mhurhangee/ep-ind-claims huggingface dataset:
A system useable to barricade a door, comprising: an anchor comprising an upper portion and a lower portion, wherein the upper portion comprises a first key on a first vertical planar surface, and wherein the lower portion is configured to be insertable in an opening in a floor proximate to an inside surface of the door; and a lock affixable to the door, wherein the lock comprises a stop, a key plate, and a cross member, wherein when the lock is affixed to the door the stop is configured to be proximate to an outside surface of the door and the key plate is configured to be proximate to the inside surface of the door, and wherein the key plate comprises a second key on a second vertical planar surface, wherein the upper portion is configured to engage the key plate by connection of the first and second keys when the lower portion is inserted in the opening in the floor, wherein inserting the lower portion in the opening in the floor and thereby connecting the first and second keys brings the first and second vertical planar surfaces (506,419) into contact, and wherein the cross member is configured to connect the stop and the key plate through an opening in the door. an anchor comprising an upper portion and a lower portion, wherein the upper portion comprises a first key on a first vertical planar surface, and wherein the lower portion is configured to be insertable in an opening in a floor proximate to an inside surface of the door; and a lock affixable to the door, wherein the lock comprises a stop, a key plate, and a cross member, wherein when the lock is affixed to the door the stop is configured to be proximate to an outside surface of the door and the key plate is configured to be proximate to the inside surface of the door, and wherein the key plate comprises a second key on a second vertical planar surface, wherein the upper portion is configured to engage the key plate by connection of the first and second keys when the lower portion is inserted in the opening in the floor, wherein inserting the lower portion in the opening in the floor and thereby connecting the first and second keys brings the first and second vertical planar surfaces (506,419) into contact, and wherein the cross member is configured to connect the stop and the key plate through an opening in the door.
Open roof construction for a vehicle having an opening in the fixed roof, comprising a stationary part for attachment to the fixed roof, having at least one guide rail on a side of the roof opening, a closure element supported by an operating mechanism and adjustable between a closed position, in which it closes the roof opening, and an open position in which the closure element is moved rearwardly above a roof portion behind the roof opening, wherein the operating mechanism comprises a driving slide, slidably guided in the guide rail, a front support attached to the closure element and guided by the guide rail, a support lever having a front end and a rear end and which is slidably connected to a panel track of the closure element by means of a rear sliding member at the rear end of the support lever, and a curve part on the stationary part including a rear guide track having a vertical component, the support lever being in engagement with said rear guide track by means of a middle sliding member, wherein the driving slide is adapted to drive the support lever at least along part of path of movement of the closure element between the open and closed positions, characterized in that the support lever is constructed such that, in the open position of the closure element, the rear sliding member at the rear end of the support lever extends above the fixed roof behind the roof opening.
A method of constructing a knitted compression hosiery product having a smooth interior surface free of loose threads and ridges, comprising the steps of: (a) introducing an elastomer compression inlay yarn into a predetermined first selection of needles on a first knitting machine finger position at a first machine feed; (b) raising a predetermined second selection of needles to take on first and second pattern yarns from a second machine feed; (c) introducing the first and second pattern yarns into the predetermined second selection of needles on second and third knitting machine finger positions at the second machine feed, the first selection of needles and the second selection of needles collectively defining a predetermined pattern; (d) wherein when the predetermined second selection of needles is raised to take on the first and second pattern yarns, the elastomer compression inlay yarn deflects the raised second selection of needles radially inwardly to define an annular space into which the pattern yarns are dropped in an offset relation to the elastomer compression inlay yarn; and (e) wherein the first and second pattern yarns are plated to respective outer and inner surfaces of the fabric, and the elastomer compression yarn is inlaid to the inner surface of the fabric and one pattern yarn has a composition that takes on a dye differently than the other pattern yarn takes on dye, resulting in a pattern that is distinguished by a different color appearance of the two yarns. (a) introducing an elastomer compression inlay yarn into a predetermined first selection of needles on a first knitting machine finger position at a first machine feed; (b) raising a predetermined second selection of needles to take on first and second pattern yarns from a second machine feed; (c) introducing the first and second pattern yarns into the predetermined second selection of needles on second and third knitting machine finger positions at the second machine feed, the first selection of needles and the second selection of needles collectively defining a predetermined pattern; (d) wherein when the predetermined second selection of needles is raised to take on the first and second pattern yarns, the elastomer compression inlay yarn deflects the raised second selection of needles radially inwardly to define an annular space into which the pattern yarns are dropped in an offset relation to the elastomer compression inlay yarn; and (e) wherein the first and second pattern yarns are plated to respective outer and inner surfaces of the fabric, and the elastomer compression yarn is inlaid to the inner surface of the fabric and one pattern yarn has a composition that takes on a dye differently than the other pattern yarn takes on dye, resulting in a pattern that is distinguished by a different color appearance of the two yarns.
Guide carriage for use with an elongate guide rail, wherein the guide carriage comprises at least one row of endlessly circulating rolling bodies, which roll in a load-transmitting manner on an associated carriage track, wherein the carriage track extends parallel to a longitudinal axis, wherein the carriage track is arranged on a track element, which is connected to a main body of the guide carriage, wherein the track element has at least one self-supporting portion, which is arranged at one end of the track element, as seen in the direction of the longitudinal axis, wherein the self-supporting portion is not supported on the main body, characterized in that at least one deformation sensor (60; 60'; 60") is provided, and is arranged on the guide carriage in the region of a respectively associated self-supporting portion, wherein the at least one deformation sensor (60; 60'; 60") can measure a deformation of the associated self-supporting portion of the track element, wherein the at least one deformation sensor is connected to an evaluation device.
A mattress for a profiling bed, said mattress including a base portion and an upper portion overlying the base portion and having an interface (15,16) between the base portion and the upper portion which has a coefficient of friction low enough such that the base portion and the upper portion can slide longitudinally relative to each other characterised in that the upper portion is mounted on a carriage portion for longitudinal movement relative to the base portion, in that the interface (15, 16) lies between the carriage portion and the base portion and in that the base and carriage portions (12,11) have cooperating formations for restricting gliding movement between them to longitudinal movement.
An electronic timepiece, comprising: a reciprocating hand which is provided to be rotatable only within a partial angle range of a circle, characterised in that the timepiece comprises: a processor which acquires information according to an operation of the reciprocating hand, and makes the reciprocating hand perform a predetermined notification operation when a destination of the reciprocating hand is out of the angle range, the destination being determined on the basis of the information.
A process for the preparation of spherical particles comprising a mixture of magnesium alcoholates wherein magnesium, a mixture of ethanol, methanol and isopropanol and a halogen and/or a halogen compound are reacted with one another at below the boiling point of the alcohol component having the lowest boiling point, and the product obtained is separated off and dried, said spherical particles having a poured cone height of less than 17 mm, and the contents of the alcoholates in the end product are as follows: magnesium ethanolate > 80 wt.% magnesium methanolate: 0.001-15 wt.% magnesium isopropanolate: 0.001-10 wt.% halogen or halogen-containing component: 0.001-10 wt.%, and wherein the poured cone height is determined by: i) Providing a metal sieve with a mesh width of 1 mm; a Vernier; a metal solid cylinder of diameter, d, of 38 mm and height, h, of 80 mm; and a scraper; ii) Fixing the wire sieve to the stand approximately 10 cm above the metal solid cylinder; iii) Slowly pouring the powder on to the sieve and carefully passing the powder through the sieve by means of the scraper; iv) Adjusting the distance from the sieve to the poured cone tip of the powder to 2 cm; and v) When the poured cone of the powder is uniform in shape, sieving of the powder is ended and the poured cone height is read off at the tip of the cone with the surface gauge. magnesium ethanolate > 80 wt.% magnesium methanolate: 0.001-15 wt.% magnesium isopropanolate: 0.001-10 wt.% halogen or halogen-containing component: 0.001-10 wt.%, and wherein the poured cone height is determined by: i) Providing a metal sieve with a mesh width of 1 mm; a Vernier; a metal solid cylinder of diameter, d, of 38 mm and height, h, of 80 mm; and a scraper; ii) Fixing the wire sieve to the stand approximately 10 cm above the metal solid cylinder; iii) Slowly pouring the powder on to the sieve and carefully passing the powder through the sieve by means of the scraper; iv) Adjusting the distance from the sieve to the poured cone tip of the powder to 2 cm; and v) When the poured cone of the powder is uniform in shape, sieving of the powder is ended and the poured cone height is read off at the tip of the cone with the surface gauge. i) Providing a metal sieve with a mesh width of 1 mm; a Vernier; a metal solid cylinder of diameter, d, of 38 mm and height, h, of 80 mm; and a scraper; ii) Fixing the wire sieve to the stand approximately 10 cm above the metal solid cylinder; iii) Slowly pouring the powder on to the sieve and carefully passing the powder through the sieve by means of the scraper; iv) Adjusting the distance from the sieve to the poured cone tip of the powder to 2 cm; and v) When the poured cone of the powder is uniform in shape, sieving of the powder is ended and the poured cone height is read off at the tip of the cone with the surface gauge.
A method of forwarding in an OFDMA cooperative network, comprising a plurality of nodes including a source terminal, a destination terminal, and at least one relay terminal, a data packet being transmitted by the source terminal to the destination terminal via at least said relay terminal, the network transmission resources being constituted by chunks of sub-carriers of an OFDM multiplex or by plurality of said chunks, characterized in that a determination is made whether the data packet transmitted by a second node can be decoded without errors by a first node distinct from the source terminal and, if not, a determination is made whether at least one transmission channel routing said packet between at least one second node and said first node is in an outage state by comparing said transmission binary rate with the instantaneous mutual information of said transmission channel, said outage stage of said transmission channel being established when the transmission binary rate is higher that the instantaneous mutual information of said channel and that: if said channel is in an outage state, said second node retransmits the packet using a transmission resource different from the one used by this node in the preceding transmission of said packet; and if said channel is not in an outage state, said second node retransmits the packet by using the same transmission resource as the one used by the same node in the preceding transmission of said packet. if said channel is in an outage state, said second node retransmits the packet using a transmission resource different from the one used by this node in the preceding transmission of said packet; and if said channel is not in an outage state, said second node retransmits the packet by using the same transmission resource as the one used by the same node in the preceding transmission of said packet.
A process for the purification of carbonyl fluoride, characterized in that it comprises: step 1. preliminary purification by rectification performing light component removal treatment and heavy component removal treatment on COF 2 crude product gas to obtain a preliminarily rectified mixed gas; wherein during the light component removal treatment, the temperature at the bottom of a purification device ranges from -112 °C to -48 °C, the pressure ranges from 0.01 MPa to 0.6 MPa, and the temperature at the top is 0.5 °C to 30 °C lower than that at the bottom; and during the heavy component removal treatment, the temperature at the bottom of the purification device ranges from -81 °C to 80 °C, the pressure ranges from 0.01 MPa to 0.6 MPa, and the temperature at the top is 0.5 °C to 30 °C lower than that at the bottom; and thereby to obtain the preliminarily rectified mixed gas; step 2. secondary purification by rectification performing secondary purification by rectification on the preliminarily rectified mixed gas as follows: the temperature at the bottom of the purification device ranges from -123 °C to -36 °C, the pressure ranges from 0.01 MPa to 1.03 MPa, and the temperature at the top is 0.2 °C to 45 °C lower than that at the bottom, and thereby to obtain the purified gas; wherein, the pressure in steps 1 and step 2 is absolute pressure. step 1. preliminary purification by rectification performing light component removal treatment and heavy component removal treatment on COF 2 crude product gas to obtain a preliminarily rectified mixed gas; wherein during the light component removal treatment, the temperature at the bottom of a purification device ranges from -112 °C to -48 °C, the pressure ranges from 0.01 MPa to 0.6 MPa, and the temperature at the top is 0.5 °C to 30 °C lower than that at the bottom; and during the heavy component removal treatment, the temperature at the bottom of the purification device ranges from -81 °C to 80 °C, the pressure ranges from 0.01 MPa to 0.6 MPa, and the temperature at the top is 0.5 °C to 30 °C lower than that at the bottom; and thereby to obtain the preliminarily rectified mixed gas; step 2. secondary purification by rectification performing secondary purification by rectification on the preliminarily rectified mixed gas as follows: the temperature at the bottom of the purification device ranges from -123 °C to -36 °C, the pressure ranges from 0.01 MPa to 1.03 MPa, and the temperature at the top is 0.2 °C to 45 °C lower than that at the bottom, and thereby to obtain the purified gas; wherein, the pressure in steps 1 and step 2 is absolute pressure.
A system for removing a substance from a bone comprising: an insert having two ends connected by a shaft, wherein the shaft of the insert is cannulated along at least a portion of its length; an insert fenestration disposed along the cannulated portion of the insert; a bone screw having two ends connected by a shaft, the bone screw being adapted to receive the insert and including a plurality of fenestrations (3218, 3220); a device coupled to the insert and in communication with the cannulated portion of the insert, the device being configured to draw material from the bone through the insert fenestration into the insert; and a first expandable portion and a second expandable portion, each disposed around a portion of the length of the insert, wherein the insert fenestration is located between the first and second expandable portions (3232, 3234), and wherein the first and second expandable portions (3232, 3234) are configured to expand to form a seal between the insert and the bone screw or tissue adjacent the fenestration (3218, 3220) of the bone screw, characterized in that the longitudinal length (L1, L2) of at least one fenestration in the bone screw is greater than the longitudinal length of the portion of the insert that is located between the first expandable portion and the second expandable portion. an insert having two ends connected by a shaft, wherein the shaft of the insert is cannulated along at least a portion of its length; an insert fenestration disposed along the cannulated portion of the insert; a bone screw having two ends connected by a shaft, the bone screw being adapted to receive the insert and including a plurality of fenestrations (3218, 3220); a device coupled to the insert and in communication with the cannulated portion of the insert, the device being configured to draw material from the bone through the insert fenestration into the insert; and a first expandable portion and a second expandable portion, each disposed around a portion of the length of the insert, wherein the insert fenestration is located between the first and second expandable portions (3232, 3234), and wherein the first and second expandable portions (3232, 3234) are configured to expand to form a seal between the insert and the bone screw or tissue adjacent the fenestration (3218, 3220) of the bone screw, characterized in that the longitudinal length (L1, L2) of at least one fenestration in the bone screw is greater than the longitudinal length of the portion of the insert that is located between the first expandable portion and the second expandable portion.
A method of decoding data, said method comprising: receiving a multiplexed stream comprising at least one elementary stream and at least another elementary stream; queuing the at least one elementary stream in a queue; receiving a command of a user to decode the another elementary stream instead of the at least one elementary stream; after receiving the command, decoding a portion of the at least one elementary stream, wherein said portion of the at least one elementary stream was queued before receiving the command; decoding the another elementary stream after decoding the portion of the at least one elementary stream; characterized by after receiving the command, inserting a marker into the queue between the at least one elementary stream and the another elementary stream indicating when to interrupt decoding of the at least one elementary stream and when to start decoding of the another elementary stream; detecting said marker; and responsive to said detecting of said marker, changing the codec associated with the at least one elementary stream to a codec associated with the another elementary stream. receiving a multiplexed stream comprising at least one elementary stream and at least another elementary stream; queuing the at least one elementary stream in a queue; receiving a command of a user to decode the another elementary stream instead of the at least one elementary stream; after receiving the command, decoding a portion of the at least one elementary stream, wherein said portion of the at least one elementary stream was queued before receiving the command; decoding the another elementary stream after decoding the portion of the at least one elementary stream; characterized by after receiving the command, inserting a marker into the queue between the at least one elementary stream and the another elementary stream indicating when to interrupt decoding of the at least one elementary stream and when to start decoding of the another elementary stream; detecting said marker; and responsive to said detecting of said marker, changing the codec associated with the at least one elementary stream to a codec associated with the another elementary stream.
A loader for nails strip, comprising an end for introducing the nails strip, an outlet end for the strip arranged so as to be mounted on a nose of a fixing device, means for guiding nails from the introducing end to the outlet end and means for pushing the strip to the outlet end, guiding means comprising abutting means for nails extending up to the outlet end, characterized in that the. guiding and abutting means are drilled with a window for rocking short nails, said window having a rear edge and a front edge forming an abutment for the short nails.
A splash guard for frying, comprising a support element for removably applying to a pan opening, wherein the support element encompasses at least one support element opening, through which liquids and steam can completely pass through transversely, wherein a steam outlet element is arranged so as to at least partially cover the support element and the at least one support element opening on a first side of the support element so as to be movable such that a steam outlet chamber comprising a variable height (h) can be embodied between support element and steam outlet element, characterized in that the steam outlet element encompasses at least one steam outlet element opening and a bearing (13, 13') embodied as pivot bearing and encompassing a defined incline, so that a combined pivot movement with linear displacement of the steam outlet element can be carried out relative to the support element.
An LED photo-electric source assembly, comprising: a radiator, a radiating fan, a driving circuit board subassembly, an LED light source component, an upper cover of a power supply box, a lower cover of the power supply box, and a waterproof bolt component, wherein the LED light source component comprises several LED chips and LED submount; the radiator comprises a bottom plate that the undersurface is flat, on the top face of which a radiating part being flaky or cylindrical is provided; the LED submount is fixedly connected to the bottom plate transmitting heat; in the central area of the upper part of radiating part, a space area is provided for containing the radiating fan i.e. dust-proof and water-proof fan; in the air intake and air outlet of the radiating fan two fan guards are provided; on the top of the radiating fan the lower cover is fixedly connected to radiator; the upper cover and the lower cover are sealed joint and the driving circuit board subassembly is inside; the waterproof bolt component connects the port which a power wire going through the upper cover.