unit length for the remainder of the first filament.
A floor box comprising: · a base comprising a plate for securing to the floor; · an installation frame for fitting on said base; and · fastener means for fastening the installation frame on said base at an adjustable height, and comprising: · at least one grooved rod extending from said base towards the installation frame; and · a locking member (220, 270, 280) for locking the installation frame on said grooved rod, which locking member presents a catch portion (221, 271, 281) for engaging in a groove of the grooved rod, and a bearing portion (222, 272, 282) connected to said catch portion (221, 271, 281) and serving to receive pressure directed substantially towards said plate in order to engage said catch portion (221, 271, 281) in said groove; wherein the installation frame includes blocking means (230, 263, 290) for blocking the catch portion (221, 271, 281) of the locking member (220, 270, 280) in the engaged position in said groove of the grooved rod the floor box being characterized in that said catch portion (221, 271, 281) is arranged to lock the installation frame one the base at a predetermined height. · a base comprising a plate for securing to the floor; · an installation frame for fitting on said base; and · fastener means for fastening the installation frame on said base at an adjustable height, and comprising: · at least one grooved rod extending from said base towards the installation frame; and · a locking member (220, 270, 280) for locking the installation frame on said grooved rod, which locking member presents a catch portion (221, 271, 281) for engaging in a groove of the grooved rod, and a bearing portion (222, 272, 282) connected to said catch portion (221, 271, 281) and serving to receive pressure directed substantially towards said plate in order to engage said catch portion (221, 271, 281) in said groove; · at least one grooved rod extending from said base towards the installation frame; and · a locking member (220, 270, 280) for locking the installation frame on said grooved rod, which locking member presents a catch portion (221, 271, 281) for engaging in a groove of the grooved rod, and a bearing portion (222, 272, 282) connected to said catch portion (221, 271, 281) and serving to receive pressure directed substantially towards said plate in order to engage said catch portion (221, 271, 281) in said groove;
An isolated antibody selected from a monoclonal antibody specifically binding toxin B of C. difficile produced by the hybridoma cell line deposited under ATCC Accession No. PTA-9693 (PA-41), a chimeric or CDR grafted humanized form thereof, or an antigen-binding fragment thereof; and a monoclonal antibody specifically binding toxin A of C. difficile produced by the hybridoma cell line deposited under ATCC Accession No. PTA-9694 (PA-50), a chimeric or CDR grafted form thereof, or an antigen-binding fragment thereof.
A rubber composition comprising at least one conjugated diene-based elastomer, and a filler reinforcement for said rubber composition comprising a combination of silica, preferably precipitated silica, and carbon black, wherein at least one of said conjugated diene-based elastomers is an end-chain multi-functionalized elastomer comprising a diene-based elastomer end-chain functionalized with at least one multi-functional group comprising alkoxyorganosilane polysulfide of the general formula: (R 1 O) 3 -Si-R 2 -Sx-R 2 -Si-(OR 1) 3 wherein R 1 represents the same or different aliphatic hydrocarbon radicals containing from 1 to 12 carbon atoms, R 2 represents an aliphatic hydrocarbon containing from 1 to 8 carbon atoms and x represents a value of from 1 to and including 8; and wherein said multi-functional groups are exclusive of alkoxyorganomercaptosilanes and alkoxyaminosilanes. at least one conjugated diene-based elastomer, and a filler reinforcement for said rubber composition comprising a combination of silica, preferably precipitated silica, and carbon black, wherein at least one of said conjugated diene-based elastomers is an end-chain multi-functionalized elastomer comprising a diene-based elastomer end-chain functionalized with at least one multi-functional group comprising alkoxyorganosilane polysulfide of the general formula: (R 1 O) 3 -Si-R 2 -Sx-R 2 -Si-(OR 1) 3 wherein R 1 represents the same or different aliphatic hydrocarbon radicals containing from 1 to 12 carbon atoms, R 2 represents an aliphatic hydrocarbon containing from 1 to 8 carbon atoms and x represents a value of from 1 to and including 8; and wherein said multi-functional groups are exclusive of alkoxyorganomercaptosilanes and alkoxyaminosilanes. wherein R 1 represents the same or different aliphatic hydrocarbon radicals containing from 1 to 12 carbon atoms, R 2 represents an aliphatic hydrocarbon containing from 1 to 8 carbon atoms and x represents a value of from 1 to and including 8; and wherein said multi-functional groups are exclusive of alkoxyorganomercaptosilanes and alkoxyaminosilanes.