mhurhangee/patent-ind-claim-en huggingface dataset:
Device for tensioning a belt of a video camera assembly , the device comprising: - a belt tensioner terminal configured for operating in contact with the belt for tensioning the belt , - a thrust element of elastic type operating on the belt tensioner terminal for thrusting the belt tensioner terminal against the belt , - an adjustment element configured for determining an adjustable positioning of the belt tensioner terminal with respect to the belt , - at least one constraint element configured for operating between a rest condition wherein it does not constrain the positioning of the belt tensioner terminal and a constraint condition wherein it constrains in position the belt tensioner terminal , wherein the adjustment element is configured for being connected to the thrust element in a removable way characterised in that the thrust element and the adjustment element share a same operative direction, said at least one constraint element operating or developing along a direction which is orthogonal to said operative direction of the thrust element and of the adjustment element . - a belt tensioner terminal configured for operating in contact with the belt for tensioning the belt , - a thrust element of elastic type operating on the belt tensioner terminal for thrusting the belt tensioner terminal against the belt , - an adjustment element configured for determining an adjustable positioning of the belt tensioner terminal with respect to the belt , - at least one constraint element configured for operating between a rest condition wherein it does not constrain the positioning of the belt tensioner terminal and a constraint condition wherein it constrains in position the belt tensioner terminal , wherein the adjustment element is configured for being connected to the thrust element in a removable way characterised in that the thrust element and the adjustment element share a same operative direction, said at least one constraint element operating or developing along a direction which is orthogonal to said operative direction of the thrust element and of the adjustment element . wherein the adjustment element is configured for being connected to the thrust element in a removable way characterised in that the thrust element and the adjustment element share a same operative direction, said at least one constraint element operating or developing along a direction which is orthogonal to said operative direction of the thrust element and of the adjustment element .
A needle shield assembly, comprising: a needle ; a body having a distal opening , a proximal opening , wherein the proximal opening has a diameter that is larger than a shaft of the needle but does not permit the static feature of the needle to pass through the proximal opening ; a canting plate ; a friction member slidably disposed within the body , the friction member having a proximal end , a distal end , and a central cavity extending from the proximal end to the distal end ; wherein the friction member is engaged in a frictional fit on the needle , characterized in that the needle has a static feature ; the friction member is elastomeric; the body having an alignment arm , and a smooth internal surface opposing the alignment arm ; wherein in response to the needle passing distally through the central cavity of the friction member , the friction member urges the canting plate distally and the canting plate is restrained by the alignment arm only on one side causing_the canting plate to tilt and bind on the needle . a needle ; a body having a distal opening , a proximal opening , wherein the proximal opening has a diameter that is larger than a shaft of the needle but does not permit the static feature of the needle to pass through the proximal opening ; a canting plate ; a friction member slidably disposed within the body , the friction member having a proximal end , a distal end , and a central cavity extending from the proximal end to the distal end ; wherein the friction member is engaged in a frictional fit on the needle , characterized in that the needle has a static feature ; the friction member is elastomeric; the body having an alignment arm , and a smooth internal surface opposing the alignment arm ; wherein in response to the needle passing distally through the central cavity of the friction member , the friction member urges the canting plate distally and the canting plate is restrained by the alignment arm only on one side causing_the canting plate to tilt and bind on the needle .
A pipe-laying vessel including a pipe-laying tower extending upwardly from the vessel, the vessel comprising: a welding station for joining a new pipestring (P2) to an end of the pipeline (P1, P) held by the tower, a clamp assembly on the tower for engaging a pipestring (P2) with a lower end adjacent to the end of the pipeline (P1, P)held by the tower and with the pipestring extending upwardly from its lower end alongside the tower, wherein the clamp assembly comprises a pipestring clamp that serves both the function of a transfer clamp for transferring the pipestring from a position alongside the tower but displaced from the pipe-laying path to a position approximately aligned with the pipe-laying path, and the function of a line-up clamp for lining up the pipestring with the end of the pipeline, characterised in that the orientation of the pipestring clamp is adjustable through pivoting movement about two mutually perpendicular axes that are themselves perpendicular to the longitudinal axis of the tower . a welding station for joining a new pipestring (P2) to an end of the pipeline (P1, P) held by the tower, a clamp assembly on the tower for engaging a pipestring (P2) with a lower end adjacent to the end of the pipeline (P1, P)held by the tower and with the pipestring extending upwardly from its lower end alongside the tower, wherein the clamp assembly comprises a pipestring clamp that serves both the function of a transfer clamp for transferring the pipestring from a position alongside the tower but displaced from the pipe-laying path to a position approximately aligned with the pipe-laying path, and the function of a line-up clamp for lining up the pipestring with the end of the pipeline, characterised in that the orientation of the pipestring clamp is adjustable through pivoting movement about two mutually perpendicular axes that are themselves perpendicular to the longitudinal axis of the tower .
An inductive ballast drive power supply for a LED lamp with a variable power energy saving function, said inductive ballast drive power supply comprising an inductive ballast (Lz) and a bridge rectifier circuit comprising input ends, namely D and N ends, said bridge rectifier circuit being connected with said input ends to an output end of the inductive ballast (Lz), the drive power supply further comprises a DC power supply circuit having an A end and an N end for supplying energy to a control circuit, characterized in that an eleventh capacitor (C11) is connected to said input ends, namely D and N ends of the bridge rectifier circuit; a series circuit of an eighth capacitor (C8) and a fifth switch (S5), a series circuit of a ninth capacitor (C9) and a sixth switch (S6), and a series circuit of a tenth capacitor (C10) and a seventh switch (S7) are further connected to the input ends, namely the D and N ends, of the bridge rectifier circuit; and a drive circuit for driving the state conversion of the fifth switch (S5), a drive circuit of the sixth switch (S6) and a drive circuit of the seventh switch (S7) are connected with output ends, namely to the A end and the N end of the DC power supply circuit.
A plug configured for use in a double block and bleed valve , said plug comprising: a first opening and a second opening defining a central passageway, said central passageway providing a continuous fluid path through said plug ; said plug first opening having a first gap at the lowest portion of said first opening ; said plug second opening having a second gap at the lowest portion of said central passageway ; characterised in that said plug first opening is carrying a first upwardly projecting lip adjacent to said first gap; and in that said plug second opening is carrying a second upwardly projecting lip adjacent to said second gap . a first opening and a second opening defining a central passageway, said central passageway providing a continuous fluid path through said plug ; said plug first opening having a first gap at the lowest portion of said first opening ; said plug second opening having a second gap at the lowest portion of said central passageway ; characterised in that said plug first opening is carrying a first upwardly projecting lip adjacent to said first gap; and in that said plug second opening is carrying a second upwardly projecting lip adjacent to said second gap .
A composition for manufacturing polypropylene-based soft and pleasant to touch nonwoven fabrics comprising at least three components A, B, and C as follows: i) component A being a semi-crystalline propylene homopolymer or random copolymer comprising from 0 to 5 wt% of ethylene or C 4 -C 10 alpha-olefin, while constituting from 55 to 90 wt% of said composition; ii) component B being a low crystallinity copolymer of propylene comprising from 15 to 30 wt% of ethylene or C 4 -C 10 alpha-olefin, while constituting from 9 to 35 wt% of said composition; and iii) component C being a low crystallinity copolymer of propylene comprising from 40 to 60 wt% of ethylene or C 4 -C 10 alpha-olefins, while constituting from 1 to 10 wt% of said composition, and said composition exhibiting in DMTA tests only two separate glass transition peaks, wherein the DMTA tests are performed according to the method disclosed in the description. i) component A being a semi-crystalline propylene homopolymer or random copolymer comprising from 0 to 5 wt% of ethylene or C 4 -C 10 alpha-olefin, while constituting from 55 to 90 wt% of said composition; ii) component B being a low crystallinity copolymer of propylene comprising from 15 to 30 wt% of ethylene or C 4 -C 10 alpha-olefin, while constituting from 9 to 35 wt% of said composition; and iii) component C being a low crystallinity copolymer of propylene comprising from 40 to 60 wt% of ethylene or C 4 -C 10 alpha-olefins, while constituting from 1 to 10 wt% of said composition, and
A brake drum, in particular for a utility vehicle, comprising a shell portion that has a friction face which is arranged with rotational symmetry with respect to an axis of rotation (x), an attachment portion which has a mounting section , wherein the shell portion and the attachment portion are made of different materials and are connected to one another characterized in that the shell portion and the attachment portion are produced separately from one another, wherein the shell portion has a first connection section and the attachment portion has a second connection section , wherein the first and second connection sections are connected to one another in a materially bonded manner by means of a weld .
A vaccine composition comprising (a) a polypeptide that is 100% identical to amino acids 1 - 819 of PhtD as shown in Figure 6 (amino acids 20-838 of SEQ ID NO: 4); and (b) a pharmaceutically acceptable carrier.
A method for reducing surface roughness of a component, comprising: forming a layer of reactive material on a surface of a component , the surface of the component having at least one partially attached particle , whereby the reactive material substantially covers the at least one partially attached particle; and dissolving the reactive material, wherein dissolving the reactive material covering the partially attached particles causes the partially attached particles to break free from the surface of the component, leaving a new smooth surface; and characterized by further comprising forming the component by additive manufacturing, and wherein the at least one partially attached particle is one of a partially melted particle and a partially sintered particle; and wherein forming the layer of reactive material is accomplished by a gas phase deposition process, and wherein the gas phase deposition process includes flowing gas containing the reactive material in a laminar flow. forming a layer of reactive material on a surface of a component , the surface of the component having at least one partially attached particle , whereby the reactive material substantially covers the at least one partially attached particle; and dissolving the reactive material, wherein dissolving the reactive material covering the partially attached particles causes the partially attached particles to break free from the surface of the component, leaving a new smooth surface; and characterized by further comprising forming the component by additive manufacturing, and wherein the at least one partially attached particle is one of a partially melted particle and a partially sintered particle; and
A method for allocating a software container executing on a server of a set of servers, the method being performed in a container allocator and comprising the steps of: receiving a request to invoke a software container for a client ; calculating a lookup key associated with the software container ; starting a fallback software container in a server of the set of servers; performing a lookup in a distributed peer-to-peer repository using the lookup key, giving a result set of active software containers ; selecting one software container from the set of software containers ; connecting to the selected software container to allocate the selected software container to the client ; and when the software container fails to be allocated to the client , connecting to the fallback software container to allocate the fallback software container to the client . receiving a request to invoke a software container for a client ; calculating a lookup key associated with the software container ; starting a fallback software container in a server of the set of servers; performing a lookup in a distributed peer-to-peer repository using the lookup key, giving a result set of active software containers ; selecting one software container from the set of software containers ; connecting to the selected software container to allocate the selected software container to the client ; and when the software container fails to be allocated to the client , connecting to the fallback software container to allocate the fallback software container to the client .
An elastic monofilament comprising a core-sheath composite structure, wherein a ratio of a core component is 2 to 40% by volume, the core component is a thermoplastic polyethylene terephthalate having, in the polymer, 95 to 100% by mass of a polyethylene terephthalate unit, and a sheath component is a copolymeric thermoplastic elastomer having a hard segment and a soft segment, and wherein the monofilament has a diameter of 0.1 to 1.0 mm, and a tensile strength of 0.3 to 3.0 cN/dtex.
A method for conserving power in a multicore computing device that includes a resource power manager, RPM, processor for managing resources shared by two or more execution environments, the method comprising: maintaining a reference count in a memory location for each low power resource mode of each low power resource shared by more than one core ([0..n]) of the multicore computing device, wherein the reference count indicates the number of running cores of the multicore computing device that share the low power resource mode; independently adjusting by each core ([0..n]) a value of the reference count based on each core's power state and each core's usage of the low power resource mode associated with the memory location; and using the value of the reference count stored at the memory location to determine when to enter the low power resource mode associated with the memory location; wherein each core ([0..n]) in the multicore computing device has a subsystem power management, SPM, hardware block that controls the power state of that core and handshakes with the RPM processor when the core enters its low power mode, the method further comprising: detecting , in an RPM sleep driver, that a spinlock is currently being held; ignoring an RPM transaction started by a zeroth core of the multicore computing device and not sending a sleep set transaction in response to detecting that the spinlock is currently being held; and not applying the sleep set on the RPM processor despite the SPM hardware block of each core performing a handshake with the RPM. maintaining a reference count in a memory location for each low power resource mode of each low power resource shared by more than one core ([0..n]) of the multicore computing device, wherein the reference count indicates the number of running cores of the multicore computing device that share the low power resource mode; independently adjusting by each core ([0..n]) a value of the reference count based on each core's power state and each core's usage of the low power resource mode associated with the memory location; and using the value of the reference count stored at the memory location to determine when to enter the low power resource mode associated with the memory location; wherein each core ([0..n]) in the multicore computing device has a subsystem power management, SPM, hardware block that controls the power state of that core and handshakes with the RPM processor when the core enters its low power mode, the method further comprising: detecting , in an RPM sleep driver, that a spinlock is currently being held; ignoring an RPM transaction started by a zeroth core of the multicore computing device and not sending a sleep set transaction in response to detecting that the spinlock is currently being held; and not applying the sleep set on the RPM processor despite the SPM hardware block of each core performing a handshake with the RPM.
A method for sensing measurement performed by a first device, the method comprising: receiving , by the first device, an indication frame sent by a second device, wherein the indication frame is used for indicating a spatial mapping matrix to be used by the second device to transmit a measurement frame; and receiving , by the first device, the measurement frame, and obtaining, by the first device, a channel estimation result based on the measurement frame; and determining , by the first device, channel state information based on the spatial mapping matrix and the channel estimation result; wherein before the receiving, by the first device, an indication frame, the method further comprises: sending , by the first device, a request frame, wherein the request frame is used for requesting the second device to feed back the spatial mapping matrix. receiving , by the first device, an indication frame sent by a second device, wherein the indication frame is used for indicating a spatial mapping matrix to be used by the second device to transmit a measurement frame; and receiving , by the first device, the measurement frame, and obtaining, by the first device, a channel estimation result based on the measurement frame; and determining , by the first device, channel state information based on the spatial mapping matrix and the channel estimation result; wherein before the receiving, by the first device, an indication frame, the method further comprises: sending , by the first device, a request frame, wherein the request frame is used for requesting the second device to feed back the spatial mapping matrix.
A spark plug comprising: a center electrode ; an insulator provided around the center electrode ; a metallic shell provided around the insulator ; and a ground electrode which is provided such that one end thereof is bonded to the metallic shell , and the other end faces the center electrode , wherein at least one of the center electrode and the ground electrode has thereon an intermediate member which connects the center electrode or the ground electrode to a noble metal tip ; the intermediate member has a tip-bonding portion to which the noble metal tip is bonded, and an electrode-bonding portion which is adjacent to the tip-bonding portion , which has a diameter greater than that of the tip-bonding portion , and which is bonded to the center electrode or the ground electrode ; the intermediate member contains nickel (Ni) as a main component, and also contains chromium (Cr) in an amount of 15 to 25 wt.%; and the intermediate member contains, in a surface portion thereof, silicon (Si) in an amount per unit volume of 0.04 mg/mm 3 to 0.12 mg/mm 3 , and aluminum (Al) in an amount per unit volume of 0.03 mg/mm 3 to 0.10 mg/mm 3 ; characterized in that the following relation is satisfied: 2.5 ≤ Se/St; wherein Se represents the area of a region formed by projection of the electrode-bonding portion on an imaginary plane parallel to a bonding surface between the electrode-bonding portion and the center electrode or the ground electrode , and St represents the transverse cross-sectional area of the tip-bonding portion . a center electrode ; an insulator provided around the center electrode ; a metallic shell provided around the insulator ; and a ground electrode which is provided such that one end thereof is bonded to the metallic shell , and the other end faces the center electrode , wherein at least one of the center electrode and the ground electrode has thereon an intermediate member which connects the center electrode or the ground electrode to a noble metal tip ; the intermediate member has a tip-bonding portion to which the noble metal tip is bonded, and an electrode-bonding portion which is adjacent to the tip-bonding portion , which has a diameter greater than that of the tip-bonding portion , and which is bonded to the center electrode or the ground electrode ; the intermediate member contains nickel (Ni) as a main component, and also contains chromium (Cr) in an amount of 15 to 25 wt.%; and the intermediate member contains, in a surface portion thereof, silicon (Si) in an amount per unit volume of 0.04 mg/mm 3 to 0.12 mg/mm 3 , and aluminum (Al) in an amount per unit volume of 0.03 mg/mm 3 to 0.10 mg/mm 3 ; characterized in that the following relation is satisfied: 2.5 ≤ Se/St; wherein Se represents the area of a region formed by projection of the electrode-bonding portion on an imaginary plane parallel to a bonding surface between the electrode-bonding portion and the center electrode or the ground electrode , and St represents the transverse cross-sectional area of the tip-bonding portion .
A low-frequency therapy wearing band allowing a low-frequency therapy device including a control box constituted of a case, a power supply , a controller , a low-frequency wave output unit , and a control switch to be connected thereto to provide a low-frequency stimulus to a body part of a wearer to enable physical therapy, the wearing band comprising outer yarn shaped as a cylinder by continuously knitting fiber yarn loops and knitted with fiber yarn, inner yarn knitted with covering yarn, and pile yarn formed of a conductive fiber, knitted at inner surfaces of the inner yarn , and configured to apply a low-frequency stimulus while tightly contacting a skin when a cable of the low-frequency therapy device is connected to electrode terminals protruding from a surface to transmit a negative low-frequency current and a positive low-frequency current to the pile yarn , characterized in that each inner yarn includes metallic copper yarn as a core material and a covering yarn formed by winding coat yarn formed of nylon or polyester around the copper yarn , and wherein the copper yarn is configured to be heated when it receives a current as a cable of the low-frequency therapy device is connected to the electrode terminals of the wearing band .