mhurhangee/patent-ind-claim-en huggingface dataset:
A melt delivery body for an injection molding apparatus including a manifold plate and a machine nozzle to deliver a melt to the melt delivery body , the melt delivery body comprising: a manifold , housed in the manifold plate , the manifold defining a melt network , the melt network having an inlet for receiving melt from the machine nozzle and an outlet ; an in-line valve gated nozzle (20-2) having a nozzle melt channel for delivering melt from the manifold to a mold cavity, the nozzle melt channel of the in-line nozzle substantially axially aligned with the inlet of the melt network ; a valve pin in the melt channel of the in-line valve gated nozzle (20-2) to regulate the rate the melt is dispensed from the in-line valve gated nozzle (20-2); and a valve pin actuator (25-2) coupled to the valve pin , the valve pin actuator (25-2) controlling the movement of the valve pin within the nozzle melt channel ; characterized in that the melt delivery body further comprising a biasing member for biasing the in-line valve gated nozzle (20-2) towards the manifold , wherein the melt network having more than one outlet to distribute melt to respective nozzles , and more than one melt channel interconnecting the inlet with the more than one outlets , one of the outlets (40-2) being substantially axially aligned with the inlet , and wherein the valve pin actuator (25-2) is positioned substantially axially aligned with the in-line valve gated nozzle (20-2) and positioned between the manifold and the in-line valve gated nozzle (20-2). a manifold , housed in the manifold plate , the manifold defining a melt network , the melt network having an inlet for receiving melt from the machine nozzle and an outlet ; an in-line valve gated nozzle (20-2) having a nozzle melt channel for delivering melt from the manifold to a mold cavity, the nozzle melt channel of the in-line nozzle substantially axially aligned with the inlet of the melt network ; a valve pin in the melt channel of the in-line valve gated nozzle (20-2) to regulate the rate the melt is dispensed from the in-line valve gated nozzle (20-2); and a valve pin actuator (25-2) coupled to the valve pin , the valve pin actuator (25-2) controlling the movement of the valve pin within the nozzle melt channel ; characterized in that the melt delivery body further comprising a biasing member for biasing the in-line valve gated nozzle (20-2) towards the manifold , wherein the melt network having more than one outlet to distribute melt to respective nozzles , and more than one melt channel interconnecting the inlet with the more than one outlets , one of the outlets (40-2) being substantially axially aligned with the inlet , and wherein the valve pin actuator (25-2) is positioned substantially axially aligned with the in-line valve gated nozzle (20-2) and positioned between the manifold and the in-line valve gated nozzle (20-2).
Assembly of a streamlined flat windscreen wiper , in particular of a vehicle, the assembly comprising a terminal cap , an end fitting , and a member for holding a wiper blade of said streamlined flat windscreen wiper , the end fitting or member comprising a first longitudinal housing configured to receive a heel of a wiper blade of said wiper, and a bottom longitudinal groove which emerges in said first housing and in which a part of the blade is able to slide longitudinally, said groove being linked to an opening which is configured to allow the passage of said heel and the removal of the blade and in that the opening extends from a longitudinal end of said groove , characterized in that the end fitting comprises an oversized end part at an axial distance from the longitudinal extremities of said end fitting , said oversized end part comprising at least one stop surface designed to cooperate with the hooks of the terminal cap .
A surgical loading unit comprising: an elongate body ; an end effector having a proximal portion pivotably coupled to a distal portion of the elongate body; and a knife assembly disposed within the elongate body and including: an elongate guide member pivotably supported in the distal portion of the elongate body and defining a longitudinally-extending channel ; and a flexible knife bar extending through the channel of the elongate guide member, the knife bar configured to move through the channel of the elongate guide member, characterised in that articulation of the end effector relative to the elongate body in a first direction effects movement of a distal portion of the elongate guide member in a second direction, opposite the first direction. an elongate body ; an end effector having a proximal portion pivotably coupled to a distal portion of the elongate body; and a knife assembly disposed within the elongate body and including: an elongate guide member pivotably supported in the distal portion of the elongate body and defining a longitudinally-extending channel ; and a flexible knife bar extending through the channel of the elongate guide member, the knife bar configured to move through the channel of the elongate guide member, characterised in that articulation of the end effector relative to the elongate body in a first direction effects movement of a distal portion of the elongate guide member in a second direction, opposite the first direction. an elongate guide member pivotably supported in the distal portion of the elongate body and defining a longitudinally-extending channel ; and a flexible knife bar extending through the channel of the elongate guide member, the knife bar configured to move through the channel of the elongate guide member, characterised in that articulation of the end effector relative to the elongate body in a first direction effects movement of a distal portion of the elongate guide member in a second direction, opposite the first direction.
A method for configuring a Downlink Allocation Index, DAI, applied to a terminal device, the method comprising: determining a first bit of a first counter DAI in a first Downlink Control Information, DCI, format received from a network device, wherein the first bit of the first counter DAI is agreed in a protocol; receiving configuration information, wherein the configuration information is used for configuring a second bit of a second counter DAI in a second DCI format received from the network device; wherein a Hybrid Automatic Repeat Request Acknowledgement, HARQ-ACK, for Physical Downlink Shared Channel, PDSCH, reception or semi-persistent scheduling, SPS, release, scheduled by the first DCI format, and a HARQ-ACK for PDSCH reception or SPS release, scheduled by the second DCI format, are fed back in a same HARQ-ACK codebook; wherein the first bit is the same as the second bit. determining a first bit of a first counter DAI in a first Downlink Control Information, DCI, format received from a network device, wherein the first bit of the first counter DAI is agreed in a protocol; receiving configuration information, wherein the configuration information is used for configuring a second bit of a second counter DAI in a second DCI format received from the network device; wherein a Hybrid Automatic Repeat Request Acknowledgement, HARQ-ACK, for Physical Downlink Shared Channel, PDSCH, reception or semi-persistent scheduling, SPS, release, scheduled by the first DCI format, and a HARQ-ACK for PDSCH reception or SPS release, scheduled by the second DCI format, are fed back in a same HARQ-ACK codebook; wherein the first bit is the same as the second bit.
An mTOR inhibitor for use in a method of treating a subject having a dominant X-linked disease, the method comprising: administering to the subject the mTOR inhibitor in an amount effective for inducing expression of a target X-linked gene, wherein the mTOR inhibitor targets mTOR and selectively inhibits activity of mTOR.
Mechanism for a timepiece comprising: - a regulator comprising a regulating member (12a; 230) adapted to oscillate with a certain nominal amplitude and a certain period of oscillation, - an energy distributing member provided with teeth (17; 117) and intended to be biased by an energy storage device , - a pallet fork engaging with the teeth (17; 117) of the energy distributing member, said pallet fork being controlled by the regulator to periodically and alternately lock and release the energy distributing member so that said energy distributing member is biased by the energy storage device to move in incremental steps in a cycle of repetitive motion, and said pallet fork being adapted to transfer mechanical energy to the regulator during this cycle of repetitive motion, characterized in that it comprises: - a decoupling member (13; 213) elastically connected to the pallet fork by first elastic linking means (R1) and to the regulating member (12a; 230) by second elastic linking means (R2), said decoupling member (13; 213) being arranged to oscillate with a certain amplitude between first and second extreme positions and with the same period of oscillation as the regulating member (12a; 230), - motion limiting means (52, 54, 55; 253a, 253b) for imposing said extreme positions. - a regulator comprising a regulating member (12a; 230) adapted to oscillate with a certain nominal amplitude and a certain period of oscillation, - an energy distributing member provided with teeth (17; 117) and intended to be biased by an energy storage device , - a pallet fork engaging with the teeth (17; 117) of the energy distributing member, said pallet fork being controlled by the regulator to periodically and alternately lock and release the energy distributing member so that said energy distributing member is biased by the energy storage device to move in incremental steps in a cycle of repetitive motion, and said pallet fork being adapted to transfer mechanical energy to the regulator during this cycle of repetitive motion, - a decoupling member (13; 213) elastically connected to the pallet fork by first elastic linking means (R1) and to the regulating member (12a; 230) by second elastic linking means (R2), said decoupling member (13; 213) being arranged to oscillate with a certain amplitude between first and second extreme positions and with the same period of oscillation as the regulating member (12a; 230), - motion limiting means (52, 54, 55; 253a, 253b) for imposing said extreme positions.
A photochromic lens comprising a tetraazaporphyrin compound represented by General Formula , and a photochromic dye, in which a transmittance at 23°C after irradiation using a xenon lamp at an illuminance of 50,000 lux for 15 minutes satisfies the following conditions; a transmittance at 550 nm is 25% or less a transmittance a at 550 nm is larger than a minimum transmittance b between 575 nm and 600 nm, and a difference between the transmittance a and the transmittance b is 5% or more there are one or more points of inflection in a transmittance curve from 550 nm to 600 nm, wherein, in General Formula , A 1 to A 8 each independently represent a hydrogen atom, a halogen atom, a nitro group, a cyano group, a hydroxyl group, an amino group, a carboxyl group, a sulfonic acid group, a linear, branched, or cyclic alkyl group having 1 to 20 carbon atoms, an alkoxy group having 1 to 20 carbon atoms, an aryloxy group having 6 to 20 carbon atoms, a monoalkylamino group having 1 to 20 carbon atoms, a dialkylamino group having 2 to 20 carbon atoms, a dialkylamino group having 7 to 20 carbon atoms, an aralkyl group having 7 to 20 carbon atoms, an aryl group having 6 to 20 carbon atoms, a heteroaryl group, an alkylthio group having 6 to 20 carbon atoms, or an arylthio group having 6 to 20 carbon atoms, or may form a ring other than an aromatic ring via a linking group, and M represents two hydrogen atoms, an optionally substituted metal atom, or an oxy metal atom. a transmittance at 550 nm is 25% or less a transmittance a at 550 nm is larger than a minimum transmittance b between 575 nm and 600 nm, and a difference between the transmittance a and the transmittance b is 5% or more there are one or more points of inflection in a transmittance curve from 550 nm to 600 nm, wherein, in General Formula , A 1 to A 8 each independently represent a hydrogen atom, a halogen atom, a nitro group, a cyano group, a hydroxyl group, an amino group, a carboxyl group, a sulfonic acid group, a linear, branched, or cyclic alkyl group having 1 to 20 carbon atoms, an alkoxy group having 1 to 20 carbon atoms, an aryloxy group having 6 to 20 carbon atoms, a monoalkylamino group having 1 to 20 carbon atoms, a dialkylamino group having 2 to 20 carbon atoms, a dialkylamino group having 7 to 20 carbon atoms, an aralkyl group having 7 to 20 carbon atoms, an aryl group having 6 to 20 carbon atoms, a heteroaryl group, an alkylthio group having 6 to 20 carbon atoms, or an arylthio group having 6 to 20 carbon atoms, or may form a ring other than an aromatic ring via a linking group, and M represents two hydrogen atoms, an optionally substituted metal atom, or an oxy metal atom.
A detection device configured to detect a marker in a liquid, comprising: a reaction chamber , provided with a thermosensitive sensor , wherein said reaction chamber comprises a polymer capable of releasing or generating a chemical species that undergoes or initiates an exothermic or endothermic chemical reaction with the marker present in the liquid, characterised in that the polymer is a photopolymer. a reaction chamber , provided with a thermosensitive sensor , wherein said reaction chamber comprises a polymer capable of releasing or generating a chemical species that undergoes or initiates an exothermic or endothermic chemical reaction with the marker present in the liquid, characterised in that the polymer is a photopolymer.
An overvoltage protection device, comprising: a crowbar device , the crowbar device including: a first crowbar terminal , the first crowbar terminal for connection to a first external voltage line ; and a transient voltage suppression, TVS, device , the TVS device having: a second TVS terminal , the second TVS terminal for connection to a second external voltage line , wherein the crowbar device and the TVS device are arranged in electrical series between the first crowbar terminal and the second TVS terminal , characterized in that the TVS device and the crowbar device are disposed within a common semiconductor substrate , the common semiconductor substrate comprising: a first surface , the first surface forming a first portion of the first crowbar terminal ; and a second surface , opposite the first surface , the second surface forming a second portion of the second TVS terminal . a first crowbar terminal , the first crowbar terminal for connection to a first external voltage line ; and a transient voltage suppression, TVS, device , the TVS device having: a second TVS terminal , the second TVS terminal for connection to a second external voltage line , wherein the crowbar device and the TVS device are arranged in electrical series between the first crowbar terminal and the second TVS terminal , characterized in that the TVS device and the crowbar device are disposed within a common semiconductor substrate , the common semiconductor substrate comprising: a first surface , the first surface forming a first portion of the first crowbar terminal ; and a second surface , opposite the first surface , the second surface forming a second portion of the second TVS terminal . a second TVS terminal , the second TVS terminal for connection to a second external voltage line , wherein the crowbar device and the TVS device are arranged in electrical series between the first crowbar terminal and the second TVS terminal , characterized in that the TVS device and the crowbar device are disposed within a common semiconductor substrate , the common semiconductor substrate comprising: a first surface , the first surface forming a first portion of the first crowbar terminal ; and a second surface , opposite the first surface , the second surface forming a second portion of the second TVS terminal . a first surface , the first surface forming a first portion of the first crowbar terminal ; and a second surface , opposite the first surface , the second surface forming a second portion of the second TVS terminal .
Fixing device for connecting an exhaust pipe to a vehicle chassis, said device (1; 1') comprising an elastic main body configured to be coupled to the vehicle chassis, the main body comprising a connecting area in which a securing element of the exhaust pipe is introduced, the securing element of the exhaust pipe comprising a widened head (4.1) adapted so that, upon passing through the connecting area , it is retained and fixed in the main body , the device (1; 1') further comprising a reinforcement surrounding the connecting area and being adapted to reinforce the connecting area preventing the removal of the widened head (4.1) of the securing element of the exhaust pipe, characterized in that the reinforcement is a helical spring having the free ends oriented towards the inside of the helical spring.
A circumferential matrix system , comprising: a matrix band , a body having a handle and a housing , a spindle within the body being attached to the handle , wherein the matrix band on one end is permanently affixed to the spindle and the matrix band on the other end is permanent affixed to an inside wall of the housing . a matrix band , a body having a handle and a housing , a spindle within the body being attached to the handle , wherein the matrix band on one end is permanently affixed to the spindle and the matrix band on the other end is permanent affixed to an inside wall of the housing .
An abrasive tool for machining surfaces, which comprises a support associated with at least one abrasive layer , comprising a first layer and a second layer , both of which are elastically deformable and are interposed between said support and said abrasive layer , the second layer having a higher stretch modulus than the first layer and being arranged in an intermediate position between the first layer and the abrasive layer , and the first layer being associated with the support , said second layer being provided seamlessly in a single piece and its extent in plan view being comparable to that of the abrasive layer , characterized in that the adhesion surface between said first layer and said second layer is equal to the extent in plan view of said second layer .
A method of determining a set of virtual machine instances in a virtualized system to be scaled in response to a variation in workload of a service or application component, the method carried out by an orchestration engine of the system, the method comprising: generating respective sets of aggregated metrics for respective ones of multiple virtual machines; generating a directed graph in which nodes representing a resource of one or more of the multiple virtual machines are linked using one or more edges, the weight of each of the edges representing a time-lagged partial correlation value and a time lag value representing a measure of when to scale one resource relative to another; reducing the number of virtual machines to be monitored and scaled to provide the set of virtual machine instances by removing edges of the directed graph whose weight falls below a threshold measure and removing nodes whose incident edges have been removed; scaling the weight of remaining edges of the directed graph relative to a selected node of the graph, whereby to provide modified time lag values at which respective ones of the virtual machine instances of the set are to be scaled; and scaling respective ones of the virtual machine instances in the set relative to one another according to respective ones of the modified time lag values in response to the variation in workload of the service or application component. generating respective sets of aggregated metrics for respective ones of multiple virtual machines; generating a directed graph in which nodes representing a resource of one or more of the multiple virtual machines are linked using one or more edges, the weight of each of the edges representing a time-lagged partial correlation value and a time lag value representing a measure of when to scale one resource relative to another; reducing the number of virtual machines to be monitored and scaled to provide the set of virtual machine instances by removing edges of the directed graph whose weight falls below a threshold measure and removing nodes whose incident edges have been removed; scaling the weight of remaining edges of the directed graph relative to a selected node of the graph, whereby to provide modified time lag values at which respective ones of the virtual machine instances of the set are to be scaled; and scaling respective ones of the virtual machine instances in the set relative to one another according to respective ones of the modified time lag values in response to the variation in workload of the service or application component.
An abrasive segment for a grinding roller including at least one carrier body for positively lockingly fixing the abrasive segment to a peripheral surface of the grinding roller and at least one substantially flat abrasive layer , wherein the at least one abrasive layer in a state of the abrasive segment of being fixed to the grinding roller is oriented substantially parallel to the peripheral surface of the grinding roller , characterized in that arranged between the at least one carrier body and the at least one abrasive layer is at least one elastic intermediate layer .
Avalanche shovel comprising a shaft , a grip portion being formed and/or arranged at one end of the shaft, and comprising an avalanche probe arranged in the shaft of the avalanche shovel , the grip portion having a grip region for gripping and/or holding the avalanche shovel and/or a grip region of this kind being formed on the grip portion , characterized in that the grip portion has an insertion and/or removal opening for removing and/or inserting the avalanche probe from/into the shaft along an insertion axis .